Instructor(s): Barbie Klein, Madeleine Norris

In-depth region-based anatomy dissection and didactic course for fourth year medical students. Students will explore anatomical structures and regions of the head and neck, such as the muscles of facial expression, infratemporal fossa, pterygopalatine fossa, cranial nerves, larynx, and pharynx. In addition to dissection, there will be daily student led didactic sessions, relevant case discussions based on the topic of the day, and quizzes to assess student retention.

Instructor(s): Barbie Klein, Madeleine Norris

In-depth region-based anatomy dissection and didactic course for fourth year medical students. Students will explore the anatomy of the musculoskeletal system, such as muscles, joints, innervation, and blood supply of both the upper and lower limb. In addition to dissection, there will be daily student led didactic sessions, relevant case discussions based on the topic of the day, and quizzes to assess student retention.

Instructor(s): Barbie Klein, Madeleine Norris

In-depth region-based anatomy dissection and didactic course for fourth year medical students. Students will explore anatomical structures and regions of the thorax, abdomen, and pelvis such as the pleural and pericardial cavities, gastrointestinal system, reproductive systems, and perineum. In addition to dissection, there will be daily student led didactic sessions, relevant case discussions based on the topic of the day, and quizzes to assess student retention.

Instructor(s): Madeleine Norris

This course will provide an introduction to 3D printing for health science students. This will include didactic knowledge on the types of printers, types of printing materials, and use cases in the health professions. This course will also provide content and application in extracting tissues from a DICOM file, cleaning the file, and exporting the file for 3D printing.

Instructor(s): Madeleine Norris

This elective will apply the skills and knowledge acquired in the Anatomy 170.10 3D Printing for Health Science Students elective. Students will be matched with a UCSF faculty or researcher and will produce a 3D printed project used for patient education, simulation, or research. Students will develop a project plan with the faculty, generate a 3D model from DICOM data, clean the file in 3D design software, 3D print the model, post-process, and assemble.

Instructor(s): Madeleine Norris

Library research and directed reading under supervision of a member of the faculty with the approval of the chairperson of the department.

Instructor(s): Jessica Bath

Provides knowledge about the anatomy and function of the human central and peripheral nervous systems with a strong emphasis on clinical relevance. General neuroanatomy topics include the gross and microscopic structure, embryology, and neurophysiology of the brain, spinal cord and nerves with descriptions of alterations in normal anatomy through disease and injury. Supplemented with lab demonstrations.