Developmental Biology
X138 (3 semester units in Molecular and Cell Biology)
45 hours CE credit: BRN provider #00226
How does a single cell, the fertilized egg, give rise to a complex organism that contains many different cell types, tissues, and organs? How do the organs develop to the right size in the right place to give rise to a functional animal? Developmental biology seeks to answer these questions by studying cellular behavior and molecular pathways that control patterning in the developing embryo. This course introduces different model organisms, with an emphasis on vertebrates, and covers the most recent advances and techniques in developmental biology. The goal is to familiarize students with the different cellular and molecular mechanisms of embryonic development and to illustrate the degree to which they have been conserved during evolution.
Prerequisites: College general biology and general chemistry.
Click below for sections, start dates, locations, instructors,
and to enroll.
Mon. June 2, Berkeley
INSTRUCTOR TO BE ANNOUNCED
- 15 meetings
- June 2 to July 28: Mon. and Wed., 6:30-9:30 pm (no meetings June 30 and July 2)
- Berkeley: 103 Genetics and Plant Biology Building, UC campus
- $750 (EDP 404673)
Enroll
Textbook(s) for this course:
Developmental Biology
Author: Scott Gilbert
Publisher: Sinauer Associates, Inc
Edition: 8th
Publication Year: 2006
ISBN: 978-0878932504
Sections closed for enrollment
Thurs. Jan. 24, Berkeley
Instructor approval pending:
MARY ALICE YUND, Ph.D., named Honored Instructor in 2006, has more than 15 years of academic research experience in developmental genetics at UC Berkeley. She has taught genetics at UC Berkeley and Cal State East Bay, and genetics, developmental biology, functional genomics, and an introduction to biotechnology at UC Berkeley Extension. She consults in technology assessment and market research for the biopharmaceutical industry.NOTE: This class is closed. For information about related courses, contact your academic department.