Eight-section transplant curriculum

Transplant Surgery Practice Cases by Domain

A premium case map built directly around SurgiTest’s eight Transplant Surgery sections, with clear boundaries between comprehensive education and the public TACC kidney/liver organ-specific language.

30 min readSource reviewed July 30, 2026SurgiTest Clinical Editorial Team

Key takeaways

  • The eight sections below are SurgiTest curriculum domains, not a claim that TACC publishes eight equal rooms or domain weights.
  • Current TACC organ-specific language identifies kidney and/or liver based on training and current practice, while general questions can cross the transplant continuum.
  • Every domain should include selection, technique, complications, ethics, and longitudinal management rather than isolated factual recall.
  • Personal submitted cases should be integrated with—rather than substituted for—broad general and organ-specific practice.

Accuracy first

Use the curriculum without inventing an official blueprint

The section labels in this guide are the exact SurgiTest Transplant Surgery curriculum supplied for the product. They organize comprehensive preparation and analytics. They do not imply that TACC has published eight examination rooms, equal percentages, or a fixed count of questions from each area.

TACC’s current public oral-exam information identifies general transplant topics, three submitted cases, and kidney and/or liver organ-specific questioning according to the candidate’s Certificate of Completion and current practice. Use the current official materials and personal training profile to set emphasis, while preserving broad abdominal-transplant safety knowledge.

Section transplant_hy

High-Yield

Cross-organ cases that test whether the candidate can integrate recipient, donor, graft, immunology, operation, ethics, and longitudinal care.

Recipient-candidacy conference

A medically complex candidate has competing transplant benefit and perioperative risk. Define indication, contraindications, optimization, psychosocial and adherence assessment, alternatives, timing, and the threshold to list, defer, or decline.

Marginal organ offer

A high-urgency recipient receives an organ with quality, anatomy, ischemia, or transmissible-risk concerns. Decide whether to accept, what consent is required, how technique and monitoring change, and when decline is safer.

Early graft dysfunction

The graft is not functioning as expected. Use timing and organ-specific physiology to separate technical, hemodynamic, ischemic, immunologic, infectious, toxic, recurrent, and systemic causes.

Adherence and stewardship

A recipient has repeated missed medication or follow-up. Address barriers, capacity, substance use or mental health where relevant, support, graft risk, fairness, communication, and a safe treatment plan without stigmatizing language.

Ethics and allocation

A conflict arises around urgency, utility, donor risk, living-donor autonomy, retransplantation, or limited resources. Apply current policy, justice, transparency, consultation, and patient-centered communication.

Observable skillHigh-value question
IntegrationCan the candidate connect one clinical finding to recipient risk, organ acceptance, operation, and postoperative plan?
PrioritizationCan the candidate name the decision that cannot wait?
StewardshipCan the candidate protect both the individual patient and the ethical use of donated organs?
CommunicationCan the candidate explain uncertainty, risk, and contingency without hiding behind multidisciplinary language?

Section transplant_immune

Immunologic and Allograft Injury

Sensitized candidate and organ offer

Interpret antibody history, donor-specific antibody, crossmatch, prior transplant, organ urgency, desensitization or avoidance, induction, consent, monitoring, and treatment contingency.

Acute graft dysfunction with competing infection

Use organ function, timing, imaging, microbiology, drug exposure, antibodies, and biopsy to distinguish rejection from infection or technical disease before escalating immunosuppression.

Biopsy pattern and mechanism

Interpret an organ-specific pattern using current classification, identify the likely mechanism, request complementary testing, choose treatment, and state response monitoring and adverse effects.

Chronic allograft injury

Address adherence, antibody exposure, recurrent disease, medication toxicity, structural complications, cardiovascular/metabolic risk, prognosis, retransplant planning, and goals of care.

Immunosuppression redesign

Modify induction or maintenance for infection, malignancy, renal dysfunction, cytopenia, pregnancy, intolerance, recurrence, or adherence while protecting the graft.

Practice layerRequired output
Risk before transplantCompatibility, sensitization, antibody and crossmatch interpretation, induction, and monitoring plan.
Injury after transplantTiming-based differential with technical and infectious alternatives.
MechanismPathology and complementary data rather than “rejection” as a single category.
TreatmentMechanism-specific therapy, toxicity, infection risk, and reassessment endpoint.

Section transplant_donor

Donor and Procurement Pathology

DBD procurement planning

Review donor stability, organ assessment, allocation, team coordination, anatomy, cannulation, cross-clamp, preservation, injury avoidance, packaging, and communication.

DCD pathway

Define withdrawal and declaration boundaries, functional warm ischemia, team roles, consent and ethics, organ assessment, rapid recovery, preservation, and acceptance implications.

Living-donor evaluation

Protect autonomy, voluntariness, confidentiality, medical and psychosocial safety, anatomy, remnant function or volume, recipient alternatives, and independent advocacy.

Unexpected procurement injury

Identify vascular, ductal, ureteral, pancreatic, intestinal, or parenchymal injury; communicate it; determine repair, altered technique, consent, or decline; and document appropriately.

Donor-derived disease signal

Coordinate testing, prophylaxis or treatment, recipient disclosure, reporting, organ-partner communication, surveillance, and immunosuppression adjustment.

DecisionStrong answer signal
Accept or declineIntegrates organ quality, anatomy, ischemia, transmissible risk, recipient urgency, alternatives, consent, and capability.
Procure safelyShows multi-organ coordination and donor/organ protection rather than only local anatomy.
Use injured or variant organDefines repair, altered implantation, objective endpoint, and when not to proceed.
Communicate riskStates who must know, what must be disclosed, and what reporting or surveillance follows.

Section transplant_kidney

Kidney Transplantation

Candidate with high immunologic and vascular risk

Balance transplant benefit, sensitization, crossmatch, iliac anatomy, cardiovascular risk, dialysis alternatives, organ offer, induction, operative plan, and surveillance.

Kidney implantation with multiple vessels

Describe back-table strategy, recipient vessel selection, anastomotic sequence, ischemic-time priorities, reperfusion, ureteral reconstruction, endpoint, and bailout.

Delayed graft function

Use hemodynamics, urine output, Doppler, obstruction, ischemia-reperfusion injury, nephrotoxins, rejection, infection, biopsy timing, dialysis, and immunosuppression management.

Early vascular or urologic complication

Recognize thrombosis, stenosis, kinking, compression, leak, obstruction, lymphocele, or bleeding; choose imaging; intervene or explore; and protect renal function.

Late dysfunction

Evaluate chronic antibody-mediated injury, recurrent disease, calcineurin toxicity, obstruction, infection, adherence, malignancy, cardiovascular risk, and retransplant planning.

Case phaseMust-not-miss questions
Before transplantIs this candidate appropriate now, and is this organ acceptable for this recipient?
OperationIs orientation, inflow, outflow, ureteral blood supply, and completion flow sound?
First 48 hoursIs poor function hemodynamic, technical, ischemic, immunologic, toxic, infectious, or obstructive?
Long termHow are immunosuppression, recurrence, cardiovascular risk, infection, cancer, and graft-survival strategy integrated?

Section transplant_liver

Liver Transplantation

Listing and timing

Address acute or chronic liver failure, transplant benefit, cardiopulmonary and renal risk, infection, malignancy, psychosocial readiness, living/deceased options, and delisting thresholds.

Complex organ acceptance

Balance donor age and quality, steatosis, DBD/DCD pathway, anatomy, infection and malignancy risk, ischemia, recipient urgency, size, and operative capability.

Liver transplantation with portal thrombosis

Describe hepatectomy, venous strategy, thrombectomy or alternate portal inflow, reperfusion, arterial and biliary reconstruction, flow endpoints, and bailout.

Early graft failure

Distinguish hepatic-artery thrombosis, portal or outflow obstruction, primary nonfunction, bleeding, biliary issue, rejection, infection, and systemic/cardiac causes; state retransplant pathway.

Biliary complication or recurrence

Choose imaging and intervention, define endoscopic/interventional/operative options, manage infection and immunosuppression, and address recurrent liver disease or malignancy.

Key transitionHigh-level answer
Listing to offerRecipient urgency and benefit must be matched to donor/graft risk and informed consent.
Hepatectomy to implantationControl portal-hypertensive bleeding and preserve hemodynamics while preparing a sound inflow/outflow plan.
Reperfusion to completionManage physiology, prove vascular flow, complete biliary reconstruction, and define early graft-function signals.
Dysfunction to rescueExclude urgent vascular and structural causes before anchoring on rejection or primary dysfunction.

Section transplant_pancreas

Pancreas Transplantation

Pancreas transplantation is included as a SurgiTest education domain. Current public TACC oral-exam language specifically names kidney and/or liver organ-specific questioning; this section should not be represented as a separately weighted official TACC room.

Candidate selection

Define diabetes phenotype, renal status, cardiovascular and peripheral vascular risk, obesity, adherence, surgical history, and choice among simultaneous pancreas-kidney, pancreas after kidney, or pancreas alone.

Donor and graft selection

Assess donor age and quality, hemodynamics, anatomy, pancreas injury, preservation, thrombosis risk, duodenal integrity, and whether graft use is justified.

Implantation

Describe back-table Y-graft or vascular reconstruction, portal venous strategy, graft orientation, arterial and venous anastomoses, reperfusion, enteric drainage, endpoint, and thrombosis prevention.

Early deterioration

Distinguish graft thrombosis, pancreatitis, bleeding, enteric leak, infection, rejection, obstruction, and systemic illness; state threshold for exploration and graft pancreatectomy.

Long-term care

Address glycemic outcome, renal function, rejection, infection, immunosuppression toxicity, recurrent autoimmunity, malignancy, adherence, and quality of life.

Section transplant_intestine

Intestinal and Multivisceral Transplantation

Intestinal and multivisceral transplantation is included for comprehensive abdominal-transplant education. The page does not claim a separate official TACC intestinal examination room or published weight.

Intestinal failure and listing

Define anatomy, rehabilitation potential, parenteral-nutrition complications, liver disease, vascular access, infection, quality of life, psychosocial readiness, and graft type.

Operative planning

Describe graft composition, prior abdominal surgery, vascular inflow and outflow, recipient exenteration, proximal/distal reconstruction, stoma or surveillance access, abdominal closure, and bailout.

Nutrition and fluid management

Address graft function, enteral advancement, parenteral support, high-output losses, electrolytes, line safety, rehabilitation, and long-term autonomy.

Rejection and surveillance

Use endoscopy, biopsy, clinical trajectory, graft function, immunology, infection exclusion, and treatment monitoring.

Complex complications

Manage ischemia, leak, obstruction, infection, graft-versus-host disease, PTLD, abdominal compartment problem, graft failure, explantation, and retransplantation.

Section transplant_complications

Post-Transplant Infectious, Neoplastic, and Systemic Complications

Time-dependent infection

Integrate timing, prophylaxis, net immunosuppression, exposures, donor-derived risk, devices, organ, source control, antimicrobial strategy, and immune adjustment.

Donor-derived event

Recognize unexpected infection or malignancy, stabilize and treat, test recipient, notify required parties, communicate with organ partners, disclose, report, and plan surveillance.

PTLD and malignancy

Establish tissue diagnosis and extent, reduce immunosuppression deliberately, use disease-specific therapy, protect graft function, and maintain long-term skin and organ surveillance.

Systemic toxicity

Address kidney injury, hypertension, diabetes, dyslipidemia, obesity, cardiovascular disease, bone disease, neurotoxicity, cytopenias, drug interactions, and medication burden.

Adherence, pregnancy, and life-course care

Evaluate barriers and support, preserve reproductive and fetal safety, coordinate medications, address transition and health maintenance, and balance patient goals with graft risk.

Complication familyCore oral-exam discipline
InfectionIdentify source and timing, treat promptly, achieve source control, and adjust immunosuppression with a monitoring plan.
MalignancyObtain diagnosis and stage, coordinate treatment, reduce immune pressure appropriately, and monitor graft consequences.
Systemic diseaseTreat the patient beyond the graft and connect long-term risk modification to survival.
Adherence and psychosocialIdentify barriers without stigma, use support and accountability, and maintain transparent safety thresholds.

Weekly practice design

Rotate domains without losing integration

Session typeSuggested mix
General 50-minute sessionOne high-yield selection/ethics case, one donor/procurement case, one immunology case, one infection/systemic case, and one personal-case branch.
Kidney-focused sessionCandidate/offer, operation, early dysfunction, late dysfunction, and one submitted-case discussion when relevant.
Liver-focused sessionListing/offer, operation, perioperative crisis, vascular/biliary complication, and one submitted-case discussion when relevant.
Extended breadth sessionPancreas, intestine/multivisceral, donor-derived event, PTLD/systemic complication, and cross-organ ethics.
Full mockTwo 50-minute sessions with different examiner pairs, a realistic break, all general themes, organ-specific depth, and unpredictable personal cases.

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 transplant surgery.

Start a Transplant Surgery Case

Questions candidates ask

Frequently asked questions

Are these eight sections the official TACC blueprint?

No. They are SurgiTest curriculum sections. Current TACC public information names broad general transplant topics, three submitted cases, and kidney and/or liver organ-specific questioning according to training and current practice. It does not publish eight equally weighted rooms.

Why include pancreas and intestine if the public TACC document names kidney and liver?

They are important parts of comprehensive abdominal-transplant education and of the user’s SurgiTest curriculum. The product should present them as educational breadth domains, not as a claim about separately weighted official TACC examination content.

How should personal cases fit into domain practice?

Map each personal case to the domains it actually tests—such as donor selection, immunology, operation, graft dysfunction, infection, ethics, and long-term care—while continuing broad original catalog-case practice. Three personal cases cannot replace full transplant breadth.

Does SurgiTest reproduce TACC questions or guarantee certification?

No. SurgiTest uses original educational scenarios informed by public examination structure and accepted transplant principles. It does not solicit or reproduce secure examination content, calculate an official TACC score, predict certification, guarantee a result, or claim affiliation with or endorsement by TACC or ASTS.

Source transparency

Official references

Board requirements, dates, and candidate instructions can change. Confirm current details directly with TACC and the Board’s candidate portal.

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