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Textbook Notes for Molecular and Cell Biology at University of Illinois (UI)

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UIMCB 150Brad MehrtensSpring

MCB 150 Chapter Notes - Chapter 1: Selective Breeding, Null Hypothesis, Eukaryote

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Organism - living entity made up of one or more cells that share 5 fundamental characteristics. Energy (plants absorb sunlight and animals ingest food)
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UIMCB 150M ReedyFall

MCB 150 Chapter Notes - Chapter 1: Heredity, Carl Woese, Eukaryote

Organism: life form made of one or more cells. Theory: explanation for a general class of observations. Hooke found small pore-like compartments that w
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UIMCB 150AllFall

MCB 150 Chapter Notes - Chapter 4: Golgi Apparatus, Lipid Bilayer, Extremophile

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UIMCB 150Brad MehrtensSpring

MCB 150 Chapter 17 / 21: mcb 17 introns and exons

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UIMCB 150Brad MehrtensSpring

MCB 150 Chapter Notes - Chapter 7.2, 3.1, 5, 4, 3.3 : Carboxylic Acid, Oligopeptide, Amylopectin

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Section 3. 1, header: how do amino acids link to form proteins? (pp. Chapter 4, the eukaryotic cell in overview: plasma membrane, nucleus, mitochondria
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UIMCB 150Brad MehrtensWinter

MCB 150 Chapter 21-26: mcb150 - answer-key-chptr-21-26

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While the sanger method for sequencing dna and the modifications that follow are conceptually fairly simple, most students don"t understand them. As no
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UIMCB 150AllFall

MCB 150 Chapter Notes - Chapter 4: Nucleoid, Peptidoglycan, Lysosome

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UIMCB 300C VanderpoolSpring

MCB 300 Chapter Notes - Chapter 3.3,3.8,3.9,3.13: Cyanobacteria, Pentose, Archaea

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UIMCB 150B MehrtensFall

MCB 150 Chapter 9: cell resp and fermentation_20190128110431 AM

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UIMCB 300C VanderpoolSpring

MCB 300 Chapter 3.1-3.2, 5.5-5.14:

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UIMCB 354E ProckoFall

MCB 354 Chapter 4.4 to end of ch 4: denaturation, renaturation, stepwise process, hydrophobic collapse, molten globule, molecular chaperone, chaperonin, protein disulfide isomerase, prptide proly cis trans isomerase

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UIMCB 250C WilsonSpring

MCB 250 Chapter 3: Weak molecular bonds

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