This course focuses on the study of the theory and practice of routine and specialized clinical chemistry laboratory testing. This will include discussion of quality assurance issues and instrumentation principles, problem-solving scenarios, and an emphasis on accuracy and confidentiality of patient laboratory findings.

This course focuses on the study of the theory and practice of routine and specialized clinical chemistry laboratory testing. This will include discussion of quality assurance issues and instrumentation principles, problem-solving scenarios, and an emphasis on accuracy and confidentiality of patient laboratory findings.

This course consists of the primary principles and practices of blood banking which include blood group systems, antibody detection and identification, compatibility testing, quality control requirements, instrumentation, blood transfusion, donor selection, and component preparation. In addition, the course will focus on advanced immunohematology topics including transfusion therapy, apheresis and component therapy, hemolytic diseases, histocompatibility (HLA) testing, and federal regulation of blood banking.

This course consists of the primary principles and practices of blood banking which include blood group systems, antibody detection and identification, compatibility testing, quality control requirements, instrumentation, blood transfusion, donor selection, and component preparation. In addition, the course will focus on advanced immunohematology topics including transfusion therapy, apheresis and component therapy, hemolytic diseases, histocompatibility (HLA) testing, and federal regulation of blood banking.

This course consists of the primary principles and practices of blood banking which include blood group systems, antibody detection and identification, compatibility testing, quality control requirements, instrumentation, blood transfusion, donor selection, and component preparation. In addition, the course will focus on advanced immunohematology topics including transfusion therapy, apheresis and component therapy, hemolytic diseases, histocompatibility (HLA) testing, and federal regulation of blood banking.

This course is a combination of 3 minor medical laboratory disciplines including Urinalysis, Body Fluid Analysis, and Hemostasis. Urinalysis will include a comprehensive study of the urinary system, principles and methods of testing urine, and urinary disorders or diseases. Body Fluid Analysis will include a study of the various fluids analyzed in the laboratory, principles and methods of testing these fluids, and any associated diseases.

This course is a combination of 3 minor medical laboratory disciplines including Urinalysis, Body Fluid Analysis, and Hemostasis. Urinalysis will include a comprehensive study of the urinary system, principles and methods of testing urine, and urinary disorders or diseases. Body Fluid Analysis will include a study of the various fluids analyzed in the laboratory, principles and methods of testing these fluids, and any associated diseases.

This course is a combination of 3 minor medical laboratory disciplines including Urinalysis, Body Fluid Analysis, and Hemostasis. Urinalysis will include a comprehensive study of the urinary system, principles and methods of testing urine, and urinary disorders or diseases. Body Fluid Analysis will include a study of the various fluids analyzed in the laboratory, principles and methods of testing these fluids, and any associated diseases.

This laboratory course includes various basic laboratories associated with the study of clinical chemistry theory and problem-solving. Laboratories will include the study of assays for routine clinical chemistry testing as well as more specialized testing. Student will perform these assays under simulated condition as and will abide by best laboratory practices. Safety and quality control of all procedures will be expected from all students.

This laboratory course includes various basic laboratories associated with the study of clinical chemistry theory and problem-solving. Laboratories will include the study of assays for routine clinical chemistry testing as well as more specialized testing. Student will perform these assays under simulated condition as and will abide by best laboratory practices. Safety and quality control of all procedures will be expected from all students.