Peer Learning at Lehigh
Stages of M-Phase (BIOS 041)
2:26
Peer Learning at Lehigh
Why Cancer is Most Often a Disease of Old Age? (BIOS 041)
5:53
Peer Learning at Lehigh
Therapy Effect on Cancer Cell Cycle Regulation (BIOS 041)
3:50
Peer Learning at Lehigh
Comparing Cancer Cells and Normal Cells (BIOS 041)
4:01
Peer Learning at Lehigh
The Giant Squid Axon (BIOS 041)
2:21
Peer Learning at Lehigh
Actin Filaments and Treadmilling (BIOS 041)
3:23
Peer Learning at Lehigh
Chiasma (BIOS 041)
2:29
Peer Learning at Lehigh
Subunits of the Three Main Cytoskeletal Structures (BIOS 041)
4:18
Peer Learning at Lehigh
Microtubule Organizing Centers (BIOS 041)
2:30
Peer Learning at Lehigh
Glycolysis and Gluconeogenesis (BIOS 041)
4:34
Peer Learning at Lehigh
Extracellular Signals (BIOS 041)
2:46
Peer Learning at Lehigh
Metaphase in Mitosis and Meiosis (BIOS 041)
3:26
Peer Learning at Lehigh
How Yeast Can Give Insights Into Human Cancers? (BIOS 041)
3:29
Peer Learning at Lehigh
Meiosis (BIOS 041)
2:14
Peer Learning at Lehigh
Chiasmata and Genetic Crossover (BIOS 041)
2:01
Peer Learning at Lehigh
Cytoskeleton and Microtubules in Medicine (BIOS 041)
8:11
Peer Learning at Lehigh
Signal Transduction Pathways (BIOS 041)
3:37
Peer Learning at Lehigh
What Happens When DNA Damage is Too Extensive? (BIOS 041)
3:54
Peer Learning at Lehigh
Understanding the Electron Transport Chain (BIOS 041)
3:36
Peer Learning at Lehigh
Electrochemical Gradients and Membrane Transport (BIOS 041)
4:34
Peer Learning at Lehigh
Comparing Stage 1 of Photosynthesis and Oxidative Phosphorylation (BIOS 041)
5:07
Peer Learning at Lehigh
Glycogen Synthesis (BIOS 041)
4:52
Peer Learning at Lehigh
Brown Fat Cells Oxidize Fats to Produce Heat (BIOS 041)
2:04
Peer Learning at Lehigh
Main Components of the Mitochondria (BIOS 041)
4:02
Peer Learning at Lehigh
Ratio of ATP and ADP, and How Cyanide Upsets this Balance (BIOS 041)
1:59
Peer Learning at Lehigh
Where Does Our Oxygen Come From? (BIOS 041)
2:41
Peer Learning at Lehigh
Energy Storage: Short Term vs. Long Term (BIOS 041)
2:57
Peer Learning at Lehigh
Locations of Mitochondria (BIOS 041)
1:36
Peer Learning at Lehigh
Products that Build Up Without Fermentation (BIOS 041)
8:04
Peer Learning at Lehigh
Ramifications of Metabolites being Substrates for Different Enzymes (BIOS 041)
2:44
Peer Learning at Lehigh
ATP Production Location by Oxidative Phosphorylation in Different Cell Types (BIOS 041)
3:56
Peer Learning at Lehigh
Glucose Transporters in Membrane (BIOS 041)
3:06
Peer Learning at Lehigh
Movement of Membrane Proteins (BIOS 041)
4:09
Peer Learning at Lehigh
Excitatory vs. Inhibitory Neurotransmitters (BIOS 041)
3:28
Peer Learning at Lehigh
Membrane Depolarization and Action Potential along the Membrane (BIOS 041)
3:04
Peer Learning at Lehigh
Assembly of the Lipid Bilayer, and Formation of Closed Vesicles, Organelles, and Cells (BIOS 041)
2:58
Peer Learning at Lehigh
Structure and Function of the Bacteriorhodopsin (BIOS 041)
2:47
Peer Learning at Lehigh
How Malonate Helped to Reveal the Citric Acid Cycle (BIOS 041)
2:51
Peer Learning at Lehigh
Alpha Helices Across Lipid Bilayer (BIOS 041)
1:18
Peer Learning at Lehigh
How Cells Control the Lifetime of an mRNA Molecule? (BIOS 041)
2:29
Peer Learning at Lehigh
Cell Cortex in Plant and Animal Cells (BIOS 041)
2:22
Peer Learning at Lehigh
Length and Saturation of Lipids' Hydrophobic Tails Affect the Fluidity of a Cell Membrane (BIOS 041)
4:01
Peer Learning at Lehigh
How do you get different cell types with same genome? (BIOS 041)
1:34
Peer Learning at Lehigh
Junk DNA (BIOS 041)
2:48
Peer Learning at Lehigh
Controlling Quality of RNAs Exported from Nucleus (BIOS 041)
1:54
Peer Learning at Lehigh
Comparison of the Eukaryotic and Prokaryotic Cell (BIOS 041)
4:35
Peer Learning at Lehigh
Enzymes and Equilibrium (BIOS 041)
0:50
Peer Learning at Lehigh
Phosphoanhydride, Phosphodiester, and Hydrogen Bonds (BIOS 041)
2:43
Peer Learning at Lehigh
Photosynthesis versus Cellular Respiration (BIOS 041)
1:48
Peer Learning at Lehigh
Meselson-Stahl Experiment (BIOS 041)
3:19
Peer Learning at Lehigh
Comparing mRNA Transcription Processes of Eukaryotes and Bacteria (BIOS 041)
3:16
Peer Learning at Lehigh
Feedback Inhibition (BIOS 041)
2:06
Peer Learning at Lehigh
How the structure of DNA suggests a copying mechanism (BIOS 041)
2:45
Peer Learning at Lehigh
Evaluating How Noncovalent Bonds Influence Protein Structure (BIOS 041)
3:22
Peer Learning at Lehigh
How Enzymes Increase Reaction Rates (BIOS 041)
1:18
Peer Learning at Lehigh
Why Did Biologists Thinks Proteins Carried Genetic Information? (BIOS 041)
3:27
Peer Learning at Lehigh
Damages that Can Alter DNA (BIOS 041)
3:37
Peer Learning at Lehigh
How Nucleoside Triphosphates Provide Energy for DNA Replication (BIOS 041)
2:35
Peer Learning at Lehigh
How Enzymes Catalyze Chemical Reactions (BIOS 041)
4:01
Peer Learning at Lehigh
Bonds that Link Together DNA (BIOS 041)
1:46
Peer Learning at Lehigh
Phospholipid Bilayer and Saturated vs Unsaturated Fatty Acid Tails
3:21
Peer Learning at Lehigh
Carbon, Hydrogen, Oxygen, and Nitrogen in Organic Molecules (BIOS 041)
4:01
Peer Learning at Lehigh
Structural Differences of Prokaryotes v. Eukaryotes (BIOS 041)
2:40
Peer Learning at Lehigh
Describing the End Replication Problem (BIOS 041)
3:43
Peer Learning at Lehigh
Mitochondria and Chloroplasts Work Together to Drive Reactions (BIOS 041)
3:47
Peer Learning at Lehigh
The Role of Unstructured Protein Sequences (BIOS 041)
4:21
Peer Learning at Lehigh
Issue with the Moving Replication Fork (BIOS 041)
1:50
Peer Learning at Lehigh
Structure/Function of The Mitochondria (BIOS 041)
2:54
Peer Learning at Lehigh
ATP Hydrolysis Drives Energetically Unfavorable Reactions (BIOS 041)
4:31
Peer Learning at Lehigh
Three Major Filaments of the Cytoskeleton (BIOS 041)
2:49
Peer Learning at Lehigh
Central Dogma of DNA (BIOS 041)
2:24
Peer Learning at Lehigh
Electrostatic Attractions, H-bonding, and Hydrophobic Forces (BIOS 041)
2:02
Peer Learning at Lehigh
Differences Between Elements, Atoms, Ions, Isotope, Molecules and Salts (BIOS 041)
2:06
Peer Learning at Lehigh
Comparing Eukaryotic and Prokaryotic Chromosomes (BIOS 041)
3:27
Peer Learning at Lehigh
Relate Atom's Behavior to Position in Periodic Table (BIOS 041)
2:24
Peer Learning at Lehigh
Evolution of Mitochondria and Chloroplast (BIOS 041)
3:46
Peer Learning at Lehigh
Compare RNA and DNA and Roles in Cells (BIOS 041)
2:36
Peer Learning at Lehigh
Lac Operon (BIOS 115)
13:29
Peer Learning at Lehigh
Reverse Fischer Mechanism Problem (CHM 112)
6:23
Peer Learning at Lehigh
Determining Whether a Cyclic Compound is Aromatic, Anti-Aromatic or Non-Aromatic
5:57
Peer Learning at Lehigh
Example SN1 Mechanism Problem (CHM 110)
3:05
Peer Learning at Lehigh
Walkthrough a Synthesis Problem (CHM 110)
1:37
Peer Learning at Lehigh
Synthesis Problem Using Grignards (CHM 110)
2:25
Peer Learning at Lehigh
When Should I Use a Grignard? (CHM 110)
3:45
Peer Learning at Lehigh
Using a Grignard Reagent in a Mechanism (CHM 110)
3:51
Peer Learning at Lehigh
Drawing a Chair Molecule and Finding Most Stable Conformation (CHM 110)
6:01
Peer Learning at Lehigh
Converting A Newman Projection to Wedge and Dash (CHM 110)
3:22