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All Educational Materials for BIOA02H3 at University of Toronto Scarborough (UTSC)

UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3- Final Exam Guide - Comprehensive Notes for the exam ( 82 pages long!)

Avery Huang82 Page
29 Mar 2018
0
Liverworts: mosses (2 groups, hornworts, largest branch of plants: angiosperms/flowering sperms, 2nd largest: bryophytes, most species rich groups: mos
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Study Guide - Comprehensive Final Exam Guide - Metabolism, Insulin, Vasopressin

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20 Nov 2018
0
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3- Final Exam Guide - Comprehensive Notes for the exam ( 142 pages long!)

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29 Mar 2018
0
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UTSCBIOA02H3Ivana StehlikWinter

[BIOA02H3] - Final Exam Guide - Everything you need to know! (41 pages long)

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30 Mar 2017
0
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UTSCBIOA02H3Ivana StehlikSpring

BIOA02H3- Final Exam Guide - Comprehensive Notes for the exam ( 119 pages long!)

OC505328119 Page
29 Mar 2018
0
Module 2: animal form & function (prof. reid) Comparative physiology (animal: mechanistic physiology, evolutionary physiology, environmental physiology
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UTSCBIOA02H3Ivana StehlikWinter

[BIOA02H3] - Midterm Exam Guide - Everything you need to know! (30 pages long)

OC129541230 Page
7 Feb 2017
16
Tree of life has 3 parts: bacteria, archaea. Earth"s age is (cid:1008). (cid:1009)b years old majority of (prokaryotes), and eukaryotes time was no lif
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Study Guide - Winter 2018, Comprehensive Midterm Notes - Metabolism, Insulin, Vasopressin

OC200264825 Page
12 Oct 2018
0
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UTSCBIOA02H3Ivana StehlikWinter

[BIOA02H3] - Midterm Exam Guide - Comprehensive Notes for the exam (17 pages long!)

OC149813917 Page
7 Feb 2017
16
Lecture 1 tree of life (part 1) Plants are part of eukaryotes within major organization of life as well as algae, fungi, animals etc. , organisms that
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Study Guide - Final Guide: Biogeography, Water Cycle, Biodiversity Hotspot

OC201739115 Page
22 Apr 2018
0
However, each time it eats that particular type of seed the bird finds that the seed is less and less bitter. What type of learning behaviour is this:
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UTSCBIOA02H3Stephen ReidWinter

BIOA02H3 Study Guide - Midterm Guide: Foramen, Windkessel Effect, Arteriole

OC23394756 Page
8 Dec 2017
0
Bioa02 module #2 - hearts and circulatory system. In a closed circulatory system, circulatory uid is blood. Blood ows from the heart to arteries to cap
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UTSCBIOA02H3Ivana StehlikFall

BIOA02H3 Study Guide - Final Guide: Reinforcement, Operant Conditioning, Habituation

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UTSCBIOC19H3Ian BrownFall

BIOC19H3 Final: BIOC19 Full Course Notes

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UTSCBIOB11H3Aarti AshokFall

BIOB11H3 Lecture Notes - Lecture 3: Diluent, Flight Controller

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8 Oct 2019
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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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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 39: module 3 - lecture 12

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5 Apr 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 38: module 3 - lecture 11

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5 Apr 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 37: module 3 - lecture 10

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2 Apr 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 36: module 3 - lecture 9

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29 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 35: module 3 - lecture 8

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28 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 34: module 3 - lecture 7

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27 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 33: module 3 - lecture 6

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22 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 32: module 3 - lecture 5

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22 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 31: module 3 - lecture 4

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 30: module 3 - lecture 3

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 29: module 3 - lecture 2

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14 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 28: module 3 - lecture 1

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12 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 26: module 2- lecture 11

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 27: module 2-lecture12

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 25: module 2- lecture 10

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5 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 24: module 2 - lecture 9

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1 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 23: module 2 - lecture 8

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1 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 22: module 2 - lecture 6

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26 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 18: lecture 18

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20 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 17: module 2 - lecture 4

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15 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 14: Module 2- lecture 2

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7 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 15: Module 2- lecture 3

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8 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 13: Module 2-lecture 1

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5 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 12: 12

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1 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 11: 11

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1 Feb 2019
0
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 10: 10

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29 Jan 2019
0
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 9: 9

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25 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 8: 8

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24 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 7: 7

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 6: 6

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 5: 5

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18 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 4: 4

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 3: 3

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 2: 2

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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 1: 1

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9 Jan 2019
0
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 18: Phrenic Nerve, Obstructive Sleep Apnea, Cerebrospinal Fluid

OC5374884 Page
12 Mar 2015
54
Bioa02h3 (module 2) lecture 7: control of breathing and blood oxygen transport. Respiratory control: higher brain centers: autonomic control of breathi
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 17: Trachea, Hypocapnia, Air Sacs

OC5374884 Page
12 Mar 2015
63
Bioa02h3 lecture 6 (module 2): respiratory systems and breathing. Partial pressure of gases: partial pressure of a gas (pgas): the pressure exerted by
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 16: Atrioventricular Node, Hemolymph, Aorta

OC5374883 Page
12 Mar 2015
62
Bioa02h3 lecture 5 (module 2): hearts and circulatory systems. Open circulatory systems: circulating fluid is haemolymph, haemolymph is not separate fr
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 15: Neuromuscular Junction, Hydrolysis, Troponin

OC5374884 Page
12 Mar 2015
78
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 2: Gametophyte, Sporophyte, Spermatozoon

OC5374881 Page
13 Feb 2015
42
True ferns: today 75% of fern species are found in tropics, tiny aquatic fern (azolla) to 25m tall tree ferns. Interpretation of life cycle (ferns and
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 10: Meristem, Pressure Gradient, Endosperm

OC5374882 Page
13 Feb 2015
33
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 6: Seed, Apical Dominance, Ovule

OC5374882 Page
13 Feb 2015
39
Bioa02h3 lecture 6: from seed to tree i. From seed to tree: seed to germination. Germination: from primary to secondary plant body, body plans of major
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 12: Phloem, Kohlrabi, Lemming

OC5374883 Page
13 Feb 2015
29
Plant defense: plants feed the world, but they do not really want to do so, plant defence mechanisms, arms race between plants and herbivores. Plants f
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 4: Parenchyma, Photosynthesis, Cork Cambium

OC5374882 Page
13 Feb 2015
41
Bioa02h3 lecture 4: plant cells and plant tissues. Epidermis (roots, shoots and leaves): epidermis cell (protection, cuticle (protection, stoma (2 guar
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 5: Malic Acid, Light-Independent Reactions, Carboxylation

OC5374882 Page
13 Feb 2015
37
Introduction: c3 photosynthesis, c4 photosynthesis, cam photosynthesis, overview. Photosynthesis: with parenchyma containing chloroplasts also known as
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 9: Monogamy, Evolutionary Radiation, Coevolution

OC5374883 Page
13 Feb 2015
30
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 13: Chemotroph, Hydrogen Sulfide, Globin

OC5374883 Page
13 Feb 2015
69
Bioa02h3 lecture 1 (module 2): animal form and function. Physiological systems from a non-human perspective: very simple (basic to more complex neural
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 14: Threshold Potential, Autonomic Nervous System, Peripheral Nervous System

OC5374884 Page
13 Feb 2015
45
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 11: Silt, Soil Fertility, Humus

OC5374883 Page
13 Feb 2015
34
Bioa02h3 lecture 11: plant nutrition and soils. Plant nutrition and soils: nutrients necessary for plant life, nutrient availability in soils. Soil ph:
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 15: Ischemia, Portal Vein, Kidney

OC5374883 Page
13 Feb 2015
44
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 3: Phloem, Cuticle, Cutin

OC5374884 Page
13 Feb 2015
43
Bioa02 lecture 3: plant cells and plant tissues. Growth - difference between plants and animals: plants = undifferentiated cells differentiated cells a
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 1: Spermatozoon, Gamete, Gametophyte

OC5374882 Page
13 Feb 2015
87
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 7: Xylem, Eudicots, Monocotyledon

OC5374882 Page
13 Feb 2015
29
Biao02h3 lecture 7: from seed to tree ii. Form seed to tree: seed to germination, from primary to secondary plant body i. ii. iii. iv. Apical dominance
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 13: Module 2-lecture 1

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5 Feb 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 1: 1

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9 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 12: 12

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1 Feb 2019
0
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Lecture Notes - Lecture 1: Spermatozoon, Gamete, Gametophyte

OC5374882 Page
13 Feb 2015
87
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 2: 2

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10 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 3: 3

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11 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 4: 4

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15 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 7: 7

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24 Jan 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 28: module 3 - lecture 1

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12 Mar 2019
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UTSCBIOA02H3Stephen Reid, Ivana Stehlik, Rachel SturgeWinter

BIOA02H3 Lecture 6: 6

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18 Jan 2019
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UTSCBIOA02H3Kenneth YipSummer

BIOA02H3 Chapter Notes - Chapter 3: Agarose Gel Electrophoresis, Molecular-Weight Size Marker, Bromophenol Blue

OC10690722 Page
21 Aug 2016
5
Part 1: review of pcr and bioinformatics: before your lab, connect to howard hughes medical institute"s website and use their virtual bacterial identif
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UTSCBIOA02H3Mary OlavesonWinter

Study Guide for Chapter 53

5 Page
19 Jul 2010
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UTSCBIOA02H3Mary OlavesonWinter

Study Guide for Chapter 57

5 Page
19 Jul 2010
28
Human interference with different habitats and ecosystems have greatly increased the rate of extinction. An applied scientific discipline devoted to pr
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UTSCBIOA02H3Mary OlavesonWinter

BIOA02H3 Chapter Notes - Chapter 50: Sexual Selection, Advantageous, Protein Folding

OC176329 Page
20 Nov 2010
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Chapter Notes - Chapter 45.1: Bombyx Mori, Karl Von Frisch, Nikolaas Tinbergen

OC11826352 Page
17 Mar 2017
0
Niko tinbergen, konrad lorenz, and karl von frisch won the nobel prize for their roles in pioneering the study of animal behaviour under natural condit
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Chapter Notes - Chapter 49.2: Carbon Cycle, 2Degrees, Permafrost

OC11826355 Page
26 Mar 2017
0
Carbon cycle photosynthesis removes co2 from atmosphere and respiration replaces it. Atmospheric co2 levels increased annually over past 60 years and b
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Chapter Notes - Chapter 49.1: Ecological Footprint, Anthropocene, Major Force

OC11826351 Page
26 Mar 2017
0
We were born into a golden age because all the stuff from the past is gone now but a consequence is that we have an increasing human pop crossed the 7
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Chapter Notes - Chapter 45.5: Waggle Dance, Karl Von Frisch, Peter Marler

OC11826354 Page
17 Mar 2017
0
Behaviours are also shaped by interactions with other individuals. Communication is the transfer of information between a sender and receiver. E. g. ve
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UTSCBIOA02H3Mary OlavesonWinter

Chapter 51 Study Guide

OC302312 Page
27 Feb 2011
32
Chapter 51 salt and water balance and nitrogen excretion. Blood, sweat, tears taste salty because they have similar ionic concentrations as interstitia
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UTSCBIOA02H3Ivana StehlikWinter

BIOA02H3 Chapter Notes - Chapter 45.6: Aphid, Superorganism, Hymenoptera

OC11826354 Page
17 Mar 2017
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Evolutionary advantages of most behaviours are readily apparent e. g. lorenz"s goslings imprinted on the rst moving object and that"s good because stic
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[BIOA02H3] - Midterm Exam Guide - Everything you need to know! (30 pages long)

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Seta is the name of the structure supporting the spore capsule. Protonema, gametophyte, antheridium, archegonium, egg cell, and spermatozoid carry only
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