[PDF][PDF] The spectrin-associated cytoskeleton in mammalian heart

AJ Baines, JC Pinder, J Fordham - Front Biosci, 2005 - article.imrpress.com
AJ Baines, JC Pinder, J Fordham
Front Biosci, 2005article.imrpress.com
Introduction 3. The Spectrin-Associated Cytoskeleton In Cardiac And Skeletal Muscle Cells-
A Historic Perspective 4. Cardiac Spectrin-Associated Cytoskeleton Genes And Proteins 4.1.
Spectrins in heart: isoforms, locations and tetramers 4.1. 1. alphaI-spectrin 4.1. 2. alphaII-
spectrin 4.1. 3. betaI-spectrin 4.1. 4. betaII-spectrin 4.1. 5. Intracellular spectrins 4.2. The
biochemical nature of differentially located spectrin tetramers 4.3. Protein 4.1 in heart:
isoforms and locations 4.4. Protein 4.1 and calcium pumps 4.5. Function revealed through …
Abstract
2. Introduction 3. The Spectrin-Associated Cytoskeleton In Cardiac And Skeletal Muscle Cells-A Historic Perspective 4. Cardiac Spectrin-Associated Cytoskeleton Genes And Proteins 4.1. Spectrins in heart: isoforms, locations and tetramers 4.1. 1. alphaI-spectrin
4.1. 2. alphaII-spectrin 4.1. 3. betaI-spectrin 4.1. 4. betaII-spectrin 4.1. 5. Intracellular spectrins 4.2. The biochemical nature of differentially located spectrin tetramers 4.3. Protein 4.1 in heart: isoforms and locations 4.4. Protein 4.1 and calcium pumps 4.5. Function revealed through natural mutations and gene knockouts 4.5. 1. alphaI-spectrin mutation: dilated cardiomyopathy? 4.5. 2. betaII-spectrin is required for normal heart development 4.5. 3. Protein 4.1 R and organisation at intercalated discs 4.5. 4. Ankyrins G and B: roles in arrhythmia 4.6. The spectrin-associated cytoskeleton and Ca2+ metabolism 4.7. Is there a role for the spectrin-associated cytoskeleton in mechanical properties of cardiomyocyte membranes? 5. Cardiac biology
article.imrpress.com