Key Details About ASCP Hematology Certifications: Credential Types: Technologist in Hematology (H-ASCP): For laboratory technologists, focusing on blood morphology and coagulation. Specialist in Hematology (SH-ASCP): An advanced credential for professionals with deeper knowledge and skills in hematology. International: ASCPi options are available for international candidates (H-ASCPi and SH-ASCPi). Requirements: Candidates must meet specific education and laboratory experience requirements and pass a written exam. Focus Areas: The exams cover blood physiology, red/white cell disorders,... Show more Key Details About ASCP Hematology Certifications: Credential Types: Technologist in Hematology (H-ASCP): For laboratory technologists, focusing on blood morphology and coagulation. Specialist in Hematology (SH-ASCP): An advanced credential for professionals with deeper knowledge and skills in hematology. International: ASCPi options are available for international candidates (H-ASCPi and SH-ASCPi). Requirements: Candidates must meet specific education and laboratory experience requirements and pass a written exam. Focus Areas: The exams cover blood physiology, red/white cell disorders, platelet analysis, and coagulation. For both the Technologist H(ASCP) and Specialist SH(ASCP) exams, the syllabus is divided into five core content areas. Each area carries a specific weightage toward the 100-question total. 1. Hematology Physiology (10–15%) Focuses on the lifecycle and biological roles of blood components. Production & Destruction: Erythropoiesis, leukopoiesis, and thrombopoiesis. Function: Roles of erythrocytes (RBCs), leukocytes (WBCs), and platelets in the body. Specimens: Handling and characteristics of blood, bone marrow, and body fluids. 2. Hematology Disease States (20–25%) Covers the identification and pathology of blood disorders. Erythrocyte Disorders: Various anemias (microcytic, macrocytic, hemolytic) and hemoglobinopathies. Leukocyte Disorders: Benign conditions and malignant neoplasia (leukemias, lymphomas). WHO Classification: Standardized categorization of hematopoietic tumors. 3. Hematology Laboratory Testing (20–25%) Tests knowledge of analytical procedures and technical evaluation. Manual & Automated Analysis: Cell counts, differentials, and morphology evaluation. Specialized Testing: Flow cytometry, cytogenetics, and molecular testing. Indicators: Hemolytic markers (e.g., haptoglobin, LD) and special stains. 4. Hemostasis (20–25%) Focuses on the body's clotting and bleeding mechanisms. Pathways: Vascular system and coagulation cascade physiology. Testing: Routine (PT, APTT, D-dimer) and advanced (factor assays, inhibitor assays) determinations. Disorders: Hemostatic disease states and hypercoagulability assessments. 5. Laboratory Operations (15–20%) Addresses the management and safety of the clinical lab environment. Standard Operations: Quality assessment, instrumentation, safety, and lab mathematics (e.g., dilutions, molarity). Advanced Operations (SH Only): Budgeting, personnel management, and facility operations. Show less
Key Details About ASCP Hematology Certifications:
Credential Types: Technologist in Hematology (H-ASCP): For laboratory technologists, focusing on blood morphology and coagulation. Specialist in Hematology (SH-ASCP): An advanced credential for professionals with deeper knowledge and skills in hematology. International: ASCPi options are available for international candidates (H-ASCPi and SH-ASCPi). Requirements: Candidates must meet specific education and laboratory experience requirements and pass a written exam. Focus Areas: The exams cover blood physiology, red/white cell disorders, platelet analysis, and coagulation.
For both the Technologist H(ASCP) and Specialist SH(ASCP) exams, the syllabus is divided into five core content areas. Each area carries a specific weightage toward the 100-question total.
1. Hematology Physiology (10–15%) Focuses on the lifecycle and biological roles of blood components. Production & Destruction: Erythropoiesis, leukopoiesis, and thrombopoiesis. Function: Roles of erythrocytes (RBCs), leukocytes (WBCs), and platelets in the body. Specimens: Handling and characteristics of blood, bone marrow, and body fluids.
2. Hematology Disease States (20–25%) Covers the identification and pathology of blood disorders.
Erythrocyte Disorders: Various anemias (microcytic, macrocytic, hemolytic) and hemoglobinopathies. Leukocyte Disorders: Benign conditions and malignant neoplasia (leukemias, lymphomas). WHO Classification: Standardized categorization of hematopoietic tumors.
3. Hematology Laboratory Testing (20–25%) Tests knowledge of analytical procedures and technical evaluation. Manual & Automated Analysis: Cell counts, differentials, and morphology evaluation. Specialized Testing: Flow cytometry, cytogenetics, and molecular testing. Indicators: Hemolytic markers (e.g., haptoglobin, LD) and special stains.
4. Hemostasis (20–25%) Focuses on the body's clotting and bleeding mechanisms.
Pathways: Vascular system and coagulation cascade physiology. Testing: Routine (PT, APTT, D-dimer) and advanced (factor assays, inhibitor assays) determinations. Disorders: Hemostatic disease states and hypercoagulability assessments.
5. Laboratory Operations (15–20%) Addresses the management and safety of the clinical lab environment. Standard Operations: Quality assessment, instrumentation, safety, and lab mathematics (e.g., dilutions, molarity). Advanced Operations (SH Only): Budgeting, personnel management, and facility operations.
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