Lecture 08, Concept 20: Viral Fusion Membrane Proteins

Lecture 08, concept 20: Viral fusion membrane proteins

Concept 20: The first membrane proteins had simple structure, but new ones are more complex...

Lecture 08, concept 10: Membrane protein topology - the von Heijne "positive inside" rule

Lecture 08, concept 07: Interactions between membrane proteins and lipids

Stephen Harrison (Harvard) Part 2: Viral membrane fusion

Science Communication Lab

Lecture 08, concept 09: Membrane protein helix packing & the GXXXG motif

Concept 38: Viral cell entry, proteins involved, and fusion peptides

Lecture 08, concept 05: Membrane proteins were crystallized by solubilisation in detergent

Viral membrane fusion - Stephen Harrison (Harvard/HHMI)

iBiology Techniques

Viral membrane fusion model - Stephen Harrison (Harvard/HHMI)

iBiology Techniques

Lecture 08, concept 06: The first membrane protein structure - bacteriorhodopsin

Class 1 viral fusion proteins - Stephen Harrison (Harvard/HHMI)

iBiology Techniques

Lecture 08, concept 01: The main component of a membrane is a lipid bilayer

Membrane fusion: Overview - Stephen Harrison (Harvard/HHMI)

iBiology Techniques

Model of Membrane Fusion by SARS CoV-2 Spike Protein

Lecture 12, concept 05: Membrane proteins are some of the most common drug targets

Vesicular Fusion

10 Minute Physiology!

Extreme Cupping Therapy! #shorts #cupping

Lecture 08, concept 19: Signaling - Receptor Tyrosine Kinases (RTKs)