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

UTSGHMB265H1Maria PapaconstantinouFall

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

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

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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!)

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

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UTSGHMB265H1Maria PapaconstantinouFall

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

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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 - Ultimate 45 pages long Study Guide!

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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

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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!)

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

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

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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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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture 20: 20 - Nonlinear Attitude Control

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 1: Orbiting Body, Triple Product, Apsis

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture 16: 16 - Disturbance Torques

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture 19: 19 - Bias-Momentum Stabilization

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D ynamics of spacecraft under gravity gradient with actively-controlled wheels are considered. Lin- earized pitch and roll/yaw equations of motion are
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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 2: Cross Product, Rotation Matrix, Inertial Frame Of Reference

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T his lesson focuses on how motion and time variations of vectors can be described geometrically, disregarding any external forces and physical laws of
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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 6: Orbiting Body, Order Of Merit, True Anomaly

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture 12: 12 - Torque-Free Motion

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 10: Angular Velocity, Gm-1, Integral Equation

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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 8: Orbit Determination, Order Of Merit, Cross Product

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H aving studied the dynamics of orbital motion and how to describe an orbit, we will now look at how to control and modify spacecraft"s orbits. In part
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UTSGAER506H1Behrad VatankhahghadimSummer

AER506H1 Lecture Notes - Lecture 3: Absolute Angular Momentum, Momentum, System Dynamics

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H aving studied the geometry of motion, this lesson adds the physical laws of nature, primarily new- ton"s laws of motion, and attempts to describe rig
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UTSGHMB265H1Stephen WrightFall

HMB265H1 Lecture 1: HMB265H1F Course Syllabus-Fall 2015

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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

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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

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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

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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

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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

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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 21: Adult Stem Cell, Somatic Cell Nuclear Transfer, Aniridia

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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 8: Endosperm, Synapse, Gene Conversion

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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 15: Mutation Rate, Indel, Mutagen

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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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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Lecture Notes - Lecture 5: F1 Hybrid, Mendelian Inheritance, Red Blood Cell

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Hmb265: lecture 5 - extensions of mendelian genetics part 1 (sept. 22) Question: sheldon"s father and amy"s brother suffer from a rare autosomal recess
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UTSGHMB265H1Belinda ChangFall

HMB265H1 Chapter 1: HMB265 notes.pdf

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UTSGHMB265H1Belinda ChangFall

HMB265H1 Chapter 9: hmb265-ch9

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UTSGHMB265H1Stephen Wright, Belinda Chang

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

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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

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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

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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

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UTSGHMB265H1Stephen WrightFall

HMB265H1 Chapter Notes -Null Allele, Zygosity, Wild Type

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

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Dna molecule has coding sequences (exons) + noncoding sequences (introns) Noncoding repetitive dna concentrated in certain regions (telomeres/centromer
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UTSGHMB265H1Maria PapaconstantinouFall

HMB265H1 Chapter Notes - Chapter 3: Missense Mutation, Null Allele, Genetic Disorder

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Hmb265 lecture 3 readings - molecular basis of genetic polymorphisms & their. Genes encode proteins that cells produce that dictate cellular structure/
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UTSGHMB265H1Prof. WrightFall

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

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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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UTSGHMB265H1Stephen WrightFall

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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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UTSGHMB265H1Belinda ChangFall

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

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

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

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

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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 Study Guide - Final Guide: Amine, Viral Vector, Xyy Syndrome

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Qualities of a good model organism: short generation time, can be self-fertilized (inbred), simple reproductive biology, many progeny. Test crosses can
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UTSGHMB265H1Stephen Wright, Belinda ChangFall

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

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