MLS study plan

Map ABO and Rh antigen-antibody relationships, including weak and variant subgroups, by constructing a forward/reverse typing reference table

Resolve ABO typing discrepancies by working 12 self-authored case scenarios and writing the corrective step for each

Annotate three full 11-cell antibody panels to demonstrate rule-out, rule-in, dosage, and phase interpretation

Differentiate hemolytic, febrile non-hemolytic, allergic, septic, TRALI, and TACO reactions by tabulating onset, laboratory findings, and required workup

Justify the choice of immediate-spin, AHG, or electronic crossmatch for stated patient scenarios, and state the eligibility criteria for each

Derive expected compensation for the four primary acid-base disorders using Winter's formula across eight blood gas cases

Calculate anion gap, osmolal gap, corrected sodium, corrected calcium, and eGFR, then flag artifact versus true abnormality in each

Correlate hepatic, renal, cardiac, and thyroid analyte panels with specific disease states in a comparative table

Build a CBC interpretation matrix that classifies anemia as microcytic, normocytic, or macrocytic using MCV, MCH, RDW, and reticulocyte response

Interpret PT/INR, aPTT, mixing studies, and factor assays to localize a coagulopathy to the intrinsic, extrinsic, or common pathway

Classify bacteria by Gram reaction, morphology, oxidase, catalase, coagulase, and key biochemical reactions

Construct a specimen-to-pathogen table covering blood, CSF, urine, stool, wound, and respiratory sources with appropriate media and incubation conditions

Differentiate selective and differential media by purpose, and identify hemolysis patterns on blood agar

Interpret susceptibility results including MIC, disk diffusion zones, and resistance markers such as ESBL, MRSA, and CRE

Re-derive antigen frequency and serologic characteristics of 20 clinically significant alloantibodies to reinforce blood bank recall

Compare EIA, ELISA, chemiluminescence, immunofluorescence, nephelometry, and immunodiffusion by principle, sensitivity, and common interference

Interpret ANA patterns and the syphilis, hepatitis, and HIV serologic testing algorithms step by step

Distinguish the four hypersensitivity types and primary versus secondary immunodeficiency using laboratory findings

Correlate urine dipstick chemistry with microscopic sediment findings and classify casts and crystals by clinical significance

Calculate and interpret CSF-to-serum glucose and protein ratios, cell counts, and body fluid quality-control checks

Trace molecular workflows from extraction through amplification, detection, and contamination control for PCR, RT-PCR, TMA, and isothermal methods

Differentiate hybridization, Sanger sequencing, next-generation sequencing, blotting, and microarray techniques by application and limitation

Interpret molecular results including Ct values, viral load trends, genotypes, and mutation panels

Apply Levey-Jennings charts and Westgard rules to classify random and systematic error in given QC data

Classify CLIA test complexity categories, CAP accreditation requirements, and OSHA safety obligations for a given laboratory scenario

Re-solve 20 antibody identification cases under timed conditions and log every miss by failure mode

Re-derive the laboratory workup for DIC, heparin-induced thrombocytopenia, von Willebrand disease, hemophilia, and heparin monitoring

Recompute RBC indices and match peripheral smear descriptions to 15 specific hematologic disorders

Verify transfusion service quality control requirements for antisera, antiglobulin reagents, and check cells

Re-solve 25 timed chemistry calculation and case-based questions, targeting previously missed categories

Re-identify 30 organisms using only biochemical flowcharts and colony characteristics

Compile a rapid-reference set covering ova and parasites, CSF microbiology, and stool culture screening

Diagnose simulated chemistry and microbiology quality-control failures and state the corrective action for each

Complete a full-length timed mock exam of 200 questions spanning all eight domains

Grade the exam item by item, tagging every miss by domain and error type

Re-teach the three most frequent recurring error patterns identified in the tagging step

Review urinalysis and body fluid edge cases and laboratory operations math and regulatory items before test day