Канал: Thomas Mennella

Cytoskeleton Components - A Brief Review of Structure and Function

Cytoskeleton Components - A Brief Review of Structure and Function

Genetic Predispositions (BRCA mutations, alcoholism, PKU)

Genetic Predispositions (BRCA mutations, alcoholism, PKU)

Dominant Human Disorders (Huntington's Disease, Achondroplastic Dwarfism)

Dominant Human Disorders (Huntington's Disease, Achondroplastic Dwarfism)

Recessive Human Disorders (Sickle Cell Anemia, Tay Sachs)

Recessive Human Disorders (Sickle Cell Anemia, Tay Sachs)

Experimental Techniques in Molecular Biology, Part 3

Experimental Techniques in Molecular Biology, Part 3

Experimental Techniques in Molecular Biology, Part 2

Experimental Techniques in Molecular Biology, Part 2

Experimental Techniques in Molecular Biology, Part I

Experimental Techniques in Molecular Biology, Part I

Molecular Genetics, Part II

Molecular Genetics, Part II

Molecular Genetics, Part 1

Molecular Genetics, Part 1

Exceptions to Mendel's Rules

Exceptions to Mendel's Rules

BIO300 - Week 10 Review - ETC and ATP Synthase

BIO300 - Week 10 Review - ETC and ATP Synthase

BIO300 - Week 12 Review Video - Photosynthesis

BIO300 - Week 12 Review Video - Photosynthesis

The Citric Acid Cycle - an Overview

The Citric Acid Cycle - an Overview

Glycolysis - Overview

Glycolysis - Overview

Redox, Coupled and Activating Reactions - Sugars Terms

Redox, Coupled and Activating Reactions - Sugars Terms

Gene Expression - the Whole Story (Transcription, Translation & Alternative Splicing)

Gene Expression - the Whole Story (Transcription, Translation & Alternative Splicing)

DNA Binding with Specificity, Coordinated Regulation Combinatorial Control & RNA Interference (RNAi)

DNA Binding with Specificity, Coordinated Regulation Combinatorial Control & RNA Interference (RNAi)

Protein Folding, Order of Reaction, Transition State, deltaG

Protein Folding, Order of Reaction, Transition State, deltaG

BIO300 - van der Waals, pH and pKa, peptide bond resonance

BIO300 - van der Waals, pH and pKa, peptide bond resonance

REVIEW: Avery Experiment, HATs & HDACs, the Histone Code

REVIEW: Avery Experiment, HATs & HDACs, the Histone Code

Population Genetics Review - p, q, Hardy-Weinberg, Evolution

Population Genetics Review - p, q, Hardy-Weinberg, Evolution

Review Video - Central Dogma & Gene Mutations

Review Video - Central Dogma & Gene Mutations

F+ F- F', Hfr strains, viral transduction, Benzer Experiment

F+ F- F', Hfr strains, viral transduction, Benzer Experiment

Review: Gel Shifts

Review: Gel Shifts

Three-Point Crosses, Deletion Mapping, Mutation Terminology

Three-Point Crosses, Deletion Mapping, Mutation Terminology

Week 7 Review Video:Twin Concordance, Pedigrees and Linked Genes

Week 7 Review Video:Twin Concordance, Pedigrees and Linked Genes

Complementation, Epistasis, Genetic Maternal Effect, Cyto In

Complementation, Epistasis, Genetic Maternal Effect, Cyto In

Review: Dosage Compensation, X-inactivation, X-Linked Traits

Review: Dosage Compensation, X-inactivation, X-Linked Traits

MiniReview Video - Week 3 - Lectures 3 & 4

MiniReview Video - Week 3 - Lectures 3 & 4

Mitosis and Meiosis Review Video

Mitosis and Meiosis Review Video

ASO500 - Lecture 1 - Gene Cloning

ASO500 - Lecture 1 - Gene Cloning

The Genetics and Clinical Treatments of Cancer

The Genetics and Clinical Treatments of Cancer

Cell Junctions - Review of Five Types

Cell Junctions - Review of Five Types

The ECM: GAGs for Compression and the Role of Fibronectin

The ECM: GAGs for Compression and the Role of Fibronectin

G Protein Coupled Receptors: cAMP and Ca as Second Messenger

G Protein Coupled Receptors: cAMP and Ca as Second Messenger

Cyclins, Cdks, the Cell Cycle and the p53/p21 Checkpoint

Cyclins, Cdks, the Cell Cycle and the p53/p21 Checkpoint

The Motor Proteins: Mechanism of Dynein and Kinesin Walking

The Motor Proteins: Mechanism of Dynein and Kinesin Walking

Myosin, Actin, the Power Stroke and Muscle Contractions

Myosin, Actin, the Power Stroke and Muscle Contractions

Actin in Three Forms: Cell Crawling

Actin in Three Forms: Cell Crawling

Microtubules and Dynamic Instability

Microtubules and Dynamic Instability

Making Transmembrane Proteins in the RER (SRPs, STSs, etc.)

Making Transmembrane Proteins in the RER (SRPs, STSs, etc.)

Clathrin-Coated Vesicle Formation, Docking and Fusion

Clathrin-Coated Vesicle Formation, Docking and Fusion

Coupled Transporters - Symporters and Antiporters

Coupled Transporters - Symporters and Antiporters

Membrane Potentials and the Na-K Pump - A Cellular Battery

Membrane Potentials and the Na-K Pump - A Cellular Battery

The Cell Cortex - Review

The Cell Cortex - Review

Review of Bacteriorhodopsin

Review of Bacteriorhodopsin

CQ#3-5 - Central Dogma and Mutations

CQ#3-5 - Central Dogma and Mutations

CQ#2 = Central Dogma and Mutations

CQ#2 = Central Dogma and Mutations

CQ#1 - Central Dogma & Mutations

CQ#1 - Central Dogma & Mutations

Adaptive Immunity

Adaptive Immunity

CQs 3 & 4 - Population Genetics

CQs 3 & 4 - Population Genetics

Lecture 1 - Introduction to Genetics

Lecture 1 - Introduction to Genetics

Lecture 3B: Tertiary and Quartenary Protein Structute

Lecture 3B: Tertiary and Quartenary Protein Structute

Lecture 2B - Amino Acids (Individually)

Lecture 2B - Amino Acids (Individually)

Lecture 2C - Amino Acids (Peptide Bonds)

Lecture 2C - Amino Acids (Peptide Bonds)

Lecture 2A - Amino Acids (General)

Lecture 2A - Amino Acids (General)

Lecture 1D: Water - Buffers

Lecture 1D: Water - Buffers

Lecture 1C - Water - Acids and Bases

Lecture 1C - Water - Acids and Bases

Lecture 1A: Water (Polarity)

Lecture 1A: Water (Polarity)

Lecture 3A: Primary and Secondary Protein Structure

Lecture 3A: Primary and Secondary Protein Structure

Lecture 1B: Water - the Universal Solvent & van der Waals

Lecture 1B: Water - the Universal Solvent & van der Waals

Lecture 4A - Catalysis and Thermodynamics

Lecture 4A - Catalysis and Thermodynamics

Lecture 8A - Lipids

Lecture 8A - Lipids

Lecture 7B: SetUp for Chymotrypsin Enzymatic Mechanism

Lecture 7B: SetUp for Chymotrypsin Enzymatic Mechanism

Lecture 9B - Redox Reactions

Lecture 9B - Redox Reactions

Lecture 6A - Allosteric Enzymes (ATCase, as an example)

Lecture 6A - Allosteric Enzymes (ATCase, as an example)

Lecture 7A: Phosphorylation and Zymogens

Lecture 7A: Phosphorylation and Zymogens

Lecture 5B - More Michaelis-Menten Enzyme Kinetics

Lecture 5B - More Michaelis-Menten Enzyme Kinetics

Lecture 9A - Standard States and Metabolism (in general)

Lecture 9A - Standard States and Metabolism (in general)

Lecture 5C - Enzyme Inhibition

Lecture 5C - Enzyme Inhibition

Lecture 7C: Chymotrypsin Mechanism

Lecture 7C: Chymotrypsin Mechanism

Lecture 4C - Enzyme-Substrate Binding

Lecture 4C - Enzyme-Substrate Binding

Lecture 5A - Michaelis-Menten Enzyme Kinetics

Lecture 5A - Michaelis-Menten Enzyme Kinetics

Lecture 4B - Transition State and Kinetics

Lecture 4B - Transition State and Kinetics

Lecture 6B - Concerted and Sequential Models for Allosterics

Lecture 6B - Concerted and Sequential Models for Allosterics

Lecture 8B - Lipid Bilayers & Membranes

Lecture 8B - Lipid Bilayers & Membranes

Lecture 15B - Electron Reduction Potentials

Lecture 15B - Electron Reduction Potentials

Lecture 10B - Complex Carbohydrates

Lecture 10B - Complex Carbohydrates

Lecture 20A: Introduction into the Dark Reactions

Lecture 20A: Introduction into the Dark Reactions

Lecture 12B - Glycolysis: Regulation, Anaerobic & Energetics

Lecture 12B - Glycolysis: Regulation, Anaerobic & Energetics

Lecture 13C - First Half of the Citric Acid Cycle

Lecture 13C - First Half of the Citric Acid Cycle

Lecture 15A: Electron Transport Chain Overview

Lecture 15A: Electron Transport Chain Overview

Lecture 16B: Oxidative Phosphorylation

Lecture 16B: Oxidative Phosphorylation

Lecture 19A: Introduction to the Light Reactions

Lecture 19A: Introduction to the Light Reactions

Lecture 11B - Glycolysis: Stage 1

Lecture 11B - Glycolysis: Stage 1

Lecture 11A - Intro to Glycolysis

Lecture 11A - Intro to Glycolysis

Lecture 14C: The Role of the Citric Acid Cycle in Metabolism

Lecture 14C: The Role of the Citric Acid Cycle in Metabolism

Lecture 17B - Gluconeogenesis

Lecture 17B - Gluconeogenesis

Lecture 14A: Second Half of the Citric Acid Cycle

Lecture 14A: Second Half of the Citric Acid Cycle

Lecture 10C - Glycoproteins and Lectins

Lecture 10C - Glycoproteins and Lectins

Lecture 16A - Introduction to ATP Synthase

Lecture 16A - Introduction to ATP Synthase

Lecture 12A - Glycolysis: Stage 2

Lecture 12A - Glycolysis: Stage 2

Lecture 17A - Making and Breaking Glycogen

Lecture 17A - Making and Breaking Glycogen

Lecture 19B: The Light Reactions

Lecture 19B: The Light Reactions

Lecture 19C: Tying Up Loose Ends

Lecture 19C: Tying Up Loose Ends

Lecture 13B - Conversion of Pyruvate to Acetyl-CoA by PDC

Lecture 13B - Conversion of Pyruvate to Acetyl-CoA by PDC

Lecture 18A: Introduction to Nitrogen Fixation

Lecture 18A: Introduction to Nitrogen Fixation

Lecture 17C - Glucose Metabolism Control

Lecture 17C - Glucose Metabolism Control

Lecture 18C - Catabolism of Amino Acids

Lecture 18C - Catabolism of Amino Acids

Lecture 15C - The ETC Itself

Lecture 15C - The ETC Itself

Lecture 14B: Regulating the Citric Acid Cycle

Lecture 14B: Regulating the Citric Acid Cycle

Lecture 10A - Introduction to Sugars

Lecture 10A - Introduction to Sugars

Lecture 18B: Amino Acid Anabolism

Lecture 18B: Amino Acid Anabolism

Lecture 13A - Intro to the Citric Acid Cycle

Lecture 13A - Intro to the Citric Acid Cycle

Lecture 9C - Thermodynamic Coupling and Activation Steps

Lecture 9C - Thermodynamic Coupling and Activation Steps

Lecture 20B: The Calvin Cycle

Lecture 20B: The Calvin Cycle

Week 8 CQ Tutorial

Week 8 CQ Tutorial

PCR ReversePrimer Design & Confirming T-DNA Disruption w/PCR

PCR ReversePrimer Design & Confirming T-DNA Disruption w/PCR

Degenerate Primer Design

Degenerate Primer Design

Gametogenesis Review Video

Gametogenesis Review Video

Independent Assortment - Review

Independent Assortment - Review

Population Genetics Challenge Question 1 & 2 Review

Population Genetics Challenge Question 1 & 2 Review

Quantitative Genetics, Heritability, and Variances

Quantitative Genetics, Heritability, and Variances

Lac Operon Regulation

Lac Operon Regulation

Positive/Negative; Repressible/Inducible Gene Regulation

Positive/Negative; Repressible/Inducible Gene Regulation

UDP-Glucose, Glycogen Synthesis and Breakdown

UDP-Glucose, Glycogen Synthesis and Breakdown

Step 6 of Glycolysis AND the PDC

Step 6 of Glycolysis AND the PDC

Glycoproteins and Lectins

Glycoproteins and Lectins

Chymotrypsin Enzymatic Mechanism

Chymotrypsin Enzymatic Mechanism

Concerted & Sequential Models - Allosteric Enzymes

Concerted & Sequential Models - Allosteric Enzymes

Lineweaver Burke Walkthrough Problem

Lineweaver Burke Walkthrough Problem

1st, 2nd and Zero Order Reactions

1st, 2nd and Zero Order Reactions

Domains, Motifs and Turns (Lecture 3)

Domains, Motifs and Turns (Lecture 3)

BioChem: pH, pKa, buffers - REVIEW

BioChem: pH, pKa, buffers - REVIEW

Lecture 11 - Membrane Structure - Chapter 11

Lecture 11 - Membrane Structure - Chapter 11

Lecture 8 - Control of Gene Expression - Part 2

Lecture 8 - Control of Gene Expression - Part 2

Lecture 5 - From DNA to Protein Transcription (Chapter 7, Part 1)

Lecture 5 - From DNA to Protein Transcription (Chapter 7, Part 1)

Lecture 7 - Control of Gene Expression (Chapter 8, Part 1)

Lecture 7 - Control of Gene Expression (Chapter 8, Part 1)

Lecture 12 - Membrane Transport (Chapter 12)

Lecture 12 - Membrane Transport (Chapter 12)

Lecture 6 - From Genes to Proteins Translation (Chapter 7, Part 2)

Lecture 6 - From Genes to Proteins Translation (Chapter 7, Part 2)

Lecture 17 - The Cell Cycle

Lecture 17 - The Cell Cycle

Lecture 18 - Cell Communication

Lecture 18 - Cell Communication

Lecture 10 - Intro to Cells

Lecture 10 - Intro to Cells

Lecture 4 - DNA Repair and Recombination (Chapter 6, Part 2)

Lecture 4 - DNA Repair and Recombination (Chapter 6, Part 2)

Lecture 13 - Intracellular Compartments - Chapter 15, Part 1

Lecture 13 - Intracellular Compartments - Chapter 15, Part 1

Lecture 20 - Cancer

Lecture 20 - Cancer

Lecture 15 - Cytoskeleton - Part 1 - Chapter 17

Lecture 15 - Cytoskeleton - Part 1 - Chapter 17

Lecture 14 - Intracellular Transport - Chapter 15 - Part 2

Lecture 14 - Intracellular Transport - Chapter 15 - Part 2

Lecture 19 - Cell Communities - Part 1 - Chapter 20

Lecture 19 - Cell Communities - Part 1 - Chapter 20

Lecture 2 - DNA and Chromosomes, Part 2

Lecture 2 - DNA and Chromosomes, Part 2

Lecture 9 - Analyzing Genes and Genomes

Lecture 9 - Analyzing Genes and Genomes

Lecture 16 - Cytoskeleton - Part 2 - Chapter 17

Lecture 16 - Cytoskeleton - Part 2 - Chapter 17

Lecture 3 - DNA Replication (Chapter 6, Part 1)

Lecture 3 - DNA Replication (Chapter 6, Part 1)

Lecture 1 - DNA and Chromosomes, Part 1

Lecture 1 - DNA and Chromosomes, Part 1

Lecture 16 - Control of Gene Expression in Prokaryotes

Lecture 16 - Control of Gene Expression in Prokaryotes

Lecture 2 - Mitosis and Meiosis

Lecture 2 - Mitosis and Meiosis

Lecture 18 - Population Genetics, Part 1

Lecture 18 - Population Genetics, Part 1

Lecture 5 - Sex Linked Characteristics

Lecture 5 - Sex Linked Characteristics

Lecture 15 - Gene Mutations and DNA Repair

Lecture 15 - Gene Mutations and DNA Repair

Lecture 17 - Quantitative Genetics

Lecture 17 - Quantitative Genetics

Lecture 19 - Population Genetics - Part 2

Lecture 19 - Population Genetics - Part 2

Lecture 6 - Extensions and Basic Principles - Pt 1

Lecture 6 - Extensions and Basic Principles - Pt 1

Lecture 4 - Basic Principles of Heredity - Pt 2

Lecture 4 - Basic Principles of Heredity - Pt 2

Lecture 3 - Basic Principles of Heredity, Pt 1

Lecture 3 - Basic Principles of Heredity, Pt 1

Lecture 8 - Pedigrees and Genetic Testing

Lecture 8 - Pedigrees and Genetic Testing

Lecture 13 - Viral Genetic Systems

Lecture 13 - Viral Genetic Systems

Lecture 12 - Bacterial Genetic Systems

Lecture 12 - Bacterial Genetic Systems

Lecture 11 - Chromosome Variation

Lecture 11 - Chromosome Variation

Lecture 10 - Three Point Crosses

Lecture 10 - Three Point Crosses

Lecture 14 - The Central Dogma

Lecture 14 - The Central Dogma

Lecture 7 - Extensions of Basic Principles - Part 2

Lecture 7 - Extensions of Basic Principles - Part 2

Lecture 9 - Linkage, Recombination and Mapping

Lecture 9 - Linkage, Recombination and Mapping