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Textbook Notes for Melody Neumann

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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 1: Cell Membrane, Mortar And Pestle, Chromatin

OC3072393 Page
17 Jun 2016
39
Cold temperatures preserve flies by slowing down chemical reactions that would break them down. Grind flies with a pestle. (1 tube for each student pai
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 4: Microscope, Pipette, Real Image

OC3072394 Page
17 Jun 2016
33
Important components of compound light microscope: light source (external/built in) to illuminate specimen, sub-stage condenser lens to gather diffuse
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 3: List Of Virtual Boy Games, Medical Test, Shin Jung-Hyeon

OC3072394 Page
17 Jun 2016
21
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 10.3; 12.2; 4.4; 18.9: Lipid Bilayer, Micellar Solubilization, Francis Crick

OC50034110 Page
22 Jan 2016
46
Learn to isolate dna and appreciate its properties. Predict outcome of varying one major steps in dna extraction. Classic geneticist discovered: o o o
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes -Exon Junction Complex, Leucine, Polyadenylation

OC1652006 Page
3 Mar 2014
40
If an amino acid enters this editing pocket, it is hydrolyzed from the amp and it released from the enzyme. Elongation factors drive translation forwar
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UTSGBIO130H1Melody NeumannFall

BIO130H1 Chapter Notes - Chapter 1.5: Prokaryote, Arabidopsis Thaliana, Nematode

OC11306432 Page
17 Jan 2017
2
Fertilized eggs will undergo embryonic development and will form 250 distinct types of differentiated cells. Some cells become part of the digestive gl
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter 2: Lab 2 Notes: Learning to Work like a Molecular Biologist II: PCR and Bioinformatics

OC3072397 Page
17 Jun 2016
17
Lab 2: pcr and bioinformatics: lab manual notes. Overview of lab 2 (1) set up pcr on unknown and negative control samples (2) bioinformatics exercise/i
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 5: Microscope Slide, Model Organism, Organism

OC3072392 Page
17 Jun 2016
25
Cytoskeleton made of complex network of protein filaments: protein filaments: microtubules, microfilaments, intermediate filaments, function of protein
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UTSGBIO130H1Melody NeumannFall

BIO130H1 Chapter 12.5: The Structure of a Mitotic Chromosome

OC11306432 Page
14 Feb 2017
2
The tips of each eukaryotic dna molecule are composed of an stretch of repeated sequences that, together with a group of specialized proteins, form a c
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes -Membrane Transport Protein, Dna Replication, Noncoding Dna

OC16520010 Page
12 Jan 2014
37
Bio 130 - chapter 1: introduction to the cell cells and genomes. All cells translate rna into protein in the same way. Life requires free energy: for a
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes - Chapter 1: Mycoplasma Genitalium, Noncoding Dna, Genetic Code

OC2436969 Page
5 Feb 2014
36
Heredity is central to the definition of life; distinguishes life from other processes in which orderly structures are generated but without the peculi
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UTSGBIO130H1Melody NeumannWinter

BIO130H1 Chapter Notes -Guanine, Tata Box, Cleavage And Polyadenylation Specificity Factor

OC16520014 Page
3 Mar 2014
33
A strand-directed mismatch repair system removes replication errors that escape from the replication. Machine: the strand-directed mismatch repair syst
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