MBInfo
[email protected]
Facebook
YouTube
  • Cellular Organization
    • Nucleus
    • Membrane
      • Membrane Trafficking
        • Caveolar Endocytosis
        • Clathrin-Mediated Endocytosis
        • CLIC/GEEC Endocytosis pathway
        • Small Scale Clathrin-Independent Endocytic Pathways
        • Exocytosis
        • Autophagy
        • Phagocytosis
        • Macropinocytosis
  • Cytoskeleton Dynamics
    • Bleb
      • Bleb Assembly
    • Contractile Fiber
    • Cytoskeleton
      • Actin Filament
      • Microtubule
        • Dynamic Instability of Microtubules
        • Regulation of Microtubule Polymerization or Depolymerization
      • Intermediate Filament
    • Filopodium
      • Filopodium Assembly
    • Growth Cone
      • Guidance Cues
    • Invadopodium
      • Invadopodium Assembly
    • Lamellipodium
      • Lamellipodium Assembly
    • Podosome
      • Podosome Assembly
    • Stress Fiber
      • Stress Fiber Assembly
      • Regulation of Stress Fiber Assembly
  • Mechanosignaling
    • Guidance Cues
    • Small GTPases
      • Ras GTPases
      • Rho GTPases
      • Rab GTPases
      • Ran GTPases
      • Arf GTPases
    • Cell-Cell Adhesion
      • Tight junctions
        • Tight junction assembly
        • Regulation of tight junction assembly
      • Adherens Junction
        • Adherens Junction Assembly
      • Regulation of Cell-Cell Signaling
    • Cell-Matrix Adhesion
      • Focal Adhesion
        • Focal Adhesion Assembly
        • Regulation of Focal Adhesion Assembly
      • Integrin-Mediated Signalling Pathway
        • Integrin Activation
    • Signaling Pathways
      • Hippo Signaling
      • Wnt Receptor Signaling
  • Genome Regulation
    • Chromatin
    • DNA Structure
    • DNA Replication
    • DNA Packaging
    • DNA-Templated Transcription
    • Translation
  • Methods
    • Magnetic Tweezers
    • Microfabricated Technologies
    • Small molecule modulation of the cytoskeleton
    • Super Resolution Microscopy

Actin binding proteins influence actin dynamics

Summary

TitleActin binding proteins influence actin dynamics
DescriptionA. Treadmilling of actin filaments can be altered by profilin and ADF which generally increase and decrease the size of actin filaments, respectively. B. New filaments are nucleated by the ARP2/3 complex, which binds both G-actin monomers and the side of actin filaments to nucleate new filaments or branches. Formins nucleate new filaments by binding G-actin and through cooperation with profilin. C. Actin cross-linking proteins influence the packing and organization of actin filaments into secondary structures. D. Capping and severing proteins promote disassembly of actin filaments. E. Actin filament assembly can be modulated by events such as controlled nucleotide hydrolysis (e.g. ATP on actin) and reversible modifications (e.g. phosphorylation) on components that control actin assembly.
Date2011
Referred pagesActin Filament Elongators
LicenseCreative Commons Attribution-NonCommercial 4.0 International License
PermissionModification, copying and distribution (commercial) of this image is strictly prohibited without written consent. Please contact MBInfo at [email protected] to request permission to use this image.
How to cite this page?
MBInfo contributors. Actin binding proteins influence actin dynamics. In MBInfo Wiki, Retrieved 10/21/2014 from http://mbinfo.mbi.nus.edu.sg/figure/1384242015241/

MBInfo is Produced by

MBI Logo


MBInfo © 2016 National University of Singapore.

Terms of Use Privacy

Supported by

Home
Wiki
Resources
Help