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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Final: Urinary-System-Notes

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Final: CAPS-390-Master-Notes

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Microscopic anatomy- not visible by the naked eye. Histology- study of cells, tissues and organs at the microscopic level. All cells have a nucleus, ce
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Antrum, Nasal Cavity, Neural Crest

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Coagulation- protective mechanism mediated by platelets that makes blood become a gel (clotting) Blood in test tube- 44% red ppt at the bottom, 1% laye
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Adenylyl Cyclase, Lipid Bilayer, Nuclear Membrane

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Mode of secretion: circulating hormones: released into blood stream, paracrine hormones: secretory vesicle does not enter blood stream but released to
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Seminiferous Tubule, Vas Deferens, Ejaculatory Duct

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Myoepithelial Cell, Tubular Gland, Keratinocyte

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Layers: epidermis: stratified epithelial cells: most superficial layer stratified keratinized (mechanical strength + waterproof) squamous epithelium, d
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UBCCHEM 233Marco CiufoliniFall

CHEM 233 Lecture Notes - Lecture 4: Structural Formula, Formal Charge, Lewis Structure

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UBCCHEM 233Marco CiufoliniFall

CHEM 233 Lecture Notes - Lecture 7: Phosphonium, Structural Formula, Formal Charge

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Chem 233 exercise 1 review of chem 121-123: consider the molecule shown below: 2: the figure below represents the periodic table. Draw arrows represent
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UBCMATH 303Martin LohmannWinter

MATH 303 Study Guide - Midterm Guide: Ibm System P, Geom, Branching Process

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Consider the markov chain with state space {0, 1, 2, 3, 4, 5, 6} and transition matrix. 1 (a) (2 marks, no justi cation needed) draw the transition dia
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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Chapter Notes - Chapter 6: Periodic Boundary Conditions, Periodic Function, Sawtooth Wave

A function is periodic, with period t , if it repeats itself exactly after an interval of length t . i. e. y(x) = y(x+ Odes can be solved over an inter
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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Chapter Notes - Chapter 5: Step Function, Conflict Resource, Oliver Heaviside

The laplace transform is de ned by the integral. Within the integral a new variable s appears. Thus the transform is a function of s; we add the bar ab
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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Chapter Notes - Chapter 4: Identity Matrix, Linear Combination, Oscillation

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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Chapter Notes - Chapter 2: Integral Curve

The definition of a derivative: dy = lim 0 y(x + ) y(x) dx. But from the ode we also know that dy/dx = f (x, y). Hence, taking a small but finite value
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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Chapter Notes - Chapter 1: Integrating Factor, Linear Combination, Lincoln Near-Earth Asteroid Research

Odes: one seeks a function of a single variable (e. g. y(x)) that satisfies a di erential equation a given relation between the function and its deriva
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UBCMATH 256Eric CytrynbaumWinter

MATH 256 Lecture Notes - Lecture 3: Polynomial, Scilab, Autocad Dxf

Recall the ode: with constants a, b and c, and f (x) a prescribed function. ay00 + by0 + cy = f (x) Notice that if y / ex, then all three terms in the
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UBCCOMM 295Isaac HollowaySpring

COMM 295 Study Guide - Quiz Guide: Nash Equilibrium, Cournot Competition, Inverse Demand Function

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Gartner, Ovalle, Autoradiograph

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Ch 1, pp 1-12 (gartner & hiatt 4th ed. ) No need to memorize table 1. 1 (common histological stains and reactions) Lecture course examining human micro
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 7: Cell Junction, Gartner, Cytoskeleton

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Cell adhesion: gartner and hiatt - ch 5: pg 85; pp 90-103. Alberts" molecular biology of the cell - ch 19 (for a number of the figures in the lecture p
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 2: Lipid Bilayer, Phosphatidylcholine, Electron Microscope

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Lecture 02 summary, sept 05/14 (dr. chris loewen) Cell biology i; readings: ch 2; pp 11-30. Cells are the basic fundamental units of structure and func
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 6: Ground Substance, Fibronectin, Proteoglycan

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Understand the general features and functions of ct (see lecture power point slides) Functions: provides structural support, protection, storage of lip
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UBCCAPS 390Calvin RoskellyFall

CAPS 390 Lecture Notes - Lecture 1: Microscopy, Histology, Microtome

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 35: Simple Squamous Epithelium, Ovarian Cyst, Loose Connective Tissue

OC4844823 Page
6
Lect 35 female reproduction i (nov 24 2014, dr. roskelley) Consists of: internal reproductive organs: ovaries, oviduct, uterus and vagina, external gen
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Integral Membrane Protein, Lipid Bilayer, Protein Kinase A

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Lecture 02 summary, sept 08/17 (dr. chris loewen) Cell biology i; readings: ch 2; pp 13-35. Golgi controversy was not covered in today"s class please r
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 30: Common Hepatic Duct, Exocrine Gland, Immunostaining

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Lecture 30, gi -iii, nov 12, 2014 (dr. roskelley) Ch 18, pp 417-436 (note: you will not be tested on salivary glands in this course) Develop from evagi
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 13: Central Nervous System, Peripheral Nervous System, Central Sulcus

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Lecture 13 nerve i, oct 01, 2014 (dr. viau) Overview: the neuron is the functional cell of the nervous system that transmits this information. Therefor
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UBCCAPS 390Calvin RoskellyFall

CAPS 390 Lecture Notes - Lecture 33: Simple Squamous Epithelium, Loose Connective Tissue, Female Reproductive System

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Chapter Notes - Chapter 1: Integrin, Elastin, Collagen

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Used as migration mechanism for various things through adhesion. Two types connective tissue and basement membrane. Important feature- mesh-like networ
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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Gartner, Ovalle, Autoradiograph

OC22244482 Page
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Ch 1, pp 1-12 (gartner & hiatt 4th ed. ) No need to memorize table 1. 1 (common histological stains and reactions) Lecture course examining human micro
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 7: Cell Junction, Gartner, Cytoskeleton

OC4844824 Page
16
Cell adhesion: gartner and hiatt - ch 5: pg 85; pp 90-103. Alberts" molecular biology of the cell - ch 19 (for a number of the figures in the lecture p
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 2: Lipid Bilayer, Phosphatidylcholine, Electron Microscope

OC4844823 Page
33
Lecture 02 summary, sept 05/14 (dr. chris loewen) Cell biology i; readings: ch 2; pp 11-30. Cells are the basic fundamental units of structure and func
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 6: Ground Substance, Fibronectin, Proteoglycan

OC4844822 Page
26
Understand the general features and functions of ct (see lecture power point slides) Functions: provides structural support, protection, storage of lip
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Antrum, Nasal Cavity, Neural Crest

OC39773925 Page
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Coagulation- protective mechanism mediated by platelets that makes blood become a gel (clotting) Blood in test tube- 44% red ppt at the bottom, 1% laye
View Document
UBCCAPS 390Calvin RoskellyFall

CAPS 390 Lecture Notes - Lecture 1: Microscopy, Histology, Microtome

OC3431612 Page
2
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Final: CAPS-390-Master-Notes

OC39773926 Page
0
Microscopic anatomy- not visible by the naked eye. Histology- study of cells, tissues and organs at the microscopic level. All cells have a nucleus, ce
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 35: Simple Squamous Epithelium, Ovarian Cyst, Loose Connective Tissue

OC4844823 Page
6
Lect 35 female reproduction i (nov 24 2014, dr. roskelley) Consists of: internal reproductive organs: ovaries, oviduct, uterus and vagina, external gen
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Integral Membrane Protein, Lipid Bilayer, Protein Kinase A

OC22244484 Page
0
Lecture 02 summary, sept 08/17 (dr. chris loewen) Cell biology i; readings: ch 2; pp 13-35. Golgi controversy was not covered in today"s class please r
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 30: Common Hepatic Duct, Exocrine Gland, Immunostaining

OC4844823 Page
19
Lecture 30, gi -iii, nov 12, 2014 (dr. roskelley) Ch 18, pp 417-436 (note: you will not be tested on salivary glands in this course) Develop from evagi
View Document

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UBCCAPS 390Tim O'ConnorWinter

CAPS 390 Lecture 5: CAPS 390 Lectures 1-5

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UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Seminiferous Tubule, Vas Deferens, Ejaculatory Duct

OC3977393 Page
0
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Final: Urinary-System-Notes

OC3977392 Page
0
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Adenylyl Cyclase, Lipid Bilayer, Nuclear Membrane

OC3977394 Page
0
Mode of secretion: circulating hormones: released into blood stream, paracrine hormones: secretory vesicle does not enter blood stream but released to
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Myoepithelial Cell, Tubular Gland, Keratinocyte

OC3977392 Page
0
Layers: epidermis: stratified epithelial cells: most superficial layer stratified keratinized (mechanical strength + waterproof) squamous epithelium, d
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Final: CAPS-390-Master-Notes

OC39773926 Page
0
Microscopic anatomy- not visible by the naked eye. Histology- study of cells, tissues and organs at the microscopic level. All cells have a nucleus, ce
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Study Guide - Final Guide: Antrum, Nasal Cavity, Neural Crest

OC39773925 Page
0
Coagulation- protective mechanism mediated by platelets that makes blood become a gel (clotting) Blood in test tube- 44% red ppt at the bottom, 1% laye
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Chapter Notes - Chapter 1: Integrin, Elastin, Collagen

OC3977391 Page
0
Used as migration mechanism for various things through adhesion. Two types connective tissue and basement membrane. Important feature- mesh-like networ
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Integral Membrane Protein, Lipid Bilayer, Protein Kinase A

OC22244484 Page
0
Lecture 02 summary, sept 08/17 (dr. chris loewen) Cell biology i; readings: ch 2; pp 13-35. Golgi controversy was not covered in today"s class please r
View Document
UBCCAPS 390Calvin RoskelleyFall

CAPS 390 Lecture Notes - Lecture 1: Gartner, Ovalle, Autoradiograph

OC22244482 Page
0
Ch 1, pp 1-12 (gartner & hiatt 4th ed. ) No need to memorize table 1. 1 (common histological stains and reactions) Lecture course examining human micro
View Document

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