Salzburg / New York / Heidelberg / Eppendorf / Braunschweig / anchorage / /
Company
Sigma Chemical Co. / Optilas GmbH / Plenum Press / Boehringer Mannheim GmbH / Visitron Systems / Qiagen / Synergy Software Inc. / Adobe Systems Inc. / Yoshitomi Pharmaceutical Industries Ltd. / Alexis Corporation / Rockefeller University Press / /
Country
Germany / Turkey / Japan / Austria / /
Currency
USD / / /
Event
Extinction / /
Facility
Max-Plank Institute / Institute of Molecular Biology / J. Victor Small Institute of Molecular Biology / University of Wisconsin / / /
IndustryTerm
stock solution / microscope systems / online version / Online Supplemental Material The / mM stock solution / contact site / adhesion site / microtubule network / /
MedicalCondition
et al. Microtubules Promote Dissociation / Dissociation / same contact dissociation / DC1 Kaverina et al. Microtubules Promote Dissociation / /
MedicalTreatment
relaxation / /
Movie
A.D. / /
OperatingSystem
Macintosh / /
Organization
Institute of Molecular Biology / Department of Cell Biology / J. Victor Small Institute of Molecular Biology / Max-Plank Institute / Rockefeller University / Austrian Academy of Sciences / University of Wisconsin / Madison / Austrian National Bank / Austrian Science Research Council / /
Person
J. Victor Small / G. Borisy / J.V. Small / H. Faulstich / M. Schmittner / Rac / R. Tournebize / A. Hall / U. Mueller / K. Rottner / Olga Krylyshkina / M. Gimona / J. Wehland / Mata / T. Hyman / J. Peloquin / L.M. Keshvara / Irina Kaverina / E. Eppacher / / /
Position
RT / P. Nurse / RT / room temperature / Professor / Nurse / representative / /
Microtubule Targeting of Substrate Contacts Promotes Their Relaxation and Dissociation✪ Irina Kaverina, Olga Krylyshkina, and J. Victor Small Institute of Molecular Biology, Austrian Academy of Sciences, A-5020 Salzbur