ASCP C study plan

Map ABO/Rh antigen-antibody relationships and predict compatible red cell and plasma components across 20 practice compatibility scenarios.

Work through antibody identification panels using rule-out/rule-in logic for 15 cases and record the exclusion trail for each.

Sequence the workup for hemolytic, febrile non-hemolytic, allergic, anaphylactic, septic, and TRALI reactions and match 10 vignettes to the correct workup.

Build a one-page component reference covering storage temperature, expiration, irradiation, and indication for RBCs, platelets, FFP, and cryoprecipitate.

Calculate anion gap, serum osmolality, corrected calcium, and creatinine clearance for 20 practice problems.

Classify 15 arterial blood gas cases by primary acid-base disorder and identify compensation versus mixed disorders.

Differentiate hepatocellular from cholestatic liver patterns and match 10 vignettes to the most likely diagnosis.

Explain the measurement principles of spectrophotometry, ion-selective electrodes, and immunoassay, listing two common interferences for each.

Classify 20 anemias using MCV, MCH, RDW, and reticulocyte count and justify each classification in writing.

Diagram the coagulation pathways and state which laboratory test reflects each factor or pathway segment.

Interpret mixing studies, factor assays, and platelet function results for 12 cases and state the next confirmatory step.

Identify peripheral smear findings for 15 disorders, including schistocytes, teardrop cells, Auer rods, and rouleaux.

Build an organism identification matrix covering Gram reaction, catalase, oxidase, coagulase, and key biochemicals for 25 organisms.

Select appropriate media, atmosphere, and incubation conditions for 15 specimen types.

Interpret susceptibility results and explain ESBL, MRSA, and VRE resistance mechanisms across 10 scenarios.

Distinguish viral, fungal, and parasitic diagnostic methods and match each to a representative organism.

Calculate and interpret sensitivity, specificity, predictive values, and likelihood ratios for 10 problems.

Contrast primary and secondary immunodeficiencies and match 10 vignettes to the correct category.

Describe hypersensitivity types I through IV with two clinical examples and the responsible mediator for each.

Interpret ANA patterns, autoimmune serologies, and complement profiles for 12 cases.

Compare PCR, RT-PCR, Sanger sequencing, FISH, karyotyping, and microarray by clinical use, turnaround, and principal limitation.

Interpret 15 cytogenetic notations such as t(9;22), inv(16), and del(5q) and link each to its associated disease and prognosis.

Explain quality control for molecular assays, including contamination control, inhibitors, and internal versus external controls.

Match molecular tests to 12 clinical scenarios such as BCR-ABL monitoring, CFTR testing, and inherited thrombophilia workup.

Identify which regulatory or accreditation requirement governs 15 laboratory scenarios under CLIA and CAP.

Calculate mean, SD, CV, and bias and interpret Levey-Jennings shifts and trends across 15 QC problems.

Sequence the order of draw and match tube color and additive to 20 tests, then list causes of hemolysis and short draws.

Apply patient identification, labeling, and specimen rejection criteria to 15 collection vignettes.

Complete two timed 100-question simulated exams under exam conditions and log every error by domain and topic.

Re-drill the three weakest domains from the error log with targeted question sets until each reaches 85% or higher.

Rehearse high-yield calculations and reference ranges through three spaced retrieval sessions.