Elizabeth Hart

faculty

Elizabeth Hart she/her/hers

Full Teaching Professor

Medical Laboratory Science

Curriculum Vitae

Contact

508-999-8331

ehwk1kduwCxpdvvg1hgx

Dion 324C

Teaching

Programs

Teaching

Courses

An intensive survey of genetic mechanisms emphasizing the effect on human inheritance and disease. Enrollment requires a minimum grade of C- in all MLS courses.

An intensive survey of genetic mechanisms emphasizing the effect on human inheritance and disease. Enrollment requires a minimum grade of C- in all MLS courses.

An intensive survey of genetic mechanisms emphasizing the effect on human inheritance and disease. Enrollment requires a minimum grade of C- in all MLS courses.

An intensive survey of genetic mechanisms emphasizing the effect on human inheritance and disease. Enrollment requires a minimum grade of C- in all MLS courses.

The emerging concepts of immunobiology. Topics will include immunogens, immunoglobulins, autoimmunity, infection and immunity, immunohematology, and tumor biology. Enrollment requires a minimum grade of C- in all MLS courses.

Laboratory correlated with MLS 325. Enrollment requires a minimum grade of C- in all MLS courses.

Laboratory correlated with MLS 325. Enrollment requires a minimum grade of C- in all MLS courses.

The principles of blood banking, including the preparation and storage of blood and its components, donor evaluation, transfusion, required record keeping, and processing of frozen blood. Clinical correlation, quality control and laboratory safety will be included. Enrollment requires a minimum grade of C- in all MLS courses.

The principles of blood banking, including the preparation and storage of blood and its components, donor evaluation, transfusion, required record keeping, and processing of frozen blood. Clinical correlation, quality control and laboratory safety will be included. Enrollment requires a minimum grade of C- in all MLS courses.

Continuation of MLS 421.

Teaching

Online and Continuing Education Courses

Theoretical and practical application of immunology and human genetics to immunohematology will be covered. The applied principles of transmission genetics and allelic expression in the formation of blood group antigens, quality management in transfusion medicine, and problem-based learning strategies to identifying clinically significant antibodies will be introduced in the course.
Register for this course.