Anatomy (ANATOMY)

Instructor(s): Brian ShearerBrian Shearer also teaches: ANATOMY 140.01B, ANATOMY 140.01C

Instructor(s): Brian Shearer

This course provides a faculty-supervised space for advanced medical students to review anatomy, practice surgical skills, perform mock operations, and reinforce anatomical knowledge for board exams. Students will develop dissection plans with faculty, actively dissect, and present their projects to faculty and peers, highlighting clinical relevance and challenges. This course is not limited to those considering surgical specialties.

Instructor(s): Brian ShearerBrian Shearer also teaches: ANATOMY 140.01A, ANATOMY 140.01C

Instructor(s): Brian Shearer

This course provides a faculty-supervised space for advanced medical students to review anatomy, practice surgical skills, perform mock operations, and reinforce anatomical knowledge for board exams. Students will develop dissection plans with faculty, actively dissect, and present their projects to faculty and peers, highlighting clinical relevance and challenges. This course is not limited to those considering surgical specialties.

Instructor(s): Brian ShearerBrian Shearer also teaches: ANATOMY 140.01A, ANATOMY 140.01B

Instructor(s): Brian Shearer

This course provides a faculty-supervised space for advanced medical students to review anatomy, practice surgical skills, perform mock operations, and reinforce anatomical knowledge for board exams. Students will develop dissection plans with faculty, actively dissect, and present their projects to faculty and peers, highlighting clinical relevance and challenges. This course is not limited to those considering surgical specialties.

Instructor(s): Barbie KleinBarbie Klein also teaches: ANATOMY 198, BIOMED SCI 116, BIOMED SCI 118, BIOMED SCI 186, BIOMED SCI 187, ANATOMY 171.10

Instructor(s): Barbie Klein

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): Gregory Kincheloe

Instructor(s): Gregory Kincheloe

This course will allow students to broaden their anatomy knowledge beyond what they have learned in their first year in addition to teaching dissection techniques such as tool usage, fascial planes, and identification of nerves. This course will allow students to dissect side-by-side with faculty in preparation for the Fall as well. Students will be assigned to specific domains, such as the musculoskeletal system, for lab activities.

Instructor(s): Barbie KleinBarbie Klein also teaches: ANATOMY 198, BIOMED SCI 116, BIOMED SCI 118, BIOMED SCI 186, BIOMED SCI 187, ANATOMY 170.10

Instructor(s): Barbie Klein

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): Barbie KleinBarbie Klein also teaches: BIOMED SCI 116, BIOMED SCI 118, BIOMED SCI 186, BIOMED SCI 187, ANATOMY 170.10, ANATOMY 171.10

Instructor(s): Barbie Klein

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 BathJessica Bath also teaches: PHYS THER 419B, PHYS THER 419C, PHYS THER 419A, REHAB SCI 207

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.