This course is designed to provide students with a comprehensive study of the immune system including principles of immunological and serological procedures, immunological disorders and diseases, and significance of laboratory methods used for diagnosis.

This course is designed to provide students with a comprehensive study of the immune system including principles of immunological and serological procedures, immunological disorders and diseases, and significance of laboratory methods used for diagnosis.

This course is designed to provide students with a comprehensive study of the immune system including principles of immunological and serological procedures, immunological disorders and diseases, and significance of laboratory methods used for diagnosis.

This course is a study of the formed elements of the blood including the practice of routine and specialized test procedures. Anemias, leukemias, and non-malignant disorders are discussed and emphasis is placed on the correlation of hematology test results with these diseases and disorders.

This course is a study of the formed elements of the blood including the practice of routine and specialized test procedures. Anemias, leukemias, and non-malignant disorders are discussed and emphasis is placed on the correlation of hematology test results with these diseases and disorders.

This course is a study of the formed elements of the blood including the practice of routine and specialized test procedures. Anemias, leukemias, and non-malignant disorders are discussed and emphasis is placed on the correlation of hematology test results with these diseases and disorders.

The study of medically significant microbiology, including normal flora and pathogens. Lectures also cover microbial physiology, interactions between host and pathogenic microorganisms, and the clinical and epidemiological consequences of these interactions. Clinical bacteriology knowledge will be applied through case studies.

The study of medically significant microbiology, including normal flora and pathogens. Lectures also cover microbial physiology, interactions between host and pathogenic microorganisms, and the clinical and epidemiological consequences of these interactions. Clinical bacteriology knowledge will be applied through case studies.

The study of medically significant microbiology, including normal flora and pathogens. Lectures also cover microbial physiology, interactions between host and pathogenic microorganisms, and the clinical and epidemiological consequences of these interactions. Clinical bacteriology knowledge will be applied through case studies.

Laboratory experiences will provide students with the practice of clinical hematology testing. Experiences will include testing with manual and automated procedures, instrumentation principles, role of quality assurance, and the promotion of problem-solving skills. Special emphasis will be placed on the relationship of clinical hematology test results and associated disease states.