ABMGG LGG study plan

Map the Laboratory Genetics and Genomics blueprint into a checklist of subtopics weighted by exam proportion

Define and write out the core principles of molecular diagnostic assay design (sensitivity, specificity, limits of detection)

List the indications, limitations, and failure modes of common cytogenetic and molecular techniques

Build a spaced-repetition deck seeded with 40 foundational laboratory-genetics terms

Compare test methodologies (karyotype, FISH, CMA, sequencing, methylation studies) by resolution, turnaround, and clinical use

Explain quality-control, validation, and proficiency-testing requirements for a clinical genetics laboratory

Differentiate pre-analytical, analytical, and post-analytical sources of error and describe mitigation for each

Practice interpreting specimen-type and tissue-specific testing constraints

Apply variant classification frameworks to worked examples and justify each evidence code used

Distinguish pathogenic, likely pathogenic, VUS, likely benign, and benign interpretations in written rationales

Identify when orthogonal confirmation or parental testing changes an interpretation

Draft variant-report language that states limitations and residual risk

Interpret copy-number and structural findings in the context of inheritance and phenotype

Connect laboratory findings to clinical actionability for at least three disorder categories

Review prenatal and reproductive laboratory testing principles and their clinical implications

Self-quiz domain 1 under timed conditions and log every missed concept

Map the Clinical Genetics and Genomics blueprint into a weighted subtopic checklist

Outline inheritance patterns and calculate recurrence risks for representative pedigrees

Describe dysmorphology assessment and syndrome-recognition approaches

Summarize newborn screening principles, follow-up pathways, and confirmatory testing

Work through representative cases across organ systems, stating differential, workup, and counseling plan

Integrate family history, physical findings, and test results into a unified diagnosis

Explain genetic counseling principles including informed consent, confidentiality, and result disclosure

Identify indications for referral and multidisciplinary management

Synthesize laboratory results into clinical scenarios where the two domains intersect

Rehearse explaining uncertain results and residual risk to a simulated family

Revisit every item in the error log and confirm mastery

Complete a mixed-domain timed practice set and analyze misses by category

Consolidate high-yield facts into a single review sheet per domain

Re-drill all missed concepts until two consecutive clean passes are achieved

Simulate a full-length timed exam and review every rationale

Finalize a test-day strategy for pacing and flagging uncertain items