Concept

Transmembrane domain

Related lectures (14)

Explores the structure and interaction of alpha helices in transmembrane proteins, emphasizing hydrophobicity and bioinformatics predictions.

Protein Transmembrane Mobility Mechanism

Explores protein mobility in cell membranes, fusion experiences, tight junctions, lateral segregation, and tracking methods.

Protein Addressing at the Endoplasmic Reticulum

Explores protein addressing at the ER, including signal recognition and translocation mechanisms.

Ion channels: Structure and Function

Explores the structure and function of ion channels, including their rapid conformational changes and key features like open probability.

Protein Localization: Mechanisms and Pathways in Cells

Covers the mechanisms of protein localization in cells, focusing on synthesis, sorting, and transport pathways involving the endoplasmic reticulum and Golgi apparatus.

Proteins and Cell Structures

Covers proteins' structures, cell functions, cytoskeleton, tissue engineering, and ligands.

Protein Hydropathy Analysis

Explores protein hydropathy analysis using ProtScale tool for human beta globin and aquaporin 1.

Transmembrane Proteins: Hydrophobicity and Evolution

Explores the prediction of transmembrane domains in proteins and the evolutionary aspects of potassium channels.

Membrane Structure and Function

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

Hydropathicity and Amino Acids

Explores hydropathicity, amino acids, and their interaction with water, including measuring hydrophobicity and properties of common amino acids.

Proteins and Hydrophobicity

Explores the structure and folding of proteins, emphasizing the role of hydrophobicity.

Melanocytes and Hair Color Regulation

Examines paracrine communication in melanocytes, CAMP influence on hair color, Mc4R mutations, and fur phenotypes.

Understanding Neuron Electrical Properties: Ion Transport Mechanisms

Covers the electrical properties of neurons, focusing on ion transport mechanisms and their role in generating electrical signals.

DLVO Theory and Membrane Potential

Explains the electrical potential difference across cell membranes and the excitation of neurons.