Канал: Peer Learning at Lehigh

Stages of M-Phase (BIOS 041)

Stages of M-Phase (BIOS 041)

Why Cancer is Most Often a Disease of Old Age? (BIOS 041)

Why Cancer is Most Often a Disease of Old Age? (BIOS 041)

Therapy Effect on Cancer Cell Cycle Regulation (BIOS 041)

Therapy Effect on Cancer Cell Cycle Regulation (BIOS 041)

Comparing Cancer Cells and Normal Cells (BIOS 041)

Comparing Cancer Cells and Normal Cells (BIOS 041)

The Giant Squid Axon (BIOS 041)

The Giant Squid Axon (BIOS 041)

Actin Filaments and Treadmilling (BIOS 041)

Actin Filaments and Treadmilling (BIOS 041)

Chiasma (BIOS 041)

Chiasma (BIOS 041)

Subunits of the Three Main Cytoskeletal Structures (BIOS 041)

Subunits of the Three Main Cytoskeletal Structures (BIOS 041)

Microtubule Organizing Centers (BIOS 041)

Microtubule Organizing Centers (BIOS 041)

Glycolysis and Gluconeogenesis (BIOS 041)

Glycolysis and Gluconeogenesis (BIOS 041)

Extracellular Signals (BIOS 041)

Extracellular Signals (BIOS 041)

Metaphase in Mitosis and Meiosis (BIOS 041)

Metaphase in Mitosis and Meiosis (BIOS 041)

How Yeast Can Give Insights Into Human Cancers? (BIOS 041)

How Yeast Can Give Insights Into Human Cancers? (BIOS 041)

Meiosis (BIOS 041)

Meiosis (BIOS 041)

Chiasmata and Genetic Crossover (BIOS 041)

Chiasmata and Genetic Crossover (BIOS 041)

Cytoskeleton and Microtubules in Medicine (BIOS 041)

Cytoskeleton and Microtubules in Medicine (BIOS 041)

Signal Transduction Pathways (BIOS 041)

Signal Transduction Pathways (BIOS 041)

What Happens When DNA Damage is Too Extensive? (BIOS 041)

What Happens When DNA Damage is Too Extensive? (BIOS 041)

Understanding the Electron Transport Chain (BIOS 041)

Understanding the Electron Transport Chain (BIOS 041)

Electrochemical Gradients and Membrane Transport (BIOS 041)

Electrochemical Gradients and Membrane Transport (BIOS 041)

Comparing Stage 1 of Photosynthesis and Oxidative Phosphorylation (BIOS 041)

Comparing Stage 1 of Photosynthesis and Oxidative Phosphorylation (BIOS 041)

Glycogen Synthesis (BIOS 041)

Glycogen Synthesis (BIOS 041)

Brown Fat Cells Oxidize Fats to Produce Heat (BIOS 041)

Brown Fat Cells Oxidize Fats to Produce Heat (BIOS 041)

Main Components of the Mitochondria (BIOS 041)

Main Components of the Mitochondria (BIOS 041)

Ratio of ATP and ADP, and How Cyanide Upsets this Balance (BIOS 041)

Ratio of ATP and ADP, and How Cyanide Upsets this Balance (BIOS 041)

Where Does Our Oxygen Come From? (BIOS 041)

Where Does Our Oxygen Come From? (BIOS 041)

Energy Storage: Short Term vs. Long Term (BIOS 041)

Energy Storage: Short Term vs. Long Term (BIOS 041)

Locations of Mitochondria (BIOS 041)

Locations of Mitochondria (BIOS 041)

Products that Build Up Without Fermentation (BIOS 041)

Products that Build Up Without Fermentation (BIOS 041)

Ramifications of Metabolites being Substrates for Different Enzymes (BIOS 041)

Ramifications of Metabolites being Substrates for Different Enzymes (BIOS 041)

ATP Production Location by Oxidative Phosphorylation in Different Cell Types (BIOS 041)

ATP Production Location by Oxidative Phosphorylation in Different Cell Types (BIOS 041)

Glucose Transporters in Membrane (BIOS 041)

Glucose Transporters in Membrane (BIOS 041)

Movement of Membrane Proteins (BIOS 041)

Movement of Membrane Proteins (BIOS 041)

Excitatory vs. Inhibitory Neurotransmitters (BIOS 041)

Excitatory vs. Inhibitory Neurotransmitters (BIOS 041)

Membrane Depolarization and Action Potential along the Membrane (BIOS 041)

Membrane Depolarization and Action Potential along the Membrane (BIOS 041)

Assembly of the Lipid Bilayer, and Formation of Closed Vesicles, Organelles, and Cells (BIOS 041)

Assembly of the Lipid Bilayer, and Formation of Closed Vesicles, Organelles, and Cells (BIOS 041)

Structure and Function of the Bacteriorhodopsin (BIOS 041)

Structure and Function of the Bacteriorhodopsin (BIOS 041)

How Malonate Helped to Reveal the Citric Acid Cycle (BIOS 041)

How Malonate Helped to Reveal the Citric Acid Cycle (BIOS 041)

Alpha Helices Across Lipid Bilayer (BIOS 041)

Alpha Helices Across Lipid Bilayer (BIOS 041)

How Cells Control the Lifetime of an mRNA Molecule? (BIOS 041)

How Cells Control the Lifetime of an mRNA Molecule? (BIOS 041)

Cell Cortex in Plant and Animal Cells (BIOS 041)

Cell Cortex in Plant and Animal Cells (BIOS 041)

Length and Saturation of Lipids' Hydrophobic Tails Affect the Fluidity of a Cell Membrane (BIOS 041)

Length and Saturation of Lipids' Hydrophobic Tails Affect the Fluidity of a Cell Membrane (BIOS 041)

How do you get different cell types with same genome? (BIOS 041)

How do you get different cell types with same genome? (BIOS 041)

Junk DNA (BIOS 041)

Junk DNA (BIOS 041)

Controlling Quality of RNAs Exported from Nucleus (BIOS 041)

Controlling Quality of RNAs Exported from Nucleus (BIOS 041)

Comparison of the Eukaryotic and Prokaryotic Cell (BIOS 041)

Comparison of the Eukaryotic and Prokaryotic Cell (BIOS 041)

Enzymes and Equilibrium (BIOS 041)

Enzymes and Equilibrium (BIOS 041)

Phosphoanhydride, Phosphodiester, and Hydrogen Bonds (BIOS 041)

Phosphoanhydride, Phosphodiester, and Hydrogen Bonds (BIOS 041)

Photosynthesis versus Cellular Respiration (BIOS 041)

Photosynthesis versus Cellular Respiration (BIOS 041)

Meselson-Stahl Experiment (BIOS 041)

Meselson-Stahl Experiment (BIOS 041)

Comparing mRNA Transcription Processes of Eukaryotes and Bacteria (BIOS 041)

Comparing mRNA Transcription Processes of Eukaryotes and Bacteria (BIOS 041)

Feedback Inhibition (BIOS 041)

Feedback Inhibition (BIOS 041)

How the structure of DNA suggests a copying mechanism (BIOS 041)

How the structure of DNA suggests a copying mechanism (BIOS 041)

Evaluating How Noncovalent Bonds Influence Protein Structure (BIOS 041)

Evaluating How Noncovalent Bonds Influence Protein Structure (BIOS 041)

How Enzymes Increase Reaction Rates (BIOS 041)

How Enzymes Increase Reaction Rates (BIOS 041)

Why Did Biologists Thinks Proteins Carried Genetic Information? (BIOS 041)

Why Did Biologists Thinks Proteins Carried Genetic Information? (BIOS 041)

Damages that Can Alter DNA (BIOS 041)

Damages that Can Alter DNA (BIOS 041)

How Nucleoside Triphosphates Provide Energy for DNA Replication (BIOS 041)

How Nucleoside Triphosphates Provide Energy for DNA Replication (BIOS 041)

How Enzymes Catalyze Chemical Reactions (BIOS 041)

How Enzymes Catalyze Chemical Reactions (BIOS 041)

Bonds that Link Together DNA (BIOS 041)

Bonds that Link Together DNA (BIOS 041)

Phospholipid Bilayer and Saturated vs Unsaturated Fatty Acid Tails

Phospholipid Bilayer and Saturated vs Unsaturated Fatty Acid Tails

Carbon, Hydrogen, Oxygen, and Nitrogen in Organic Molecules (BIOS 041)

Carbon, Hydrogen, Oxygen, and Nitrogen in Organic Molecules (BIOS 041)

Structural Differences of Prokaryotes v. Eukaryotes (BIOS 041)

Structural Differences of Prokaryotes v. Eukaryotes (BIOS 041)

Describing the End Replication Problem (BIOS 041)

Describing the End Replication Problem (BIOS 041)

Mitochondria and Chloroplasts Work Together to Drive Reactions (BIOS 041)

Mitochondria and Chloroplasts Work Together to Drive Reactions (BIOS 041)

The Role of Unstructured Protein Sequences (BIOS 041)

The Role of Unstructured Protein Sequences (BIOS 041)

Issue with the Moving Replication Fork (BIOS 041)

Issue with the Moving Replication Fork (BIOS 041)

Structure/Function of The Mitochondria (BIOS 041)

Structure/Function of The Mitochondria (BIOS 041)

ATP Hydrolysis Drives Energetically Unfavorable Reactions (BIOS 041)

ATP Hydrolysis Drives Energetically Unfavorable Reactions (BIOS 041)

Three Major Filaments of the Cytoskeleton (BIOS 041)

Three Major Filaments of the Cytoskeleton (BIOS 041)

Central Dogma of DNA (BIOS 041)

Central Dogma of DNA (BIOS 041)

Electrostatic Attractions, H-bonding, and Hydrophobic Forces (BIOS 041)

Electrostatic Attractions, H-bonding, and Hydrophobic Forces (BIOS 041)

Differences Between Elements, Atoms, Ions, Isotope, Molecules and Salts (BIOS 041)

Differences Between Elements, Atoms, Ions, Isotope, Molecules and Salts (BIOS 041)

Comparing Eukaryotic and Prokaryotic Chromosomes (BIOS 041)

Comparing Eukaryotic and Prokaryotic Chromosomes (BIOS 041)

Relate Atom's Behavior to Position in Periodic Table (BIOS 041)

Relate Atom's Behavior to Position in Periodic Table (BIOS 041)

Evolution of Mitochondria and Chloroplast (BIOS 041)

Evolution of Mitochondria and Chloroplast (BIOS 041)

Compare RNA and DNA and Roles in Cells (BIOS 041)

Compare RNA and DNA and Roles in Cells (BIOS 041)

Lac Operon (BIOS 115)

Lac Operon (BIOS 115)

Reverse Fischer Mechanism Problem (CHM 112)

Reverse Fischer Mechanism Problem (CHM 112)

Determining Whether a Cyclic Compound is Aromatic, Anti-Aromatic or Non-Aromatic

Determining Whether a Cyclic Compound is Aromatic, Anti-Aromatic or Non-Aromatic

Example SN1 Mechanism Problem (CHM 110)

Example SN1 Mechanism Problem (CHM 110)

Walkthrough a Synthesis Problem (CHM 110)

Walkthrough a Synthesis Problem (CHM 110)

Synthesis Problem Using Grignards (CHM 110)

Synthesis Problem Using Grignards (CHM 110)

When Should I Use a Grignard? (CHM 110)

When Should I Use a Grignard? (CHM 110)

Using a Grignard Reagent in a Mechanism (CHM 110)

Using a Grignard Reagent in a Mechanism (CHM 110)

Drawing a Chair Molecule and Finding Most Stable Conformation (CHM 110)

Drawing a Chair Molecule and Finding Most Stable Conformation (CHM 110)

Converting A Newman Projection to Wedge and Dash (CHM 110)

Converting A Newman Projection to Wedge and Dash (CHM 110)