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The Hematology, Oncology, Infection, and Immunity module is organized to provide students with a
solid grounding in the normal and abnormal processes and disorders of the immune, blood, and
lymphoreticular systems. The module is organized around representative cases which are used to
weave biomedical knowledge into the clinical framework. Within the BF thread, the structure and
function of these systems will be discussed, along with the pathophysiology, clinical presentation,
complications, diagnosis, prognosis, and treatment of patients with disorders or diseases affecting
these systems. Key topics include anemia, hemoglobinopathies, coagulation disorders, general
principles of infectious disease, HIV/AIDS, hypersensitivities, leukemia, and lymphoma. The CF thread
is concentrated on the continued mastery of clinical knowledge, clinical (physical examination) skills
and clinical reasoning through small-group problem-based learning activities, each focused on virtual
patients with key disorders being discussed in the large classroom setting. Students will receive
accredited training in Basic Life Support culminating in BLS provider certification from the American
Heart Association. Essential public health topics are explored within the CH thread, via examples
related to the central systems being discussed. The module is assessed through a series of quizzes,
tracked participation and professionalism measures, two multiple-choice midterm examinations, and a
final examination focused on the biomedical, community health, and clinical content.
Integumentary and Musculoskeletal (IGMS) MIOB 2002 – 8 credit hours
The Integumentary and Musculoskeletal Systems module begins with discussion of the normal
microscopic anatomy and function of skin, and then develops knowledge pertaining to the
pathophysiology, diagnosis, and treatment of common dermatological conditions including
malignancies, infectious diseases of bacterial, fungal, and viral origin, and inflammatory skin disorders.
Medical entomology will be introduced with emphasis on vectors and mode of transmission. The
module then moves to focus on the musculoskeletal system. The BF thread explores the origin and
function of muscle, cartilage, and bone. In addition to classroom-based activities, students will engage
in virtual dissection of the back and limbs through a series of live team-based activities held in a state-
of-the-art digital anatomy laboratory. The pathophysiology, clinical presentation, complications,
diagnosis, prognosis, and treatment of patients with disorders or diseases of soft tissue and bone are
discussed, including developmental and acquired bone diseases, infection, immune-mediated diseases,
and tumors. The CF thread continues developing clinical reasoning skills through small group learning
using cases relevant to the module. Here, the application of the physical examination skills learned in
Fundamentals and Foundations of Medicine 1 and 2 is key to ensuring a holistic approach to the
patient encounter, with clinical reasoning and diagnostic skills being integral to focused physical
examination. Students will be introduced to high-fidelity simulation. The CH thread treats a variety of
topics around systems-level health care and essential public health using examples related to the
musculoskeletal and integumentary systems. Students will apply their knowledge of foundational
research concepts to conceptualize a research proposal and will have further exposure to real patients
through a fourth Community Clinical Experience. The module is assessed through a series of quizzes,
tracked participation and professionalism measures, two multiple- choice midterm examinations, an
OSCE examination, and a final multiple-choice examination.
Semester 3 Course Descriptions
Cardiology (CARDI) MIOB 3001 – 8 credit hours
The Cardiology module is structured to provide students with a solid grounding in the normal
processes and disorders of the cardiovascular system. The BF thread is focused first on embryology,
gross anatomy, and physiology of the heart, with activities in the virtual anatomy laboratory to