Genetic Control of Proteins and Lipids

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Related lectures (32)

Covers the early classification of organelles in two major intracellular transport pathways and the transfer of lipids between cellular compartments.

Membrane Structure and Function

Explores the composition and function of cellular membranes, including phospholipid bilayers and transmembrane proteins.

Membrane Fluidity and Protein Functions

Covers membrane fluidity, lipid composition impact, protein functions, and molecule mobility study.

Synaptic Transmission: Molecular Mechanisms

Explores the molecular mechanisms of synaptic transmission, focusing on synapse formation, neurotransmitter release, and computational cell biology.

Cell Membrane Fusion: Frye & Edidin Experiment

Explores the Frye & Edidin experiment on cell membrane fusion, fluid mosaic model, membrane fluidity, cholesterol influence, and selective permeability.

Lipids and Cell Membranes: Structure and Functions

Explores the structure and functions of lipids and cell membranes, including fatty acids, phosphoglycerides, and glycoproteins.

Untitled

Membrane Properties: Lipids and Polymersomes

Explores lipid membrane properties, including vesicle stability and block-copolymer mobility, and discusses the functionalization of polymersomes for responsiveness.

Lipid Structure and Function

Explores lipid structure, membrane impact, fatty acid correlation, and saponification process.

Lipids and Sugars

Covers the roles of lipids in cell membranes and the structural complexity of sugars, highlighting their significance in cellular processes.

Proteins and Biological Matter

Explores the application of physics in understanding proteins, biological membranes, and statistical models in biophysics.

Frye Edidin Experiment

Covers the Frye & Edidin experiment studying membrane protein distribution.

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