Per WGU's published description, Cell Biology examines the fundamental principles and techniques that underpin the structure, function, and growth of cells, encompassing cellular components, the cell cycle, and genetic information flow. The course emphasizes cellular processes and techniques such as microscopy, cell culture, genetic engineering, and bioinformatics, highlighting their relevance in understanding cellular biology's role in health and disease, and it is designed to provide a comprehensive understanding of how cells maintain homeostasis, metabolize, and perform specialized functions.
Three tables carry it. On the B.S. Science Education (Secondary Biological Science) it lands in term 7 beside D887 Molecular Biology, D878 General Ecology, and D875 Secondary Science Teaching Methods, deep in the upper-division biology core, while that table's clinical and student-teaching terms remain live classroom requirements on the student's side. The B.A. Educational Studies secondary biology track, the non-licensure version, places it in term 7 beside D878, D875, and D879 Genetics. On the Biology endorsement program, restricted by the catalog to teachers who already hold a secondary science license, it arrives in term 2 beside D878 and D879. Quote by the code: the graduate M.A. Science Education biology table runs a cousin, C889 Molecular and Cellular Biology (BIO 5106), at a different code. Message us the code and where you stand, and we quote a flat price in writing.