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All Educational Materials for BIO 311C at University of Texas at Austin (UT-AUSTIN)

UT-AUSTINBIO 311CHansen DebraFall

BIO 311C Study Guide - Comprehensive Final Guide: Lac Operon, Reverse Transcriptase, Unsaturated Hydrocarbon

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Hydrocarbons in lipids, proteins, sugars, carbohydrates, dna. Carbon drastically effects and changes the shapes of molecules. Shapes can impact form an
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UT-AUSTINBIO 311CBuskirk RuthSpring

[BIO 311C] - Final Exam Guide - Comprehensive Notes fot the exam (31 pages long!)

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Bacteria genome loop of dna; large portion made up of dna that codes for proteins; no introns; operons; dna on plasmids. Mitochondria and chloroplast e
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UT-AUSTINBIO 311Cjohn BattertonFall

[BIO 311C] - Final Exam Guide - Everything you need to know! (41 pages long)

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UT-AUSTINBIO 311CBoucher LisaFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes for the exam (41 pages long!)

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UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Study Guide - Comprehensive Final Guide: Lipid Bilayer, Hydrogen Bond, Alexander Oparin

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Big 4: hydrogen (v. e-= 1, oxygen ( 2, nitrogen (3) Bio 2nd lecture: ions, bonds, properties of water: carbon (4) Hydrogen bond: a weak bond, attractio
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UT-AUSTINBIO 311CD HansenFall

BIO 311C Study Guide - Comprehensive Final Exam Guide - Adenosine Triphosphate, Protein, Glucose

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Proteins: made up of amino acids; amine group nh3. Spontaneous generation doesn"t exist all life comes from previous generation and there is a common a
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UT-AUSTINBIO 311Cjohn BattertonFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes fot the exam (25 pages long!)

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UT-AUSTINBIO 311CDavid HerrinSpring

[BIO 311C] - Final Exam Guide - Everything you need to know! (82 pages long)

Chapter 1: evolution, the themes of biology, and. 1. 1: the study of life reveals common themes. Evolution: the process of change that has transformed
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UT-AUSTINBIO 311CSathasivan K.SataFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes for the exam (71 pages long!)

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Scanned by camscanner introduction to metabolism: define metabolism, anabolism, and catabolism and give examples for each. Metabolism : sum of all bioc
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UT-AUSTINBIO 311CJ FritzFall

BIO 311C- Final Exam Guide - Comprehensive Notes for the exam ( 62 pages long!)

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UT-AUSTINBIO 379GAllFall

Exam 1

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UT-AUSTINBIO 329AllFall

Bio329_Exam3

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UT-AUSTINBIO 329AllFall

Bio329_Exam2

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UT-AUSTINBIO 329AllFall

Bio329_Exam1

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UT-AUSTINBIO 329AllFall

BIO329_2004_Exam2

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UT-AUSTINBIO 329AllFall

Bio329 exam 3- 2002

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UT-AUSTINBIO 329AllFall

BIO329_2001_Exam2

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UT-AUSTINBIO 329AllFall

BIO329_Exam3_2004

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UT-AUSTINBIO 329AllFall

BIO329_2001_Exam1

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UT-AUSTINBIO 208LC McmurrySpring

BIO 208L Study Guide - Quiz Guide: Intercostal Muscle, Ureter, Shoulder Girdle

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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Lecture Notes - Lecture 32: Cenote, Exon, Transfer Rna

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UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Lecture Notes - Lecture 2: Electronegativity, Chemical Equilibrium, Ammonia

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Big 4: hydrogen (v. e-= 1, oxygen ( 2, nitrogen (3) Bio 2nd lecture: ions, bonds, properties of water: carbon (4) Hydrogen bond: a weak bond, attractio
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UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Lecture 23: Biotechnology

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Recombinant dna, dna from two di erent sources are combined into one dna molecule. Restriction enzymes are used to isolate the gene and the vector. Bac
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UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Lecture Notes - Lecture 12: Lactic Acid, Chemiosmosis, Atp Synthase

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The mitochondria has folds in the inner membrane to increase surface area which increases the e ciency of atp production. The electron transport chain
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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Lecture 26: Hand-written Notes - Photosynthesis Light Reactions (Oct 24), Calvin Cycle (Oct 26), Mitosis (Oct 28)

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UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Lecture Notes - Lecture 6: Absolute Dating, Polysaccharide, Heterotroph

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UT-AUSTINBIO 311CHansen DebraFall

BIO 311C Lecture Notes - Lecture 1: Hydrogen Bond, Chemical Polarity, Lactose Intolerance

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UT-AUSTINBIO 311CJ FritzFall

BIO 311C Lecture 15: new doc 2018-01-16 14.04.33

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UT-AUSTINBIO 311CK SathasivanFall

BIO 311C Lecture Notes - Lecture 23: Cleavage Furrow, Telophase, Meiosis

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Reduction division; occurs in reproductive organs to make gametes (sex cells) sperm/ egg cells. Essentials for sexual reproduction & gamete variation.
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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Lecture 36: Protein Synthesis and Processing (Nov 16)

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UT-AUSTINBIO 311CDavid HerrinFall

BIO 311C Chapter Notes - Chapter 1: Systems Biology, Reductionism, Archaea

Concept 1. 1: the study of life reveals common themes. Evolution: the process of change that has transformed life on earth: fundamental organizing prin
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UT-AUSTINBIO 311CBradburyFall

BIO 311C Chapter 2: The Chemical Concept of Life. Chapter 2 from unit 1 of Campbells biology for BIO 311c

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UT-AUSTINBIO 311CA LathamFall

BIO 311C Chapter Notes - Chapter 13: Sister Chromatids, Germ Cell, Cell Division

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UT-AUSTINBIO 311CI SaxenaSpring

BIO 311C Chapter Notes - Chapter 13: Gamete, Heredity, Mendelian Inheritance

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Heredity - the transmission of traits from one generation to the next, aka inheritance. Along with inherited similarity, there is also variation . Gene
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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Chapter Notes - Chapter 15.3: Enzyme, Ribonucleotide, Operon

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Prokaryotes have a single rna polymerase core polymerase inaccurately synthesizes rna using a dna template composition. Holoenzyme two identical subuni
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UT-AUSTINBIO 311CHansen DebraFall

BIO 311C Chapter 12.1-12.2: The Cell Cycle and Mitosis

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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Chapter Notes - Chapter 1: Inductive Reasoning, Deductive Reasoning, Emergence

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UT-AUSTINBIO 311CI SaxenaSpring

BIO 311C Chapter Notes - Chapter 16: Nitrogenous Base, Purine, X-Ray Crystallography

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Of all nature"s molecules, nucleic acids are unique in their ability to direct their own. Accurate replication of dna and its transmission from one gen
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UT-AUSTINBIO 311CBuskirk RuthSpring

BIO 311C Chapter Notes - Chapter 17: Hemoglobin, Microrna, Ubiquitin

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Transcription synthesis of rna using information in dna. Translation synthesis of polypeptide using information from mrna. Transcription occurs in the
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UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Chapter Notes - Chapter 12.1: Extraterrestrial Places In The Cthulhu Mythos, Pea, Ecology

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UT-AUSTINBIO 311Cjohn BattertonFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes fot the exam (25 pages long!)

OC142455525 Page
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UT-AUSTINBIO 311CDavid HerrinSpring

[BIO 311C] - Final Exam Guide - Everything you need to know! (82 pages long)

Chapter 1: evolution, the themes of biology, and. 1. 1: the study of life reveals common themes. Evolution: the process of change that has transformed
View Document
UT-AUSTINBIO 311CSathasivan K.SataFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes for the exam (71 pages long!)

OC129908371 Page
32
Scanned by camscanner introduction to metabolism: define metabolism, anabolism, and catabolism and give examples for each. Metabolism : sum of all bioc
View Document
UT-AUSTINBIO 311CJ FritzFall

BIO 311C- Final Exam Guide - Comprehensive Notes for the exam ( 62 pages long!)

OC193879862 Page
0
View Document
UT-AUSTINBIO 311CHansen DebraFall

BIO 311C Study Guide - Comprehensive Final Guide: Lac Operon, Reverse Transcriptase, Unsaturated Hydrocarbon

OC114353398 Page
2
Hydrocarbons in lipids, proteins, sugars, carbohydrates, dna. Carbon drastically effects and changes the shapes of molecules. Shapes can impact form an
View Document
UT-AUSTINBIO 311CSathasivan K.SataFall

BIO 311C Lecture Notes - Lecture 32: Cenote, Exon, Transfer Rna

OC11951264 Page
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UT-AUSTINBIO 311CBoucher LisaFall

[BIO 311C] - Final Exam Guide - Comprehensive Notes for the exam (41 pages long!)

OC130172541 Page
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UT-AUSTINBIO 311CBuskirk RuthSpring

[BIO 311C] - Final Exam Guide - Comprehensive Notes fot the exam (31 pages long!)

OC153220231 Page
0
Bacteria genome loop of dna; large portion made up of dna that codes for proteins; no introns; operons; dna on plasmids. Mitochondria and chloroplast e
View Document
UT-AUSTINBIO 311CBatterton JohnFall

BIO 311C Study Guide - Comprehensive Final Guide: Lipid Bilayer, Hydrogen Bond, Alexander Oparin

OC1092680103 Page
3
Big 4: hydrogen (v. e-= 1, oxygen ( 2, nitrogen (3) Bio 2nd lecture: ions, bonds, properties of water: carbon (4) Hydrogen bond: a weak bond, attractio
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UT-AUSTINBIO 311CA LathamFall

BIO 311C- Midterm Exam Guide - Comprehensive Notes for the exam ( 19 pages long!)

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Study Guide - Comprehensive Final Exam Guide - Adenosine Triphosphate, Protein, Glucose

OC109217532 Page
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Proteins: made up of amino acids; amine group nh3. Spontaneous generation doesn"t exist all life comes from previous generation and there is a common a
View Document
UT-AUSTINBIO 311CBradburyFall

BIO 311C Chapter 2: The Chemical Concept of Life. Chapter 2 from unit 1 of Campbells biology for BIO 311c

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Study Guide - Fall 2018, Comprehensive Midterm Notes - Adenosine Triphosphate, Protein, Glucose

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Proteins: made up of amino acids; amine group nh3. Spontaneous generation doesn"t exist all life comes from previous generation and there is a common a
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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 13: Transfer Dna, Meiosis, Reverse Transcriptase

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 11: Endergonic Reaction, Exergonic Reaction, Special Order 191

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 12: Atp Synthase, Photosystem I, Visible Spectrum

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 14: Microtubule Organizing Center, Sister Chromatids, Spindle Apparatus

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 10: Facultative Anaerobic Organism, Atp Synthase, Anaerobic Respiration

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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 9: Acetyl-Coa, Oxidative Phosphorylation, Cellular Respiration

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Overview: cells do work with the help of energy-coupled reactions, cell work is atp-powered. Consumers get that energy by eating primary producers: usi
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UT-AUSTINBIO 311CD HansenFall

BIO 311C Lecture Notes - Lecture 8: Membrane Potential, Resting Potential, Action Potential

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