ABPath Anatomic Pathology study plan

Build a one-page morphologic algorithm for the five highest-yield carcinoma differentials (lung, breast, colon, prostate, thyroid) and annotate each branch with the single feature that separates the entities.

Classify 60 surgical unknowns by organ system, assign a grade or stage where applicable, and score each diagnosis against a written checklist.

Distinguish benign mimics from malignancy in 30 breast and 30 prostate cases, recording for each the one architectural or cytologic feature that changed the call.

Write 40 frozen-section-style provisional diagnoses, holding each to a two-minute time limit.

Construct first-line immunohistochemical panels for 12 common differentials and justify each add-on stain in one sentence.

Compare cytokeratin, neuroendocrine, mesenchymal, and lymphoid marker profiles across 25 entities in a tabular format.

Evaluate common IHC pitfalls (aberrant expression, clone variability, antigen retrieval) using 20 deliberately ambiguous cases.

Interpret 15 cases where morphology and immunophenotype conflict, and state which result takes precedence and why.

Apply Bethesda 2014 cytologic criteria and management recommendations to 50 Pap test cases spanning all categories.

Apply the Milan System to 20 salivary gland aspirates and the Bethesda thyroid system to 20 thyroid aspirates.

Distinguish reactive from malignant populations in 40 body fluid and washings specimens, documenting the discriminating criteria.

Write 30 concise cytology reports that pair a category with an explicit follow-up recommendation.

Re-sort the errors logged in weeks 1 through 3 into recurring morphologic themes and write a corrective rule for each theme.

Complete two 50-question timed mixed blocks in surgical pathology and cytopathology under exam pacing.

Compare cytologic and histologic appearances of the same 15 lesions to reinforce correlation between the two domains.

Identify the 10 entities you most often misclassify and build a one-page personal pitfall sheet.

Build a reference table of 25 clinically actionable molecular alterations, listing tumor type, optimal specimen, assay type, and therapeutic or prognostic implication.

Differentiate germline from somatic testing indications and specify when each is appropriate across 15 scenarios.

Evaluate the strengths and limits of electron microscopy in 10 diagnoses where it remains decisive (e.g., renal, neuromuscular, ciliary).

Interpret 20 molecular and ancillary result vignettes and translate each into a reportable line.

Construct cause-of-death chains in the correct sequential format for 10 autopsy scenarios, separating immediate, intermediate, and underlying causes.

Describe the dissection sequence and sampling approach for heart, lung, brain, and abdominal viscera in a written protocol.

Classify the mechanisms of sudden cardiac, maternal, and pediatric deaths and match each to required ancillary studies.

Draft complete mock autopsy reports that satisfy documentation, clinicopathologic correlation, and communication standards.

Outline a laboratory-developed test validation plan covering accuracy, precision, analytic sensitivity, reference range, and specimen stability.

Interpret proficiency testing failures and draft a root-cause analysis with a corrective and preventive action plan.

Compare accreditation requirements for tissue handling, turnaround time, and quality metrics, and map each to a documentation artifact.

Evaluate informatics scenarios including result interfaces, synoptic reporting, and digital image retention policies.

Complete two full-length timed mixed examinations under strict exam conditions and score them by domain.

Re-drill the 40 highest-frequency errors from the week 1 through week 7 error log until each is answered correctly twice consecutively.

Recite from memory the diagnostic criteria for the 20 entities most often tested across all five domains.

Consolidate all personal pitfall sheets into a single final-review document organized by domain.