ABMM study plan

Build a one-page matrix of gram-positive cocci and bacilli organized by catalase, coagulase, hemolysis, and key biochemical reactions

Explain the identification logic for catalase-negative gram-positive cocci (streptococci and enterococci) using hemolysis patterns and bile esculin/PYR results

Differentiate the clinically significant coagulase-negative staphylococci and describe how to work up a probable contaminant versus a true pathogen

Practice interpreting 20 organism-identification vignettes and write the reasoning chain for each

Construct a decision tree for lactose-fermenting and non-lactose-fermenting gram-negative bacilli using oxidase, TSI, and key biochemical panels

Distinguish the enteric pathogens by describing selective media, colony appearance, and confirmatory reactions

Describe identification and biosafety considerations for fastidious and unusual gram-negative organisms

Summarize anaerobic bacteriology: specimen acceptability, culture approach, and identification of the common anaerobes

Teach the gram-negative workup aloud in 10 minutes without notes as a self-test

Review the identification of mycobacteria and other specialized bacteria, including growth characteristics and safety practices

List the mechanisms of action for each major antimicrobial class and pair them with the resistance mechanisms that defeat them

Interpret MIC, breakpoint, and susceptibility-category results for disk diffusion and broth dilution methods

Identify the major mechanisms of resistance (beta-lactamases, carbapenemases, MRSA, VRE, ESBL) and the confirmatory tests used for each

Explain quality control requirements and common causes of erroneous susceptibility results

Apply CLSI-style interpretive categories to worked MIC panels and justify each category assignment

Describe the principles, strengths, and limitations of molecular methods used in the clinical lab (NAAT, sequencing, hybridization, mass spectrometry)

Explain how molecular resistance markers are detected and how results are integrated with phenotypic susceptibility testing

Compare molecular and conventional methods for a set of representative organisms and state when each is preferred

Outline the viral replication cycle and map each major virus family to its genome type, structure, and laboratory detection method

Describe the specimen collection, transport, and cell culture or molecular detection strategies for common viral pathogens

Explain the laboratory diagnosis of fungal infections by describing direct examination, culture, and identification of the major yeasts and molds

Differentiate the dimorphic fungi and describe the safety and identification practices for handling mold cultures

Interpret antifungal susceptibility results and describe the major resistance patterns

Describe the specimen collection, processing, and microscopic detection methods for the major intestinal and blood/tissue parasites

Differentiate the morphologic features of the common protozoa and helminths on stained and wet-mount preparations

Explain the chain of infection and the role of the microbiology laboratory in outbreak detection and investigation

Describe standard and transmission-based precautions and the laboratory's role in healthcare-associated infection surveillance

Summarize the reporting requirements for notifiable diseases and the principles of bioterrorism-agent recognition and response

Describe the regulatory and accreditation framework that governs the clinical microbiology laboratory

Explain the components of method validation and verification, including accuracy, precision, and comparison studies

Outline quality management essentials: proficiency testing, competency assessment, document control, and corrective action

Apply the principles of laboratory budget, staffing, and workflow design to a realistic scenario

Evaluate an emerging diagnostic technology for its clinical utility, validation requirements, and implementation barriers

Complete a full-length timed practice exam under test-day conditions

Analyze every missed item by domain and error type (knowledge gap, misread, or reasoning error)

Re-review the highest-yield weak areas identified across all domains

Build a final one-page rapid-review sheet of high-frequency facts and decision rules

Practice a test-day pacing and question-strategy routine