General Surgery Oral Board Practice Cases by Domain
A broad case map that connects public curriculum coverage to timed decisions, Core operations, complications, and longitudinal ownership.
Key takeaways
- The domains are an educational study map, not a prediction of secure room content.
- Every practice case should include a primary decision and a complication or adaptation branch.
- Interleave cases across domains, physiology, anatomy, and available resources.
- Use the candidate’s weakest behaviors—not only weakest diagnoses—to select the next cases.
Use broad curriculum coverage without claiming a secure room distribution
The ABS states that GSCE content is broadly aligned with the SCORE Curriculum Outline for General Surgery and that candidates are questioned across similar subject areas representing the breadth of general surgery. It does not publish a candidate-facing room-by-room distribution of secure cases.
The SurgiTest domains below are an educational map for original practice cases. They combine public curriculum breadth with common independent-practice decisions and should not be interpreted as a forecast of exact examination cases.
Practice across twelve integrated domain families
| Domain | Representative cases | Required decision surface |
|---|---|---|
| Alimentary tract: esophagus and stomach | Dysphagia, perforation, reflux and paraesophageal hernia, gastric outlet obstruction, peptic ulcer complications, upper-GI bleeding, gastric malignancy, bariatric complications, operative selection, reconstruction, leak, bleeding, and nutritional consequences. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Small bowel, appendix, and abdominal emergencies | Appendicitis, small-bowel obstruction, ischemia, perforation, fistula, Crohn disease, short bowel, foreign body, mesenteric interfaces, source control, bowel viability, anastomosis versus diversion, and postoperative deterioration. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Colon, rectum, and anorectal disease | Diverticulitis, obstruction, volvulus, lower-GI bleeding, colon cancer, rectal emergencies, inflammatory bowel disease, colitis, perianal sepsis, hemorrhoidal disease, resection, diversion, anastomotic leak, and pelvic sepsis. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Liver, biliary tract, and pancreas | Cholecystitis, cholangitis, choledocholithiasis, bile-duct injury, pancreatitis, pancreatic necrosis, pancreatic and periampullary masses, liver lesions, portal-hypertension interfaces, operative timing, drainage, resection, and complication rescue. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Hernia and abdominal wall | Inguinal, femoral, ventral, incisional, parastomal, and complex abdominal-wall hernias; incarceration, strangulation, contamination, mesh selection, component separation, recurrence, enterotomy, chronic pain, and wound complications. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Breast surgery | Breast mass evaluation, imaging-pathology concordance, benign disease, ductal carcinoma in situ, invasive cancer, inflammatory presentations, surgical margins, nodal staging, neoadjuvant sequencing, reconstruction interfaces, complications, and surveillance. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Endocrine and head-and-neck surgery | Thyroid nodules and cancer, hyperthyroidism, parathyroid disease, adrenal masses, pheochromocytoma, endocrine emergencies, neck masses, airway risk, nerve and gland protection, calcium disorders, bleeding, and postoperative rescue. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Skin, soft tissue, and surgical infection | Abscess, necrotizing soft-tissue infection, pressure injury, melanoma and nonmelanoma skin cancer, sarcoma interfaces, wound dehiscence, mesh and prosthetic infection, source control, debridement, reconstruction, antibiotics, and sepsis. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Trauma and emergency surgery | Blunt and penetrating torso injury, hemorrhagic shock, damage-control resuscitation, neck and chest trauma, solid-organ injury, hollow-viscus injury, pelvic hemorrhage, vascular injury, compartment syndrome, temporary closure, second look, and transfer. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Surgical critical care | Airway and ventilation, shock, hemorrhage, sepsis, organ failure, dysrhythmia, invasive monitoring, nutrition, renal replacement, thromboembolism, delirium, goals of care, complications, and escalation or de-escalation of support. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Vascular, thoracic, pediatric, and transplant interfaces | Common vascular emergencies, chest and pleural disease, pediatric surgical emergencies, transplant immunosuppression and graft complications, consultation boundaries, temporizing care, operative capability, and timely transfer. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
| Perioperative judgment, endoscopy, ethics, and systems care | Preoperative risk, anticoagulation, antibiotics, ERAS, flexible endoscopy, postoperative fever and ileus, disclosure, informed consent, refusal, capacity, resource limitations, quality improvement, professionalism, and multidisciplinary communication. | Recognition, decisive workup, primary plan, operation or nonoperative execution, complication rescue, and follow-up |
Every practice case should contain a decision and a failure branch
- 01
Presentation
Give only enough information to require stabilization and a prioritized differential.
- 02
Decisive datum
Add examination, imaging, pathology, or physiology that forces commitment.
- 03
Technical request
Require operation description or a precise nonoperative protocol when relevant.
- 04
Complication
Introduce bleeding, leak, injury, ischemia, sepsis, obstruction, respiratory failure, or treatment failure.
- 05
Professional branch
Ask about consent, disclosure, limits, transfer, refusal, or goals of care.
- 06
Longitudinal close
Require disposition, pathology, surveillance, nutrition, rehabilitation, or recurrence planning.
A high-yield starter set covers common disease and rescue
| Case | Primary decision | Escalation branch |
|---|---|---|
| Perforated peptic ulcer | Resuscitation, imaging or immediate operation, repair strategy | Persistent leak and septic shock |
| Small-bowel obstruction | Nonoperative trial versus urgent exploration | Ischemic bowel and abbreviated reconstruction |
| Acute cholecystitis with ductal concern | Antibiotics, imaging, ERCP interface, operative timing | Bile-duct injury |
| Complicated diverticulitis | Antibiotics, drainage, operation, diversion | Pelvic sepsis and anastomotic failure |
| Breast cancer after neoadjuvant therapy | Extent of surgery and nodal plan | Positive margin or postoperative seroma/infection |
| Thyroid cancer | Extent, node strategy, nerve and parathyroid protection | Expanding neck hematoma and hypocalcemia |
| Ruptured abdominal source or trauma | Hemorrhage control and damage-control sequence | Coagulopathy and abdominal compartment syndrome |
| Necrotizing soft-tissue infection | Immediate debridement and resuscitation | Progressive disease requiring serial operations |
| Postoperative tachycardia and oliguria | Recognize bleeding, leak, sepsis, or cardiopulmonary cause | Reoperation versus drainage versus ICU support |
| Pediatric or transplant emergency interface | Stabilize and define institutional capability | Timely transfer without delaying lifesaving care |
Interleave cases to expose fragile reasoning
Change age and physiology
Use pregnancy, frailty, obesity, cirrhosis, immunosuppression, anticoagulation, and cardiopulmonary disease.
Change resources
Ask how the plan changes without interventional radiology, advanced endoscopy, pediatric expertise, transplant capability, or ICU capacity.
Change timing
Move from elective to urgent to unstable while preserving the disease process.
Change approach
Require a rationale for open, minimally invasive, endoscopic, percutaneous, staged, or nonoperative care.
Change the failure
Retest the same operation with bleeding, leak, injury, infection, obstruction, or organ failure.
Put the framework under pressure
Practice the answer out loud—not only on paper.
Voice-first cases, adaptive examiner follow-up, imaging, complications, and structured educational feedback for general surgery.
Questions candidates ask
Frequently asked questions
What is the current General Surgery Certifying Examination format?
The American Board of Surgery currently describes the GSCE as a virtual oral examination with three consecutive 30-minute sessions. Two examiners conduct each session, four structured cases are presented in each room, and candidates must complete all three sessions to be scored.
Does the General Surgery Certifying Examination use candidate-submitted personal cases?
The public GSCE description identifies structured cases prepared in advance and common problems seen in general surgery practice. The certification pathway separately requires an operative experience report for the qualifying-exam application. SurgiTest therefore uses original catalog cases and does not present Personal Case Uploads as a current GSCE requirement.
How does the ABS describe grading?
Examiners independently grade each case. The certification decision reflects the aggregate evaluation of six examiners and is not based on a preset pass rate. Public essential attributes include organization, rapid interpretation of key findings, efficient problem solving, avoidance of critical omissions or commissions, recognition of limitations, adaptability, and overall surgical judgment.
What procedures should candidates be able to describe?
The ABS states that candidates are expected to know how to perform and describe all Core procedures in the SCORE Curriculum Outline for General Surgery. Failure to describe a Core procedure is considered unsatisfactory performance on that case.
Does SurgiTest reproduce ABS questions or calculate an official score?
No. SurgiTest uses original educational scenarios informed by public examination structure. It does not reproduce secure examination content, calculate an official ABS grade, predict certification, guarantee a result, or claim endorsement by the American Board of Surgery.
Source transparency
Official references
Board requirements, dates, and candidate instructions can change. Confirm current details directly with ABS and the Board’s candidate portal.
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