OC104036

University of Toronto Scarborough

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UTSCMGTA02H3Zachariah CampbellWinter

MGTA02H3 Lecture Notes - Accounting Software, Tax Treaty, Double Taxation

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9 May 2013
14
Globalization: movement of goods, services, technology, investment, ideas, and people around the world. Happened when trade barriers are reduced after
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Meiosis, Mendelian Inheritance, Microtubule

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9 May 2013
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Dna: dna is important to the human body because it provides the instructions for life. It is an instruction maual that builds and contains all the info
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Punnett Square, Mendelian Inheritance, Dihybrid Cross

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9 May 2013
28
Genetics: human karyotypes are used to show all the chromosomes in a cell. They can detect chromosomal abnormalities such as a missing chromosome. Stai
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Study Guide - Midterm Guide: Hemoglobin

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9 May 2013
22
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Study Guide - Midterm Guide: Atherosclerosis, Rhabdomyolysis, Angina Pectoris

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9 May 2013
19
In heart, pulmonary arteries take deoxygenated blood out. In heart, pulmonary veins bring oxygenated blood in. Capillaries: smallest vessels, one cell
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Study Guide - Midterm Guide: Facilitated Diffusion, Bronchus, Intercostal Muscle

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9 May 2013
25
Biological systems: biological systems: group of organs work together to perform a function, organ system: group of 2 or more tissues working to do a t
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Symmetry In Biology, Organelle, Ectoderm

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9 May 2013
21
Characterized mostly by its method of locomotion (ability to move from one place to another. Most reproduce by mitosis, some sexual reproduction. Examp
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Venae Cavae, Pulmonary Circulation, Pulmonary Vein

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9 May 2013
21
Respiratory system: indicate the importance of gas exchange in all living organisms. Respiration is gas exchange (oxygen and carbon dioxide) with the e
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Soil Fertility, Meristem, Cloning

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9 May 2013
20
Spaces in soil allows for air and water, and space for animals. Photosynthesis : carbon dioxide + water -> (light energy) glucose + oxygen. Glucose con
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Magnesium, Sulfur, Ethylene

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9 May 2013
19
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Herbaceous Plant, Cnidaria, Ecotone

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9 May 2013
17
Population size = (birth rate + immigration) (death rate + emigration) (n) 100. Sea turtles large offspring , low survival rate. Mammals small offsprin
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Intron, Peptide, Mitosis

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9 May 2013
21
Conservative parental helix remains intact and a second all new copy is made. Semi conservative two strands of the parental helix separates and each fu
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Endodermis, Starch, Rhizome

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9 May 2013
13
Protected by guard cells allowing water to flow. Seals to keep moisture on hot day for example. Guard cells are swollen due to high concentration of wa
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Stoma, Transpiration, Parenchyma

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9 May 2013
15
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Seedling, Radicle, Epicotyl

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9 May 2013
16
Plants have vascular tissue and different reproduction compared to protists. Uses spores under leaf to reproduce if it s seedless. Specifically designe
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Dna Ligase, Okazaki Fragments, Dna Polymerase

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9 May 2013
20
Deoxyribonucleic acid is a polymer of nucleotide, nucleotides have a 5-carbon sugar, a phosphate group (phospho-diester bond) and a nitrogenous base (a
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Rubisco, Carbon Fixation, C3 Carbon Fixation

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9 May 2013
21
Energy flows into an ecosystem as sunlight and ultimately as heat, while the chemical elements essential to life are recycled. http://kentsimmons. uwin
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Aldosterone, Autocrine Signalling, Natural Killer Cell

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9 May 2013
9
Responds with the production of immune cells and proteins. Innate immunity present before any exposure to pathogens and are effective from the time of
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Egg Cell, Ovulation, Endometrium

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9 May 2013
16
The same hormones may have different effects on target cells. 2 main parts cns (central nervous system) Animals have complex nervous systems which cons
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Gamete, Sister Chromatids, G2 Phase

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9 May 2013
14
Structure: double helix, twisted ladder, coiled in chromosomes. Function: to contain all of the instructions for life. Dna inside chromosomes, inside t
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Sodium Chloride, Afferent Arterioles, Reabsorption

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9 May 2013
19
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Punnett Square, Distributive Property, Abo Blood Group System

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9 May 2013
16
Genes: parts of chromosomes that govern a trait, makes proteins that defines traits. Gene for height, allele for tall or short. Genotype: actual geneti
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Antigen, Punnett Square, True Cross

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9 May 2013
16
Dna: molecule inside nucleus that gives instructions to make proteins etc. Base pair : at purines 2 rings. Base pair: cg purimidines 1 ring. Dna twists
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Genetic Drift, Speciation, Allele Frequency

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9 May 2013
17
Charles darwin: theory of natural selection & theory of common ancestry. Baron cuvier: theory of catastrophism: stating that a catastrophe in one area
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Turner Syndrome, Philadelphia Chromosome, Aorta

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9 May 2013
16
Spermatogenesis: process of turning sperm gamete into sperm cell. Oogenesis: process of making an egg from an egg gamete cell. Haploid from meiosis goe
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Gradualism, Hooded Crow, Reproductive Isolation

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9 May 2013
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Species: group of individuals who are able to mate amongst themselves to make healthy offsprings. Exceptions: horses and donkeys mate to make mules. Ho
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Genetic Drift, Allele Frequency, Sickle-Cell Disease

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9 May 2013
14
Depends on the environment, selection will occur to see who lives. Survival is one thing, whether or not they can survive long enough to reproduce is a
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Mutation, Allele Frequency, Microevolution

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9 May 2013
40
Evolution review questions and answers: outline the contributions of cuvier, hutton, lyell, buffn, linnaeus, wallace, lamarck, and. Cuvier: investigate
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UTSCBIOA01H3Mark FitzpatrickWinter

evo lec 3.docx

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9 May 2013
11
Physically preserved organism from ancient rocks or amber. Used to see them change over time from old fossils. Had a wolf like skull, ear, pelvis bone,
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Monarch Butterfly, Cytochrome C, Pseudogene

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9 May 2013
11
Genes in cytochrome c (used for cellular respiration) Nearly identical in app species: suggests that they"re all related. Dna sequences that"s part of
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Aryan Race, Eugenics, Thomas Robert Malthus

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9 May 2013
16
Said species change over time into new species. Introduced idea about common ancestry and similarities between species. Classified species based on the
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Catastrophism, Uniformitarianism, James Hutton

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9 May 2013
15
Evolution: organisms changed because they had to adapt to the changing earth. Charles darwin: had credit for being first to say why evolution occurred
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Metaphase, G2 Phase, Centromere

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9 May 2013
14
Dna: indicate the importance of dna in the human body. Dna in the body contains important genetic information that teaches the body how to produce the
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Pepsin, Amylase, Nictitating Membrane

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9 May 2013
22
For breaking down food into smaller molecules so they can be diffused and absorbed into the body in a 24-33 hour process through mechanical and chemica
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Dna Replication, Galactoside, Human Genome Project

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9 May 2013
16
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Muscle Tissue, Mucin, Incisor

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9 May 2013
15
Functions: removes waste, transports oxygen, temperature, disease fighting, transports nutrients. Arteries: thick walls, high pressure, takes oxygenate
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Pseudopodia, Non-Vascular Plant, Lytic Cycle

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9 May 2013
16
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Thoracic Cavity, Respiratory System, Trachea

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9 May 2013
26
Biological systems > organ systems > tissue systems > cells. Respiratory system: responsible for gas exchange between the organism and the environment.
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Probability Distribution, Zygosity, Melanin

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9 May 2013
18
Blood that carries the right antigen will be recognized by white blood cells. If a foreign type of blood, with different antigens, then it will signal
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UTSCBIOA01H3Mark FitzpatrickWinter

BIOA01H3 Lecture Notes - Guanine, Pentose, Cell Nucleus

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9 May 2013
14
Allosteric shape of enzyme and substrate fit (lock and key) inhibitors. They have similar structures to the substrate and competes with it for the acti
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