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Textbook Notes for BIO 311C at University of Texas at Austin (UT-AUSTIN)

UT-AUSTINBIO 311CDavid HerrinFall

BIO 311C Chapter Notes - Chapter 1: Systems Biology, Reductionism, Archaea

Concept 1. 1: the study of life reveals common themes. Evolution: the process of change that has transformed life on earth: fundamental organizing prin
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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter Notes - Chapter 13: Sister Chromatids, Germ Cell, Cell Division

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 6: Immune System

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 3: The Chemistry of Water

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 4: Chapter 4: Carbon: The basis molecular diversity

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 25 & 27: Chapter 25 and 27 combined notes

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 1: Biology and its themes

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 2: Atoms and Molecules

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UT-AUSTINBIO 311CBuskirk RuthSpring

BIO 311C Chapter Notes - Chapter 11: Gtpase, Itri, Tyrosine

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Protein kinase cuts phosphate off atp and transfers it to a protein, activating it. Protein phosphatase removes phosphate from protein, deactivating pr
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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter 1:

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UT-AUSTINBIO 311CBuskirk RuthSpring

BIO 311C Chapter Notes - Chapter 8: Cervix, Hydrolysis, Endergonic Reaction

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Metabolic pathway begins with a specific molecule which is then altered in a series of defined steps, resulting in a certain product. Catabolic pathway
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UT-AUSTINBIO 311CBuskirk RuthSpring

BIO 311C Chapter Notes - Chapter 17: Hemoglobin, Microrna, Ubiquitin

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Transcription synthesis of rna using information in dna. Translation synthesis of polypeptide using information from mrna. Transcription occurs in the
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