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Article
Characteristics of the Motor Responsible for the Gliding of Native Microtubules from Squid Axoplasm
Biology - All Scholarship
  • Dieter G. Weiss
  • Dieter Seitz-Tutter
  • George M Langford, Syracuse University
Document Type
Article
Date
1-1-1991
Keywords
  • Physiology,
  • Adenosine Triphosphate,
  • metabolism,
  • Animals,
  • Biological Transport,
  • Cytoplasm,
  • Decapodiformes,
  • Dyneins,
  • Kinesin,
  • Microtubules,
  • Organelles,
  • metabolism
Language
English
Disciplines
Description/Abstract

Nucleotide-dependent movement of native microtubules (nMTs) in squid axoplasm has biochemical and biophysical characteristics of kinesin-driven motility. However, the high vanadate and N-ethylmaleimide sensitivity and the velocity demonstrate that the properties of the native motile system differ considerably from those of purified kinesin preparations.

Creative Commons License
Creative Commons Attribution 3.0
Citation Information
Weiss, D. G., D. Seitz-Tutter, and G. M. Langford. 1991. “Characteristics of the Motor Responsible for the Gliding of Native Microtubules from Squid Axoplasm.” Journal of Cell Science. Supplement 14: 157–61.