Iran Specialty Board Pathology study plan

Map the 25% surgical pathology weighting onto a topic list, ranking each organ system by expected item yield and your own baseline confidence

Build a one-page diagnostic-criteria sheet for each of the five highest-yield tumor families (breast, lung, colorectal, prostate, thyroid), listing architecture, cytology, key immunostains, and grading scheme

Practice 40 organ-system diagnostic vignettes and log every miss by error type (criteria gap, stain misinterpretation, grading error)

Draft a frozen-section decision framework covering margin interpretation, sentinel node handling, and subtyping on limited tissue

Complete gastrointestinal, hepatobiliary, and pancreatic pathology criteria sheets, explicitly separating inflammatory, dysplastic, and neoplastic mimics

Write a differential-diagnosis algorithm for the ten most commonly confused surgical entities (for example spindle cell lesions of the GI tract, biliary strictures, and pancreatic cystic lesions)

Link general pathology mechanisms (necrosis patterns, apoptosis, inflammation mediators, wound healing, amyloid, thrombosis, embolism) to specific organ-level diagnoses you already studied

Review 30 mixed surgical and general pathology items under timed conditions and correct each wrong answer with a written mechanism note

Construct a peripheral smear and bone marrow reporting template that covers lineage assessment, maturation, blast percentage, dysplasia, and fibrosis grading

Differentiate the major anemia and cytopenia patterns (iron deficiency, thalassemia trait, megaloblastic, aplastic, myelodysplastic) by indices, smear findings, and marrow features

Classify acute leukemia, myeloproliferative neoplasms, and lymphomas using current lineage and maturation frameworks, and state which immunophenotypic or molecular result changes the diagnosis

Interpret 25 marrow and smear case vignettes, writing the top three differentials and the single next test for each

Apply a structured gynecologic cytology framework using the Bethesda system categories, including adequacy, organism and reactive changes, and squamous and glandular lesion grading

State management-relevant distinctions for atypical squamous cells, low- and high-grade squamous lesions, and atypical glandular cells, and identify when HPV testing or colposcopy follows

Build a non-gynecologic cytology checklist covering specimen adequacy, thyroid Bethesda categories, salivary gland, urine, effusion, and respiratory samples

Practice 40 cytology and hematology mixed items and reconcile every discrepancy between your cytologic impression and the reference interpretation

Interpret laboratory panels by pattern rather than single values: acid-base, electrolytes, renal and hepatic function, cardiac markers, endocrine, and tumor markers, including preanalytical interference and unit pitfalls

Explain quality-control rules, reference intervals, and delta checks well enough to identify which laboratory error explains a given discrepant result set

Summarize specimen collection, transport, and staining principles for the major bacterial, mycobacterial, fungal, and viral pathogens, and match each to its characteristic tissue reaction

Answer 30 clinical chemistry and microbiology vignettes, writing the reasoning chain from finding to organism or biochemical diagnosis

Diagram innate and adaptive immunity, hypersensitivity types, complement pathways, and primary immunodeficiency patterns, and connect each to a representative tissue lesion

Interpret autoimmune serology and immunofluorescence patterns (antinuclear antibody, antineutrophil cytoplasmic antibody, direct immunofluorescence in skin and kidney) in the context of biopsy findings

Explain core molecular techniques (polymerase chain reaction, sequencing, in situ hybridization, fluorescence in situ hybridization, microarrays) and state which specimen and limitation applies to each

Match recurrent translocations, mutations, and copy-number changes to specific tumors and inherited syndromes, and note the prognostic or therapeutic consequence

Outline autopsy procedure, external and internal examination documentation, cause and manner of death determination, and postmortem interval reasoning

Classify mechanical, thermal, chemical, electrical, and asphyxial injury patterns and describe the microscopic findings that support each

Build a laboratory quality system map covering preanalytical, analytical, and postanalytical error, internal and external quality control, method validation, and turnaround monitoring

Summarize accreditation requirements, competency documentation, and biosafety practice, and identify which deficiency a described scenario violates

Describe whole-slide imaging workflow, scanner validation, image quality, color calibration, and storage and security requirements, and state the practical limits of remote sign-out

Explain study design, sensitivity, specificity, predictive values, likelihood ratios, confidence intervals, and common bias types, then apply them to a published diagnostic-accuracy study

Run two full-length timed mixed practice exams weighted to the domain percentages and log every error by domain and error type

Convert the error log into a final two-week revision list ordered by expected score gain per hour