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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Study Guide - Comprehensive Final Exam Guide - Protein, Gene, Dna

OC2406685103 Page
20 Nov 2018
0
Central dogma of molecular genetics (cid:862)dna (cid:373)akes na (cid:373)akes protei(cid:374): It is useful to outline the compartments, to suggest t
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Study Guide - Comprehensive Final Exam Guide - Protein, Messenger Rna, Dna

OC2002648153 Page
20 Nov 2018
0
Prokaryote and eukaryote cells have different internal structures. An overview of several important discoveries on the nature of gene. Gregor mendel ex
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UTSCBIOB11H3Dan RiggsSpring

BIOB11H3- Final Exam Guide - Comprehensive Notes for the exam ( 27 pages long!)

OC32109027 Page
29 Mar 2018
0
10. 1: the concept of a gene as a unit of inheritance: genome is a collective body of genetic information that is present in a species. A genome has al
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UTSCBIOB11H3BawaSummer

BIOB11H3- Final Exam Guide - Comprehensive Notes for the exam ( 120 pages long!)

OC1295412120 Page
30 Nov 2017
0
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UTSCBIOB11H3Dan RiggsWinter

[BIOB11H3] - Final Exam Guide - Everything you need to know! (192 pages long)

OC544118192 Page
30 Mar 2017
0
Nuclear pore complex: highly selective, bidirectional transporter for cargoes. Include inner membrane proteins and all the proteins in the nucleoplasm;
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UTSCBIOB11H3Dan RiggsSummer

BIOB11H3- Final Exam Guide - Comprehensive Notes for the exam ( 96 pages long!)

OC17125796 Page
29 Mar 2018
0
Lecture1: chromosomes, heredity, meiosis, and recombinants: part 2. Biob11: the synpatonemal complex: 4 sister chromatids that makes 2 homologous chrom
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UTSCBIOB11H3BawaSummer

BIOB11H3- Midterm Exam Guide - Comprehensive Notes for the exam ( 120 pages long!)

OC1295412120 Page
5 Oct 2017
0
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Study Guide - Winter 2018, Comprehensive Midterm Notes - Protein, Gene, Dna

OC2406685103 Page
12 Oct 2018
0
Central dogma of molecular genetics (cid:862)dna (cid:373)akes na (cid:373)akes protei(cid:374): It is useful to outline the compartments, to suggest t
View Document
UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Study Guide - Summer 2018, Comprehensive Midterm Notes - Protein, Messenger Rna, Dna

OC2002648153 Page
12 Oct 2018
0
Prokaryote and eukaryote cells have different internal structures. An overview of several important discoveries on the nature of gene. Gregor mendel ex
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UTSCBIOB11H3Dan RiggsWinter

[BIOB11H3] - Midterm Exam Guide - Comprehensive Notes for the exam (31 pages long!)

OC84624531 Page
7 Feb 2017
11
An overview of the most important milestones and early discoveries on the nature of the gene: Today, in 2017, many genomes; the entire dna content of o
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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 3: Diluent, Flight Controller

OC12728111 Page
8 Oct 2019
0
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UTSCBIOC19H3Ian BrownFall

BIOC19H3 Final: BIOC19 Full Course Notes

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UTSCBIOB34H3Jason BrownFall

BIOB34H3 Study Guide - Midterm Guide: Toronto Zoo, Reactive Oxygen Species, Macromolecule

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UTSCBIOB10H3Aarti AshokFall

BIOB10H3 Lecture Notes - Lecture 5: Glucose Transporter, Neurotransmitter, Integral Membrane Protein

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UTSCBIOB10H3Aarti AshokFall

BIOB10H3 Lecture Notes - Lecture 4: Botulinum Toxin, Phagocytosis, Organelle

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UTSCBIOB10H3Aarti AshokFall

BIOB10H3 Lecture Notes - Lecture 3: Immunofluorescence, Glycoprotein, Photomultiplier

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UTSCBIOB50H3Rachel SturgeFall

BIOB50H3 Midterm: Practice Questions 1 Fall 2018

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UTSCBIOB50H3Rachel SturgeFall

BIOB50H3 Study Guide - Midterm Guide: Competitive Exclusion Principle, Medieval Commune, Trophic Cascade

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UTSCBIOB50H3Rachel SturgeFall

BIOB50H3 Midterm: BIOB50 Fall 2018 PQ Answers

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UTSCBIOB50H3Rachel SturgeFall

BIOB50H3 Midterm: BIOB50 Practice Questions 2 Fall 2018

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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 9: Lac Repressor, Lac Operon, Camp Receptor Protein

Elton Yeung3 Page
18 Feb 2017
7
Lactose = disaccharide of galactose + glucose covalently linked together. Lactose (act as an inducer) -galactosidase expressed lactose metabolized into
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 16: Sister Chromatids, Coiled Coil, Condensin

Elton Yeung3 Page
3 Mar 2017
5
Biob11-l16: cell cycle ii (chromosome condensation & movement) Cytoskeleton disassembles; spindle apparatus forms; nuclear membrane breakdown. Chromoso
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 13: Dna Polymerase Iii Holoenzyme, Dna Polymerase I, Dna Replication

Elton Yeung2 Page
18 Feb 2017
11
Biob11-l13: dna replication ii enzymology, origins, organization & licensing: kornberg (1950s) Purified e. coli dna polymerase dna + dntps (datp, dctp*
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 1: Punnett Square, Metaphase, Telophase

OC539065 Page
25 Jan 2016
40
Biob11: lecture 1: chromosomes, heredity, meiosis and recombination. Diploid: containing both members of each pair of homologous chromosomes, as exempl
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 5: Tata-Binding Protein, Branch Point, Transcription Factor Ii H

OC44472813 Page
20 Apr 2016
34
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 15: G2 Phase, Heterokaryon, S Phase

Elton Yeung2 Page
3 Mar 2017
6
Mitosis: division of nuclear material // cytokinesis: division of cytoplasm. Consider an asynchronous cell culture (cells in different cell cycle, some
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UTSCBIOB11H3Dan RiggsWinter

BIOB11 Lecture 4: BIOB11 - Lecture 4 Notes

OC44472812 Page
3 Feb 2016
57
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 10: Leucine Zipper, Zipper, Inverted Repeat

Elton Yeung3 Page
18 Feb 2017
9
Biob11-l10: gene regulation ii (transcription factors and microarray technology) Transcription factors have two functional domains: dna binding: sequen
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 11: Histone Acetyltransferase, Heterochromatin Protein 1, Tata Box

Elton Yeung4 Page
18 Feb 2017
8
Biob11-l11: gene regulation 3 epigenetics & miscellaneous gene regulatory mechanisms. Information flow through dna to rna to protein. Mechanisms that a
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 1: Ionic Strength, Glycosidic Bond, Model Organism

OC84624510 Page
31 Jan 2017
2
An overview of the most important milestones and early discoveries on the nature of the gene: Today, in 2017, many genomes; the entire dna content of o
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Chapter Notes - Chapter 11: Riboflavin, Frameshift Mutation, Leucine

OC722311 Page
17 Mar 2012
49
Chapter 11 gene expression: from transcription to translation. Archibald garrod 1908: people have rare inherited disease caused by enzymes alcaptonuria
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UTSCBIOB11H3Dan RiggsWinter

chapter 10 notes

OC85727 Page
29 Apr 2011
22
Distinct factors of inheritance (genes/alleles) govern the characteristics of plants through dominant/recessive. Law of segregation: pair of alleles se
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UTSCBIOB11H3Dan RiggsSummer

BIOB11H3 Chapter Notes - Chapter 14: Metaphase, Robin Holliday, Genetic Recombination

OC72233 Page
17 Mar 2012
45
Meiosis (greek-reduction): formation of production of haploid phase in life cycle, fertilization ensures diploid phase. Diploid g2 cells contain pairs
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UTSCBIOB11H3Dan RiggsFall

BIOB11H3 Chapter Notes - Chapter 10: Infor, Transposable Element, Gc-Content

OC72238 Page
17 Mar 2012
56
Chapter 10 the nature of the gene and the genome. Genome: collective body of genetic information that is present in a species, contain all genes to mak
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Chapter Notes - Chapter 12: Centromere, Disaccharide, Histone H2B

OC857216 Page
29 Apr 2011
37
The nucleus contains chromosomes (condensed into chromatin = chromosomes + proteins), nucleoli, nucleoplasm, and nuclear matrix. The inner surface is b
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UTSCBIOB11H3dWinter

BIOB11H3 Chapter Notes - Chapter 2: Antimetabolite, Internal Combustion Engine, Indoor Air Quality

OC338874 Page
26 Jun 2012
15
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UTSCBIOB11H3Patrick HallWinter

Biology part 2 book notes.docx

OC796621 Page
4 May 2012
37
A bilaterally symmetrical animal can be divided into mirror-image (left and right) halves by a single plane that passes through the midline of its body
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UTSCBIOB11H3dWinter

BIOB11H3 Chapter Notes - Chapter 1: Three Steps, Climate Change, Environmental Degradation

OC338874 Page
26 Jun 2012
21
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UTSCBIOB11H3Dan RiggsWinter

Chapter 11 notes

OC857211 Page
29 Apr 2011
26
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Chapter Notes - Chapter 13: Deoxyribose, Dnac, Telomerase

OC85728 Page
29 Apr 2011
20
Watson and crick hypothesized that dna replication is semiconservative - but they also had to consider the conservative and dispersive modes of replica
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UTSCBIOB11H3Daman BawaSummer

BIOB11 Final: BIOB11 - Sample questions Final

OC2899967 Page
16 Aug 2015
169
Answer: a: which of the following are not components of a typical bacterial operon, promoter, repressor, nucleosome, structural genes, all of the above
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UTSCBIOB11H3Dan RiggsWinter

[BIOB11H3] - Midterm Exam Guide - Comprehensive Notes for the exam (31 pages long!)

OC84624531 Page
7 Feb 2017
11
An overview of the most important milestones and early discoveries on the nature of the gene: Today, in 2017, many genomes; the entire dna content of o
View Document
UTSCBIOB11H3Dan RiggsWinter

[BIOB11H3] - Final Exam Guide - Everything you need to know! (192 pages long)

OC544118192 Page
30 Mar 2017
0
Nuclear pore complex: highly selective, bidirectional transporter for cargoes. Include inner membrane proteins and all the proteins in the nucleoplasm;
View Document
UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Final: BIOB11 Final

OC264005679 Page
9 Jan 2019
0
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UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 9: Lac Repressor, Lac Operon, Camp Receptor Protein

Elton Yeung3 Page
18 Feb 2017
7
Lactose = disaccharide of galactose + glucose covalently linked together. Lactose (act as an inducer) -galactosidase expressed lactose metabolized into
View Document
UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 16: Sister Chromatids, Coiled Coil, Condensin

Elton Yeung3 Page
3 Mar 2017
5
Biob11-l16: cell cycle ii (chromosome condensation & movement) Cytoskeleton disassembles; spindle apparatus forms; nuclear membrane breakdown. Chromoso
View Document
UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 13: Dna Polymerase Iii Holoenzyme, Dna Polymerase I, Dna Replication

Elton Yeung2 Page
18 Feb 2017
11
Biob11-l13: dna replication ii enzymology, origins, organization & licensing: kornberg (1950s) Purified e. coli dna polymerase dna + dntps (datp, dctp*
View Document
UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Study Guide - Comprehensive Final Exam Guide - Protein, Gene, Dna

OC2406685103 Page
20 Nov 2018
0
Central dogma of molecular genetics (cid:862)dna (cid:373)akes na (cid:373)akes protei(cid:374): It is useful to outline the compartments, to suggest t
View Document
UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Study Guide - Comprehensive Final Exam Guide - Protein, Messenger Rna, Dna

OC2002648153 Page
20 Nov 2018
0
Prokaryote and eukaryote cells have different internal structures. An overview of several important discoveries on the nature of gene. Gregor mendel ex
View Document
UTSCBIOB11H3Dan RiggsWinter

BIOB11H3 Lecture Notes - Lecture 1: Punnett Square, Metaphase, Telophase

OC539065 Page
25 Jan 2016
40
Biob11: lecture 1: chromosomes, heredity, meiosis and recombination. Diploid: containing both members of each pair of homologous chromosomes, as exempl
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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 3: Diluent, Flight Controller

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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 2: John Bowlby, Olfactory Receptor, Stone Tool

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8 Oct 2019
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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 4: Bacterial Growth, Bacteriuria, Microbiological Culture

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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 5: C1 Complex, Lectin Pathway, Complement System

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UTSCBIOB11H3Dr. BawaSummer

BIOB11H3 Chapter Notes - Chapter 6: Photophosphorylation, Photosynthetic Pigment, Photoinhibition

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13 Aug 2019
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Lecture Notes - Lecture 11: Adenylyl Cyclase, G Protein-Coupled Receptor Kinase, Arrestin

OC25339992 Page
11 Aug 2019
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Lecture Notes - Lecture 11: Glucocorticoid Receptor, Carbohydrate Metabolism, Cytosol

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11 Aug 2019
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Lecture Notes - Lecture 11: Oncogene, Metastasis, P53

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11 Aug 2019
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Lecture Notes - Lecture 11: Tumor Suppressor Gene, G1 Phase, E2F

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11 Aug 2019
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UTSCBIOB11H3Daman BawaSummer

BIOB11H3 Lecture Notes - Lecture 11: Adenylyl Cyclase, Inositol Trisphosphate, Glycogen Synthase

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