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Catalyst University
Biosignaling - Receptor Desensitization by Beta-arrestin
Biosignaling - Receptor Desensitization by Beta-arrestin
Curated Video
Calculating Efficiency and Energy Transfers in Devices
This video is a lecture on efficiency where the speaker explains how to calculate the efficiency of a device and identify the energy transfers that take place. The video starts with an introduction to Sankey diagrams that detail all the...
Catalyst University
Glutamine Synthetase Biosynthesis of Glutamine
Glutamine Synthetase Biosynthesis of Glutamine
Catalyst University
Aminoacyl tRNA Synthetase Charging the Amino Acid
Aminoacyl tRNA Synthetase Charging the Amino Acid
Curated Video
Solving Word Problems Involving Time Using Diagrams
In this video, students will learn how to solve word problems involving time by using diagrams. The teacher explains the concept of diagrams and provides examples of how they can be used to understand time conversions and clock readings....
Catalyst University
Enzyme Kinetics (Spectrophotometry and Calculations)
Enzyme Kinetics (Spectrophotometry and Calculations)
Catalyst University
Enzyme Kinetics (Activation Energy and Gibb's Free Energy)
Enzyme Kinetics (Activation Energy and Gibb's Free Energy)
Catalyst University
Lineweaver-Burke Plots Introduction and Theory
Lineweaver-Burke Plots Introduction and Theory
Catalyst University
Glutamine Synthetase Allosteric Regulation
Glutamine Synthetase Allosteric Regulation
Catalyst University
Biosignaling - Canonical Wnt β-catenin Signaling
Biosignaling - Canonical Wnt β-catenin Signaling
Catalyst University
ARTICULARIS GENU A Fifth Quadricep Muscle
In this video, we explore the under-appreciated 5th quadricep muscle, articularis genus, by examining its structure, origin, insertion, action, innervation, and overall function.
Catalyst University
Anatomy - Physiology of the Utricle & Saccule [Otolithic Organs]
In this video, we discuss the functions of the otolithic organs, the utricle and saccule.
Curated Video
Introduction to Reversible Reactions and Equilibrium
This video explains the concept of reversible chemical reactions. It starts by introducing reversible reactions and providing an example of the reaction between ammonium chloride, ammonia, and hydrogen chloride. The video then explains...
Catalyst University
Anatomy - The Inguinal Ligament & Inguinal Canal
In this video, we explore the following:<br/>
[1] anatomy of the inguinal ligamen<br/>t and canal
[2]<br/> Hesselbach's triangle
[3] basics of inguinal hernias
[1] anatomy of the inguinal ligamen<br/>t and canal
[2]<br/> Hesselbach's triangle
[3] basics of inguinal hernias
Catalyst University
Anatomy - Enterohepatic Circulation EXPLAINED
In this video, I explain the function of enterohepatic circulation and the anatomical structures/organs involved.
Catalyst University
Amino Acid Metabolism - the Methionine (SAM) Cycle
Amino Acid Metabolism the Methionine (SAM) Cycle
Catalyst University
Caffeine Demethylase Mechanism
In this video, we discuss Caffeine Demethylase Mechanism
Catalyst University
Anatomy and Functions of the Quadriceps Femorii and Hamstrings
In this video, we discuss the antagonistic muscle groups controlling flexion and extension of the knee, respectively: hamstrings and quadriceps. Also, we name each muscles' origin, insertion, action, and exercises/movements that involve...
Flipping Physics
AP Physics C: Dynamics Review (Mechanics) - Newton's 3 Laws, Friction, Equilibrium
Calculus based review of Newton’s three laws, basic forces in dynamics such as the force of gravity, force normal, force of tension, force applied, force of friction, free body diagrams, translational equilibrium, the drag or resistive...
Catalyst University
Calculate Concentrations in a Buffer (Derivation)
In this video, we discuss Calculate Concentrations in a Buffer (Derivation)
Catalyst University
Intrinsic Muscles of the Feet [Part 2] Layers 3 & 4
In this video, we explore the structure, origins, insertions, innervation, and actions of the intrinsic muscles of the feet. This video explores layers 3 and 4.