Instructional Video9:53
JJ Medicine

Cholesterol Synthesis | How Our Bodies Make Cholesterol

Higher Ed
Cholesterol Synthesis Pathway Lesson: Regulation, Metabolism and Storage as Cholesterol Ester. Hey guys! In this lesson, you will learn the purpose of cholesterol in our bodies, why acetyl CoA and NADPH are required for cholesterol...
Instructional Video5:47
Professor Dave Explains

DNA Replication: Copying the Molecule of Life

12th - Higher Ed
Your DNA needs to be in every cell in your body, so what happens when cells divide? How does each new cell retain all of the genetic information? The DNA is able to copy itself through a process called replication. Let's go through the...
Instructional Video14:16
Professor Dave Explains

Synthetic Biology and Materials Science Part 1: Biological Manufacturing

12th - Higher Ed
We've discussed some aspects of biotechnology already, but we have yet to discuss the promising field of synthetic biology. We are now able to manipulate biological organisms in ways that have technological applications, and one of the...
Instructional Video3:30
FuseSchool

DNA Replication

6th - Higher Ed
CREDITS Animation & Design: Bing Rijper Narration: Dale Bennett Script: Gemma Young It might be hard to believe, but at the very start of your life you were a single, microscopic cell called a zygote. Your body now contains millions of...
Instructional Video3:53
FuseSchool

Enzymes

6th - Higher Ed
Enzymes are really important proteins, that speed up the rates of reactions such as in photosynthesis, respiration and protein synthesis. The enzymes and substrates are always moving, and occasionally they collide at the right speed and...
Instructional Video5:43
Catalyst University

mRNA Processing: The 5'-7-methylguanosine Cap

Higher Ed
mRNA Processing: The 5'-7-methylguanosine Cap
Instructional Video16:28
Schooling Online

Biology Cells as the Basis of Life: Cell Structure - Plant Cells Part 1

3rd - Higher Ed
Let’s fly to Eukarytopia, the home of the eukaryotes! You can learn all about plants in the Garden of Babylon! This lesson will begin our series on eukaryotic cells. We’ll look at the structure of plant cells, focusing on components that...
Instructional Video6:49
Professor Dave Explains

Enzymes: Nature's Factory Workers

12th - Higher Ed
What are enzymes? Why they're nature's little factory workers. They chop up certain things! They build up others! Pretty amazing the kind of chemistry nature can do given enormous polypeptide chains with unfathomable variability and...
Instructional Video8:05
Professor Dave Explains

Beyond Mendelian Genetics Complex Patterns of Inheritance

12th - Higher Ed
We've already learned about Mendelian genetics, which taught us about dominant and recessive alleles and the laws that govern their inheritance. But things are not always so simple. There are situations that go beyond this basic...
Instructional Video12:32
Professor Dave Explains

Pharmaceutical Drugs: Inhibitors and the Nature of Disease

12th - Higher Ed
We live in a time where there is much skepticism towards modern medicine. This stems purely from ignorance, however, and there are those who capitalize on this to sell an unbelievable array of alternative medicines that, almost without...
Instructional Video16:21
Catalyst University

Glycolysis and Gluconeogenesis Regulation

Higher Ed
Glycolysis and Gluconeogenesis Regulation
Instructional Video4:42
FuseSchool

Mutations

6th - Higher Ed
So, what causes mutations? Well, this is where science fiction meets science fact, sort of. In the backstory of many superheroes there will be a meeting with a radioactive substance - be it cosmic rays or radioactive waste. In real life,...
Instructional Video2:08
FuseSchool

Green Chemistry Principles - Catalysts

6th - Higher Ed
Learn the basics about the principle of green chemistry that concerns catalysis, as a part of environmental chemistry. A catalyst increases the rate of a chemical reaction. This means that desired products can be made more quickly, using...
Stock Footage0:38
Getty Images

Animation showing an example of the use of synthetic biology, to create bacteria engineered to detect the presence of parasites.

Pre-K - Higher Ed
This bacterium contains both its own DNA (green helix) and an artificial part (blue) that codes for the production of surface proteins (circles) and other internal structures. These proteins are tailored to detect the presence of...
Stock Footage0:25
Getty Images

Blue bacteriophage plaques

Pre-K - Higher Ed
Blue bacteriophage plaques
Stock Footage0:28
Getty Images

Blue bacteriophage plaques

Pre-K - Higher Ed
Blue bacteriophage plaques
Stock Footage0:25
Getty Images

Blue bacteriophage plaques

Pre-K - Higher Ed
Blue bacteriophage plaques
Stock Footage0:30
Getty Images

Blue bacteriophage plaques

Pre-K - Higher Ed
Blue bacteriophage plaques
Stock Footage0:11
Getty Images

Blue bacteriophage plaques

Pre-K - Higher Ed
Dolly shot video of Blue bacteriophage plaques (HD)
Stock Footage0:16
Getty Images

Model of Human Insulin - HD1080

Pre-K - Higher Ed
A ribbons model of Human Insulin. White background. Seamless loop.
Stock Footage0:16
Getty Images

Model of Human Insulin - NTSC

Pre-K - Higher Ed
Model of Human Insulin - NTSC
Stock Footage0:19
Getty Images

Model of Human Insulin - PAL

Pre-K - Higher Ed
Model of Human Insulin - PAL
Stock Footage1:02
Getty Images

Chemical bottles on shelf, University of Washington, Seattle, USA

Pre-K - Higher Ed
Chemical bottles on shelf, University of Washington, Seattle, USA
Stock Footage0:07
Getty Images

Garden spider with cross on back on web

Pre-K - Higher Ed
Garden spider with cross on back on web