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< Back GERD What is GERD? Gastroesophageal Reflux Disease (GERD), more commonly known as heartburn, is caused by acid from the stomach moving into the esophagus, which causes a burning pain in the middle of the chest. Anatomy After swallowing, food moves down the esophagus and into the stomach. The lower esophageal sphincter (LES), which is at the connection between the esophagus and stomach, prevents stomach contents from moving back into the esophagus. The lower esophageal sphincter is located below the diaphragm, where pressure from the abdominal organs helps keep the sphincter closed. There are different causes of GERD, but the lower esophageal sphincter is key to preventing reflux. See below for more details about why GERD occurs. Source: UpToDate Images: Gastroesophageal Reflux (GERD) Causes of GERD Decreased pressure of the lower esophageal sphincter- if the lower esophageal sphincter is too loose/ relaxed, stomach contents move more easily into the esophagus. This can be a pre-existing condition but it can also be caused or worsened by lifestyle habits. For example, tobacco and certain foods such as alcohol, chocolate, caffeine, carbonation, mint, citrus/ tomato-based foods, spicy/ fried/ fatty foods, can also decrease the pressure of the sphincter. Eating too much/ too fast→ overfilling the stomach leads to increased pressure, causing stomach contents to be pushed into the esophagus Laying flat- when you are standing or sitting upright gravity helps avoid reflux by keeping food in the stomach, but when laying flat, stomach contents can move into the esophagus more easily. This is why symptoms are often more severe at night or first thing in the morning. Hiatal hernia - when the lower esophageal sphincter is able to move into the chest, it no longer has the external pressure normally present when it’s in it’s correct position, and it more easily allows stomach contents to move into the esophagus. See link for image. Obesity or pregnancy- increased pressure on the abdomen from excess weight can put pressure on the stomach and allows stomach contents to move into the esophagus for easily. GERD: Symptoms and Causes [Mayo Clinic: Patient Care & Health Information] Diagnosis Symptoms are often adequate to diagnosis GERD. A swallow study can provide further information. This study is performed in radiology, and involves drinking contrast material and having x-ray images taken to evaluate the esophagus and stomach while you swallow. This study can diagnose esophageal problems, such as poor muscle function leading to swallowing difficulty. In addition, a hiatal hernia can be identified. John Hopkins Medicine: Barium Swallow An esophagogastroduodenoscopy (EGD), also known as an upper endoscopy (see link) can be used to assess the inner lining of the esophagus, stomach and the first part of the small intestine (duodenum). There are many things that can be identified on an EGD, but specifically related to GERD, damage to the lining of the esophagus and the presence of a hiatal hernia can be identified with an EGD. Patient education: Upper endoscopy (Beyond the Basics) [UpToDate] Upper Endoscopy [Society of American Gastrointestinal and Endoscopic Surgeons (SAGES)] Additional testing can be performed based on symptoms, results of initial testing and response to treatment. Esophageal manometry- a study to evaluate the muscle function of the esophagus ( pH test- a study to evaluate how much acid the esophagus is exposed to, which is one measure of the severity of GERD. GERD: Diagnosis and Treatment [Mayo Clinic: Patient Care & Health Information] Treatment Lifestyle Modifications [ Patient Handout: Anti-Reflux Diet and Lifestyle Modifications ] Eat slowly, avoid eating large meals and stop eating before you feel full. Avoiding alcohol, chocolate, caffeine, carbonation, mint, citrus/ tomato-based foods, spicy/ fried/ fatty foods. Avoid lying down for at least 2-3 hours after meals. Don't snack after dinner/ before bed. Elevating the head of the bed by 6-8 inches. This is NOT done by placing multiple pillows under your head- multiple pillows would actually increase pressure in the abdomen (like doing a sit-up or crunch). For more information, see this guide from the Kingsley clinic. Lose weight. Stop smoking. Avoid tight-fitting clothing. Medication Over the counter antacids Prescription medication Surgery Depending on how well medication and lifestyle modifications improve your GERD symptoms, and depending on the results of your other studies, such as your swallow study, esophageal manometry and pH testing, surgery may be an option for GERD. UpToDate Patient Education Patient Education: Gastroesophageal reflux disease in adults (Beyond the Basics) Previous Next

< Back Mangled Extremity- Keep or Cut? A 42-year-old male was struck by a vehicle as he was crossing the street. He was brought in by EMS. He had a depressed GCS and unequal pupils, and he was intubated for concern for airway compromise. He had a significant injury to the right lower extremity with diffuse bleeding, but no active arterial bleeding. Compressive dressings were applied. He had fluid in the LUQ window of his FAST. He was hemodynamically unstable. Initial evaluation and management? Imaging? Poly-trauma patients demand prioritization and quick decision making, and the simple step-wise algorithms designed for each injury in isolation are less helpful. Patients with blunt abdominal trauma and hemodynamic instability require emergent operative intervention. Patients with a depressed GCS and an abnormal pupil exam require emergent CT imaging to define the severity of their head injury and consultation with neurosurgery. Patients with a mangled extremity require a CT scan to define the vascular injury. In the setting of blunt abdominal trauma, a positive FAST and hemodynamic instability, he was transported to the OR emergently. If there was an option for a rapid CT en route to define his TBI, that would have been ideal. But hypotension is associated with worse outcomes for TBI patients, so the priority is stopping the bleeding. We performed a midline laparotomy, splenectomy, and repaired a diaphragm injury. We placed a temporary abdominal closure. Intraoperative Image What do we do about his mangled lower extremity? Consult vascular or ortho? Ex-fix? Amputate? There are several important tasks. Assessment of injury to neuromuscular structures is vital. If possible, rapid restoration of arterial blood flow is beneficial. However, it is vital to evaluate the need for amputation. This decision requires consideration of current physiologic status, co-morbidities, and baseline functional status. It's sometimes a question of life versus limb. Orthopedic and vascular specialists can be consulted, but it is important not to lose sight of the patient's overall clinical status. A brief temporizing procedure to restore blood flow with a shunt, stabilize bony structures, and preserve any remaining soft tissue may be appropriate, but a lengthy vascular repair and bony fixation are likely not ideal. The patient's baseline functional status, social support, and co-morbidities were unknown. Based on the severity of his extremity injury, high injury burden, and need for urgent head CT, my recommendation was for immediate amputation. This decision requires weighing the risks/ benefits of limb salvage (prolonged time in the operating room for stabilization, risk of ongoing tissue ischemia leading to systemic complications) vs amputation (limb loss). Our orthopedic specialists felt they could salvage his limb, and give him a chance to be an active participant in the decision-making. We agreed to a time limit to minimize operative time, so the limb was stabilized temporarily with a plan for ongoing evaluation of the limb viability. Managment of the Mangled Extremity WTA Algorithm Management of patients with mangled extremities remains controversial. Severe scoring systems have been created, with variable success in predicting who requires amputation. In the acute setting, the trauma surgeon must weigh the risks and benefits of limb salvage versus immediate amputation. If the limb injury is devastating (perhaps only hanging on by a small skin bridge), and the patient has other injuries that require immediate intervention, rapid amputation can be life-saving. If the decision to amputate is less clear, a second opinion from a colleague and orthopedics should be elicited. There have been remarkable advances in the ability to restore function to mangled extremities, and discussion with specialties can be very helpful. "Therapeutic advances in the treatment of vascular, orthopedic, neurologic, and soft tissue injuries have reduced the diagnostic accuracy of the MESS in predicting the need for amputation. There remains a significant need to examine additional predictors of amputation following severe extremity injury." Loja, Melissa N et al. “The mangled extremity score and amputation: Time for a revision.” J Trauma Acute Care Surg. 2017;82(3):518-523 The trauma surgeon must maintain perspective on the whole patient- spending hours doing meticulous vascular or nerve dissection/ repair or extensive orthopedic manipulation can be an intolerable burden on a patient with multiple other injuries. 1. Control active hemorrhage. 2. Restore anatomic limb alignment. 3. Assess distal arterial flow→ evidence of vascular injury→ CTA to characterize injury. 4. Assess neurologic function. Unable to control active hemorrhage or there is hemodynamic instability→ proceed to OR. Assess for the need for immediate amputation. Factors to consider: Complex, segmental, severely comminuted fracture. Large circumferential soft tissue loss or massive soft tissue necrosis. Compartment syndrome with myonecrosis. Nerve disruption. Massive contamination. Prolonged warm ischemia >6 hours. Poor distal anastomosis options. No immediate amputation→ intraluminal shunt to re-establish perfusion. Then assess bony and nerve injury. Evaluate risks/ benefits of limb-preservation. Previous Next

< Back Ultrasound: Misc Abdomen Assess for intra-abdominal fluid to rule-out an intra-abdominal source of hypotension. Examine the gallbladder- gallstones, wall thickening (>3 mm) and pericholecystic fluid are consistent with cholecystitis Examine the kidneys and bladder- overt hydronephrosis concerning for mechanical obstruction. Distended bladder despite foley suggests obstructed foley. Vascular Presence of DVT- patent veins are fully collapsible with light ultrasound compression- pressure has to be lower than the pressure needed to collapse the artery. Vascular access for arterial and central line placement. Previous Next

8 < Back Continuing Med Ed (CME) National Organizations American Association for the Surgery of Trauma [Must log-in to access] Journal of Trauma and Acute Care Surgery articles Archived AAST Virtual Grand Rounds Certain Annual Meeting Master Surgeon Lectures and topic-specific presentations Region VII Sessions Critical Care Committee Journal Reviews American College of Surgeons Journal of the American College of Surgeons [Must log-in to access] Surgical Education and Self-Assessment Program (SESAP®) [$685 for 168 CME credits] Training Courses ATLS Traditional Student Course - 16 AMA PRA credits BEST, ATOM, ASSET ACLS, PALS Annual Medical Conferences Other Sources UpToDate Local conferences at your facility (Morbidity and Mortality, Grand Rounds, etc) Military training courses Previous Next

< Back Pack the Guts https://video.wixstatic.com/video/3b6ff6_f29c38a601b645459ef002f51792fc87/1080p/mp4/file.mp4 Previous Next

5 < Back Critical Care Resources Society Guidelines CHEST Guidelines. Topics addressed include: Acute Respiratory Distress Syndrome (ARDS), venous thromboembolism (VTE), and liberation from mechanical ventilation. Antithrombotic Therapy for VTE Disease: Executive Summary (2021) SCCM Guidelines. Topics addressed include: Surviving Sepsis, management of pain/ agitation/ delirium, nutrition, critical-illness-related corticosteroid insufficiency, etc. Infectious Disease Society of America. Critical Care Nutrition. Nutrition guidelines and bedside tools (i.e., Nutric score). European Society for Clinical Nutrition and Metabolism (ESPEN). References ICU One Pager. "Critical care education one page at a time. Simple, free, & open source." High-yield clinical topics condensed into single-page reference cards. Other topics addressed in more detail include point of care ultrasound (POCUS) and COVID. The Bottom Line. High-yield journal article summaries focused on the diagnosis and management of critically ill patients. Critical Care Reviews Newsletter. Weekly update on the most up-to-date literature. Register to receive the email weekly. Life in the Fast Lane [LIFTL]. ICU providers provide educational resources for EM and critical care, including EKG interpretation and the Critical Care Compendium. REBEL EM. Journal reviews, tutorials, and other educational tools. Focus is emergency medicine, but plenty of cross-over with critical care. Stanford Critical Care Educational Resources. Free education resources hosted by Stanford Medical School. University of Maryland- Critical Care Project. Critical Care Now. Deranged Physiology. Antibiotic Coverage Diagram [image] EM-Crit Project. Parent website of the Internet Book of Critical Care and PulmCrit. The Internet Book of Critical Care (IBCC) PulmCrit - blog entries on practical ICU topics. Venous thromboembolism and anticoagulation management Anticoagulation Provider Toolkit Anticoagulation Desktop Reference Anticoagulation in Non-valvular Atrial Fibrillation Anticoagulation in Venous Thromboembolism DOAC Bleeding Management Anticoagulation in Pediatric Venous Thromboembolism Periprocedural Management (DOAC) Periprocedural Management (Warfarin) Cardio Nerds Infographics A Guide to Temporary Mechanical Circulatory Support in Cardiogenic Shock Inotropes Pulmonary Embolism Management Anticoagulation for Atrial Fibrillation/Flutter Push-dose vasopressors Push Dose Pressors: Your Quick & Dirty Guide emDOCs: Push-Dose Vasopressors: An Update for 2019 Scott Weingart: Push-dose pressors for immediate blood pressure control Tutorials Edwards Science Clinical Education. Free access to clinical resources including quick references for hemodynamic monitoring and oxygenation assessment of the critically ill. Quick Guide to Cardiopulmonary Care. Hemodynamic Optimization. Perioperative Goal-Directed Therapy. ScVO2 Monitoring. Thromboelastography. Diagrams of TEG and ROTEM, explanation of methods and variables. Previous Next

1 < Back Textbooks General Surgery: Scientific Foundations Sabiston Textbook of Surgery: The Biological Basis of Modern Surgical Practice. 21st Edition, 2021. This is the detailed explanation of the science behind the practice of surgery. This is the basic science textbook I used during residency. Mulholland and Greenfield's Surgery: Scientific Principles & Practice. Previously known as "Greenfields". General Surgery: Beyond Basic Science Cameron's Current Surgical Therapy. 13th edition, 2019. Short chapters with high-yield information on every topic in General Surgery. Must-have for later in residency. Trauma Mattox Trauma. 9th edition, 2021. The trauma surgery bible. Highly recommend. Critical Care Marino ICU. 4th edition, 2013. The ICU bible. Highly recommend. Civetta, Taylor, & Kirby's Critical Care Medicine. 5th edition, 2017. A detailed explanation of physiology, diagnosis, and management. Finks Critical Care. 7th edition, 2017. Slightly less detailed than Civetta. Excellent book- not too simplistic and not painfully detailed. Evidence-Based Practice of Critical Care. 3rd edition, 2019. Reviews the literature regarding specific high yield critical care topics. Surgical Critical Care Therapy: A Clinically Oriented Practical Approach. 1st edition, 2018. Essentials of Mechanical Ventilation. 4th edition, 2018. Previous Next

< Back Pre-Peritoneal Packing When: blunt pelvic trauma with hemodynamic instability. How: 1. Low vertical midline incision, stop a short distance below the umbilicus. 2. Split rectus, retract laterally, the peritoneum is just behind the rectus. 3. Slide hand directly under the rectus- palm toward peritoneum and back of your hand toward rectus. Bluntly dissect laterally toward ASIS. 4. Retract rectus anteriorly, use your other hand to place rolled laps in the potential space you just developed [This how-to guide was designed in response to a query from @obcast ] References Smith WR et al. Retroperitoneal packing as a resuscitation technique for hemodynamically unstable patients with pelvic fractures: report of two representative cases and a description of technique. J Trauma. 2005 Dec;59(6):1510-4 Filiberto DM and Fox AD. Preperitoneal pelvic packing: Technique and outcomes. Int J Surg. 2016 Sep;33(Pt B):222-224. Previous Next

Critical Care Medicine. Trauma Surgery. Evidence-based medicine. Doc on the Run. Medical Literature. Welcome to Doc on the Run! A look into the life and mind of an Acute Care Surgeon Sharing the knowledge and wisdom gained after 38 years of life (and over 20 years in medicine). For those who want to learn about the specialty of Acute Care Surgery , you will find insight into the profession, both from personal experiences and citations from articles and websites. For those interested in the medical profession, particularly surgery, you will find career management tips , including networking and mentorship . For learners (students, residents, fellows), you will discover a wide array of educational resources, including recommended educational resources , tutorials on a multitude of topics, a collection of didactic lectures and quick reference guides , an ever-growing library of literature reviews , and clinical vignettes . For fellow Acute Care Surgeons, please consider collaborating and sharing your experience and wisdom with the next generation. For the bibliophiles, check out the constantly expanding list of book recommendations .

< Back Shot in the Chest- Aortic Occlusion A 30-year-old male sustained a gunshot wound to his left lower chest/ upper abdomen. On arrival, his heart rate was in the 50s with weakly palpable carotid and femoral pulses. Significantly hypotensive. Penetrating wound to the left lower chest wall with an occlusive dressing in place without ongoing hemorrhage. Initial workup and management? Assess mental status. Secure large-bore peripheral IV access and start massive transfusion. A rapid ultrasound of the chest and abdomen revealed fluid in the left chest, right upper quadrant, and no pericardial fluid. We placed a left chest tube with minimal output. Still hypotensive…treatment options? Resuscitative thoracotomy. Urgent OR if vitals improve with resuscitation. REBOA. A rapid secondary survey revealed a previous midline laparotomy. This would likely impede rapid access for aortic control during laparotomy, so REBOA was placed through a right femoral artery cutdown. With inflation of the REBOA, he had a return of cerebral perfusion with spontaneous movement of his extremities. He was transported emergently to the OR. We encountered massive hemoperitoneum and extensive dense intra-abdominal adhesions that prohibited easy access for a supra-celiac aortic clamp. There was ongoing hemorrhage despite REBOA. Other options to control intra-abdominal bleeding? Procedures directed at source (compression of the liver, splenectomy, etc). Aortic occlusion above the injury- stops all perfusion below the level of occlusion. This can be done from the chest through a left anterolateral thoracotomy or below the diaphragm (supra-celiac clamp). The patient underwent left thoracotomy for aortic cross-clamp. There were no obvious intra-thoracic injuries. Intra-abdominal injuries included a large Zone 1 retroperitoneal hematoma and left diaphragm injury, injuries to solid organs (liver and pancreas) and hollow viscus (stomach, small bowel, and colon). Management of massive sub-diaphragmatic hemorrhage Aortic occlusion decreases distal bleeding and redistributes blood volume to the myocardium and brain. This leads to a reduction in sub-diaphragmatic blood loss. Traditionally, this is accomplished through an open approach, either via thoracotomy or laparotomy. Concurrent with the expanding use of and comfort with endovascular approaches, endovascular occlusion of the aorta (REBOA) has been re-introduced as a less invasive approach. General indications Traumatic life-threatening hemorrhage below the diaphragm (non-compressible torso trauma) in patients in unresponsive shock Zone 1 (distal thoracic aorta)- control of severe intra-abdominal/ retroperitoneal hemorrhage, or for traumatic arrest. Zone 3 (above aortic bifurcation)- severe pelvic, junctional, or proximal lower extremity hemorrhage. Mixed results regarding clinical outcomes. Essentially the same time to aortic occlusion as resuscitative thoracotomy. Not shown to be significantly quicker at obtaining aortic occlusion than resuscitative thoracotomy. Brenner M et al. Joint statement from the American College of Surgeons Committee on Trauma (ACS COT) and the American College of Emergency Physicians (ACEP) regarding the clinical use of Resuscitative Endovascular Balloon Occlusion of the Aorta (REBOA). Trauma Surg Acute Care Open. 2018;3(1):1-3. Previous Next

< Back Machete Attack- Neck Trauma A 42-year-old male was brought from an outside hospital after sustaining deep, extensive penetrating wounds to the neck and forearms. When he arrived at the hospital, we noted defensive wounds on his forearms and a deep laceration across the anterior neck. The report from EMS was that the patient was assaulted with a machete. What are the management priorities? Prioritize primary and secondary survey and treat life-threatening injuries first. Don't be distracted with impressive wounds. Secure the airway and control active hemorrhage. He was initially seen at a small community hospital, where an endotracheal tube was placed through the tracheal wound, and then he was transferred to our facility. He was rapidly transported to the operating room for evaluation. What structures need to be evaluated? Vascular structures (carotid arteries, vertebral arteries, jugular veins) and upper airway/ digestive structures (esophagus, pharynx). The head and neck team was consulted, and they evaluated him in the operating room. The wound's extent was explored thoroughly. Surprisingly, there were no injuries to the vascular structures, and the injury was isolated to the airway. The endotracheal tube was exchanged for a formal tracheostomy and a stent was placed in the upper airway to prevent luminal narrowing while the repair healed. The wound was closed in layers. Management of Penetrating Neck Trauma WTA Algorithm Anatomy Zone 1 Clavicles/ sternum to cricoid Zone 2 Cricoid to angle of mandible Zone 3 Angle of the mandible to the skull base Hard signs- airway compromise, massive subcutaneous emphysema/air bubbling through the wound, expanding or pulsatile hematoma/ active bleeding, shock, neurologic deficit, hematemesis. Soft signs- hemoptysis, blood in the oropharynx, dyspnea, dysphagia, dysphonia, subcutaneous air, chest tube air leak, non-expanding hematoma, bruit/ thrill. Hard signs or hemodynamic instability→ ensure airway and transport to OR. No immediate operative indications? Depends on symptoms and the zone of injury. Zone 1 and 3- CTA to rule out vascular and aerodigestive injuries; assess the trajectory of injury. Injury→ repair. Concerning trajectory→ triple endoscopy (laryngoscopy, bronchoscopy, and esophagoscopy). Zone 2- symptomatic→ OR. Asymptomatic- serial exams or imaging. Operative approach The most common incision for exploration of neck wounds is along the anterior border of the sternocleidomastoid (SCM) muscle. Exposure of Zone 1 and 3 are more challenging and endovascular adjuncts are useful. Zone 1 may require median sternotomy with extension along the SCM. Zone 3 requires mobilization of the mandible. Zone 2 can be approached with a transverse cervical collar incision with SCM extension. - Tracheal injuries are repaired with monofilament absorbable suture. - Esophageal injury- debride unhealthy edges, ensure full exposure of mucosal defect, repair defect (single or double layer), buttress with SCM, or strap muscle. Place drain. - Combined tracheoesophageal injury- repair, and ensure repairs are isolated with interposition of a well-vascularized muscle flap. Previous Next

< Back Getting Involved Getting involved in your training program and hospital is crucial for your professional development and growth. Here are some tips to help you get started. - Be open to opportunities to get involved early and embrace small projects. Even if a project seems insignificant, it can lead to bigger opportunities. Don't hesitate to accept requests to help write a paper, design a research protocol, or participate in a committee. These small projects can open doors for more significant roles and responsibilities in the future. - Be proactive and take the initiative to get involved. Talk to your mentors and program directors about your interest in participating in projects or committees. Ask for guidance on how to get involved, and don't be afraid to express your interest in specific areas. - Get involved in research. You don’t have to have a strong research background to contribute to ongoing projects. If you have specific research interests, seek the advice of someone with a similar interest and collaborate with them. Different faculty members will have their individual strengths and passions, which are frequently apparent after you interact with them. If you partner up with someone who has a similar interest, they will be able to guide you and lend their support to your project. Training programs frequently have requirements for research and have a framework for supporting involvement in ongoing projects. Research requirements are often a part of training programs, so take advantage of the support and resources available to you. Also, keep in mind that there may be ongoing research projects at your hospital that you can contribute to. - Attend department and hospital level conferences. Grand rounds, morbidity and mortality (M&M) and case conferences are invaluable learning opportunities. Conferences that review complications or deaths are invaluable learning opportunities. They are also a good platform for developing performance improvement projects. Many patient incidents are multifactorial, and there are frequently systems issues that can be addressed to minimize repeat events. - Join committees. Committees are a great way to learn about the inner workings of the hospital and contribute to important decision-making processes. They also provide a venue to meet colleagues in other departments and gain valuable networking experience. - Talk to people. Reach out to your mentors, program directors, and research staff about other opportunities that may be available. They can often provide valuable insight and connections that can lead to new opportunities and projects. After you have explored the opportunities to get involved in your program and hospital, it’s time to widen your professional network. Expanding beyond your hospital will help you stay current with industry trends, discover new opportunities, and establish relationships with colleagues and mentors. One way to do this is by participating in surgical organizations at the national level. Here are some examples: - American College of Surgeons (ACS). The ACS offers membership and participation opportunities starting in medical school. As a member, you can take advantage of educational programs, networking events, and leadership development opportunities. Fellowship in the ACS (FACS) requires board certification, and it is a prestigious recognition that can enhance your professional reputation. - American Association for the Surgery of Trauma (AAST). AAST is the premier national organization for the field of acute care surgery (trauma, surgical critical care and emergency general surgery). There are numerous opportunities for involvement in research and professional development. Membership requires FACS status. However, the organization recently added an associate membership category, which offers younger surgeons an opportunity to participate in the AAST's activities and programs. - The Eastern Association for the Surgery of Trauma (EAST). EAST provides leadership and development opportunities for young surgeons who are actively involved in the care of injured patients. The organization offers ample opportunities to get involved in committees, research projects, mentorship, and leadership roles. This is far from an exhaustive list, but it is a good starting point for young surgeons to explore how they want to develop their network. During my Acute Care Surgery fellowship, I was able to get involved in various research projects and initiatives that allowed me to further develop my expertise and knowledge in the field. At the start of my fellowship, I developed a research protocol that evaluated the impact of legislation on the opiate epidemic. This project allowed me to delve into a critical issue facing the healthcare industry and explore potential solutions to mitigate the epidemic's impact. Shortly after, I attended a department committee that updated our clinical practice guidelines. As we discussed some recent patients with rib fractures, I saw the importance of updating our thoracic trauma management guidelines. I partnered with one of the faculty who had a particular focus on rib fracture management and we worked to optimize our protocol for caring for these patients. This led to multiple opportunities, including an IRB protocol and two manuscript submissions on operative rib fixation. I also had the opportunity to co-author a book chapter on Intensive Care Unit (ICU) management of blunt chest trauma and a manuscript on the use of opiates in chest trauma. During a meeting with one of the research directors in our department, I was able to learn about opportunities to get involved in ongoing projects. This led to me joining a group working on coagulopathy in traumatic brain injury. Through this project, I was able to contribute to a literature review submission and co-author a research manuscript submission. I was also able to present our findings at a national conference. My program director was a strong supporter of and actively shared news about opportunities that could further my career development. One of these opportunities included writing an essay that allowed me to publish and present at a conference. After reading my essay, a critical care physician reached out to connect and invited me to participate in testing a tool for resuscitation in austere environments. This was a unique opportunity that allowed me to apply my knowledge and skills in a new and challenging setting. Overall, my Acute Care Surgery fellowship allowed me to explore different avenues in research and develop expertise in areas that I am passionate about. It also enabled me to collaborate with other experts in the field, broaden my network, and gain invaluable experiences that served me well in my future career endeavors. Previous Next