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Chloroplast protein import: solve the GTPase riddle for entry

Auteur(s)
Kessler, Félix 
Institut de biologie 
Schnell, Danny
Date de parution
2004
In
Trends in Cell Biology
Vol.
7
No
14
De la page
334
A la page
338
Mots-clés
  • OUTER ENVELOPE
  • PREPROTEIN RECEPTOR
  • TRANSIT PEPTIDE
  • TOC34
  • MEMBRANE
  • DOMAIN
  • ARABIDOPSIS
  • APPARATUS
  • ATTOC159
  • TOC159
  • OUTER ENVELOPE

  • PREPROTEIN RECEPTOR

  • TRANSIT PEPTIDE

  • TOC34

  • MEMBRANE

  • DOMAIN

  • ARABIDOPSIS

  • APPARATUS

  • ATTOC159

  • TOC159

Résumé
The fidelity of the numerous intracellular protein-trafficking pathways to different organelles is dictated by the interactions between the intrinsic targeting signals of substrate proteins and specific receptors that deliver the substrate to the proper organelle. Recent studies of protein targeting to chloroplasts suggest a novel mechanism in which GTP-dependent substrate recognition is coupled to a GTP-driven motor that initiates the translocation of proteins into the organelle.
Identifiants
https://libra.unine.ch/handle/123456789/12787
Type de publication
journal article
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