All Educational Materials for HMB265H1 at University of Toronto St. George (UTSG)

UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1- Final Exam Guide - Comprehensive Notes for the exam ( 62 pages long!)

62 Page
29 Mar 2018
We inherit alleles or parts of genes from our parents. Scientitists are rying to figure out which genes are important for which traits. We are trying t
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1- Final Exam Guide - Comprehensive Notes for the exam ( 25 pages long!)

25 Page
29 Mar 2018
Lecture 12 - introduction to quantitative inheritance: continuous variation, additive inheritance, all alleles are incompletely dominant and have addit
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UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Final Exam Guide - Everything you need to know! (112 pages long)

112 Page
28 Nov 2016
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UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Final Exam Guide - Ultimate 45 pages long Study Guide!

45 Page
28 Nov 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
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UTSGHMB265H1Stephen Wright, Belinda ChangFall

HMB265H1 Study Guide - Comprehensive Final Exam Guide - Zygosity, Wild Type, Single-Nucleotide Polymorphism

32 Page
20 Nov 2018
Medical genetics = identify genetic cause of disease to cure, diagnose & prevent disease, gene therapy (crispr), pharmacogenomics/how genes affect your
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UTSGHMB265H1Belinda ChangFall

[HMB265H1] - Final Exam Guide - Comprehensive Notes for the exam (57 pages long!)

57 Page
28 Nov 2016
Mutation- is the process whereby genes change from one allelic form to another. The creation of entirely new alleles can occur. Mutations can appear sp
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Study Guide - Comprehensive Final Exam Guide - Gene, Allele, Phenotype

27 Page
20 Nov 2018
Many common and rare diseases are inherited. Even infectiour diseases can have a genetic component (e. g. aids, malaria resistance. Crop and livestock
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1- Final Exam Guide - Comprehensive Notes for the exam ( 321 pages long!)

321 Page
29 Mar 2018
Lecture 1 the genetics and genomics of human biology. Dr. maria papaconstantinou: course coordinator and lecturer, forward genetics and population gene
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1- Midterm Exam Guide - Comprehensive Notes for the exam ( 90 pages long!)

90 Page
5 Oct 2017
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UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Midterm Exam Guide - Comprehensive Notes for the exam (45 pages long!)

45 Page
5 Oct 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
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UTSGWinter

RSM424H1 Lecture Notes - Lecture 8: Remittance

4 Page
7 Apr 2020
Sales in quarter: none of the quarterly sales exceed the ,000 threshold. Cumulative sales: determined by calculating the cumulative sales in the last 4
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UTSGWinter

RSM424H1 Lecture Notes - Lecture 9: Capital Gain, Tax Bracket

2 Page
7 Apr 2020
Calculate george"s net income for tax purposes for the 20x1 taxation year. Each partner"s income is determined by the share of the partnership"s income
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UTSGWinter

RSM424H1 Lecture Notes - Lecture 7: Retained Earnings

3 Page
7 Apr 2020
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UTSGWinter

RSM424H1 Lecture 4: RSM424 Tutorial 4

3 Page
7 Apr 2020
Diagram the organizational structure of crum"s financial activities. Association is relevant since associated corporations will share the ,000 annual b
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UTSGWinter

MAT137Y1 Lecture 36: Applications

2 Page
6 Apr 2020
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UTSGWinter

MAT137Y1 Lecture 35: New Power Series

2 Page
6 Apr 2020
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UTSGWinter

MAT137Y1 Lecture 15: Applications of MVT

2 Page
6 Apr 2020
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UTSGWinter

MAT137Y1 Lecture 35: Taylor Polynomials

2 Page
30 Mar 2020
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UTSGWinter

MAT137Y1 Lecture Notes - Lecture 36: Taylor Series

4 Page
30 Mar 2020
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UTSGWinter

MAT137Y1 Lecture 34: Power Series

3 Page
30 Mar 2020
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 26: Severe Combined Immunodeficiency, Adenosine Deaminase, Ex Vivo

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29 Nov 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 25: P53, Contact Inhibition, Cell Adhesion

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27 Nov 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 24: Aniridia, Pax6, Human Cloning

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24 Nov 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 23: Dosage Compensation, Retrotransposon, Methylation

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20 Nov 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 22: Sister Chromatids, Chromosomal Inversion, Haploinsufficiency

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16 Nov 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 21: Polyploid, Aneuploidy, Monosomy

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13 Nov 2019
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UTSGHMB265H1Stephen WrightFall

HMB265H1 Lecture 1: HMB265H1F Course Syllabus-Fall 2015

6 Page
29 Sep 2015
Course coordinator: dr. jen o"leary, human biology program. Course instructors: dr. stephen wright, ecology & evolutionary biology (lectures 1-11) Dr.
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 1: Medical Genetics, Gene Therapy, Pharmacogenomics

3 Page
14 Sep 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 14: Quantitative Trait Locus, Inbreeding, Genetic Linkage

7 Page
12 Oct 2016
Quantitative trait loci: have allelic variations that make small, qualitative contributions to phenotype. Mapping qtls determines where the the loci ar
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 22: Cystic Fibrosis, Hematopoietic Stem Cell Transplantation, Ex Vivo

7 Page
2 Dec 2017
Introducing back normal genes can restore normal life for patients w/ genetic disorders. = therapy confined to somatic cells and not inherited. Gene th
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UTSGHMB265H1Richard WrightFall

HMB265H1 Lecture Notes - Lecture 9: Centimorgan, Genetic Linkage, Genetic Distance

6 Page
12 May 2015
Lecture 9 : linkage mapping. Genes on the same chromosome are linked, generate excess of parental. Gametes generates excess of parental gametes. With l
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UTSGHMB265H1Stephen Wright, Belinda Chang

HMB265H1 Lecture Notes - Lecture 1: Dihybrid Cross, Mendelian Inheritance, Silent Mutation

20 Page
15 Jul 2018
Medical genetics = identify genetic cause of disease to cure, diagnose & prevent disease, gene therapy (crispr), pharmacogenomics/how genes affect your
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 8: Endosperm, Synapse, Gene Conversion

6 Page
19 Oct 2016
Recombination - morgan, mcclintock, creighton: crossing-over and chiasmata, recombination mechanism by holliday. Expected a 9:3:3:1 phenotypic ratio, b
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 21: Adult Stem Cell, Somatic Cell Nuclear Transfer, Aniridia

9 Page
9 Dec 2016
Model organisms: drosopihila: reverse, forward genetics, stem cells and cloning, embryonic patterning. Gap, pair-rule, segment polarity genes: homeotic
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 15: Mutation Rate, Indel, Mutagen

7 Page
1 Nov 2017
Changes to code affect how genes are expressed. Changes caused by mutations might or might not be apparent. Generate alleles of different genes that ca
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UTSGHMB265H1Belinda ChangFall

HMB265H1 Lecture Notes - Lecture 2: Dihybrid Cross, Mendelian Inheritance, Pea

8 Page
28 Nov 2016
Two hypothesis to inheritance: one parent contributes more to an off springs inherited traits. Wrong because it was independent of the parent (reciproc
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UTSGHMB265H1Belinda ChangFall

HMB265H1 Chapter 1: HMB265 notes.pdf

15 Page
28 Jan 2015
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UTSGHMB265H1Belinda ChangFall

HMB265H1 Chapter 9: hmb265-ch9

6 Page
10 Sep 2016
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UTSGHMB265H1Stephen Wright, Belinda Chang

HMB265H1 Chapter Notes - Chapter 2, 7, 14: Mutual Exclusivity, Dihybrid Cross, Lethal Allele

9 Page
15 Jul 2018
Genetics: the science of heredity : there exists genetic variation in populations, had to result in observable traits for mendelian experiments, variat
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UTSGHMB265H1Stephen WrightFall

Chapter 3 Independent Assortment

1 Page
25 Oct 2011
Mendel"s second law/independent assortment: unlinked, or distantly linked segregating gene pairs assort independently at meiosis. Dihybrid cross: cross
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Chapter Notes - Chapter 13: Human Height, Heritability, Phenotype

4 Page
29 Oct 2017
Hmb265 lecture 13 readings - quantitative trait analysis. = genotypic information doesn"t always show what phenotype is. Variance is a statistical meas
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Chapter Notes - Chapter 1: Preventive Healthcare, Intron, Dna Microarray

6 Page
17 Sep 2016
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UTSGHMB265H1Stephen WrightFall

HMB265H1 Chapter Notes -Null Allele, Zygosity, Wild Type

1 Page
25 Oct 2011
6. 1 interactions between the alleles of a single gene: variations on dominance multiple alleles/allelic series: the known mutant alleles of a gene and
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Chapter 17: HMB265 Lecture 17 READINGS - Changes in Chromosome Number

7 Page
13 Nov 2017
Hmb265 lecture 17 readings - changes in chromosome number (pg. N = number of chromosomes in gametes. All chromosomes in haploid gametes are different f
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UTSGHMB265H1Prof. WrightFall

HMB265H1 Chapter Notes - Chapter 2: Nonsense Mutation, Silent Mutation, Missense Mutation

1 Page
25 Sep 2018
The (cid:373)olecular expla(cid:374)atio(cid:374) for me(cid:374)del"s peas: the r allele of the pea shape gene specifies the enzyme sgr, which functio
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Chapter Notes - Chapter 19: Cell Nucleus, Acetyl Group, S Phase

5 Page
21 Nov 2017
Dna molecule has coding sequences (exons) + noncoding sequences (introns) Noncoding repetitive dna concentrated in certain regions (telomeres/centromer
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UTSGHMB265H1Stephen WrightFall

HMB265H1 Lecture 1: HMB265H1F Course Syllabus-Fall 2015

6 Page
29 Sep 2015
Course coordinator: dr. jen o"leary, human biology program. Course instructors: dr. stephen wright, ecology & evolutionary biology (lectures 1-11) Dr.
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Study Guide - Final Guide: F1 Hybrid, Ovarian Cancer, Mendelian Inheritance

22 Page
20 Sep 2014
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UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Final Exam Guide - Everything you need to know! (112 pages long)

112 Page
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1- Final Exam Guide - Comprehensive Notes for the exam ( 321 pages long!)

321 Page
29 Mar 2018
Lecture 1 the genetics and genomics of human biology. Dr. maria papaconstantinou: course coordinator and lecturer, forward genetics and population gene
View Document
UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Midterm Exam Guide - Comprehensive Notes for the exam (45 pages long!)

45 Page
5 Oct 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
View Document
UTSGHMB265H1Belinda ChangFall

[HMB265H1] - Final Exam Guide - Comprehensive Notes for the exam (57 pages long!)

57 Page
28 Nov 2016
Mutation- is the process whereby genes change from one allelic form to another. The creation of entirely new alleles can occur. Mutations can appear sp
View Document
UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 1: Medical Genetics, Gene Therapy, Pharmacogenomics

3 Page
14 Sep 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
View Document
UTSGHMB265H1Maria PapaconstantinouFall

[HMB265H1] - Final Exam Guide - Ultimate 45 pages long Study Guide!

45 Page
28 Nov 2016
Hmb265: human and general genetics lecture #1. Many common and rare diseases are inherited. Even infectious diseases can have a genetic component: e. g
View Document
UTSGHMB265H1Belinda ChangFall

HMB265H1 Chapter 1: HMB265 notes.pdf

15 Page
28 Jan 2015
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Study Guide - Fall 2018, Comprehensive Midterm Notes - Gene, Allele, Phenotype

27 Page
12 Oct 2018
Many common and rare diseases are inherited. Even infectiour diseases can have a genetic component (e. g. aids, malaria resistance. Crop and livestock
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 15&16: Dna Mismatch Repair, Rhodopsin, Tautomer

6 Page
13 Dec 2019
Rhodopsin, a light-sensitive protein found in rod cells and found on chromosome 3. A mutation in the rhodopsin gene is enough to lead to night blindnes
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 12-14: Inbred Strain, Siamese Cat, Lethal Allele

3 Page
13 Dec 2019
Cross between a pure-breeding white albino and pure-breeding brown mouse leads to all black f1 progeny; in the f2 there are 90 black: 30 brown: 40 albi
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 21-22: Dna Mismatch Repair, Spindle Apparatus, Contact Inhibition

7 Page
13 Dec 2019
Most cells only divide when they encounter growth factors (eg. hormones) Contact inhibition most cells stop growing when they come into contact with ot
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 19-20: Hypohidrotic Ectodermal Dysplasia, Genistein, Hair Follicle

10 Page
13 Dec 2019
Altered chromatin structure changes in gene expression phenotypic changes. Heterochromatic state can be inherited from one cell to the next. Changes du
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 17-18: Antonie Van Leeuwenhoek, Sister Chromatids, Allosome

11 Page
13 Dec 2019
Haploid gametes/cells carrying only a single set of chromosomes. Haploid number (n) the number of chromosomes in a haploid cell. Diploid zygotes/cells
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 8-9: Reginald Punnett, William Bateson, Homologous Chromosome

4 Page
13 Dec 2019
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 6-7: William Bateson, Epistasis, Leghorn Chicken

8 Page
13 Dec 2019
Pg 45-62 extension to mendel for gene interactions. Most traits are not mendelian (determined by a single gene); most arise from the action of two or m
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 4-5: Zygosity, Abo Blood Group System, Epistasis

3 Page
13 Dec 2019
Generation times are long and families are relatively small (ie. statistical analysis is difficult) No pure-breeding lines and no controlled matings. R
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Chapter Notes - Chapter 20: Pleiotropy, Rhodopsin, Ommatidium

3 Page
13 Dec 2019
H4 histone protein conserved over roughly 2 billion years. Development of insect eyes and vertebrate eyes evolved from a single prototypical light-sens
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UTSGHMB265H1Naomi Levy-Strumpf, Stephen WrightFall

HMB265H1 Lecture Notes - Lecture 19: Non-Coding Rna, Dna Methyltransferase, Epigenome

3 Page
13 Dec 2019
Epigenetics (epigenome) heritable modifications in gene function not due to changes in the base sequence of dna. Can be inherited in the f2 and subsequ
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