< Back Wound Care American College of Surgeons: Home Skills for Patients Adult Colostomy/Ileostomy - collection of resources to help you prepare for managing your ostomy, including videos and a home skills kit. Your Colostomy/Ileostomy Ostomy Home Skills Kit: Adult Colostomy/Ileostomy Wound Management Home Skills Program Drain Care Jackson-Pratt (JP) Drainage Tube: After Hospital Care [Northwestern Medicine] Previous Next

< Back Cardiac Physiology Cardiovascular Physiology Oxygen Delivery Adequate cardiovascular function is vital to maintaining perfusion to the organs and tissues in the body. Perfusion drives oxygen delivery (O2) and removal of byproducts of cell metabolism (CO2). The amount of oxygen that is delivered (DO2) is a function of cardiac output (CO; the volume of blood ejected from the heart every minute) and the arterial oxygen content (amount of oxygen in the blood). Cardiac output is determined by the volume of blood the heart pumps out into the body with each heartbeat (stroke volume, SV) and the frequency of the heartbeat (heart rate, HR). Stroke volume depends on preload (blood volume returned to the heart), contractility (effectiveness of cardiac muscle activity), and afterload (pressure in the peripheral vasculature that the heart has to overcome to eject blood). Arterial oxygen content (CaO2) is the amount of O2 in the blood that is ejected from the heart. This is determined by dissolved O2 + O2 bound to hemoglobin. Hemoglobin carries O2, and the percentage of Hgb molecules that are saturated (bound) with O2 is determined by arterial blood gas (SaO2, arterial oxygen concentration) or pulse oximetry (SpO2, peripheral arterial oxygen concentration). Pulse oximetry is non-invasive and is a reliable surrogate (as long as SaO2 >90%). The O2 carrying capacity of one gram of hemoglobin is 1.38 (this is a constant in the equation). So this is the first part of the equation: the number of hemoglobin molecules x the % of those molecules that are saturated with O2 x how much O2 saturated hemoglobin can carry . The second part of the equation is the dissolved oxygen (partial pressure of arterial oxygen, PaO2, reported as mmHg). This value is multiplied by the constant 0.003, which is the mL of O2 dissolved per mmHg plasma. This number is infinitesimally small relative to the other half of the equation and it is typically ignored when determining oxygen concentration. This means that the significant modifiable factor in CaO2 is Hgb. Oxygen has to have something to bind to (Hgb) because dissolved oxygen has minimal oxygen-carrying capacity. Oxygen delivery (DO2)= CO x CaO2 Cardiac Output (CO)= heart rate (HR) x SV Stroke volume (SV)= the volume of blood ejected from the heart each heartbeat. Arterial oxygen concentration (CaO2)= [1.38 x Hgb x SaO2] + [PaO2 x 0.003] How can oxygen delivery be increased? One of the components of the equation has to be adjusted. Increase cardiac output. Increase SV- use of an inotropic agent (* medication that increases the strength of the heart contraction), ensure adequate preload (volume resuscitation). Increase HR- use of a chronotropic agent (* medication that increases heart rate). Increase arterial oxygen content Increase blood hemoglobin concentration *See pharmacology below Oxygen Consumption Oxygen consumption (VO2) is determined by how much oxygen the peripheral tissues extract and use. It is the difference between oxygen delivery (DO2) and oxygen return(ed) (SvO2). Oxygen consumption (VO2)= DO2 - SvO2. Oxygen consumption is calculated by subtracting SvO2 or ScVO2 from the amount of oxygen delivered. Venous oxygen saturation (SvO2 or ScVO2)- concentration of oxygen in the blood returning to the heart. Measured with a central venous catheter. *See below under CV monitoring for more details. Cardiovascular Monitoring There are several techniques for monitoring cardiovascular parameters, ranging from non-invasive to maximally invasive. Non-invasive methods include telemetry, pulse oximetry, and blood pressure monitoring. The benefit of these devices is their simplicity of use and interpretation. But these are error-prone, and regarding blood pressure, it doesn't provide continuous monitoring. For more info, see lecture entitled " Hemodynamics ". Arterial lines can be placed to provide continuous cardiac monitoring. The arterial waveform can indicate specific pathology (see Edwards Quick Guide to Cardiovascular Care ). In addition, an arterial line can report stroke volume variation. Stroke volume variation (SVV) is a surrogate of arterial pressure changes with inspiration/ expiration. If the change in pressure with respiratory cycles is >10-15%, it suggests the patient is fluid responsive, meaning they are likely to improve their preload (and cardiac output and blood pressure) with IV fluid administration. Central venous catheters can be placed to deliver intravenous medication as well as provide cardiac monitoring. A central venous catheter can measure the pressure of the blood returned to the right atrium (central venous pressure, CVP), which is a crude measurement of preload and right heart function. In addition, the oxygenation of the blood returning to the right heart (from the head and upper body) is reported as Central venous oxygenation saturation (ScVO2). ScVO2 reflects the balance between oxygen delivery and consumption. Arterial lines and central venous catheters are considered "minimally invasive". A pulmonary artery (PA) catheter is the most invasive device for cardiac monitoring. Similar to a central venous catheter, a PA catheter can determine the oxygenation of the blood returning to the right heart, which is the mixed venous oxygen saturation (SvO2). However, in contrast to the central venous catheter which is located in the superior vena cava (proximal to the right atria), this device is measuring blood oxygenation in the pulmonary artery (from the right ventricle), so it accounts for the blood from the entire body (unlike the ScVO2). Cardiac Pharmacology Vasoactive medications are frequently used in the ICU for the management of shock, heart failure, and other acute pathology. There are several key receptors, and understanding the function of each receptor is the key to using these different agents correctly. Receptors * α (alpha) 1- vasoconstriction * α2- inhibit norepinephrine release from presynaptic neurons * β (beta) 1- chronotrope (↑HR), inotrope (↑Ca in cardiac myocytes ↑contractility), dromotrope (↑cardiac impulse conduction velocity) * β2- vasodilation * Dopa 1- vasodilation * Dopa 2- neurotransmitter release Pharmacologic Agent Classification Each medication has a specific physiologic effect based on its particular mechanism of action. Agents may stimulate or inhibit receptors (see above) or alter the concentration of a key substance (cAMP, calcium, potassium, nitric oxide (NO)). Previous Next

< Back Stabbed in the Right Thigh A 42-year-old male is brought to the Emergency Department as a Level 1 trauma activation for a stab wound to the right thigh. He was hypotensive before arrival, with SBP in the 70s-80s. Estimated blood loss of 500 mL on the scene. On arrival, the patient is awake and argumentative. His blood pressure is 90 systolic. On a rapid secondary survey, there is no evidence of any other wounds. There is a tourniquet in place to right upper thigh. When the tourniquet is released, there is arterial bleeding from the wound and there is no palpable distal pulse. What do you need to do before leaving the trauma bay? Replace tourniquet. Call OR to have vascular instrument set available, as well as massive transfusion, cell saver, etc. Type and cross for blood transfusion. After ensuring a type and cross, we proceeded to the operating room. How do you want to prep and drape the patient? Any instructions for anesthesia? Wide prep and drape to ensure adequate access for proximal and distal control- this includes prepping the lower abdomen for possible iliac exposure. Also, need to prep contralateral lower extremity for potential saphenous vein harvest. Ultrasound localization of the saphenous prior to prepping can allow identification of the larger vein. Anesthesia will need to monitor hemodynamics and volume status and be prepared for volume resuscitation with blood. In addition, they will have to be vigilant for the repercussion syndrome, the metabolic disturbance following the re-establishment of arterial flow (washout of toxins following ischemia). We placed a pneumatic tourniquet on the patient's upper thigh. We prepped and draped from the umbilicus to the knees, and also prepped and draped the contralateral thigh to have access in case a saphenous vein harvest was required for repair. We made an incision directly over the wound and dissected down to the artery. There was a single wound in the anterior surface of the distal superficial femoral artery. Proximal and distal control was obtained after circumferentially dissecting and placing vessel loops. The artery was divided and spatulated. It was repaired with an end to end tension-free anastomosis. Following arterial repair, we performed a lower extremity fasciotomy. Management of Penetrating Arterial Trauma WTA Algorithm Diagnostic Workup Hard signs- pulsatile bleeding, thrill, bruit, expanding hematoma, pulse deficit, cold pale limb. These patients require operative intervention. A few exceptions can benefit from preoperative imaging to document the presence and location of associated arterial injuries: wounds in the thoracic inlet, shotgun wounds in the extremities, and segmental fractures or fractures at different levels of an extremity. Soft signs- history of pulsatile bleeding, wound near an artery, non-expanding hematoma, neuro deficit, weak pulse, proximity injury. These patients need further workup to evaluate for the presence of arterial injury. An ankle-brachial index should be performed, and if ≤0.9, CT angiography is indicated. If ABI >0.9- no further w/u needed. ABI <0.9- CTA. Principles of arterial repair 1. Plan incision to facilitate proximal and distal control. 2. Ensure adequate back bleeding. Fogarty to remove distal thrombus. 3. Tension-free anastomosis. Adequate lumen. Clean margins. Don't create more damage to the vessel. 3. Consider risk/ benefit of heparinization. Systemic dose: 70-100 units/kg IV. Regional dose: 50U/ml x50 mL. 4. Completion angiogram to document repair. There are various techniques for creating an anastomosis, but the basic principles must be maintained. Recently, I was taught a useful technique [Dr. Feliciano, AAST 2020 Virtual Conference] that prevents tension at one point along the anastomosis. A parachute technique, starting with loosely approximated sutures on the back wall, followed by parachuting the two ends close to continue the suture on the anterior surface of the artery. Indications for fasciotomy include prolonged limb ischemia (>6 hours), combined arterial and venous injuries. 1. Feliciano DV. Evaluation and Management of Peripheral Vascular Injury. Part 1. Western Trauma Association/Critical Decisions in Trauma. J Trauma. 2011;70(6):1551-1555. 2. Feliciano DV. Pitfalls in the management of peripheral vascular injuries . Trauma Surg Acute Care Open. 2017;2:1–8. Parachute Technique [Feliciano] WTA Algorithm for Peripheral Vascular Trauma Previous Next

5 Team of Teams New Rules of Engagement for a Complex World - From retired General Stanley McChrystal. Guidance on developing an adaptable, agile, and unified organization. - Changes in the nature of war necessarily lead to changes in leadership and team dynamics. - Given the dynamic nature of current combat, the prevalence of unknown unknowns, and the rapid pace of information dispersion, it is unreasonable for every leadership level to approve every maneuver. - Teams need to be competent and well-trained. But in this current environment, it would be prohibitively cumbersome to require the commander's involvement in every decision while remaining agile and quickly responding to constant changes. In contrast, developing a strong team and providing a common goal, an overarching mission, allows teams to execute, react, and adjust to shifting battlefields. The end state serves as a guide, and the group draws from their training to accomplish the mission. Previous Next

< Back Thai Chicken Enchiladas Ingredients 8 flour tortillas 2 cooked and shredded chicken breasts 1 Tbsp canola oil 1/2 sweet onion, chopped 1/3 C chopped/shredded carrots 1/2 C chopped/shredded cabbage (premade coleslaw mix works well) 4 garlic cloves, minced 1/2 tsp salt 1/2 tsp pepper 4 green onions, sliced 1/3 C chopped peanuts (more for garnish) 1/4 C chopped fresh cilantro (more for garnish) 2 1/2 C light coconut milk 1/3 C + 1/2 C sweet chili sauce Instructions 1. Preheat oven to 350 degrees F. 2. Heat oil in large skillet over medium heat. Add onions, cabbage, carrots, garlic and 1/4 tsp salt and stir to mix. Stir occasionally and cool until vegetables are soft (6-8 min). Add in chicken, green onions, peanuts, cilantro, remaining salt and pepper, tossing to coat, cook for 1-2 min. Add 3/4 c coconut milk and 1/3 c sweet chili sauce, mixing thoroughly to combine. Turn off heat. 3. Spray 9×13 dish with nonstick spray. Whisk together remaining coconut milk and sweet chili sauce. Pour about 1/2 C on the bottom of the dish. Slightly warm tortillas, then place a few spoonfuls of the chicken mixture in each, roll up tightly and place in the dish. Use a spoon to cover the tortillas with remaining coconut milk and chili sauce mix. 4. Bake for 20 minutes, remove and garnish with peanuts and cilantro. Spoon sauce from the bottom of the dish all over the tortillas. The vegetables cooling and softening Previous Rolled up and ready to head into the oven Final product! Next

< Back Studying Tips Study Techniques Reading and re-reading textbooks/ notes. Pros- simple. Cons- passive. Easy to not absorb information as your eyes pass over the same text. Reading and highlighting textbooks/ notes. Pros- simple. More interactive than merely reading. Cons- similar to re-reading- still relatively passive. Risk of highlighting everything and not focusing on key points. Reading and handwriting notes in your own handwriting. Pros- active engagement in learning, reframe the information in your own style. You can color-code, reorganize, personalize it. Cons- takes more time. When to study There are two key circadian rhythm patterns. In his book When: The Scientific Secrets of Perfect Timing ," Daniel H Pink refers to these as "chronotypes." There are three chronotypes (larks, owls, and third birds), but the differences between them are largely inconsequential, so they are simplified to two different groups, classically known as early bird and night owl. If you haven't identified your chronotype, you can do a few relatively straightforward steps to determine your pattern. Identifying your chronotype will give you a framework to plan your peak time for analytical tasks, such as studying. If you have any control over your daily schedule, even if it's just weekends, take advantage of your inherent pattern to optimize your studying. Early morning studying before class/ clinical rotations might be optimal for some, while others are more conducive to evening learning. What has worked for me? I used to be a read and re-read type. I'm a fast reader, so it worked to get through high school and medical school. During surgery residency, I used iAnnotate PDF, which allows me to highlight and make notes. When I was entering fellowship, I renovated my style. First, I wrote notes for the handful of critical care texts that I read (Fink and Marino) and the trauma text (Mattox). During the summer before my ACS fellowship, I typed notes while reading Fink and Marino. I used iAnnotate PDF because it allows me to highlight and make notes. I did switch to a hard copy of Civetta because I needed a new format to re-ignite my focus. I used old fashioned lined paper and pencil and then rewrote them into a notebook. After I got burnt out on textbooks, I made the leap to reading journal articles. Switching to primary literature was a monumental change in my studying. I always marvel at attendings who can quote journal articles with ease. It always strikes me that their memory is so crisp...I've never had that gift. When I started reading articles, I developed a system for finding, reading, and then recording the salient findings. How I built my literature database for Acute Care Surgery There are several ways to find articles. Surgical Clinics (previously known as Surgical Clinics of North America) is one of my favorite journals for reviewing broad topics. Every article is evidence-based, with abundant references. The most current journals will be a treasure trove of high-yield references. The open journals and published guidelines (read: free!) are another excellent resource. The references in reviews and guidelines are the basis of evidence-based medicine. Read! You don't have to read every word, and as you read more articles, you will develop a sense of which papers can be perused and which deserve a more diligent review, such as landmark articles (see suggested articles). Highlight, make notes and ask yourself, "how will this change my practice". Previous Next

Caring for soldiers in the deployed environment Austere Damage Control Surgery < Back Caring for soldiers in the deployed environment “Our general attitude around here is that we want to play par surgery. Par is a live patient.” Several years ago, when I was preparing to apply for trauma fellowship, someone called me a meatball surgeon. I thought it was a lame nickname that meant our job was mindlessly easy. For the first time ever, I recently Googled meatball surgery. The term "meatball surgery" was used to describe the damage control interventions performed in MASH. Yes, I am proud to say I am a meatball surgeon for our soldiers. Telling me I save lives is a compliment…not an insult. Meatball Surgery Military surgeons are frequently deployed to far forward environments to perform damage control surgery- stopping bleeding, stopping gross spillage of bowel contents, stenting vascular injuries, etc. This allows the patient to be evacuated to the next level of care. The goal is NOT definitive repair of injuries. All general surgeons deploy in this role- so maintaining trauma operative skills and the skill of "thinking like a trauma surgeon" is crucial. This is being increasingly provided between deployments with skills labs and military civilian partnerships. There is still a significant gap between recommended case volume and actual case volume. Recently, the suggestion to train non-surgeons to do “just a bit of damage control surgery" in the deployed environment has been proposed in several forums, including on social media. Short version: “You can’t convince me that pelvic packing, laparotomy, vascular control, thoracotomies are difficult.” Why is this a problem? As mentioned, its hard enough to train our general surgeons well-trained to perform in this environment. It would take significant changes in our current training rhythm to get Pas and non-surgeons adequately proficient to provide this skillset. It is NOT easy being a trauma surgeon. A lot of surgery residents are familiar with the oft repeated quote, "you can teach a monkey to operate". It's not meant to insult trainees and compare them to monkeys. It's meant to explain that the difficult skill of being a surgeon is the judgment to decide who needs surgery, what surgery is needed and how to anticipate the next step. There are many algorithms in surgery. They are excellent guides to optimal patient care. But they all have the same caveat (although some might not state it as explicitly)- they are not to be used in isolation, but instead in the setting of sound clinical judgment. To gain this expertise, surgeons endure 4 years of undergraduate education, 4 years in medical school, 5-7 years of surgical residency, and 1-2 years of fellowship. And even after I spent all this time training, I’m still not done learning this art. If you say these are "not difficult” procedures, I encourage you to complete a general surgery followed by a trauma fellowship. The military actually does need more trained trauma surgeons. But no, I’m not interested in training a non-surgeon to do “just a little bit” of trauma surgery. I can't imagine any trauma surgeon who would be willing to teach a watered down version of our skill to a non-surgeon and sign off that they’re qualified to care for our soldiers. Please don't insult our expertise. I would never presume to be an expert in another persons specialty. This would be similar to suggesting that I can be easily trained to be special forces. Anyone can be taught to shoot a weapon, evade the enemy, decide the best tactical approach, etc. You may say that’s an exaggeration. But it’s the absolute truth. A field surgeon is NOT a surgeon. A brigade surgeon is NOT a surgeon. A flight surgeon is NOT a surgeon. A division surgeon is NOT a surgeon. A battalion surgeon is NOT a surgeon. The Surgeon General is NOT a surgeon. Previous Next

< Back Just Cellulitis...or something worse.... A 42-year-old female presents to the ED with one week of painful swelling of her left medial upper thigh. Her past medical history is remarkable for diabetes, morbid obesity, and rheumatoid arthritis, for which she takes immunomodulator therapy. She had been seen by a PCM earlier in the week and was started on antibiotics. She returned to her PCM when she continued to have pain and swelling and she was then sent to the ER for evaluation. She was concerned because the redness was extending to her groin and lower abdomen. On exam, she had redness and edema to her left lower abdominal wall extending midway down her thigh. Initial x-ray image What are the signs and symptoms suggestive of NSTI? Symptoms- fevers, painful skin lesion (redness, swelling, warmth) Signs- tachycardia, potentially hypotension. Skin warmth, edema, foul-smelling drainage, blistered or sloughing skin, crepitus. *Pain out of proportion to exam is a concerning finding. What workup should be performed? Labs- CBC, electrolytes, lactate Imaging- x-ray, ultrasound to rule out abscess, CT An ultrasound was performed, but it was non-diagnostic. There was no obvious underlying abscess. Why is ultrasound difficult with NSTI present? Soft tissue air obscures the ultrasound images. Evidence of artifact on the ultrasound can be suggestive of NSTI. What is the initial treatment of NSTI? Like any septic patient, antibiotics, resuscitation, and rapid source control are paramount. For necrotizing soft tissue infections, source control requires expeditious surgical exploration and debridement. Representative image from CT scan- upper thigh Representative image from CT scan- lower abdominal wall After starting broad-spectrum antibiotics and fluid resuscitation, the patient was taken to the operating room. Upon exploration, the tissue planes were easily dissected and there was copious grey-tinged malodorous fluid. The fluid was cultured to allow tailoring of antibiotic therapy. All necrotic tissue was excised and the wound was left open with gauze packing. She required low-dose norepinephrine during the case and had an elevated lactate. She remained intubated and was taken to the ICU. She returned each of the following 3 days until there was no more evidence of necrotic tissue or undrained infection. At that time a wound vac was placed and she returned for wound vac changes every 3 days. Management of Necrotizing Soft Tissue Infection (NSTI) Risk factors- diabetes, immunosuppression, malnutrition, obesity, IV drug use. Bacteriology- often polymicrobial (Type 1), 20% are monomicrobial (Group A strep or S aureus). Culture with Gram + rods= Clostridia (Type III). Diagnosis [1] Patients may present with sepsis and multi-system organ failure. Physical Exam- erythema or discolored skin, edema, pain out of proportion to exam, bullae, crepitus (late finding). Fever, hypotension. Imaging- CT is more reliable than plain films. MRI is most effective but may delay care. Plain films- gas in soft tissues MRI- fascial thickening CT- soft tissue air, muscle edema, fluid collections, thickened non-enhancing fascia Labs- leukocytosis, elevated lactate. Blood cultures. LRINEC score- ≥6 is suspicious, ≥8 is strongly predictive. Low sensitivity, not reliable to rule-out NSTI.[1,2] CRP ≥150= 4 points WBC 15-25= 1 point, >25= 2 points Hgb 11-13.5= 1 point, <11= 2 points Sodium <135= 2 points Cr >1.4= 2 points Glucose >180= 1 point Intraoperative findings: dishwater-like fluid is frequently encountered. Tissue planes easily separate, including the soft tissue separating from the underlying fascia. Management Rapid resuscitation, antibiotics, and surgical excision. If there is a high clinical suspicion, don't delay surgery to await imaging. Obtain tissue culture intraoperatively. Antibiotics Broad-spectrum until cultures available- vanco OR linezolid + pip/tazo OR carbapenem OR ceftriaxone/metronidazole S aureus- nafcillin, cefazolin, vancomycin, clindamycin Group A strep OR Clostridium- clindamycin and penicillin. Adjuvant Therapies IV immunoglobulin- neutralize Strep or clostridia toxin. Hyperbarics- no clear benefit. Immunomodulators? There are comprehensive reviews of the current practices regarding diagnosis and treatment of NSTI in Lancet and the New England Journal of Medicine.[3,4] References Fernando SM. Necrotizing Soft Tissue Infection: Diagnostic Accuracy of Physical Examination, Imaging, and LRINEC Score: A Systematic Review and Meta-Analysis. Ann Surg. 2019 Jan;269(1):58-65. Wong CH et al. The LRINEC (Laboratory Risk Indicator for Necrotizing Fasciitis) score: A tool for distinguishing necrotizing fasciitis from other soft tissue infections. Crit Care Med. 2004;32 (7):1535-1541. Hua C et al. Necrotising soft-tissue infections. Lancet Infect Dis. 2023 Mar;23(3):e81-e94. Stevens DL et al. Necrotizing Soft-Tissue Infections. N Engl J Med. 2017;377(23):2253-2265. Previous Next

How to play nice in the sand box...and why it matters Consults < Back How to play nice in the sand box...and why it matters The department of Acute Care Surgery and Emergency Medicine frequently interact to discuss consults. Unfortunately, several factors predispose to an adversarial relationship between the ER provider and the consultant.(1) I won't pretend that I didn't contribute to some of the negative interactions I've had while responding to consults. However, I'm grateful that my years of experience have provided me with insight and perspective that reframed my thoughts about the consultation process. What are the different types of consults? #1 The patient requires something that is beyond the scope of practice of the emergency provider. This includes everything from hospital admission, surgical or procedural intervention (appendectomy, stop the bleeding from a penetrating neck wound, cardiac catheterization), or a plan for close follow-up. How to Respond? This is why we chose our specialty, and our business is patient care. If a consultant is not responsive, it might be because they are caring for more urgent clinical issues. It's also possible that they are a generally unpleasant person, and it has no relation to the nature of the consult..some people can be difficult regardless of the scenario. Admittedly, it might also be 2 am, and they just fell back asleep after their last page. As much as I hate to admit, it's harder to be pleasant on the phone when you're absolutely exhausted. #2 The unclear diagnosis. The patient is presenting with a complex issue, or the diagnosis may be outside the provider's experience. This could be the first time they encounter a particular clinical scenario or an unusual presentation of a common diagnosis. How to Respond? Depends on the scenario. If that patient requires emergent assistance, prioritize their needs. If no emergent need, but further workup is needed, provide whatever recommendations you can regarding the next steps of the diagnostic workup. If the patient's case falls under your specialty, refer back to #1. #3 The emergency room provider doesn't know who the appropriate consultant is, or they have had no luck reaching them. How to Respond? It's easy to brush off a call when the primary provider called the wrong service. This might occur if the provider cannot reach a particular specialist, and you are the next best option (example- plastic surgeon doesn't respond for a consult on a patient with a wound complication). Please, if you know how to reach that provider, lend a hand. Or, if they call the wrong service, take the time to give a little guidance about whom they should have called. They aren't trying to waste your time- they are likely also busy, and calling multiple consultants is not the best way to spend their time either. Whatever assistance you can provide is best for the patient. #4 The controversial consult. In my experience, during years of working with surgeons and emergency physicians, probably one of the most contentious consultations is the consultation for something that the consultant considers inappropriately simple or unnecessary. The surgeon may think that the issue is trivial or the need is non-existent and feel that the provider should be capable of resolving the issue without calling a surgeon. This disconnect might be the key patient interaction that can set the tone for the relationship between departments. How to Respond? First, and most importantly, please don't be dismissive when someone calls you for a consult. If you are receiving a call, it's because the person on the other end of the phone (and therefore the patient they are caring for) needs your help. Surgeons, along with other specialists, have extensive specific expertise, so it's easy to lose perspective and presume that the knowledge in our head is universal. It's become almost intuitive in our minds, so we might forget that the primary provider does NOT have the same specialization. We each chose our respective specialties, and our training and biases are quite divergent. It is unreasonable to expect ER physicians to share the same depth of knowledge in each of the many specialties, just as each of the specialists would not have the same ability to deftly juggle the wide array of clinical scenarios managed in the ER. I remember the plastic surgeon who showed me how to do a scar revision on a young woman's face. He spent his career training and practicing to perform plastic surgery. It was simple in his hands, but that doesn't mean the woman would have a similar outcome if the needle driver was in my hand. Please, think of the patient's best interest. Yes, the primary provider may be "an idiot" or "lazy" or whatever. But consider the other possibilities. I prefer to give my colleagues the benefit of the doubt and avoid automatically assuming incompetence. Regardless of the underlying issue, whether it's a flaw of the provider or its truly beyond their capability, the patient needs someone to take care of them. Do the right thing for the patient- in the end, that's what matters. 1. Koo A, Bothwell J. Tips for Working with Consultants. ACEP Now. Nov 2017. Previous Next

< Back Colorectal Disease UpToDate Patient Education Patient education: Diverticular disease (Beyond the Basics) . Also known as diverticulosis. If associated with an acute episode of infection, this is reference to as diverticulitis. Patient education: Constipation in adults (Beyond the Basics) Patient education: High-fiber diet (Beyond the Basics) Patient education: Colonoscopy (Beyond the Basics) Patient Information from Society of American Gastrointestinal and Endoscopic Surgeons (SAGES) Colonoscopy American College of Surgeons: Division of Education Colonoscopy Prep Form Golytely®, Colyte®, Nulytely®, Trilyte® Source: UpToDate Images: Colon and Rectum Patient Info- Constipation .pdf Download PDF • 54KB Previous Next

Practical Tips on Having a Difficult Discussion How Do I Do It? < Back Practical Tips on Having a Difficult Discussion This blog is complementary to the previous blog about becoming more comfortable with uncomfortable conversations. After many difficult discussions with families during my critical care fellowship, I finally became comfortable with uncomfortable conversations. It's impossible to develop a script to use for every conversation, but here are some of the techniques I've adopted over the years. Sit down in a private room, have tissues if appropriate. Make sure your phone/ pager won't interrupt the conversation. Have someone else with you. It’s always good to bring the patient's nurse, and there is often spiritual support staff (ie chaplains) who can accompany you and provide support for the family. Introduce yourself, and ask who everyone in the room is, specifically how they're related to the patient. "Nice to meet you, I'm really sorry it's under these circumstances." If it's your first conversation with the family, it's important to establish a foundation to build on (or establish the absence of a foundation). You can ask "what do you know so far" or "what's your current understanding of the situation"? This also allows them to express their current questions/ concerns. Judge their level of comprehension and adjust as needed. This does NOT mean being patronizing or imposing stereotypes. Pay attention to facial expressions and listen to their questions/ responses. It's easy to fall back into speaking medical jargon- you need to deliberately focus on using easily understandable words. Words that we use every day are meaningless to most people who aren't in the medical field. Keep the conversation brief and take frequent pauses. They don't hear everything you say, and they'll hear even less if you talk non-stop. Allow them time to process what you’ve shared, and allow them to ask any questions they have. Acknowledge that it’s common to be overwhelmed by the discussion. You can validate them by offering "I know I just told you a lot of information" or "I know this can all be overwhelming". It’s also helpful to say, “I’m sure you will think of other questions, please write them down so we can discuss them later” Encourage them to discuss things amongst themselves and provide them a quiet private place to regroup after the meeting. It’s also helpful to say, “I’m sure you will think of other questions, please write them down so we can discuss them later.” This validates their feeling and reassures them that they don't have to worry about remembering every detail. Specific difficult topics - Death and dying. Acknowledge that what they are feeling is normal- regardless of what they feel, it's normal. Denial, angry, scared, guilty, confused, conflicted, exhausted, numb. - When they are wrestling with the decision about transitioning to comfort care (colloquially known as "withdrawal of care", or crassly, "pulling the plug") and they've verbalized that they know it's what their family member would want, acknowledge how difficult that decision can be but also reaffirm that they are doing the kindest thing by honoring their family members wishes. For other helpful tips, check out "Sunburn". "For patients who are alive, concentrate on the ‘big picture’ and avoid the inclination to catalog every injury during this initial encounter. The primary concern in these settings often consists of survival, brain damage, paralyzation and other major morbidities. Again, an overabundance of information can be overwhelming." Velez D et al. SUNBURN: a protocol for delivering bad news in trauma and acute care surgery. Trauma Surg Acute Care Open. 2022 Feb 9;7(1):e000851. Previous Next

2 Range Why Generalists Triumph in a Specialized World - Early expertise and overspecialization do not equate to success. Having a breadth of knowledge is key to solving issues that cross different disciplines. - An extensive explanation of the benefit of the breadth of knowledge and the risks of super sub-specialization. Loss of cross-communication between silos of isolated components. - Wicked problems- issues that require outside-the-box thinking, can't be solved by relying on specialization but needs interaction between various contexts. - Capitalize on the varied backgrounds when trying to solve a problem. Gathering 10 specialists who all share the same knowledge and experience to focus on one issue can easily lead to a dead-end- without the benefit of new and fresh ideas, the team ends up in a loop. Diversity can exponentially increase problem-solving by drawing from different perspectives, viewpoints, and thought processes. - Contrasts to the 10,000-hour rule, which asserts the benefits of focused training and specialization. Previous Next