Class Notes for Molecular Cell & Developmental Biology at University of Colorado - Boulder (CU-BOULDER)



CU-BOULDERMCDB 1150Jennifer MartinFall

MCDB 1150 Lecture Notes - Lecture 12: Kinetic Energy, Electron Acceptor, Electron Donor

OC12091317 Page
23 Nov 2016
8
8: energy and enzymes: an introduction to metabolism. Proteins transport substances across cellular membranes; between organelles and other destination
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CU-BOULDERMCDB 1150Jennifer MartinFall

MCDB 1150 Lecture Notes - Lecture 2: Chemical Polarity, Electron Shell, Covalent Bond

OC12091315 Page
12 Nov 2016
4
Chapter 2: water and carbon-the chemical basis of life. An element is a substance that cannot be broken down to other substances by chemical reactions.
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CU-BOULDERMCDB 1150Jennifer MartinFall

MCDB 1150 Lecture Notes - Lecture 1: Natural Selection, Cell Membrane, Rifampicin

OC12091313 Page
12 Nov 2016
4
Chapter 1: biology and the tree of life. An organism is a living entity that consists of one cell or more (unicellular or multicellular) All organisms
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CU-BOULDERMCDB 1150Dr.Martin& Dr.GuildFall

MCDB 1150 Lecture Notes - Lecture 7: Van Der Waals Force, Hydrogen Bond, Covalent Bond

Marlee Lederer4 Page
17 Nov 2016
6
Ionic bonds - electrostatic interaction between full charges. Van der waals - interaction between induced dipoles (transient dipoles) Hydrophobic/hydro
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CU-BOULDERMCDB 1150Jennifer MartinFall

MCDB 1150 Lecture Notes - Lecture 6: Unsaturated Hydrocarbon, Alkane, Terpenoid

OC12091314 Page
12 Nov 2016
9
Chapter 6: lipids, membranes and the first cells: It is the layer of molecules that surrounds and separates the cell interior from the environment. Als
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CU-BOULDERMCDB 2150Jennifer KnightSpring

MCDB 2150 Lecture 4: Class 4 Transcription

OC8323653 Page
8 Feb 2017
5
Central dogma of molecular biology: dna transcription rna translation protein. Dna: double stranded; a, t, g, c. Rna: single stranded; a, u, g, c; mrna
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CU-BOULDERMCDB 2150Jennifer KnightSpring

MCDB 2150 Lecture Notes - Lecture 2: Telomerase, Phosphodiester Bond, Nucleoside Triphosphate

OC8323652 Page
26 Jan 2017
1
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CU-BOULDERMCDB 2150Jennifer KnightSpring

MCDB 2150 Lecture Notes - Lecture 23: Sister Chromatids, Germ Cell, Punnett Square

OC8323656 Page
22 Mar 2017
0
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CU-BOULDERMCDB 2150Jennifer KnightSpring

MCDB 2150 Lecture 17: Class 17 Biotechnology- Transgenic Organisms

OC8323652 Page
10 Mar 2017
0
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CU-BOULDERMCDB 1150Jennifer MartinFall

MCDB 1150 Lecture Notes - Lecture 3: Glycosidic Bond, Chemical Formula, Monosaccharide

OC12091315 Page
12 Nov 2016
7
There are four types of macromolecules that were key to the evolution of the cell and those are: proteins, nucleic acids, carbohydrates, lipids. Carboh
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CU-BOULDERMCDB 2150Jennifer KnightSpring

MCDB 2150 Lecture Notes - Lecture 30: Zygosity, Penetrance, Meiosis

OC8323653 Page
4 Apr 2017
0
Review: genes can be linked" on the same chromosome, homologous chromosomes can undergo recombination with each other in meiosis. 1, changing the assor
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CU-BOULDERMCDB 1150Jennifer AvenaFall

MCDB 1150 Lecture 1: MCDB Ch 2 Book and Lecture Notes_20180916182550

OC252501412 Page
17 Sep 2018
0
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