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Class Notes for Cellular Biology at University of Georgia (UGA)

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UGACBIO 2200MasseyFall

CBIO 2200 Lecture Notes - Lecture 2: Helen Keller, Alka-Seltzer, Negative Feedback

OC111416026 Page
22 Aug 2016
3
We must understand normal structure and function so you"re able to identify abnormal or incorrect function. We must understand mechanisms of therapies
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UGACBIO 2200MasseyFall

CBIO 2200 Lecture Notes - Lecture 1: Coronal Plane, Median Plane, Anatomical Plane

OC11141608 Page
22 Aug 2016
3
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 5: Transfer Rna, Uracil, Thymine

OC11223263 Page
3 Apr 2019
0
Gene expression: focus on eukaryotic transcription: the enzyme rna polymerase opens the dna strands and synthesizes an rna complementary to only one of
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 6: Transferase, Eukaryotic Translation, 3D Cell Culture

OC11223263 Page
7 Apr 2019
0
Regulation starts before the message is completed: rna processing enzymes associate with phosphorylated ctd tail of rna pol ii (loaded on in stages, so
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 10: Secretion, Cell Membrane, Exocytosis

OC11223264 Page
20 Mar 2019
0
Learning objectives: distinguish between constitutive and regulatory secretion, describe the mechanism of secretory vesicle docking and fusion. Exocyto
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 4: Crispr, Cas9, Base Pair

OC11223264 Page
1 Apr 2019
0
Bacterial adaptive immune system: crispr-cas9 invader immunity: crispr: clustered regularly interspace short palindromic repeat, certain regions in the
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 6: Rna Polymerase Ii, Tata Box, Tata-Binding Protein

OC11223263 Page
7 Apr 2019
0
Transcription: the 3 main steps of eukaryotic transcription: initiation- transcription factors adhere to the tata box in the promoter signaling rna pol
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 6: Receptor Tyrosine Kinase, Tumor Suppressor Gene, Epidermal Growth Factor Receptor

OC11223264 Page
26 Apr 2019
0
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 8: Eif2, Eif2B, Start Codon

OC11223263 Page
10 Apr 2019
0
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 2: Nuclear Pore, Inner Membrane, Nuclear Transport

OC11223267 Page
25 Mar 2019
0
Nuclear import and export: nuclear envelope consists of two concentric lipid bilayers with flattened sacs that are contiguous with the er. Inner nuclea
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture Notes - Lecture 6: Copii, Amphiphile, Sec61

OC11223264 Page
6 Mar 2019
0
Today"s class: er to golgi traffic, n-glycosylation in the golgi. Paper from breakout will be on exam 3. *review the crosslinking experiment (question
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UGACBIO 3400ShenSpring

CBIO 3400 Lecture 4: CBIO 3400 3:2

OC11223264 Page
2 Mar 2019
0
Learning objectives: explain the structure and function of the er, golgi and lysosomes, describe the dynamic nature of these organelles. *rough er is a
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