Instructional Video2:43
Curated Video

Fermentation: The Chemical Process Behind Everyday Foods

6th - 12th
Discover the chemical process which produces some of our most common foodstuffs, from bread to yoghurt, to wine and vinegar. Chemistry - Chemical Industries - Learning Points. Fermentation is the process of converting sugar and other...
Instructional Video0:47
Curated Video

Enzyme

6th - 12th
A biological catalyst. Enzymes are specialised proteins that speed up biochemical reactions. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions. Twig...
Instructional Video3:33
Curated Video

Is the Serial Killer Gene Real?

Pre-K - Higher Ed
The infamous “serial killer gene” is the monoamine oxidase-A gene, also known as the MAO-A gene or the warrior gene. It codes for an enzyme that metabolizes neurotransmitters such as dopamine, norepinephrine, and serotonin. Dopamine and...
Instructional Video1:37
Curated Video

Promising Breakthrough in Spinal Cord Injury Treatment: Restoring Neurological Function

Pre-K - Higher Ed
This video discusses a groundbreaking discovery by scientists at Cambridge University who have successfully restored neurological function to rats with injured spinal cords. By using a bacterial enzyme called chondroitinase, they were...
Instructional Video1:01
Curated Video

British Scientists Make Breakthrough in Restoring Movement to Paralyzed Rats

Pre-K - Higher Ed
British scientists have made a groundbreaking discovery in restoring movement to rats paralyzed by spinal injury. By using an enzyme called chondroitinase ABC, they were able to overcome the scar tissue that prevents nerve regeneration....
Instructional Video2:34
Curated Video

Wellbeing A-Z -Lactose intolerance

12th - Higher Ed
Lactose intolerance
Instructional Video4:09
Curated Video

GCSE Biology - What are Enzymes?

9th - Higher Ed
In this video, we cover: - What enzymes are - How enzymes work - The difference between the lock and key model and the induced fit model Exam board specific info: AQA - Suitable for everyone IGCSE Edexcel - Suitable for everyone Edexcel...
Instructional Video2:16
Curated Video

GCSE Biology - Digestive Enzymes #17

9th - Higher Ed
Learn how we digestive enzymes such as amylase, proteases and lipases to break down carbohydrates, proteins and lipids. We also cover where the enzymes are made and what they break each food group down to.
Instructional Video2:50
Curated Video

GCSE Biology - Enzymes - How Temperature and pH Affect Rate of Reaction

9th - Higher Ed
This video covers: - How temperature affects enzymes and the rate of reaction - How pH affects enzymes and the rate of reaction - Why enzymes denature - Was optimum temperature and optimum pH mean
Instructional Video10:11
msvgo

Enzymes 1

K - 12th
It introduces enzymes as the biological catalyst. It also describes their chemical structure, types, nomenclature and mechanism of action.
Instructional Video3:15
Curated Video

Factors Affecting Enzyme Function

3rd - Higher Ed
Factors Affecting Enzyme Function explains how changes in pH, temperature, and concentration levels can affect enzyme function.
Instructional Video2:58
Curated Video

Is Your Stomach Acid (Gastric Acid) Diluted When You Drink Water?

Pre-K - Higher Ed
Short answer: Yes, drinking a lot of water will certainly change the pH of the stomach, but this amount is trivial. However, since your stomach is very acidic, to begin with, drinking water will not dilute it significantly. Also, there...
Instructional Video3:18
Science ABC

Can A Pineapple Eat You?

Pre-K - Higher Ed
Have you ever wondered why pineapples sting your tongue? It's because they contain an enzyme called bromelain, which can break down proteins. This means that every time you eat a pineapple, it eats a little bit of you! In this video we...
Instructional Video8:27
Catalyst University

Amino Acid Biosynthesis - Biosynthesis of Chorismate

Higher Ed
Amino Acid Biosynthesis Biosynthesis of Chorismate
Instructional Video12:31
Catalyst University

Isoleucine Deamination and Oxidation

Higher Ed
Isoleucine Deamination and Oxidation
Instructional Video13:25
Catalyst University

BASICS of Fatty Acid Metabolism [Part 2] - Beta-oxidation of Fatty Acids

Higher Ed
In this video, we explore beta-oxidation, its mechanism, and what it produces.
Instructional Video8:56
Catalyst University

Calvin Cycle Carbon Fixation, Rubisco, and Rubisco Activase

Higher Ed
Calvin Cycle Carbon Fixation, Rubisco, and Rubisco Activase
Instructional Video5:15
Curated Video

Introduction to Genetic Engineering and its Uses

Higher Ed
This video is a lecture presentation on the process of genetic engineering. The presenter describes and discusses the steps involved in modifying the genome of a bacterium cell, and then evaluates some of the uses and...
Instructional Video9:59
Catalyst University

Lipid Biosynthesis Mechanism of Statins & Inhibiting CoQ Synthesis

Higher Ed
In this video, we will discuss the general isoprenoid biosynthesis and processing pathways and how statin medications fit into the big picture (e.g., HMG-CoA Reductase). We will see how statins disrupt Coenzyme Q and vitamin D synthesis.
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 Video11:51
Catalyst University

Asparagine, Aspartate Catabolism to Oxaloacetate

Higher Ed
Asparagine, Aspartate Catabolism to Oxaloacetate
Instructional Video15:14
Catalyst University

(NEW!) Glycolysis Part 2 4 The Preparatory Phase & Questions

Higher Ed
(NEW!) Glycolysis Part 2 4 The Preparatory Phase & Questions
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.