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Study Guides for BIO130H1 at University of Toronto St. George (UTSG)

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 26: Spindle Apparatus, Cell Division, Kinetochore

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Metaphase: all chromosomes are aligned, on the metaphase plate, microtubules from opposite poles, are attached to kinetochores of sister chromatics, ki
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Study Guide - Final Guide: Lipid Bilayer, Membrane Lipids, Signal Transduction

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 25: Gene Duplication, G1 Phase, G2 Phase

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The cell cycle: m phase, the nucleus and cytoplasm divide, mitosis, cytokinesis. Interphase: period between cell divisions, g1 phase, normal metabolism
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 24: Basal Lamina, Connective Tissue, Plant Cell

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 23: Junctions

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Types of junctions: anchoring junctions, occluding junctions, channel-forming junctions, signal-relaying junctions. All present in epithelial cells (fi
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 21: Fluorescence Microscope, Intermediate Filament, Electron Microscope

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3 types of filaments form the cytoskeleton: microfilaments, made of actin, diameter: 5-9nm, look like two smaller filaments twisted around each other.
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 22: Intermediate Filament, Axon Terminal, Endomembrane System

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 20: Nuclear Pore, Transmembrane Protein, Translocon

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Internal signal sequence / internal start transfer sequence. Path of a transmembrane protein from translation to the plasma membrane: cytosol er, trans
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 19: Exocytosis, Endocytosis, Nucleolus

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 18: Electrochemical Gradient, Symporter, Uniporter

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 17: Resting Potential, Electrochemical Gradient, Passive Transport

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Proteins involved in membrane transport: multipass transmembrane proteins, create a protein-lined path across cell membrane, transport polar and charge
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 16: Cytosol, Lipid Bilayer, X-Ray Crystallography

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Cystolic and exoplasmic face / leaflet of the lipid bilayer: golgi bulges out and forms a vesicle, the leaflets stay consistent (no flip-flopping, nucl
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 13: Phospholipids, Fluid Mosaic Model of Membranes, Steroids & Cell Features

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Midterm: Lectures 1-12

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 12: Translation

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Genetic code: ensuring fidelity: two sequential steps in ensuring fidelity, aminoacyl-trna synthetases, there is one a-trna for each amino acid, atp ne
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 11: Transcription Part II continued

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 10: Transcription Part II

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 9: Sigma Factor, Enzyme, Phosphodiester Bond

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Generation of an rna transcript: template: single-stranded dna (ssdna, rna linked by phosphodiester bonds, polymerase facilitates the reaction to produ
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 8: Reverse Transcriptase, Telomerase, Dna Replication

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Telomerase to the rescue: the repetitive sequence that is added to the 3" end of the parental strand is determined by the rna template in telomerase. I
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 7: Okazaki Fragments, Phosphodiester Bond, Primase

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 6: Packaging of Nucleosomes & DNA Replication

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Packaging of nucleosomes: cohesion is involved in forming chromatin loops, loops may be attached to a nuclear scaffold to enable increased compaction.
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 1: Endoplasmic Reticulum, Endomembrane System, Bacteria

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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 5: Hybridization Probe, Rubber Band, Nucleoid

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It"s divided into 50% unique sequences and 50% repeated sequences: only 1. 5% of the genome encodes proteins. Introns protein-coding regions: part of t
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture 2: Model Organisms, the Central Dogma & Nucleic Acids

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Tree of life: phylogenetic tree used to look at evolutionary relationships, constructed based on rna gene sequences, tree changes using different seque
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 4: Alpha Helix, Coiled Coil, Opioid Peptide

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Note: the order of the aa"s is just as important as their presence e. g. leu-enkephalin is a natural opioid peptide which down modulates the perception
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Lecture Notes - Lecture 3: Dna Replication, Protein Structure, Hydrophile

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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Amino Sugar, Cytoskeleton, Centriole

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Cells interact with each other and the extracellular matrix (ecm) to form tissues. Anchoring junctions and occluding junctions hold a sheet of cells to
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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Vacuole, Liposome, Glycerol

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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Midterm Guide: Cleavage And Polyadenylation Specificity Factor, Nucleotide Excision Repair, Protein Structure

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Dna repair and errors in dna replication. Membrane proteins and the permeability of the lipid bilayer. Section 1 lectures: cellular and genomic diversi
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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Keratin, Peroxisome, Hepatocyte

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Table: percentage volumes occupied by organelles in a standard cell (note that volumes will be different in different cells) Cytosol occupies half the
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Final: Complete and Comprehensive 111 Page Final Exam Study Guide - Winter 2016

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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 24: Blastocyst, Umbilical Cord, Cardiac Muscle

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Bio130 lecture 24 later stages of mitosis. Green, yellow, and brown parts are all. Metaphase-anaphase transition plate: this is an important checkpoint
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 23: Prometaphase, Pericentriolar Material, Phosphorylation

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Individual chromosomes become visible as chromatin condenses th , 2016. Bio130 lecture 23 the cell cycle. Not all cells in a culture divide at the same
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 22: Adherens Junction, Tight Junction, Basal Lamina

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Other types of cells can have junctions in different orders, but this is the order in epithelial cells: Junctions are arranged in a specific order: tig
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 21: Basal Lamina, Hyaluronic Acid, Epithelium

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Bio130 lecture 21 tissues and ecm. In multiple sclerosis, the fatty myelin sheaths around the axons of brain and spinal cord cells are damaged. Epithel
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 20: Atp Hydrolysis, Kinesin, Dynein

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Nerve cells in your spinal cord extend to your finger tips: these neurons can be a meter long, the kinesin protein! The er and golgi are located in the
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 19: Mitosis, Interphase, Hydrolysis

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O scientists harvested the bark, found compounds like paclitaxel. Prevents mitotic spindle from depolymerizing: allows a red blood cell poked by tweeze
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 18: Golgi Apparatus, Endoplasmic Reticulum, Signal Peptidase

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Bio130 lecture 18 signals and sorting. Translation starts on cytosolic ribosomes: this is co-translational translocation to the er, this is very expens
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 17: Cell Membrane, Endomembrane System, Golgi Apparatus

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Cytosol: involved in detoxification up differing volumes within the cell. Organelle bound cells: half the cell volume in general for all, protein synth
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 16: Resting Potential, Antiporter, Chlorine

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Bio130 lecture 16 pumps and transport. Cystic fibrosis is a recessive genetic disease that causes progressive disability. Difficulty breathing is most
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 15: Blood Vessel, Cooperative Binding, Glut4

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Classes of membrane transport proteins: uniporters, symporters and antiporters, atpases. Is permeable to hydrophobic molecules and small uncharged pola
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 14: Prenylation, Photobleaching, X-Ray Crystallography

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Scientists are using these techniques to improve cancer therapy: this is nanotechnology! Can be given intravenously and move through bloodstream. Cytos
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 13: Saccharomyces Cerevisiae, Extracellular Matrix, Lysosome

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Bio130 lecture 13 cellular form and function. Identifying, synthesizing, developing, and studying new molecules that can be used as medications to trea
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 12: Aminoacyl Trna Synthetase, Aminoacyl-Trna, Peptidyl Transferase

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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 11: Rna Polymerase Ii, Garland Science, Consensus Sequence

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Bio130 lecture 11 processing and termination. Before reading week, we were discussing: rna processing. Phosphorylation of the c-terminal tail of rna po
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 10: John Wiley & Sons, Rna Polymerase Ii, Transcription Factor Ii A

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Bio130 lecture 10 - transcription part ii. Special mushroom: aminita phalloides: relevant characteristics to lecture, produces a toxin that binds eukar
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 9: Ribose, Cytoplasm, Chromosome

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Bio130 lecture 9 dna errors continued. In eukaryotes: post-polymerase error repair process, initiated by detection of distortion in the geometry of the
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 8: Okazaki Fragments, Chromosome, Telomerase Rna Component

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Bio130 lecture 8 - issues in dna replication. The 5" end of the daughter dna gets shortened. Why is this a problem: could lose vital genetic informatio
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 7: Helicase, Dna Replication, Dna Ligase

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Procedure: separate dna strands, synthesize dna, proofread newly synthesized dna. Initiator proteins for replication in e. coli: binds to origin, helps
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 6: Histone H2B, Nucleosome, Nuclear Membrane

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Phases include: interphase, prophase, prometaphase, metaphase, anaphase, telophase and cytokinesis. Starts with dna double helix (2 nm in diameter) Dna
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 5: Naegleria, Genome Size, Mitochondrion

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One maternal and one paternal genome = you. Genomes can come in all different sizes. Mitochondrion doesn"t have all the genes it needs anymore, they ar
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 2: Archaea, Metabolome, Ribosomal Rna

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Bio130 lecture 2 cells and information flow. 19th and early 20th century approach late 20th and 21st century approach. General attributes of model orga
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 4: Opioid Peptide, Amine, Proline

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Bio130 lecture 4 introduction to protein structure. Carboxyl group on one amino acid is reacting with amino group on second amino acid, releasing molec
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 3: Nucleotide, Nucleic Acid Nomenclature, Ribose

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Bio130 lecture 3 dna and rna. Three parts of a nucleic acid phosphate group sugar: ribose or deoxyribose base, a, t, c, g, or u. Bases two types: purin
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Lecture Notes - Lecture 1: News1, Dna Replication, Cell Theory

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Prof melody neumann january 11th to february 25th. Prof ken yip - february 29th to april 7th. Prof melody neumann course and lab co-ordinator. Ms. nyla
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UTSGBIO130H1Kenneth YipSpring

BIO130H1 Study Guide - Comprehensive Final Exam Guide - Dna, Protein, Rna

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Cellular and genomic diversity: prokaryotes and eukaryotes, differences and similarities, general organization, origins, model organisms, examples and
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UTSGBIO130H1Melody NeumannWinter

BIO130H1- Final Exam Guide - Comprehensive Notes for the exam ( 47 pages long!)

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All organisms are comprised of 1 or more cells. The cell is the basic organizational unit of life. Heredity is essential to the definition of life. Pro
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UTSGBIO130H1Kenneth YipWinter

BIO130H1- Final Exam Guide - Comprehensive Notes for the exam ( 177 pages long!)

Prokaryotic cells are the structurally simpler of the two types of cells. Prokaryotic organisms include bacteria , both archaea and. Some of the earlie
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UTSGBIO130H1Kenneth YipSpring

BIO130H1- Final Exam Guide - Comprehensive Notes for the exam ( 62 pages long!)

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Bio130 final (cellular form and function) 2016-03-09 12:37:00 am. Should be able to : identify parts/functions of eukaryotic cell, place how these proc
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UTSGBIO130H1Kenneth YipWinter

BIO130H1- Final Exam Guide - Comprehensive Notes for the exam ( 156 pages long!)

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UTSGBIO130H1Kenneth YipWinter

[BIO130H1] - Final Exam Guide - Ultimate 33 pages long Study Guide!

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Topic 1: introduction to cells, diversity and nucleic acids. Cell theory: all organisms are comprised of one or more cells, the cell is the basis organ
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UTSGBIO130H1Melody NeumannWinter

[BIO130H1] - Final Exam Guide - Everything you need to know! (82 pages long)

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Small, uncharged polar molecules are generally not able to pass through(except for water) Movement via simple diffusion through the lipid bilayer. 2) t
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UTSGBIO130H1Melody Neumann, Kenneth YipWinter

BIO130H1 Study Guide - Final Guide: Lipid Bilayer, Membrane Lipids, Signal Transduction

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UTSGBIO130H1Christopher M YipFall

BIO130H1 Final: ant100 past test 1

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0 www. oxdia. com w w w o x d i a c o m w n. D o a d l utoro nto. stu d e ntb u d dy. co m t e. Downloader id: 37155 www. oxdia. com w w w o x d i a c
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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Keratin, Peroxisome, Hepatocyte

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Table: percentage volumes occupied by organelles in a standard cell (note that volumes will be different in different cells) Cytosol occupies half the
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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Vacuole, Liposome, Glycerol

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UTSGBIO130H1AllWinter

BIO130H1 Study Guide - Final Guide: Amino Sugar, Cytoskeleton, Centriole

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Cells interact with each other and the extracellular matrix (ecm) to form tissues. Anchoring junctions and occluding junctions hold a sheet of cells to
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