ABPath Blood Banking/Transfusion Medicine study plan
ABPath Blood Banking/Transfusion Medicine · Give each week a clear focus.
8 weeks · About 6 hours per week
Immunohematology and Genetics: blood groups, antigen/antibody detection and identification, compatibility testing, blood product selection & Whole Blood and Blood Components: donor eligibility, collection, processing, labeling, storage, indications for use
Map the nine ISBT blood group systems to their antigens, genes, and clinically significant antibodies, then rank each by hemolytic transfusion reaction risk
Work through ABO/Rh discrepancy algorithms (forward vs reverse typing, weak D, subgrouping) and write the resolution steps from memory
Diagram the whole-blood collection-to-component pathway (donor screening, phlebotomy, leukoreduction, irradiation, storage temperatures and outdates) on one page
List donor eligibility deferral criteria and the reasoning behind each (travel, medication, infectious disease markers, vital signs)
Your checkpoint
One-page antigen/antibody significance matrix plus a completed donor-eligibility decision flowchart, self-quizzed to 90% accuracy
Immunohematology and Genetics: blood groups, antigen/antibody detection and identification, compatibility testing, blood product selection
Practice antibody identification logic: rule-out, dosage, enzyme-treated panels, and adsorption/elution indications
Explain compatibility testing steps and when electronic crossmatch, immediate spin, or full AHG crossmatch is required
Select appropriate antigen-negative or phenotypically matched units for a given alloantibody scenario
Describe resolution of a positive direct antiglobulin test with a stepwise workup
Your checkpoint
Five written antibody-identification case walkthroughs, each ending in a justified unit-selection recommendation
Clinical Transfusion Medicine – Pathophysiology, Laboratory Diagnoses, and Management: anemias, thrombocytopenias, coagulation disorders
Differentiate the anemias requiring transfusion and state restrictive vs liberal threshold evidence
Build a decision tree for thrombocytopenia: immune, consumptive, dilutional, and platelet refractoriness management
Outline coagulation disorder management (factor deficiency, von Willebrand, DIC, liver disease) and the role of plasma and cryoprecipitate
Explain massive transfusion protocol activation, ratio-based resuscitation, and viscoelastic testing interpretation
Your checkpoint
A one-page clinical decision reference covering anemia, thrombocytopenia, and coagulopathy transfusion triggers with cited thresholds
Transfusion Practices: blood component therapy, component modifications, clinical indications, blood administration, adverse events, and patient blood management
Classify component modifications (irradiated, washed, leukoreduced, volume-reduced, CMV-safe) by indication and limitation
Sequence the bedside administration process from order to post-transfusion monitoring, including identification and vital-sign requirements
Categorize transfusion reactions by timing and mechanism, and state the immediate workup for each
Apply patient blood management principles: pre-op anemia optimization, single-unit policy, and blood utilization review
Your checkpoint
A transfusion reaction workup table (reaction type, immediate actions, lab tests, reporting requirements) plus a timed 25-question practice set scoring 80% or higher
Donor and Therapeutic Apheresis: donor eligibility, clinical indications and consultation, procedures and techniques, complications & Transplantation and Cellular Therapies: donor selection and eligibility, HLA histocompatibility, collection, manufacturing, processing, labeling, and storage, indications for use, transfusion management, tissue banking
Compare therapeutic apheresis modalities (TPE, RBC exchange, cytapheresis, photopheresis) and match them to ASFA category indications
Detail donor apheresis eligibility, anticoagulant/volume considerations, and procedure complications with management
Explain HLA nomenclature, inheritance, and compatibility principles for solid organ and hematopoietic transplant
Outline HPC collection, processing, labeling, and storage requirements including cryopreservation and thaw/wash
Your checkpoint
A two-part summary: apheresis indication-to-modality table and an HLA/HPC compatibility and handling reference sheet
Administration, Management, Accreditation, and Regulation: AABB, CAP and FACT standards, FDA regulations, quality control and assurance, Current Good Manufacturing Practices (CGMP), general laboratory management and legal principles & Transplantation and Cellular Therapies: donor selection and eligibility, HLA histocompatibility, collection, manufacturing, processing, labeling, and storage, indications for use, transfusion management, tissue banking
Compare AABB, CAP, FACT, and FDA regulatory scope and how each applies to transfusion services and cellular therapy labs
Identify CGMP requirements for cellular product manufacturing: validation, environmental monitoring, deviation management, and labeling
State quality control and quality assurance requirements for reagents, equipment, and proficiency testing
Describe tissue banking standards and traceability/legal principles including record retention and consent
Your checkpoint
A standards crosswalk table mapping 10 key requirements to their AABB, CAP, FACT, or FDA source
Whole Blood and Blood Components: donor eligibility, collection, processing, labeling, storage, indications for use & Clinical Transfusion Medicine – Pathophysiology, Laboratory Diagnoses, and Management: anemias, thrombocytopenias, coagulation disorders & Transfusion Practices: blood component therapy, component modifications, clinical indications, blood administration, adverse events, and patient blood management
Re-drill weak areas from weeks 1-6 by reworking missed practice questions and writing the underlying concept for each
Complete a full-length timed mixed-domain practice exam under test conditions
Review component storage and outdate rules, transfusion trigger thresholds, and reaction workups for rapid recall
Consolidate a personal high-yield fact sheet limited to facts you can state without reference
Your checkpoint
Full-length practice exam completed with a documented error log and a corrected-answer rationale for every miss
Immunohematology and Genetics: blood groups, antigen/antibody detection and identification, compatibility testing, blood product selection & Donor and Therapeutic Apheresis: donor eligibility, clinical indications and consultation, procedures and techniques, complications & Transplantation and Cellular Therapies: donor selection and eligibility, HLA histocompatibility, collection, manufacturing, processing, labeling, and storage, indications for use, transfusion management, tissue banking & Administration, Management, Accreditation, and Regulation: AABB, CAP and FACT standards, FDA regulations, quality control and assurance, Current Good Manufacturing Practices (CGMP), general laboratory management and legal principles
Re-test on immunohematology and compatibility scenarios to confirm retention of antibody workup logic
Rapid-review apheresis indications, HLA/cellular therapy handling, and regulatory standards using spaced-repetition cards
Simulate exam-day pacing with two 60-question timed blocks and review only flagged items
Finalize a one-page pre-exam review sheet covering the highest-yield rules and thresholds
Your checkpoint
Two timed 60-question blocks scoring 85% or higher, plus a completed one-page final review sheet
Milestones
Week 2: Can resolve an antibody identification panel and state the matching unit requirement without notes
Week 4: Scores 80% or higher on a timed mixed-domain practice set covering components, administration, and reactions
Week 6: Can name the governing standard or regulation for any given lab requirement in under 10 seconds
Week 8: Consistently scores 85% or higher on timed full-length practice blocks across all seven domains