Instructional Video4:47
Curated Video

How Creatine REALLY Works - The Biology Behind It

Higher Ed
Have you ever wondered what creatine is and how it works, then this video is for you. I'll explain the biology behind creatine in the context of how muscle contraction happens. Enjoy!
Instructional Video14:25
Curated Video

ATP - Energy of the Cell

Higher Ed
ATP is the energy currency of the body. In this video, I talk about what ATP is and how it works. I also talk about the scientists that have contributed a lot to what we know about how ATP works.
Instructional Video22:28
Curated Video

Photosynthesis - Energy in a Cell

Higher Ed
Photosynthesis is the process that plants use to convert energy from the Sun into food. In this lecture, I talk about the process of photosynthesis, and show the steps involved in producing glucose. I go into the Light dependent and...
Instructional Video28:55
Curated Video

Cellular Respiration - Energy in a Cell

Higher Ed
In this lecture, I talk about Cellular respiration, which consists of Glycolysis, the Krebs Cycle and the Electron Transport Chain. I deal with how Glucose is broken down and how ATP is made. Since energy is important for all living...
Instructional Video2:44
Curated Video

003 What ATP is and How it Works

Higher Ed
This Video talks about what ATP is and how it results in energy for the processes happening in the cell
Instructional Video8:59
Catalyst University

Na+/K+ Pump Function and Mechanism

Higher Ed
Na+/K+ Pump Function and Mechanism
Instructional Video12:29
Catalyst University

Monosaccharide-Linking Reactions (with UTP)

Higher Ed
Monosaccharide-Linking Reactions (with UTP)
Instructional Video12:35
Catalyst University

ATP Synthase: Proton-powered Rotation

Higher Ed
ATP Synthase: Proton-powered Rotation
Instructional Video3:12
Ancient Lights Media

Photosynthesis: The Light - Independent Reactions

6th - 8th
Plant Physiology and Chemistry Set: 1. This clip explains the light independent biochemical reactions of photosynthesis that result in the production of energy rich glucose.
Instructional Video14:30
Institute of Human Anatomy

How Muscles Adapt: Understanding Slow and Fast Twitch Fibers

Higher Ed
This video discusses how muscles respond and adapt to exercise. It explains the differences between slow twitch and fast twitch muscle fibers and how they adapt differently to exercise. The video also discusses the importance of...
Instructional Video11:57
Catalyst University

ATP Synthase Mechanism

Higher Ed
ATP Synthase Mechanism
Instructional Video4:29
Professor Dave Explains

Cellular Respiration Part 3: The Electron Transport Chain and Oxidative Phosphorylation

12th - Higher Ed
The trilogy is finally concluded! And with a bang, no less, as this final stage of cellular respiration is the one that provides the big energy payoff for the cell. Let's learn about how the products of the Citric Acid cycle go on to the...
Instructional Video1:38
Ancient Lights Media

Cells - Mitochondria

6th - 8th
Cell Structure and Function Set: 4. This clip examines the function of the mitochondria in producing energy in the form of ATP from glucose during aerobic cellular respiration.
Instructional Video1:50
Mazz Media

Cellular Respiration Process

6th - 8th
In this live-action program viewers will learn that cellular respiration is the metabolic process that breaks down organic molecules to release energy for use by cells. Students will come to understand the process turns glucose from food...
Instructional Video6:58
Ancient Lights Media

Transcribing DNA into m-RNA

6th - 8th
Genetic Expression Set: 4. This clip takes a detailed look at the complicated process of genetic transcription.
Instructional Video3:14
Curated Video

Exercise and Cardio Vascular Activity

K - 8th
In this live-action program viewers will learn that cardiovascular activity is any action that elevates your heart rate for an extended period of time. Students will come to understand that changes in our cardiovascular system occur when...
Instructional Video2:07
Catalyst University

Photosystem I Functions: Electron Flow and Function

Higher Ed
Photosystem I Functions: Electron Flow and Function
Instructional Video3:53
Professor Dave Explains

Metabolism and ATP

12th - Higher Ed
How does your body break down the food you eat to generate the energy you need to get through your day? What form of energy is this, anyway? Let's go over some of the basics of metabolic processes, and introduce ATP, the currency of...
Instructional Video4:45
Catalyst University

ATP Synthase: Mechanism of ATP Synthesis

Higher Ed
ATP Synthase: Mechanism of ATP Synthesis
Instructional Video4:00
Curated Video

The Importance and Dangers of Phosphorus

Pre-K - Higher Ed
This video provides an overview of the element phosphorus and its significance in various aspects of life. Phosphorus is a vital element found in the human body and plays a crucial role in DNA, RNA, and energy transfer in cells....
Instructional Video10:16
Let's Tute

Cell Organelles and Functions: Understanding Skin Cells, Mitochondria, Plastids, and Vacuoles

9th - Higher Ed
In this video, the teacher discusses the process of shedding skin cells in humans and the function and structure of cell organelles, including mitochondria, plastids, and vacuoles. The video provides a clear and concise explanation of...
Instructional Video6:24
Professor Dave Explains

Structure of the Cell Membrane - Active and Passive Transport

12th - Higher Ed
What is it that separates what's inside a cell from what's outside of a cell? Why, that's the cell membrane. What's it made out of? How does it work? How do molecules get in and out of the cell? These are super-important concepts! Let's...
Instructional Video6:32
Ancient Lights Media

Photosynthesis: The Light-Dependent Reactions

6th - 8th
Plant Physiology and Chemistry Set: 2. This clip provides an in-depth look at the details of the light-dependent Biochemical reactions of photosynthesis,
Instructional Video6:36
Professor Dave Explains

Nucleic Acids: DNA and RNA

12th - Higher Ed
We've been hearing about DNA since the third grade, and we all know that it's a double helix with little ladder rungs. But now we are ready to understand this molecule on a more fundamental level, which will enable to us to understand...