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Transplant and Surgical Oncology: A Practical Reference

Name: Transplant and Surgical Oncology: A Practical Reference
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Author: Dr. Kenji Yamamoto

Candidate selection, tumor biology, team protocols and the reasoning behind transplant as cancer treatment

This reference explains how transplant oncology treats selected cancers by replacing an affected organ and supporting the patient through complex, coordinated care. It walks through the vocabulary of the field, the biology of tumor and immune system interaction, the criteria used to choose candidates, and the multidisciplinary workflows that determine outcomes. It also addresses organ supply, access to specialized centers and the equity questions that shape who receives this option. Readers finish with a clear framework for weighing transplantation against resection and systemic therapy.

Dr. Kenji Yamamoto, Academic Expert, Healthcare
18 min read
25 pages

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What you will learn

Describe what transplant oncology is and how it differs from resection and systemic therapy
Explain the main criteria used to select candidates for organ replacement in cancer
Interpret how tumor biology and immune interaction affect transplant decisions
Outline multidisciplinary roles and workflows that support transplant oncology care
Reason through resource, access and equity questions that affect candidacy

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Healthcare · Reference Guide

Transplant and Surgical Oncology: A Practical Reference

Candidate selection, tumor biology, team protocols and the reasoning behind transplant as cancer treatment

Dr. Kenji YamamotoAcademic Expert, Healthcare

Orientation

001

What Transplant Oncology Means

Transplant oncology is a field that treats selected cancers by replacing the organ that carries the tumor. The approach is most often discussed for cancers confined to an organ that can be exchanged, such as the liver in certain well-defined cases. In these situations, removing the whole organ and supplying a healthy one aims to cure the disease rather than only control it. The idea is narrow by design, because it works only when the tumor pattern, the patient and the transplant system all line up. The field sits at the meeting point of two disciplines. Transplant surgery brings expertise in organ procurement, implantation and the management of immunosuppression. Surgical oncology brings expertise in staging, tumor biology and the judgment about which cancers justify radical treatment. Neither discipline can carry the work alone. A transplant program that accepts a patient with cancer must also answer oncologic questions, and an oncology team considering replacement must understand transplant constraints. Because transplantation is a major intervention, the field depends on formal training and credentialing. Surgeons who perform these operations typically hold board certification and complete advanced fellowship training. Program accreditation, examinations and ongoing certification exist to protect patients and maintain standards across centers. For learners, the first useful step is to separate the replacement itself from the reasoning that justifies it. The operation is only one part. The larger part is deciding whether the patient, the tumor and the system can support it.

Transplant oncology is curative only in carefully chosen cases.

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Surgery 30%
Oncology 25%
Transplant 25%
Support 20%

Core roles in transplant oncology (Illustrative)

Orientation

002

Where the Disciplines Overlap

Transplant oncology draws from several specialties, and each one contributes a distinct question. Transplant surgery asks whether the organ can be procured, implanted and kept working. Oncology asks whether the cancer is likely to be controlled after the organ is removed and whether systemic therapy can manage any spread. Radiology asks whether the imaging shows the disease is contained. Pathology asks what the tumor is made of at the cellular level. Immunology asks how the recipient's immune system will react to both the tumor history and the new organ. The overlap is not a simple handoff. A surgeon may hold a decision that depends on an oncology opinion, while the oncology team relies on pathology findings to interpret what the surgeon sees. Immunology shapes the immunosuppression plan, which in turn affects how much future cancer treatment is safe. Each specialty's judgment therefore feeds the others. Good practice makes these links explicit. Many programs use shared case review in which surgery, oncology, radiology, pathology and immunology discuss a candidate together. The purpose is to avoid decisions made in isolation, where one specialty's reasoning could contradict another's without anyone noticing. For a reader new to the field, the key insight is that outcomes depend on the seams between specialties. Where those seams are weak, risk concentrates. Where communication is clear and documented, the team can recognize when a candidate is not suitable even if the operation is technically possible.

Each specialty answers a different question about the same patient.

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Surgery

Oncology

Immunology

Three specialties share one patient

Orientation

003

Vocabulary and Levels of Care

Clear vocabulary keeps a team aligned. Staging describes how far a cancer has spread, usually recorded as a standard category that guides treatment. Resection means removing tumor tissue surgically. Transplantation means replacing an entire organ with a donor organ. Bridging therapy refers to treatment given while a patient waits, meant to keep the disease from advancing. Immunosuppression is the medication regimen that prevents the recipient's immune system from rejecting the new organ. Each term carries implications that a team must share. The field is also organized by levels of responsibility. At the base are the individual clinicians who assess and treat patients. Above them are transplant programs, which are the institutions authorized to perform transplants and run the surrounding services. Programs depend on regional and national organ allocation systems that match donors with recipients under shared rules. Accreditation bodies review programs and training pathways to confirm they meet defined standards. Understanding these levels explains why access varies. A patient cannot receive a transplant from a program that is not authorized to perform the procedure, and the program's standing depends on its staff, volume and compliance records. When reading clinical notes or policy documents, identify which level a statement refers to: a person, a program or a system. Confusing these levels is a common source of misunderstanding between teams and patients.

Terms and institutional levels shape who decides what.

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Clinicians

Programs

Allocation

Accreditation

Levels of responsibility

Orientation

004

The Cycle of Assessment and Review

Transplant oncology is not a single decision made once. Patients move through repeated cycles of assessment, planning, treatment and review. A candidate is first assessed for suitability. If the assessment supports further work, a plan is made, often including bridging therapy to control disease. The plan is carried out, and the team then reviews the response. Results may confirm the path, adjust it or stop it. The cycle then repeats, because tumor behavior and patient condition change over time. This repetition matters for safety. A candidate who looked suitable at the first assessment may show new spread on later imaging, and the team must be willing to revise or withdraw the plan. Review is therefore not a formality. It is the point where the team checks whether earlier reasoning still holds. The cycle also shapes communication with patients. Each stage brings new information, and clinicians should explain what was learned, what it means and what happens next. Repeated review gives the patient and family several chances to ask questions and understand changing options. Learners should treat the cycle as a habit of practice. The goal is not a perfect first decision but a disciplined process that keeps testing the plan against new evidence.

Candidacy is reviewed repeatedly as the disease and patient change.

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Assess

Plan

Treat

Review

Repeating care cycle

Core Concepts

005

Tumor Biology Basics

The biology of the tumor is central to transplant decisions. Cancers differ in how they grow, how they spread through blood and lymph, and how they respond to treatment. A tumor that remains within one organ and shows favorable features may be suitable for replacement, while one with aggressive patterns may not be. Pathology supplies much of this information by examining tissue under the microscope and through specialized tests that reveal molecular features. Two ideas help readers interpret these findings. First, the pattern of spread matters as much as the size of the tumor. Local containment is more important than a single measurement. Second, the grade and cellular character of the tumor influence how likely it is to recur. These features are interpreted together, not in isolation. Tumor biology also interacts with the rest of the patient's body. The tumor may affect blood supply, liver function or immune signaling, and those effects shape what the team can safely do. For a learner, the practical skill is to ask what the pathology report says about spread, grade and molecular profile, and to connect those findings to the surgical question. The report is evidence, and its meaning depends on the context.

Spread pattern often matters more than tumor size alone.

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Biopsy

Pathology

Staging

Decision

Sequence of tumor evaluation

Core Concepts

006

Tumor and Immune Interaction

The immune system and the tumor influence one another in ways that matter for transplantation. Tumor cells can evade immune recognition, and the immune environment a round a tumor can either restrain or support its growth. Transplant adds a second immune dimension. Immunosuppressive drugs reduce rejection of the new organ, but they also weaken the body's ability to detect and control residual cancer cells. This tension is the core of the immunologic problem. Stronger immunosuppression protects the graft but may allow cancer to return or progress. Weaker suppression reduces that risk but raises the danger of organ rejection. Teams must balance these competing risks for each individual patient. Immunology specialists help design the regimen and monitor its effects. Their work includes assessing the recipient's immune profile, choosing agents and adjusting doses as clinical signs change. Oncology provides the counterweight by tracking signs of recurrence. For readers, the less on is that transplant immunology is not just about preventing rejection. It is also about protecting the recipient from the cancer that prompted the operation.

Immunosuppression protects the graft while potentially weakening cancer control.

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Tumor Evasion

Suppression

Graft Protection

Recurrence Risk

Suppression protects graft but weakens cancer control

Core Concepts

007

Measuring Candidate Risk

Teams use a range of measures to judge how risky a transplant candidate is. These include the extent of disease on imaging, the grade and molecular features of the tumor, the patient's overall health and the response to bridging therapy. No single measure decides candidacy. A patient with favorable tumor features but poor general health may still be unsuitable, and the reverse can also be true. Risk is best understood as a set of factors that move in combination. Several moderate risks may together be more concerning than one high risk, and the team's experience helps weigh them. Documentation matters, because a clear record of how each factor was judged allows review and learning. The practical method is to list the factors, rate each one as favorable, borderline or unfavorable, and then discuss the overall picture as a team. This keeps the reasoning visible. Learners should avoid treating any single number as decisive. The skill lies in reading several signals together and explaining the conclusion clearly.

Candidacy depends on factors read together, not any single measure.

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Disease Extent

Tumor Grade

General Health

Bridging Response

Example weighting of candidacy factors (Illustrative)

Core Concepts

008

Staging and Timing

Staging describes how extensive a cancer is, and timing describes when treatment occurs relative to other events. In transplant oncology, both are important. A tumor that is staged accurately gives the team confidence about whether it is contained. Imaging, pathology and clinical assessment combine to establish the stage, and each method has limitations, so teams often use more than one. Timing matters because disease can change. A tumor may grow or spread while a candidate waits for an organ, which is why bridging therapy and repeated imaging are used. The interval between assessments should be short enough to detect change but not so frequent that it adds burden without value. Timing also affects the patient. Waiting can be stressful, and clinicians should discuss expected intervals and what would prompt a change in plan. For learners, the key idea is that a stage is a snapshot. Good practice re-examines it as time passes and as treatment is given.

A stage is a snapshot that must be updated as time passes.

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Initial staging

Bridging therapy

Restaging

Listing

Review

Timeline of candidate evaluation

Core Concepts

009

Comparing Treatment Options

When a tumor is in a transplantable organ, teams compare several options. Resection removes the tumor and keeps the native organ, which may be preferred when the disease is limited and the remaining organ is healthy. Transplantation replaces the whole organ, which may be preferred when the tumor is extensive but confined, or when the native organ is failing. Systemic therapy treats cancer throughout the body with medication, and it may be chosen when the disease has spread beyond the organ or when surgery carries too much risk. Each option trades benefits against burdens. Resection is less demanding in organ supply but may leave residual disease. Transplantation offers replacement but requires lifelong immunosuppression and depends on donor availability. Systemic therapy avoids surgery but may not cure. A matrix helps compare these on the same criteria. The comparison is never purely technical. Patient preferences, values and life circumstances shape the best choice. Learners should practice presenting the options fairly, naming trade-offs and explaining why one is favored in a given case.

Each option trades cure potential against risk, burden and access.

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	Cure	Burden	Access
Resection	●●	●	●●●
Transplant	●●●	●●●	●
Systemic	●	●●	●●●

Options compared on key criteria

Core Concepts

010

Key Ideas Map

Several concepts recur throughout transplant oncology, and seeing how they connect helps readers reason through new cases. Candidate selection draws on tumor biology, staging and the patient's health. Tumor biology interacts with immune function. Immunosuppression shapes both graft survival and cancer control. Access depends on programs, donor supply and allocation rules. Each concept influences the others. A map of these ideas can serve as a reasoning checklist. When faced with a case, a clinician can ask which concept is most relevant, then trace how it affects the others. This prevents focusing on one factor while ignoring a connected one. The map also highlights that the field is multi-factor by nature. Few decisions turn on a single variable, and the strongest reasoning acknowledges the links. Learners can build their own version of this map from the chapter so far and use it as a study aid.

Key concepts connect, so reasoning must follow the links between them.

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Transplant
Oncology

Candidacy

Biology

Immunity

Staging

Access

Teams

Central concepts and links

Methods

011

Structured Assessment Methods

Structured assessment gives teams a repeatable way to judge candidates. Rather than relying on impressions, programs often use defined checklists covering imaging, pathology, laboratory values, functional status and psychosocial factors. Each domain is reviewed and documented, so that the final decision rests on a visible record. The value of structure is consistency. Different clinicians assessing the same candidate should reach comparable conclusions, and a structured method makes disagreement easier to identify and resolve. It also supports quality review, because programs can examine whether decisions followed their own criteria. Structured methods do not replace clinical judgment. They organize it. A checklist cannot anticipate every unusual case, so teams should record reasons for any departure from standard criteria. For learners, the practical task is to learn a program's assessment template and understand why each item is included.

Structure makes decisions consistent and reviewable.

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Imaging 30%
Pathology 25%
Labs 25%
Function 20%

Share of assessment domains (Illustrative)

Methods

012

Team Roles in Practice

A transplant oncology case involves several roles working together. The surgeon leads the operation and its planning. The oncologist manages systemic treatment and recurrence monitoring. The radiologist interprets imaging to track disease. The pathologist examines tissue and reports features that guide decisions. The immunologist designs and adjusts the immunosuppression plan. Coordinators keep schedules, communication and documentation moving. Nurses provide bedside care and education. These roles overlap in shared responsibilities such as informed discussion with the patient, documentation and follow-up. A clear division of tasks prevents gaps, and regular team meetings help ensure information flows between members. The team approach also distributes responsibility. No single person carries the full burden of a complex decision, and each role offers a check on the others. Learners should map the team for a case they study and identify who owns each decision point.

Clear role division and shared review prevent gaps in complex care.

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Surgeon

Oncologist

Coordinator

Roles overlap in shared follow-up work

Methods

013

Layers of Clinical Priority

Clinical priorities in transplant oncology can be arranged as layers, with the most fundamental concern at the base. The base is patient safety: whether the candidate can survive the operation and its recovery. Above it sits disease control: whether the cancer is contained and can be managed. Next comes graft function: whether the new organ can work safely over time. At the top sits long-term quality of life and recurrence surveillance. Layering helps teams decide what to address first. A concern at a lower layer usually takes precedence, because higher goals cannot be pursued if the foundation is unstable. This does not make upper layers unimportant, but it sets their order. The framework also prevents overlooking important issues. A team that focuses only on the operation may neglect long-term recurrence, while one focused only on the tumor may overlook fitness for surgery. Learners can use the pyramid to check whether a plan addresses every layer and in the right order.

Safety comes first, and higher goals depend on a stable foundation.

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Quality life

Graft function

Disease control

Patient safety

Priorities from base to top

Methods

014

Monitoring Cycle After Transplant

After transplantation, monitoring follows a repeating cycle. The team checks graft function, watches for signs of rejection, screens for infection and tracks any signs of cancer recurrence. Findings guide adjustments to immunosuppression and to surveillance. When results are stable, the cycle continues at defined intervals. When results change, the team reassesses and may return to earlier steps. The cycle depends on accurate measurement and timely communication. Laboratory tests, imaging and clinical examination provide the data, and the team reviews them together. Changes must reach the patient and family in understandable terms. Learners should see that monitoring is a continuing responsibility, not a one-time check. The aim is to catch problems early while balancing the burden of testing.

Post-transplant monitoring repeats and adjusts as results change.

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Monitor

Detect

Adjust

Reassess

Post-transplant monitoring loop

Methods

015

Workflow From Referral to Plan

A typical workflow moves a patient from referral through a defined series of steps. Referral brings the patient to the program. Initial review decides whether further assessment is warranted. Full evaluation gathers imaging, pathology, laboratory and functional data. The team then holds a case discussion, records a decision and communicates it to the patient. If the decision supports proceeding, a treatment plan is set, which may include bridging therapy and listing for organ allocation. Each step should have a clear owner and a documented output. Delays are a common source of harm, so programs track timing and identify bottlenecks. The workflow also gives patients a predictable path. When they understand the sequence, they can prepare questions and expectations. Learners can practice by tracing a sample referral through each step and naming the output of each.

A defined workflow with owners and outputs reduces delay and error.

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Referral

Evaluation

Case review

Plan

Steps from referral to plan

Methods

016

Decision Pathway for Candidacy

A decision pathway converts the assessment into a clear outcome. The pathway begins with the question of whether the tumor is confined to the organ. If it is not, replacement is usually not appropriate, and the team considers other options. If it is confined, the team asks whether the tumor biology is favorable and whether the patient can tolerate surgery and lifelong immunosuppression. A yes at each stage moves to ward candidacy. A no at any stage prompts reconsideration. The pathway makes the logic explicit and allows a reviewer to see where the decision turned. This transparency supports both learning and accountability. Learners should note that a pathway is a guide, not a substitute for judgment. Unusual cases require discussion beyond the standard steps.

Candidacy follows a sequence of checks, and any unfavorable check prompts review.

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Confined

Biology

Tolerance

Decide

Candidacy decision sequence

Applications

017

Allocation and Organ Supply

Organ supply shapes who can receive transplant treatment. Donor organs are limited, and allocation systems use shared rules to decide which candidates receive them. These rules weigh factors such as medical urgency, waiting time and compatibility. Cancer candidates compete within these systems, and the rules affect how long they wait. Supply varies by region and by time. Teams cannot control donor availability, but they can plan for it, for example by keeping candidates ready and by monitoring disease during waits. The interaction between supply and oncology is delicate. A long wait may allow disease to progress, which can remove a candidate from eligibility. Teams weigh the risk of waiting against the benefit of a timely offer. Learners should understand that allocation rules are policy choices. Discussing them openly with patients builds trust.

Limited organ supply makes waiting time and disease progress a central tension.

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Urgency

Waiting

Match

Other

Share of donor allocation factors (Illustrative)

Applications

018

Pathways Over Time

Patients follow different pathways over time, depending on tumor behavior, response to treatment and availability of an organ. Some move directly from evaluation to surgery. Others need an extended period of bridging therapy and repeated restaging. Some are withdrawn when disease progresses. A pathway may branch at several points, and each branch brings new decisions. Tracking these pathways helps programs learn. Records of how long candidates waited, how disease changed and what outcomes followed can in form future criteria. Such records must be kept accurately and reviewed carefully. For patients, the pathway can feel uncertain. Clinicians help by describing the likely branches and explaining what each would mean. Learners should practice describing a pathway as a series of possible branches rather than a single fixed route.

Pathways branch over time, and each branch brings new decisions.

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Evaluate

Bridge

Restage

Wait

Transplant

Follow up

Typical pathway milestones

Applications

019

Comparing Center Capabilities

Centers differ in their capacity to offer transplant oncology. Differences include surgical volume, multidisciplinary staffing, immunology support, pathology expertise and follow-up services. Programs with more experience and a full team tend to offer more reliable assessment and care. Smaller programs may refer patients to larger centers. A capability comparison helps patients and referring clinicians understand where care is best delivered. Criteria should be applied consistently and based on verifiable information. The goal is not to rank centers as good or bad but to match patients with the level of care their case requires. Learners can practice identifying which capabilities matter most for a given case.

Capability differences guide appropriate referral and care planning.

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	Volume	Team	Support
Large	●●●	●●●	●●●
Regional	●●	●●	●●
Local	●	●	●

Capabilities compared across centers

Applications

020

Map of Access Barriers

Access to transplant oncology is shaped by many barriers. Geography can separate patients from specialized centers. Insurance and financial coverage affect whether treatment is available. Health literacy and language affect understanding of options. Social support, transportation and caregiving capacity influence whether a patient can follow through on a demanding plan. Each barrier can stop a patient from reaching the option even when medical criteria are met. Mapping these barriers helps programs design solutions, such as transport support, navigation services and clear educational materials. Identifying barriers early prevents them from becoming reasons to exclude a patient unfairly. The map also shows that candidacy involves more than medical fitness. Social and practical factors belong in the discussion. Learners should consider how each barrier affects different patient groups and what supports could reduce it.

Access depends on geography, coverage, understanding and social support.

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Access
Barriers

Distance

Coverage

Language

Support

Transport

Literacy

Barriers to access

Applications

021

Equity and Fair Decisions

Equity asks whether similar patients receive similar opportunities. In transplant oncology, equity concerns arise in allocation, referral, assessment and follow-up. A patient who lives far from a center or lacks social support may face barriers that others do not. Fair practice requires awareness of these differences and efforts to reduce avoidable disadvantage. Fairness also requires transparency. Criteria should be published, applied consistently and reviewed. When a decision is unfavorable, the reasons should be explained clearly so the patient can understand and, if appropriate, challenge it. Teams can improve equity by reviewing data on who is referred, assessed and transplanted, and by examining whether outcomes differ across groups without medical justification. Learners should see equity as part of sound clinical reasoning, not a separate topic.

Fair practice requires consistent criteria, transparency and review of who gets access.

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Urban 45%
Rural 30%
Other 25%

Access by patient group (Illustrative)

Practice and Review

022

Common Reasoning Mistakes

Several mistakes recur in transplant oncology reasoning. One is focusing on tumor size while ignoring spread pattern. Another is treating a single favorable result as decisive. A third is letting enthusiasm for surgery overshadow the patient's tolerance for lifelong immunosuppression. Teams also sometimes fail to revisit a plan when new imaging shows change, relying on an earlier assessment that no longer holds. Recognizing these patterns helps. Reviewers can ask whether the reasoning considered all relevant factors, whether it reflects the latest data and whether alternatives were weighed. The most useful habit is to make reasoning visible. When each judgment is written down, errors become easier to spot and correct. Learners should practice reviewing a sample case and naming any reasoning gaps.

Visible, updated reasoning catches the most common errors.

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Tumor
size

Spread
pattern

Latest
data

Reasoning checks factors, data and options

Practice and Review

023

Building a Learning Path

Learners entering transplant oncology benefit from a staged path. The early stage covers vocabulary, the basic biology of tumors and the roles of team members. The middle stage deepens understanding of candidate assessment, immunology and the decision pathway. The later stage covers allocation, equity and the management of complex cases. Each stage builds on the one before. A learning path also includes reviewing established references, such as program criteria and accreditation standards, so that learners understand the formal expectations they will meet. Working through worked cases helps translate knowledge into judgment. For working professionals, the path can be applied to current duties. Identifying the stage of one's own role clarifies what to deepen next. The path is not a race. Competence in this field grows through repeated, careful reasoning over many cases.

A staged path moves from vocabulary to judgment in complex cases.

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Complex Cases

Candidate Assessment

Tumor Biology

Vocabulary

Staged path from vocabulary to judgment

Practice and Review

024

Review and Closing Principles

Transplant oncology treats selected cancers by replacing the organ that carries the tumor, and it does so only when the tumor, the patient and the system support the operation. Throughout this reference, the central ideas have been the value of structured assessment, the interaction of tumor biology and immunity, the importance of multidisciplinary review, the trade-offs among treatment options and the persistent influence of access and equity. Each idea connects to the others. The cycle of assessment, plan, treatment and review is the practical rhythm of the field. Decisions are provisional and should be revisited as evidence changes. The team, not any single person, carries responsibility for the outcome, and patient understanding is part of good care. As a closing review, readers should be able to explain what transplant oncology is, name the factors that shape candidacy, describe the team roles and recognize the access barriers that affect who is offered this option.

Good decisions are structured, team-based, revisited and fair to patients.

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Assess

Decide

Review

Adjust

Principles of the field

References

025

References and Learning Sources

vaayaa References

vaayaa Statistics, vaayaa Sprouter discourses on Transplant and Surgical Oncologyhttps://vaayaa.com/sprouter
vaayaa Editorial Team, vaayaa News on Hematology and Oncologyhttps://vaayaa.com/news
vaayaa Research Desk, vaayaa Sprouter discourses on Anesthesiology, Pain and Palliative Medicinehttps://vaayaa.com/sprouter
vaayaa Subject Matter Review, vaayaa News on Cardiac Care Supporthttps://vaayaa.com/news

Learning Sources

Micro Degree Transplant and Surgical Oncologyhttps://vaayaa.com/course/transplant-and-surgical-oncology
Micro Degree Hematology and Oncologyhttps://vaayaa.com/course/hematology-and-oncology
Micro Degree Anesthesiology, Pain and Palliative Medicinehttps://vaayaa.com/course/anesthesiology-pain-and-palliative-medicine
Micro Degree Cardiac Care Supporthttps://vaayaa.com/course/cardiac-care-support
Micro Degree Cardiology and Cardiovascular Carehttps://vaayaa.com/course/cardiology-and-cardiovascular-care

Transplant and Surgical Oncology: A Practical Reference

What you will learn

Contents

What Transplant Oncology Means

Where the Disciplines Overlap

Vocabulary and Levels of Care

The Cycle of Assessment and Review

Tumor Biology Basics

Tumor and Immune Interaction

Measuring Candidate Risk

Staging and Timing

Comparing Treatment Options

Key Ideas Map

Structured Assessment Methods

Team Roles in Practice

Layers of Clinical Priority

Monitoring Cycle After Transplant

Workflow From Referral to Plan

Decision Pathway for Candidacy

Allocation and Organ Supply

Pathways Over Time

Comparing Center Capabilities

Map of Access Barriers

Equity and Fair Decisions

Common Reasoning Mistakes

Building a Learning Path

Review and Closing Principles

References and Learning Sources

vaayaa References

Further Reading

Learning Sources

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