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All Educational Materials for BIOC51H3 at University of Toronto Scarborough (UTSC)

UTSCBIOC51H3Maydianne AndradeFall

Summary of key points of Darwin and Evolution

1 Page
29 Sep 2011
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Study Guide - Final Guide: Zygosity, Frequency-Dependent Selection, Allele Frequency

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11 Dec 2011
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Frequently-seen exam questions from 2014 - 2018.
UTSCSpring

BIOB32H3 Lecture Notes - Lecture 8: Nerve Conduction Velocity, Gastrocnemius Muscle, Sciatic Nerve

7 Page
26 Mar
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UTSCFall

BIOC19H3 Final: BIOC19 Full Course Notes

162 Page
3 Dec 2019
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UTSCFall

BIOB11H3 Lecture Notes - Lecture 3: Diluent, Flight Controller

1 Page
8 Oct 2019
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UTSCFall

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

4 Page
7 Oct 2019
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UTSCFall

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

7 Page
24 Sep 2019
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UTSCFall

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

4 Page
24 Sep 2019
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UTSCFall

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

7 Page
24 Sep 2019
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UTSCFall

BIOB50H3 Midterm: Practice Questions 1 Fall 2018

5 Page
20 Jul 2019
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UTSCFall

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

6 Page
20 Jul 2019
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UTSCFall

BIOB50H3 Midterm: BIOB50 Fall 2018 PQ Answers

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20 Jul 2019
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UTSCBIOC51H3Maydianne AndradeFall

Readings 15 notes

2 Page
11 Aug 2010
Life history analysis is the branch of evolutionary biology that attempts to make sense of the diversity in reproductive strategies. The amount of ener
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UTSCBIOC51H3Maydianne AndradeFall

Readings 5 notes

3 Page
11 Aug 2010
Mutation is the only process that creates new alleles and new genes (source of genetic variation) Adenine and guanine are purines (two) while cytosine
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UTSCBIOC51H3Maydianne AndradeFall

Readings 7 notes

3 Page
11 Aug 2010
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UTSCBIOC51H3Maydianne AndradeFall

Readings 2 notes

3 Page
11 Aug 2010
According to the bible, species are unchanged since their creation and variation within each type is limited. The theory of special creation has two co
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UTSCBIOC51H3Maydianne AndradeFall

Readings 3 notes

2 Page
11 Aug 2010
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UTSCBIOC51H3Maydianne AndradeFall

Readings 10 notes

2 Page
11 Aug 2010
Quantitative genetics is the branch of evolutionary biology that provides tools for analyzing the evolution of multilocus traits. Qualitative traits in
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UTSCBIOC51H3Maydianne AndradeFall

Readings 14 notes

2 Page
11 Aug 2010
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UTSCBIOC51H3Maydianne AndradeFall

Lecture 3 Notes

2 Page
9 Oct 2011
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UTSCBIOC51H3Maydianne AndradeFall

Lecture notes 2-8

16 Page
28 Sep 2011
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UTSCBIOC51H3Maydianne AndradeFall

BGYB51H3 Lecture 11 Notes Oct 15

1 Page
11 Aug 2010
Allele frequencies change due to selection (see figure 6. 12) In populations with 2 alleles, sum of allele frequencies and sum of genotype frequencies
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Chapter Notes - Chapter 13: Senescence, Pleiotropy, Dna Mismatch Repair

6 Page
11 Feb 2012
Fig 13. 2 shows how a female opossum got her energy at different stages of her life, and the functions to which she allocated that finite energy supply
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Chapter Notes - Chapter 10: Phylogenetic Tree, Synapomorphy

1 Page
3 Nov 2010
The comparative method seeks to evaluate hypotheses by testing for patterns across species, such as correlations among traits, or correlations between
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UTSCBIOC51H3Maydianne AndradeFall

BIOB51 - Lecture 3

4 Page
17 Dec 2011
Evidence that natural selection can produce evolutionary change. Evidence that species change through time (1) evolution under domestication (a) domest
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UTSCBIOC51H3Maydianne AndradeFall

chapter 2 notes

4 Page
11 Feb 2012
Bgyb51: chapter 2 (pages 37 49 and 53 65) Evidence from living species y the living evidence for descent with modification comes in two forms: by monit
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UTSCBIOC51H3Maydianne AndradeFall

chapter 3 notes

4 Page
11 Feb 2012
Artificial selection: domestic animals and plants y to increase the frequency of desirable traits in their stocks, plant and animal breeders employ art
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UTSCBIOC51H3Maydianne AndradeFall

chapter 10 notes

3 Page
11 Feb 2012
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Chapter Notes - Chapter 3: Ibm 7090, Ibm 7070

5 Page
4 Oct 2011
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UTSCBIOC51H3Maydianne AndradeFall

Chapter 2 - pgs. 53-65

2 Page
26 Sep 2011
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UTSCBIOC51H3Maydianne AndradeFall

chapter 4

2 Page
11 Feb 2012
The evolutionary history of a group of species is called it phylogeny and a phylogenetic tree is a. Estimating evolutionary trees graphical summary of
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UTSCBIOC51H3Maydianne AndradeFall

Textbook CH.3 notes

5 Page
2 Oct 2011
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UTSCBIOC51H3Maydianne AndradeFall

Readings 15 notes

2 Page
11 Aug 2010
Life history analysis is the branch of evolutionary biology that attempts to make sense of the diversity in reproductive strategies. The amount of ener
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 5 notes

3 Page
11 Aug 2010
Mutation is the only process that creates new alleles and new genes (source of genetic variation) Adenine and guanine are purines (two) while cytosine
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 7 notes

3 Page
11 Aug 2010
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 2 notes

3 Page
11 Aug 2010
According to the bible, species are unchanged since their creation and variation within each type is limited. The theory of special creation has two co
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 3 notes

2 Page
11 Aug 2010
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 10 notes

2 Page
11 Aug 2010
Quantitative genetics is the branch of evolutionary biology that provides tools for analyzing the evolution of multilocus traits. Qualitative traits in
View Document
UTSCBIOC51H3Maydianne AndradeFall

Readings 14 notes

2 Page
11 Aug 2010
View Document
UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Chapter Notes - Chapter 13: Senescence, Pleiotropy, Dna Mismatch Repair

6 Page
11 Feb 2012
Fig 13. 2 shows how a female opossum got her energy at different stages of her life, and the functions to which she allocated that finite energy supply
View Document
UTSCBIOC51H3Maydianne AndradeFall

Lecture 3 Notes

2 Page
9 Oct 2011
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UTSCBIOC51H3Maydianne AndradeFall

Lecture notes 2-8

16 Page
28 Sep 2011
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UTSCBIOC51H3Matthias NiemeierWinter

BIOC51H3 Lecture Notes - Special Creation, Natural Selection, Selective Breeding

2 Page
7 Feb 2013
Relatedness of species (similarity within diversity; tree of life) All species descended from one or a few original species: descent with modification.
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Lecture Notes - Principle Of Faunal Succession, Relative Dating, Advantageous

4 Page
21 Oct 2012
Bgyb51: chapter 2 (pages 37 49 and 53 65) The first scientist to give a definition of species, john ray, states that [o]ne species never springs from t
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UTSCBIOC51H3Maydianne AndradeFall

chapter 10 notes

3 Page
11 Feb 2012
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UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Chapter Notes - Chapter 13: Senescence, Pleiotropy, Dna Mismatch Repair

6 Page
11 Feb 2012
Fig 13. 2 shows how a female opossum got her energy at different stages of her life, and the functions to which she allocated that finite energy supply
View Document
UTSCBIOC51H3Maydianne AndradeFall

chapter 4

2 Page
11 Feb 2012
The evolutionary history of a group of species is called it phylogeny and a phylogenetic tree is a. Estimating evolutionary trees graphical summary of
View Document
UTSCBIOC51H3Maydianne AndradeFall

chapter 3 notes

4 Page
11 Feb 2012
Artificial selection: domestic animals and plants y to increase the frequency of desirable traits in their stocks, plant and animal breeders employ art
View Document
UTSCBIOC51H3Maydianne AndradeFall

chapter 2 notes

4 Page
11 Feb 2012
Bgyb51: chapter 2 (pages 37 49 and 53 65) Evidence from living species y the living evidence for descent with modification comes in two forms: by monit
View Document
UTSCBIOC51H3Maydianne AndradeFall

BIOB51 - Lecture 3

4 Page
17 Dec 2011
Evidence that natural selection can produce evolutionary change. Evidence that species change through time (1) evolution under domestication (a) domest
View Document
UTSCBIOC51H3Maydianne AndradeFall

BIOC51H3 Study Guide - Final Guide: Zygosity, Frequency-Dependent Selection, Allele Frequency

42 Page
11 Dec 2011
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UTSCBIOC51H3Maydianne AndradeFall

Lecture 17 - detailed notes

2 Page
14 Nov 2011
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