Instructional Video2:53
Curated Video

High Five Facts - Molecules

Pre-K - 5th
This video explores five fun facts about molecules.
Instructional Video5:53
Catalyst University

Amino Acid Metabolism - the Methionine (SAM) Cycle (2)

Higher Ed
Amino Acid Metabolism the Methionine (SAM) Cycle (2)
Instructional Video8:09
Professor Dave Explains

Retrosynthetic Analysis

9th - Higher Ed
An introduction to retrosynthetic analysis.
Instructional Video8:27
Catalyst University

Amino Acid Biosynthesis - Biosynthesis of Chorismate

Higher Ed
Amino Acid Biosynthesis Biosynthesis of Chorismate
Instructional Video11:04
Catalyst University

Beta Oxidation of a Polyunsaturated Fatty Acid [Linoleic Acid]

Higher Ed
In this video, we discuss the following:<br/>
[1] beta oxidation pathway for a polyunsaturated fatty acid [lin<br/>oleic acid]
[2] the NADH and FADH2 yield per this pathway
Instructional Video8:21
Professor Dave Explains

Reactions of Beta-Dicarbonyl Compounds

9th - Higher Ed
Looking at the usage of beta-dicarbonyl compounds.
Instructional Video6:21
Professor Dave Explains

Wittig Reaction

9th - Higher Ed
An introduction to the Wittig reaction.
Instructional Video7:11
Professor Dave Explains

Cleavage of Carbon-Carbon Bonds With Periodic Acid

9th - Higher Ed
Just as important as learning reactions that generate carbon-carbon bonds, we need ways to cleave carbon-carbon bonds as well.This is useful for splitting a molecule up into fragments, or transforming a cyclic molecule into a linear...
Instructional Video5:08
Professor Dave Explains

The Haloform Reaction

9th - Higher Ed
Once again, we will be interested in learning about reactions that break carbon-carbon bonds, as this will allow us to perform necessary transformations on substrates. The haloform reaction is one such reaction, and it is commonly used...
Instructional Video8:56
Catalyst University

Calvin Cycle Carbon Fixation, Rubisco, and Rubisco Activase

Higher Ed
Calvin Cycle Carbon Fixation, Rubisco, and Rubisco Activase
Instructional Video10:05
Professor Dave Explains

Halohydrin Formation

9th - Higher Ed
Examining halohydrin formation.
Instructional Video3:05
Professor Dave Explains

SN1 Reaction

9th - Higher Ed
Introducing the SN1 reaction.
Instructional Video4:30
Professor Dave Explains

Addition on Conjugated Polyunsaturated Systems

9th - Higher Ed
Looking at how addition reactions occur on conjugated polyunsaturated systems.
Instructional Video10:57
Catalyst University

Cholesterol Biosynthesis Stages 1 & 2 Generating Isoprenoids (DMAP and IPP)

Higher Ed
Cholesterol biosynthesis is divided into 4 general stages. This video diagrams stages 1 and 2 in which the isoprenes, dimethylallyl pyrophosphate (DMAP) and isopenten
Instructional Video10:02
Catalyst University

Lysine Catabolism to Glutaryl-S-CoA

Higher Ed
Lysine Catabolism to Glutaryl-S-CoA
Instructional Video5:31
Catalyst University

Histidine Biosynthesis AICAR Production

Higher Ed
Histidine Biosynthesis AICAR Production
Instructional Video8:18
Catalyst University

Cholesterol Biosynthesis Stage 4 Conversion of Lanosterol to Cholesterol

Higher Ed
Cholesterol biosynthesis is divided into 4 general stages. This video diagrams stage 4 in which lanosterol is converted into cholesterol. Also, see how vitamin D is generated from this pathway.
Instructional Video1:53
Visual Learning Systems

Investigating Mixtures, Solutions, Elements, and Compounds: Investigating Compounds

3rd - 8th
Upon viewing the Investigating Mixtures, Solutions, Elements, and Comnpunds video series, students will be able to do the following: Understand that everything we see, touch, and even things we can't see are made up of matter. Understand...
Instructional Video15:08
Catalyst University

Biosignaling - G-protein-coupled Receptors cAMP & Adenylate Cyclase

Higher Ed
Biosignaling - G-protein-coupled Receptors cAMP & Adenylate Cyclase
Instructional Video7:39
Catalyst University

Biosignaling - Receptor Guanylyl Cyclases & Nitric Oxide

Higher Ed
Biosignaling - Receptor Guanylyl Cyclases & Nitric Oxide
Instructional Video10:56
Catalyst University

NAD: Structure and Reduction of NAD to NADH

Higher Ed
NAD: Structure and Reduction of NAD to NADH
Instructional Video2:13
Science360

A battery inspired by vitamins

12th - Higher Ed
What happens when there isn't any wind to spin the blades of a wind turbine? Or there's no sun to charge those solar panels? National Science Foundation-funded researchers at Harvard University may have a solution. In episode 69, Jordan...
Instructional Video16:56
Catalyst University

Bile Acid Biosynthesis 1: Conversion of Cholesterol to Secondary Bile Acids

Higher Ed
Bile Acid Biosynthesis 1: Conversion of Cholesterol to Secondary Bile Acids
Instructional Video5:26
Catalyst University

Catabolism of Aminomuconate Semialdehyde to Glutaryl-S-CoA

Higher Ed
Catabolism of Aminomuconate Semialdehyde to Glutaryl-S-CoA