1st Edition
BCOR 103: Molecular and Cell Biology
School: The University of Vermont (UVM )
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Pages: 2An in depth look at some of the dynamic and organized parts of the nucleus and its sub-components. -
Pages: 3An overview of the structure and function of the nuclear membrane and nucleus. -
Pages: 3An overview of the important checkpoints and transitions in meiosis. An introduction to stem cells. -
Pages: 2An overview of cell cycles and regulation mechanisms. -
Pages: 4An overview of the paths and molecules involved in apoptosis as well as the cell cycle. -
Pages: 3An overview of the workings of messengers and gene expression. Also covers the regulation of cytoskeleton. -
Pages: 5An overview of cell receptors and the transmitters that initiate responses with the signal received. -
Pages: 7Lecture Notes about cell signaling, cell signaling molecules, and the different pathways therein. -
Pages: 2An overview of the molecules involved in cell adhesion, cell to cell junctions, and collagen. -
Pages: 2An overview of protein sorting, secretion, and the uptake of materials in the plasma membrane. -
Pages: 2An overview of the different Ribosome classes, the Endoplasmic Reticulum, and the Golgi -
Pages: 2Overview of MAPs, Kinesin and Dynein, the structure and function of Actin, and Motor Proteins. -
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Pages: 2An introduction to mitochondrial structure and the Electron Transport Chain. -
Pages: 2An overview of how substances are moved across the cell membrane. -
Pages: 2An introduction to the cell membrane, the proteins involved, and the fluid mosaic model. -
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Pages: 2An overview of the four major biological molecules of life, the basic chemistry and physics pertinent to cellular biology, and the evolution of cells. -
Pages: 2An overview of cell theory and the timeline in which it was developed. An introduction to the basics of the microscope, different types of microscopes, and how they work.