Instructional Video7:46
Amoeba Sisters

Photosynthesis: The Amazing Process of Plant Food Production

12th - Higher Ed
Explore one of the most fascinating processes plants can do: photosynthesis! In this Amoeba Sisters updated photosynthesis video, you will find a general overview of the light dependent and light independent reactions (Calvin Cycle) and...
Instructional Video10:59
SciShow

Engineering Plants That Fertilize Themselves to Save the World

12th - Higher Ed
Humans have relied on fertilizers to grow their plants for thousands of years. But the production of synthetic fertilizers also requires an immense amount of energy that comes primarily from fossil fuels and therefore contributes to...
Instructional Video4:07
SciShow

The Deal with Carbs

12th - Higher Ed
Carbs are pinned to be the villains in many diets, but those poor guys are just misunderstood.
Instructional Video8:18
Amoeba Sisters

Fermentation

12th - Higher Ed
What happens when you can't do aerobic cellular respiration because oxygen isn't available? Explore fermentation with The Amoeba Sisters! This video focuses on alcoholic fermentation and lactic acid fermentation, and it also mentions how...
Instructional Video13:25
Crash Course

ATP & Respiration: Crash Course Biology

12th - Higher Ed
In which Hank does some push ups for science and describes the "economy" of cellular respiration and the various processes whereby our bodies create energy in the form of ATP.
Instructional Video12:51
Bozeman Science

The Muscular System

12th - Higher Ed
Paul Andersen explains the three types of muscle found in humans; striated, smooth and cardiac muscle. He explains how actin and myosin interact to contract the sarcomere in a muscle. The sliding filament theory explains how ATP and...
Instructional Video9:45
Bozeman Science

ATP: Adenosine Triphosphate

12th - Higher Ed
Paul Andersen explains the structure, function and importance of adenosine triphosphate (ATP). He begins by describing the specific structure of the molecule and its three main parts: adenine, ribose sugar, and phosphate groups. He...
Instructional Video7:19
Curated Video

Pyrosequencing

9th - Higher Ed
Pyrosequencing is a DNA sequencing-by-synthesis method that detects light emitted during nucleotide incorporation, offering a faster and more cost-effective alternative to the traditional Sanger method. It uses a cascade of enzymatic...
Instructional Video1:02
Curated Video

Respiración anaerobia

3rd - 8th
Respiración celular en ausencia de oxígeno. Como la respiración aerobia, convierte la glucosa en energía utilizable en forma de ATP. Twig - Biología
Instructional Video0:56
Curated Video

ATP

3rd - 8th
Adenosín trifosfato, molécula que actúa como almacén de energía en todas las células vivas. Twig - Biología
Instructional Video0:42
Curated Video

Respiración aerobia

3rd - 8th
Respiración que usa oxígeno. Esta es la principal reacción química que se produce en todas nuestras células para liberar energía que pueda usar nuestro organismo. Twig - Biología
Instructional Video0:42
Curated Video

Aerobic Respiration: Oxygen-Powered Energy

6th - 12th
Respiration that uses oxygen. This is the main chemical reaction that occurs in all our cells to release energy that our bodies can use. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images...
Instructional Video1:02
Curated Video

Anaerobic Respiration: Energy Production Without Oxygen

6th - 12th
Cellular respiration in the absence of oxygen. Like aerobic respiration, it converts glucose into usable energy, in the form of ATP. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images and...
Instructional Video0:56
Curated Video

ATP

6th - 12th
Adenosine Triphosphate, a molecule that acts as an energy store in all living cells. A Twig Science Glossary Film. Key scientific terms defined in just 60 seconds using stunning images and concise textual definitions. Twig Science...
Instructional Video12:02
Catalyst University

Type I vs Type IIb Muscle Fibers

Higher Ed
Type I vs Type IIb Muscle Fibers
Instructional Video0:44
Next Animation Studio

Aphid converts light into energy, like a plant

12th - Higher Ed
Scientists have discovered a type of aphid that is capable of converting light into energy in a photosynthesis-like process. The pea aphid makes carotenoids, a pigment and essential antioxidant that nearly all other animals must obtain...
Instructional Video11:06
Catalyst University

Acetyl-S-CoA Synthetase: Physiology, Biochemistry, and Mechanism

Higher Ed
Acetyl-S-CoA Synthetase: Physiology, Biochemistry, and Mechanism
Instructional Video14:11
Institute of Human Anatomy

Debunking Myths About Bodies After Death

Higher Ed
In this video, the teacher debunks common myths about what happens to the human body after death. Through dissections and explanations of anatomy and physiology, the teacher explains why hair and nails don't continue to grow after death...
Instructional Video25:01
Catalyst University

Delta-Aminolevulinate Synthase (ALA Synthase): Physiology, Biochemistry, and Organic Mechanism

Higher Ed
Delta-Aminolevulinate Synthase (ALA Synthase): Physiology, Biochemistry, and Organic Mechanism
Instructional Video10:31
Catalyst University

Creatine Kinase/Phosphagen System

Higher Ed
Creatine Kinase/Phosphagen System
Instructional Video9:31
Catalyst University

ATP Synthase Structure

Higher Ed
ATP Synthase Structure
Instructional Video24:18
Catalyst University

Mitochondria Overview: Structure and Function

Higher Ed
Mitochondria Overview: Structure and Function
Instructional Video14:11
Institute of Human Anatomy

The Science Behind Creatine: Benefits, Safety, and Athletic Performance

Higher Ed
This video explains what creatine is, how it works in the body, and whether it is safe and effective for increasing athletic performance. It covers topics such as how creatine is synthesized and stored in the body, how it helps provide...
Instructional Video4:51
Curated Video

Muscle Contraction Made EASY: What REALLY Happens During Exercise

Higher Ed
How do muscles actually contract? There's a lot involved in the process. And in this video, we talk about muscle contraction at the molecular level. We'll discuss sarcomeres, actin, myosin, the muscle action potential and the roles of...