ASCP MLT study plan

Map every reagent-strip pad (protein, glucose, ketone, blood, leukocyte esterase, nitrite, urobilinogen, bilirubin, pH, specific gravity) to its principle and its two most common false-positive/false-negative interferences on a single reference sheet.

Classify 20 pleural and 20 ascitic fluid case sets as transudate or exudate using Light's criteria and the serum-ascites albumin gradient, showing the arithmetic.

Outline the OSHA bloodborne-pathogen requirements a bench tech must follow: exposure control plan, HBV vaccination offer, PPE donning/doffing order, and post-exposure prophylaxis steps.

Sequence the PDCA/performance-improvement cycle against a real workflow problem (e.g., hemolyzed specimen rate) and write one corrective-action statement for each stage.

Order the venipuncture draw sequence from memory and state the rejection criteria (hemolysis, short draw, wrong tube, unlabeled) for each of the five most common additive tubes.

Resolve five written ABO typing discrepancies by naming the responsible cause (cold autoantibody, rouleaux, missing reagent, weak subgroup, clerical error) and the follow-up test for each.

Walk through weak-D and Rh phenotyping decisions, including when to perform the antiglobulin phase.

Differentiate moderate- and high-complexity testing under CLIA and state the personnel and QC requirements that change between them.

Rule out antibodies on a 3-cell and 11-cell panel using dosage and zygosity logic, then confirm with selected cells and an autocontrol.

Compare tube, gel, and solid-phase methods for antibody detection and state which phase (IS, AHG) each depends on.

Calculate anion gap, osmolality gap, corrected calcium, and eGFR from supplied lab values and interpret each against its reference interval.

Apply Westgard multirules (1-2s, 1-3s, 2-2s, R-4s, 4-1s, 10x) to five QC plots and write the rejection/acceptance decision for each.

Interpret serial cardiac troponin and CK-MB values and explain why troponin is the preferred marker for myocardial injury.

Classify ten anemias as microcytic, normocytic, or macrocytic using MCV, MCHC, RDW, reticulocyte count, and Mentzer index, then name the next confirmatory test for each.

Distinguish hepatic from post-hepatic bilirubin elevation using direct/indirect fractions and urine urobilinogen/bilirubin findings.

Perform a manual WBC differential on 10 supplied 100-cell fields and compare your result to the automated differential.

Interpret PT/INR, aPTT, mixing-study, and D-dimer results across five coagulation scenarios (factor deficiency, inhibitor, heparin, DIC, liver disease).

Select the correct primary medium and atmosphere for 15 organisms or specimen types (e.g., Bordetella, Campylobacter, anaerobes, CSF, stool).

Read 20 Gram stain descriptions and predict the organism group, then justify each prediction with morphology, arrangement, and host site.

Explain disk-diffusion and MIC interpretation, including how ESBL, MRSA, and inducible clindamycin resistance are recognized.

Match 20 biochemical and rapid-ID reactions (catalase, coagulase, oxidase, urease, PYR, optochin, bacitracin, indole, citrate) to the organism they confirm.

Compare ELISA, indirect immunofluorescence, and flow cytometry on principle, label type, and the artifact each is prone to.

Work through the current HIV testing algorithm and syphilis serology (nontreponemal plus treponemal) for five serologic profiles, including a false-positive scenario.

Identify the six common ANA patterns and their most associated autoantibodies.

Link transfusion reactions to urinalysis findings: predict hemoglobinuria, bilirubinuria, and urobilinogen elevation for acute hemolytic, delayed hemolytic, and febrile non-hemolytic reactions.

Evaluate CSF and synovial fluid results using cell counts, differential, glucose ratio, protein, and crystal examination across eight cases, including a traumatic tap.

Resolve five crossmatch-incompatible scenarios by selecting the next test (DAT, elution, adsorption, alloantibody panel).

Distinguish the crystals (uric acid, calcium oxalate, struvite, cystine, cholesterol) most likely to appear at each urine pH.

Complete two full-length, timed practice exams under exam-day conditions (no notes, single sitting, timed breaks) and record domain-level subscores.

Rank your seven domains by subscore and re-drill the two weakest with 30 targeted questions each.

Recite from memory the reference intervals and formulas most likely to be asked: anion gap, corrected calcium, serum osmolality, Mentzer index, CSF glucose ratio, and creatinine clearance.

Rebuild your three highest-yield reference sheets (transfusion reaction workup, Westgard rules, body fluid classification) without looking at the originals.