BEGIN:VCALENDAR VERSION:2.0 PRODID:-//MDCOT.COM - ECPv6.15.18//NONSGML v1.0//EN CALSCALE:GREGORIAN METHOD:PUBLISH X-WR-CALNAME:MDCOT.COM X-ORIGINAL-URL:https://mdcot.com X-WR-CALDESC:Events for MDCOT.COM REFRESH-INTERVAL;VALUE=DURATION:PT1H X-Robots-Tag:noindex X-PUBLISHED-TTL:PT1H BEGIN:VTIMEZONE TZID:UTC BEGIN:STANDARD TZOFFSETFROM:+0000 TZOFFSETTO:+0000 TZNAME:UTC DTSTART:20250101T000000 END:STANDARD END:VTIMEZONE BEGIN:VTIMEZONE TZID:America/New_York BEGIN:DAYLIGHT TZOFFSETFROM:-0500 TZOFFSETTO:-0400 TZNAME:EDT DTSTART:20250309T070000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0400 TZOFFSETTO:-0500 TZNAME:EST DTSTART:20251102T060000 END:STANDARD BEGIN:DAYLIGHT TZOFFSETFROM:-0500 TZOFFSETTO:-0400 TZNAME:EDT DTSTART:20260308T070000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0400 TZOFFSETTO:-0500 TZNAME:EST DTSTART:20261101T060000 END:STANDARD BEGIN:DAYLIGHT TZOFFSETFROM:-0500 TZOFFSETTO:-0400 TZNAME:EDT DTSTART:20270314T070000 END:DAYLIGHT BEGIN:STANDARD TZOFFSETFROM:-0400 TZOFFSETTO:-0500 TZNAME:EST DTSTART:20271107T060000 END:STANDARD END:VTIMEZONE BEGIN:VEVENT DTSTART;VALUE=DATE:20260407 DTEND;VALUE=DATE:20260408 DTSTAMP:20260403T133224 CREATED:20251209T180730Z LAST-MODIFIED:20251209T180730Z UID:10000081-1775520000-1775606399@mdcot.com SUMMARY:BEST April 7\, 2026 DESCRIPTION:Basic Endovascular Skills for Trauma (BEST)\nThe BEST course is the third surgical skills course to be offered by the COT. Participants in the course learn endovascular techniques such as resuscitative endovascular balloon occlusion of the aorta (REBOA) to temporize life-threatening hemorrhage. \n“BEST was originally developed at the University of Maryland’s Shock Trauma Center as a means to teach basic endovascular techniques to trauma and acute care surgeons who have limited or no formal endovascular training\,” said Megan Brenner\, MD\, FACS\, Creator and Chair of the BEST Course. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/best-april-7-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:BEST,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/BEST-course-e1661259169980.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260410 DTEND;VALUE=DATE:20260411 DTSTAMP:20260403T133224 CREATED:20260309T161032Z LAST-MODIFIED:20260309T161740Z UID:10000088-1775779200-1775865599@mdcot.com SUMMARY:DMEP Course April 10\, 2026 DESCRIPTION:Disaster Management and Emergency Preparedness Course (DMEP)\nCOURSE DESCRIPTION\nDMEP is a one-day course that is both didactic and interactive. It addresses core competencies as outlined by the American College of Surgeons (ACS) Committee on Trauma (COT) Disaster and Mass Casualty Management Committee. Major topics addressed include planning\, triage\, incident command\, injury patterns and pathophysiology\, and consideration for special populations. Small group discussions are based on illustrative scenarios. The course requires a pre and post test\, which are reviewed onsite. A comprehensive syllabus and supportive CD with resource material is provided. \n\nTARGET AUDIENCE\n\nThe intended audience includes acute care providers (i.e.\, surgeons; anesthesiologist; emergency medicine physicians; ER\, OR\, ICU and trauma nurses; and pre-hospital professionals) who will most likely be the first receivers of casualties following major disasters. Other health care providers\, administrators\, public health personnel\, and emergency managers are also encouraged to attend. \n\nOBJECTIVES\n\n\nUnderstand the surgical problems\, injury patterns\, and issues that may result from disasters.\nDiscuss the role that surgeons can play in planning for and responding to mass casualty incidents and disasters\, especially at a hospital level.\nBecome familiar with the terms and concepts of incident command.\nUnderstand the principles and challenges of disaster triage.\nBecome familiar with treatment principles related to blast injury\, chemical attacks and radiologicaldispersal devices.\nKnow the civilian and military assets available for support.\n\n\nCORE COMPETENCIES\n\n\nepidemiology and history of disasters\ndisaster planning\ndisaster response organization and execution\nmedical management of mass casualties\npathophysiology and patterns of injury\npost-disaster assessment and recovery\npitfalls and barriers in disaster planning and response\nunderstanding the needs of special populations (ie\, pediatric\, geriatric\, disabled)\n\n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 8.25 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \n\nNURSING\n\nFor the purposes of recertification\, the American Nurses Credentialing Center accepts AMA PRA Category 1 Credit™ issued by organizations accredited by the ACCME. \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/dmep-course-april-10-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:DMEP ATTACH;FMTTYPE=image/jpeg:https://mdcot.com/wp-content/uploads/2020/02/DMEP-Red-jpg.jpg ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260422 DTEND;VALUE=DATE:20260423 DTSTAMP:20260403T133224 CREATED:20250219T170548Z LAST-MODIFIED:20251030T141554Z UID:10000049-1776816000-1776902399@mdcot.com SUMMARY:ATLS Refresher April 22\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS)\nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-refresher-april-22-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS Refresher,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-refresher-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260423 DTEND;VALUE=DATE:20260425 DTSTAMP:20260403T133224 CREATED:20250219T180315Z LAST-MODIFIED:20250219T180315Z UID:10000054-1776902400-1777075199@mdcot.com SUMMARY:ATLS April 23/24\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-april-23-24-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260505 DTEND;VALUE=DATE:20260509 DTSTAMP:20260403T133224 CREATED:20260202T162025Z LAST-MODIFIED:20260202T162356Z UID:10000087-1777939200-1778284799@mdcot.com SUMMARY:ASSET / POINT 2026 DESCRIPTION:Content is protected. URL:https://mdcot.com/register/asset-point-may-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260507 DTEND;VALUE=DATE:20260509 DTSTAMP:20260403T133224 CREATED:20251117T161134Z LAST-MODIFIED:20260216T162422Z UID:10000078-1778112000-1778284799@mdcot.com SUMMARY:POINT/COUNTERPOINT XLIII 2026 DESCRIPTION:Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/point-counterpoint-2026/ LOCATION:Renaissance Baltimore Harborplace Hotel\, 202 East Pratt Street\, Baltimore\, MD\, 21202\, United States CATEGORIES:POINT COUNTERPOINT XLIII 2026 ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2025/11/PCP2026-Register.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260507 DTEND;VALUE=DATE:20260509 DTSTAMP:20260403T133224 CREATED:20251124T152613Z LAST-MODIFIED:20260205T205322Z UID:10000079-1778112000-1778284799@mdcot.com SUMMARY:POINT/COUNTERPOINT XLIII 2026 Sponsorships DESCRIPTION:Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/point-counterpoint-2026-sponsorships/ LOCATION:Renaissance Baltimore Harborplace Hotel\, 202 East Pratt Street\, Baltimore\, MD\, 21202\, United States CATEGORIES:POINT COUNTERPOINT XLIII 2026 ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2025/11/PCP2026-Register.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260512 DTEND;VALUE=DATE:20260513 DTSTAMP:20260403T133224 CREATED:20250805T203428Z LAST-MODIFIED:20250805T203428Z UID:10000063-1778544000-1778630399@mdcot.com SUMMARY:ATCN May 12\, 2026 DESCRIPTION:ATCN Hybrid Course\nOn March 1\, 2021\, STN launched the ATCN Hybrid Course\, an alternative option to the traditional 2-day ATCN Student Course. Students choosing to take the Hybrid Option will be required to complete the full complement of online mATLS Learning Modules. After successful completion of the mATLS modules\, the student must then complete the ATCN skills stations\, skills test\, and written examination in a classroom setting. The classroom portion of the ATCN Hybrid Course may be completed in 1 day or 1 ½ days. The ATCN Hybrid Course has been approved for 19 continuing education hours. \nUpon registration students will receive the required online mATLS Learning Modules that MUST be completed prior to arrival at the course. \nATCN | Advanced Trauma Care for Nurses\n\nThe Advanced Trauma Care for Nurses (ATCN) course is taught concurrently with the Advanced Trauma Life support (ATLS) for physicians. This program has been endorsed by the American College of Surgeons\, Committee on Trauma\, MD Chapter. Benefits of ATCN include an educational\, collaborative\, synchronized team approach to trauma care with the participants of the concurrently taught ATLS course. \nATCN was developed to teach established standards of trauma care and practical\, life-saving skills. The course is designed for experienced nurses working in the prehospital setting\, emergency department\, critical care unit\, and operating room who wish to increase their knowledge and practical skills in managing critically injured trauma patients. \n\nOBJECTIVES\n\n\nDemonstrate concepts and principles of primary and secondary patient assessment;\nEstablish management priorities in a trauma situation;\nDemonstrate management priorities necessary when dealing with the trauma patient.\n\nThe course includes didactic presentations on initial assessment\, airway management\, abdominal trauma\, thoracic trauma\, shock\, head and spinal cord trauma\, burns\, extremity trauma\, pediatric trauma\, trauma in pregnancy\, and stabilization and transportation. \nThe ATCN skill stations are as follows: Initial Assessment & Management (Practice & Testing)\, Airway Management\, Hemorrhagic Shock\, Pediatric Trauma\, Head Trauma\, Spine& Extremity Immobilization\, ATCN Pretest Review\, ATCN Triage Scenario Discussion. \nThe Society of Trauma Nurses is the national oversight organization for ATCN. The ATCN program verifies successful completion of the ATCN course and provides continuing education credit for completion of a course. STN does not certify or credential nurses. To learn more about ATCN or STN\, visit the STN home page at: www.traumanurses.org \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atcn-may-12-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:MDCot Courses ATTACH;FMTTYPE=image/jpeg:https://mdcot.com/wp-content/uploads/2020/02/ATCN_MDCOT-e1645028512275.jpg ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260514 DTEND;VALUE=DATE:20260516 DTSTAMP:20260403T133224 CREATED:20250805T191734Z LAST-MODIFIED:20260228T012023Z UID:10000056-1778716800-1778889599@mdcot.com SUMMARY:ATLS May 14/15\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-may-14-15-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260716 DTEND;VALUE=DATE:20260717 DTSTAMP:20260403T133224 CREATED:20251030T140130Z LAST-MODIFIED:20251030T141056Z UID:10000070-1784160000-1784246399@mdcot.com SUMMARY:ATLS Refresher July 16\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS)\nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-refresher-july-16-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS Refresher,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-refresher-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260813 DTEND;VALUE=DATE:20260815 DTSTAMP:20260403T133224 CREATED:20250805T192000Z LAST-MODIFIED:20260228T012412Z UID:10000057-1786579200-1786751999@mdcot.com SUMMARY:ATLS August 13/14\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-august-13-14-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260826 DTEND;VALUE=DATE:20260827 DTSTAMP:20260403T133224 CREATED:20250808T194113Z LAST-MODIFIED:20250808T194113Z UID:10000068-1787702400-1787788799@mdcot.com SUMMARY:ASSET August 26\, 2026 DESCRIPTION:Advanced Surgical Skills for Exposure in Trauma (ASSET)\nCOURSE DESCRIPTION\nA course manual is distributed to students prior to taking the course to provide an overview of key surgical exposures in five key anatomic areas: neck\, chest\, abdomen and pelvis\, extremities\, upper and lower. The one day cadaver-based course follows this modular\, body region approach. Each section begins with a short case-based overview\, followed by a hands-on exposure performed by students under the guidance of faculty. The student to faculty ratio is low\, allowing extensive faculty guidance and interaction with students. The student assesses his or her ability to perform each exposure independently and is evaluated on knowledge\, and technical skills. \nASSET Manuals are available for purchase \nFor More Information\, Contact\nASSET Program Office\nAmerican College of Surgeons\n633 North St. Clair Street\nChicago\, IL 60611-3211\nPhone: 312-202-5388\nFax: 312-202-5005\nE-mail: asset@facs.org \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/asset-august-26-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ASSET,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ASSETT-V2-e1661437902111.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260831 DTEND;VALUE=DATE:20260901 DTSTAMP:20260403T133224 CREATED:20250805T203656Z LAST-MODIFIED:20250805T203656Z UID:10000064-1788134400-1788220799@mdcot.com SUMMARY:ATCN August 31\, 2026 DESCRIPTION:ATCN Hybrid Course\nOn March 1\, 2021\, STN launched the ATCN Hybrid Course\, an alternative option to the traditional 2-day ATCN Student Course. Students choosing to take the Hybrid Option will be required to complete the full complement of online mATLS Learning Modules. After successful completion of the mATLS modules\, the student must then complete the ATCN skills stations\, skills test\, and written examination in a classroom setting. The classroom portion of the ATCN Hybrid Course may be completed in 1 day or 1 ½ days. The ATCN Hybrid Course has been approved for 19 continuing education hours. \nUpon registration students will receive the required online mATLS Learning Modules that MUST be completed prior to arrival at the course. \nATCN | Advanced Trauma Care for Nurses\n\nThe Advanced Trauma Care for Nurses (ATCN) course is taught concurrently with the Advanced Trauma Life support (ATLS) for physicians. This program has been endorsed by the American College of Surgeons\, Committee on Trauma\, MD Chapter. Benefits of ATCN include an educational\, collaborative\, synchronized team approach to trauma care with the participants of the concurrently taught ATLS course. \nATCN was developed to teach established standards of trauma care and practical\, life-saving skills. The course is designed for experienced nurses working in the prehospital setting\, emergency department\, critical care unit\, and operating room who wish to increase their knowledge and practical skills in managing critically injured trauma patients. \n\nOBJECTIVES\n\n\nDemonstrate concepts and principles of primary and secondary patient assessment;\nEstablish management priorities in a trauma situation;\nDemonstrate management priorities necessary when dealing with the trauma patient.\n\nThe course includes didactic presentations on initial assessment\, airway management\, abdominal trauma\, thoracic trauma\, shock\, head and spinal cord trauma\, burns\, extremity trauma\, pediatric trauma\, trauma in pregnancy\, and stabilization and transportation. \nThe ATCN skill stations are as follows: Initial Assessment & Management (Practice & Testing)\, Airway Management\, Hemorrhagic Shock\, Pediatric Trauma\, Head Trauma\, Spine& Extremity Immobilization\, ATCN Pretest Review\, ATCN Triage Scenario Discussion. \nThe Society of Trauma Nurses is the national oversight organization for ATCN. The ATCN program verifies successful completion of the ATCN course and provides continuing education credit for completion of a course. STN does not certify or credential nurses. To learn more about ATCN or STN\, visit the STN home page at: www.traumanurses.org \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atcn-august-31-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:MDCot Courses ATTACH;FMTTYPE=image/jpeg:https://mdcot.com/wp-content/uploads/2020/02/ATCN_MDCOT-e1645028512275.jpg ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260911 DTEND;VALUE=DATE:20260912 DTSTAMP:20260403T133224 CREATED:20260309T161313Z LAST-MODIFIED:20260309T161607Z UID:10000089-1789084800-1789171199@mdcot.com SUMMARY:DMEP Course September 11\, 2026 DESCRIPTION:Disaster Management and Emergency Preparedness Course (DMEP)\nCOURSE DESCRIPTION\nDMEP is a one-day course that is both didactic and interactive. It addresses core competencies as outlined by the American College of Surgeons (ACS) Committee on Trauma (COT) Disaster and Mass Casualty Management Committee. Major topics addressed include planning\, triage\, incident command\, injury patterns and pathophysiology\, and consideration for special populations. Small group discussions are based on illustrative scenarios. The course requires a pre and post test\, which are reviewed onsite. A comprehensive syllabus and supportive CD with resource material is provided. \n\nTARGET AUDIENCE\n\nThe intended audience includes acute care providers (i.e.\, surgeons; anesthesiologist; emergency medicine physicians; ER\, OR\, ICU and trauma nurses; and pre-hospital professionals) who will most likely be the first receivers of casualties following major disasters. Other health care providers\, administrators\, public health personnel\, and emergency managers are also encouraged to attend. \n\nOBJECTIVES\n\n\nUnderstand the surgical problems\, injury patterns\, and issues that may result from disasters.\nDiscuss the role that surgeons can play in planning for and responding to mass casualty incidents and disasters\, especially at a hospital level.\nBecome familiar with the terms and concepts of incident command.\nUnderstand the principles and challenges of disaster triage.\nBecome familiar with treatment principles related to blast injury\, chemical attacks and radiologicaldispersal devices.\nKnow the civilian and military assets available for support.\n\n\nCORE COMPETENCIES\n\n\nepidemiology and history of disasters\ndisaster planning\ndisaster response organization and execution\nmedical management of mass casualties\npathophysiology and patterns of injury\npost-disaster assessment and recovery\npitfalls and barriers in disaster planning and response\nunderstanding the needs of special populations (ie\, pediatric\, geriatric\, disabled)\n\n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 8.25 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \n\nNURSING\n\nFor the purposes of recertification\, the American Nurses Credentialing Center accepts AMA PRA Category 1 Credit™ issued by organizations accredited by the ACCME. \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/dmep-course-september-11-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:DMEP ATTACH;FMTTYPE=image/jpeg:https://mdcot.com/wp-content/uploads/2020/02/DMEP-Red-jpg.jpg ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260915 DTEND;VALUE=DATE:20260916 DTSTAMP:20260403T133224 CREATED:20251110T180147Z LAST-MODIFIED:20251110T180147Z UID:10000074-1789430400-1789516799@mdcot.com SUMMARY:ATOM September 15\, 2026 DESCRIPTION:Advanced Trauma Operative Management (ATOM)\n\nOBJECTIVES\n\n\nThe student will explain and describe the proper operative technique for dealing with trauma injury.\nThe student must identify traumatic injuries and develop a management plan in order to surgically repair the injuries.\nAt the completion of the course the student will be able to demonstrate the following:\n\nIncreased self-efficacy in the management of traumatic injuries\nIncreased knowledge in the management of penetrating injuries\nAbility to successfully and safely perform all operative procedures presented in the course\n\n\n\n\nTARGET AUDIENCE\n\nThe intended audience includes senior surgical residents\, trauma fellows\, military surgeons\, and fully trained general surgeons who are not frequently called on to treat penetrating injuries. \n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 7.5 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \nThe ATOM manual and CD-ROM can be purchased online at http://cine-med.com/index.php?id=ATOM01. Review of the materials does not qualify for CME credit. \nCOURSE CONTENT AND MATERIALS\n\nCOURSE CONTENT\n\nThe COURSE consists of six 30-minute lectures followed by a three-hour lab session during which the students will manage 12 different injuries. \n\nThe lectures teach the management of penetrating trauma as related to: \n\nTrauma Laparotomy\nSpleen and Diaphragm\nLiver\nPancreas and Duodenum\nGenitourinary\nCardiac and Vascular\n\n\n\nThe LAB SESSION\, with a 1:1 student-to-instructor ratio\, presents students with scenarios in which they must identify and repair simulated injuries. Injured areas include: \n\nBladder\nUrethra\nDuodenum\nKidney\nStomach\nDiaphragm\nPancreas\nSpleen\nLiver\nCardiac\nInferior Vena Cava\n\nThe students must also complete pre and post course exams and evaluations via the internet. \nThe ATOM Manual and CD-ROM can be purchased on-line at: http://cine-med.com/index.php?id=ATOM01 \nHISTORY\nLenworth Jacobs\, MD\, FACS of the University of Connecticut School and Medicine and Hartford Hospital Trauma Program\, developed the ATOM® course. It was established in 1998 out of a demonstrated need for the interactive exchange of knowledge regarding operative procedures in the management of trauma. In 2008\, the ATOM program came under the auspices of the American College of Surgeons Committee on Trauma. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atom-september-15-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATOM,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ATOM-logo-V2-e1661432983906.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260922 DTEND;VALUE=DATE:20260923 DTSTAMP:20260403T133224 CREATED:20251110T180347Z LAST-MODIFIED:20251110T180347Z UID:10000075-1790035200-1790121599@mdcot.com SUMMARY:ATOM September 22\, 2026 DESCRIPTION:Advanced Trauma Operative Management (ATOM)\n\nOBJECTIVES\n\n\nThe student will explain and describe the proper operative technique for dealing with trauma injury.\nThe student must identify traumatic injuries and develop a management plan in order to surgically repair the injuries.\nAt the completion of the course the student will be able to demonstrate the following:\n\nIncreased self-efficacy in the management of traumatic injuries\nIncreased knowledge in the management of penetrating injuries\nAbility to successfully and safely perform all operative procedures presented in the course\n\n\n\n\nTARGET AUDIENCE\n\nThe intended audience includes senior surgical residents\, trauma fellows\, military surgeons\, and fully trained general surgeons who are not frequently called on to treat penetrating injuries. \n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 7.5 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \nThe ATOM manual and CD-ROM can be purchased online at http://cine-med.com/index.php?id=ATOM01. Review of the materials does not qualify for CME credit. \nCOURSE CONTENT AND MATERIALS\n\nCOURSE CONTENT\n\nThe COURSE consists of six 30-minute lectures followed by a three-hour lab session during which the students will manage 12 different injuries. \n\nThe lectures teach the management of penetrating trauma as related to: \n\nTrauma Laparotomy\nSpleen and Diaphragm\nLiver\nPancreas and Duodenum\nGenitourinary\nCardiac and Vascular\n\n\n\nThe LAB SESSION\, with a 1:1 student-to-instructor ratio\, presents students with scenarios in which they must identify and repair simulated injuries. Injured areas include: \n\nBladder\nUrethra\nDuodenum\nKidney\nStomach\nDiaphragm\nPancreas\nSpleen\nLiver\nCardiac\nInferior Vena Cava\n\nThe students must also complete pre and post course exams and evaluations via the internet. \nThe ATOM Manual and CD-ROM can be purchased on-line at: http://cine-med.com/index.php?id=ATOM01 \nHISTORY\nLenworth Jacobs\, MD\, FACS of the University of Connecticut School and Medicine and Hartford Hospital Trauma Program\, developed the ATOM® course. It was established in 1998 out of a demonstrated need for the interactive exchange of knowledge regarding operative procedures in the management of trauma. In 2008\, the ATOM program came under the auspices of the American College of Surgeons Committee on Trauma. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atom-september-22-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATOM,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ATOM-logo-V2-e1661432983906.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20260924 DTEND;VALUE=DATE:20260926 DTSTAMP:20260403T133224 CREATED:20250805T192328Z LAST-MODIFIED:20260228T012537Z UID:10000058-1790208000-1790380799@mdcot.com SUMMARY:ATLS September 24/25\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-september-24-25-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261008 DTEND;VALUE=DATE:20261010 DTSTAMP:20260403T133224 CREATED:20250805T192839Z LAST-MODIFIED:20250805T192839Z UID:10000059-1791417600-1791590399@mdcot.com SUMMARY:ATLS October 8/9\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-october-8-9-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261013 DTEND;VALUE=DATE:20261014 DTSTAMP:20260403T133224 CREATED:20251110T180650Z LAST-MODIFIED:20251110T180650Z UID:10000076-1791849600-1791935999@mdcot.com SUMMARY:ATOM October 13\, 2026 DESCRIPTION:Advanced Trauma Operative Management (ATOM)\n\nOBJECTIVES\n\n\nThe student will explain and describe the proper operative technique for dealing with trauma injury.\nThe student must identify traumatic injuries and develop a management plan in order to surgically repair the injuries.\nAt the completion of the course the student will be able to demonstrate the following:\n\nIncreased self-efficacy in the management of traumatic injuries\nIncreased knowledge in the management of penetrating injuries\nAbility to successfully and safely perform all operative procedures presented in the course\n\n\n\n\nTARGET AUDIENCE\n\nThe intended audience includes senior surgical residents\, trauma fellows\, military surgeons\, and fully trained general surgeons who are not frequently called on to treat penetrating injuries. \n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 7.5 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \nThe ATOM manual and CD-ROM can be purchased online at http://cine-med.com/index.php?id=ATOM01. Review of the materials does not qualify for CME credit. \nCOURSE CONTENT AND MATERIALS\n\nCOURSE CONTENT\n\nThe COURSE consists of six 30-minute lectures followed by a three-hour lab session during which the students will manage 12 different injuries. \n\nThe lectures teach the management of penetrating trauma as related to: \n\nTrauma Laparotomy\nSpleen and Diaphragm\nLiver\nPancreas and Duodenum\nGenitourinary\nCardiac and Vascular\n\n\n\nThe LAB SESSION\, with a 1:1 student-to-instructor ratio\, presents students with scenarios in which they must identify and repair simulated injuries. Injured areas include: \n\nBladder\nUrethra\nDuodenum\nKidney\nStomach\nDiaphragm\nPancreas\nSpleen\nLiver\nCardiac\nInferior Vena Cava\n\nThe students must also complete pre and post course exams and evaluations via the internet. \nThe ATOM Manual and CD-ROM can be purchased on-line at: http://cine-med.com/index.php?id=ATOM01 \nHISTORY\nLenworth Jacobs\, MD\, FACS of the University of Connecticut School and Medicine and Hartford Hospital Trauma Program\, developed the ATOM® course. It was established in 1998 out of a demonstrated need for the interactive exchange of knowledge regarding operative procedures in the management of trauma. In 2008\, the ATOM program came under the auspices of the American College of Surgeons Committee on Trauma. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atom-october-13-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATOM,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ATOM-logo-V2-e1661432983906.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261020 DTEND;VALUE=DATE:20261021 DTSTAMP:20260403T133224 CREATED:20251110T180847Z LAST-MODIFIED:20251110T180847Z UID:10000077-1792454400-1792540799@mdcot.com SUMMARY:ATOM October 20\, 2026 DESCRIPTION:Advanced Trauma Operative Management (ATOM)\n\nOBJECTIVES\n\n\nThe student will explain and describe the proper operative technique for dealing with trauma injury.\nThe student must identify traumatic injuries and develop a management plan in order to surgically repair the injuries.\nAt the completion of the course the student will be able to demonstrate the following:\n\nIncreased self-efficacy in the management of traumatic injuries\nIncreased knowledge in the management of penetrating injuries\nAbility to successfully and safely perform all operative procedures presented in the course\n\n\n\n\nTARGET AUDIENCE\n\nThe intended audience includes senior surgical residents\, trauma fellows\, military surgeons\, and fully trained general surgeons who are not frequently called on to treat penetrating injuries. \n\nACCREDITATION\n\nThe American College of Surgeons is accredited by the Accreditation Council for Continuing Medical Education (ACCME) to provide continuing medical education for physicians. \n\nCME CREDIT\n\nThe American College of Surgeons designates this educational activity for a maximum of 7.5 AMA PRA Category 1 Credits™. Physicians should only claim credit commensurate with the extent of their participation in the activity. \nThe ATOM manual and CD-ROM can be purchased online at http://cine-med.com/index.php?id=ATOM01. Review of the materials does not qualify for CME credit. \nCOURSE CONTENT AND MATERIALS\n\nCOURSE CONTENT\n\nThe COURSE consists of six 30-minute lectures followed by a three-hour lab session during which the students will manage 12 different injuries. \n\nThe lectures teach the management of penetrating trauma as related to: \n\nTrauma Laparotomy\nSpleen and Diaphragm\nLiver\nPancreas and Duodenum\nGenitourinary\nCardiac and Vascular\n\n\n\nThe LAB SESSION\, with a 1:1 student-to-instructor ratio\, presents students with scenarios in which they must identify and repair simulated injuries. Injured areas include: \n\nBladder\nUrethra\nDuodenum\nKidney\nStomach\nDiaphragm\nPancreas\nSpleen\nLiver\nCardiac\nInferior Vena Cava\n\nThe students must also complete pre and post course exams and evaluations via the internet. \nThe ATOM Manual and CD-ROM can be purchased on-line at: http://cine-med.com/index.php?id=ATOM01 \nHISTORY\nLenworth Jacobs\, MD\, FACS of the University of Connecticut School and Medicine and Hartford Hospital Trauma Program\, developed the ATOM® course. It was established in 1998 out of a demonstrated need for the interactive exchange of knowledge regarding operative procedures in the management of trauma. In 2008\, the ATOM program came under the auspices of the American College of Surgeons Committee on Trauma. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atom-october-20-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATOM,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ATOM-logo-V2-e1661432983906.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261116 DTEND;VALUE=DATE:20261117 DTSTAMP:20260403T133224 CREATED:20250805T203845Z LAST-MODIFIED:20250805T203845Z UID:10000065-1794787200-1794873599@mdcot.com SUMMARY:ATCN November 16\, 2026 DESCRIPTION:ATCN Hybrid Course\nOn March 1\, 2021\, STN launched the ATCN Hybrid Course\, an alternative option to the traditional 2-day ATCN Student Course. Students choosing to take the Hybrid Option will be required to complete the full complement of online mATLS Learning Modules. After successful completion of the mATLS modules\, the student must then complete the ATCN skills stations\, skills test\, and written examination in a classroom setting. The classroom portion of the ATCN Hybrid Course may be completed in 1 day or 1 ½ days. The ATCN Hybrid Course has been approved for 19 continuing education hours. \nUpon registration students will receive the required online mATLS Learning Modules that MUST be completed prior to arrival at the course. \nATCN | Advanced Trauma Care for Nurses\n\nThe Advanced Trauma Care for Nurses (ATCN) course is taught concurrently with the Advanced Trauma Life support (ATLS) for physicians. This program has been endorsed by the American College of Surgeons\, Committee on Trauma\, MD Chapter. Benefits of ATCN include an educational\, collaborative\, synchronized team approach to trauma care with the participants of the concurrently taught ATLS course. \nATCN was developed to teach established standards of trauma care and practical\, life-saving skills. The course is designed for experienced nurses working in the prehospital setting\, emergency department\, critical care unit\, and operating room who wish to increase their knowledge and practical skills in managing critically injured trauma patients. \n\nOBJECTIVES\n\n\nDemonstrate concepts and principles of primary and secondary patient assessment;\nEstablish management priorities in a trauma situation;\nDemonstrate management priorities necessary when dealing with the trauma patient.\n\nThe course includes didactic presentations on initial assessment\, airway management\, abdominal trauma\, thoracic trauma\, shock\, head and spinal cord trauma\, burns\, extremity trauma\, pediatric trauma\, trauma in pregnancy\, and stabilization and transportation. \nThe ATCN skill stations are as follows: Initial Assessment & Management (Practice & Testing)\, Airway Management\, Hemorrhagic Shock\, Pediatric Trauma\, Head Trauma\, Spine& Extremity Immobilization\, ATCN Pretest Review\, ATCN Triage Scenario Discussion. \nThe Society of Trauma Nurses is the national oversight organization for ATCN. The ATCN program verifies successful completion of the ATCN course and provides continuing education credit for completion of a course. STN does not certify or credential nurses. To learn more about ATCN or STN\, visit the STN home page at: www.traumanurses.org \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atcn-november-16-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:MDCot Courses ATTACH;FMTTYPE=image/jpeg:https://mdcot.com/wp-content/uploads/2020/02/ATCN_MDCOT-e1645028512275.jpg ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261118 DTEND;VALUE=DATE:20261119 DTSTAMP:20260403T133224 CREATED:20250808T194539Z LAST-MODIFIED:20250808T194539Z UID:10000069-1794960000-1795046399@mdcot.com SUMMARY:ASSET November 18\, 2026 DESCRIPTION:Advanced Surgical Skills for Exposure in Trauma (ASSET)\nCOURSE DESCRIPTION\nA course manual is distributed to students prior to taking the course to provide an overview of key surgical exposures in five key anatomic areas: neck\, chest\, abdomen and pelvis\, extremities\, upper and lower. The one day cadaver-based course follows this modular\, body region approach. Each section begins with a short case-based overview\, followed by a hands-on exposure performed by students under the guidance of faculty. The student to faculty ratio is low\, allowing extensive faculty guidance and interaction with students. The student assesses his or her ability to perform each exposure independently and is evaluated on knowledge\, and technical skills. \nASSET Manuals are available for purchase \nFor More Information\, Contact\nASSET Program Office\nAmerican College of Surgeons\n633 North St. Clair Street\nChicago\, IL 60611-3211\nPhone: 312-202-5388\nFax: 312-202-5005\nE-mail: asset@facs.org \n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/asset-november-18-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ASSET,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/ASSETT-V2-e1661437902111.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261119 DTEND;VALUE=DATE:20261121 DTSTAMP:20260403T133224 CREATED:20250805T193221Z LAST-MODIFIED:20250805T193222Z UID:10000060-1795046400-1795219199@mdcot.com SUMMARY:ATLS November 19/20\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-november-19-20-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261201 DTEND;VALUE=DATE:20261202 DTSTAMP:20260403T133224 CREATED:20251209T180922Z LAST-MODIFIED:20251209T180922Z UID:10000082-1796083200-1796169599@mdcot.com SUMMARY:BEST December 1\, 2026 DESCRIPTION:Basic Endovascular Skills for Trauma (BEST)\nThe BEST course is the third surgical skills course to be offered by the COT. Participants in the course learn endovascular techniques such as resuscitative endovascular balloon occlusion of the aorta (REBOA) to temporize life-threatening hemorrhage. \n“BEST was originally developed at the University of Maryland’s Shock Trauma Center as a means to teach basic endovascular techniques to trauma and acute care surgeons who have limited or no formal endovascular training\,” said Megan Brenner\, MD\, FACS\, Creator and Chair of the BEST Course. \n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/best-december-1-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:BEST,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/BEST-course-e1661259169980.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT BEGIN:VEVENT DTSTART;VALUE=DATE:20261210 DTEND;VALUE=DATE:20261212 DTSTAMP:20260403T133224 CREATED:20250805T193403Z LAST-MODIFIED:20250805T193403Z UID:10000061-1796860800-1797033599@mdcot.com SUMMARY:ATLS December 10/11\, 2026 DESCRIPTION:Advanced Trauma Life Support (ATLS) \nATLS Traditional Student Course \nCourse Description: The ATLS student course\, comprised of interactive group discussion and small group rotation through skill stations\, offering hands on practice in the primary areas of initial assessment\, airway\, breathing\, circulation\, and disability\, with additional practice in other skills. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 2 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \nATLS Hybrid Student Course \nCourse Description: The ATLS Hybrid blends e-learning with the in-person skills stations and initial assessment testing scenarios. Participants complete the ATLS modules online prior to arriving at the course for skills stations and testing. The course concludes with a written post course test and a one-on-one initial assessment testing scenario. \nLength of Course: 1.5 Days \nParticipants: Physicians\, Advanced Practice Clinicians\, Residents\, Medical Students \n\n\n\n\n\n\n\n\n\n \n \n \n \n\n \n \n \n \n \n \n\n\n \n Carbon Monoxide Poisoning: What You Should Know\nMedically reviewed by Kinjal N. Sethuraman\, MD\, MPH\, associate professor of emergency medicine at University of Maryland School of Medicine and Medical Director\, Hyperbaric and Dive Medicine at the R Adams Cowley Shock Trauma Center. \nCarbon monoxide (CO) is often called a “silent killer” – and for good reason. This colorless\, odorless gas can cause sudden illness and even death. Because it has no smell or taste\, people may not realize they’re being exposed until it’s too late. Even small amounts of carbon monoxide can be dangerous\, making early detection critical.  \nHow Carbon Monoxide Affects the Body \nWhen inhaled\, carbon monoxide enters the bloodstream and binds to red blood cells 200 to 250 times more easily than oxygen.   \nIn a healthy body\, oxygen is breathed in through the lungs\, attaches to red blood cells\, and is carried to organs throughout the body – keeping everything functioning normally.  \nBut when carbon monoxide is inhaled – such as through smoking or exposure to CO sources – it takes oxygen’s place in the blood. This means the body’s organs are starved of oxygen\, which can cause serious harm and\, in severe cases\, death.  \nBecause oxygen can’t reach vital organs like the brain and heart\, carbon monoxide exposure leads to dangerous oxygen deprivation and potentially life-threatening health effects.   \nCommon Sources of Carbon Monoxide \nCarbon monoxide can come from many everyday items and situations\, including:  \n\nGenerators \nPower washers \nGrills \nHouse fires \nGas engines and ranges \nCombustion fumes \nStoves \nBurning charcoal and wood \nHookahs \n\nSigns and Symptoms of Exposure \nRecognizing symptoms early can save lives. Because sources of carbon monoxide poisoning are often used in winter\, people can confuse cold or flu symptoms with those of carbon monoxide poisoning. Use this chart to help tell the difference:  \n\n\n\n\nSymptom\nCO Poisoning\nFlu/Viral Syndrome\n\n\nConfusing/difficulty thinking\nCommon\nNo\n\n\nDizziness\nCommon\nSometimes\n\n\nHeadache\nCommon (severe)\nSometimes (moderate)\n\n\nShortness of breath\nSometimes\nSometimes\n\n\nMuscle aches\nNo\nCommon\n\n\nCough\, sore throat\, runny nose\nNo\nCommon\n\n\nFever\nNo\nCommon\n\n\n\n\nTreatment Options \nThe first step if you suspect carbon monoxide exposure is simple but urgent: move to fresh air immediately and call 911. Emergency medical teams can provide oxygen therapy\, which helps restore oxygen levels in the blood and begin clearing carbon monoxide from the body.  \nAdvanced Treatment: Hyperbaric Oxygen Therapy \nIn more serious cases\, patients may require hyperbaric oxygen therapy — a powerful\, evidence-based treatment for carbon monoxide poisoning. In this therapy\, patients are exposed to an environment with increased atmospheric pressure\, allowing the body to absorb much more oxygen than normal. This process helps displace carbon monoxide from hemoglobin\, restoring the blood’s ability to carry oxygen to vital organs. Hyperbaric oxygen therapy also reduces inflammation caused by carbon monoxide.   \nA Local Resource: The Center for Hyperbaric Medicine at Shock Trauma \nSince 1965\, the R Adams Cowley Shock Trauma Center has been home to Maryland’s only multi-person hyperbaric chamber\, one of the largest and most capable in the region. It can treat up to 23 patients at once and is also the only 24/7 emergency hyperbaric facility in the state. \n\n\n\n \n \n \n \n \n \n \n \n \n \n \n \n \n \n\n\n\n \n \nTreatments in the chamber are called “dives\,” because the pressure conditions simulate those experienced underwater. \nDuring a dive\, patients rest comfortably while breathing 100% oxygen through a specialized head tent. \nSpecially trained medical personnel remain inside the chamber to monitor every session. \nFor carbon monoxide poisoning\, patients typically undergo up to three dives\, each lasting 80 to 120 minutes\, at depths equal to 33–66 feet of seawater pressure. \n\nTips for Prevention \nCarbon monoxide poisoning is preventable. To protect yourself and your loved ones:  \n\nInstall a carbon monoxide detector on every floor of your home\, especially near sleeping areas. \nHave heating systems\, gas appliances and fireplaces inspected and serviced regularly by professionals. \nOnly use gas-powered appliances\, generators or grills in well-ventilated areas — never indoors or in attached garages. \nIf you suspect carbon monoxide exposure\, move to fresh air immediately and call 911. \n\nNumbers at a Glance \n\nMore than 100\,000 Americans visit the emergency department each year due to carbon monoxide poisoning (CDC\, 2025). \nMore than 400 people die annually from unintentional CO poisoning not linked to fires (CDC\, 2025). \nAdmissions to Shock Trauma for CO poisoning: \n\n38.2% – Utility gas & household fuels\n30.9% – Smoke & flames \n17.6% – Vehicle exhaust \n13.2% – Other \n\n\n\nThe Bottom Line \nCarbon monoxide poisoning is dangerous\, but preventable. By understanding how CO affects the body\, knowing where it comes from\, and taking simple preventive steps\, you can greatly reduce your risk. And thanks to specialized treatment options like hyperbaric oxygen therapy at the Shock Trauma Center\, Maryland residents have access to life-saving care when it’s needed most.  URL:https://mdcot.com/register/atls-december-10-11-2026/ LOCATION:R Adams Cowley Shock Trauma\, 22 South Greene Street\, Baltimore\, MD\, 21201\, United States CATEGORIES:ATLS,MDCot Courses ATTACH;FMTTYPE=image/png:https://mdcot.com/wp-content/uploads/2020/02/atls-mdcot.png ORGANIZER;CN="Maryland Committee on Trauma":MAILTO:cleidy@som.umaryland.edu END:VEVENT END:VCALENDAR