Porto / Dzhindzhev / GRIFFIS ET / Dynein / Rennes / Cleveland / /
Company
BioRad Laboratories / Alexander S.P. / Carl Zeiss MicroImaging Inc. / The Cooke Corporation / Rockefeller University Press / Sigma-Aldrich / Chan G.K. S.A. / Solamere Inc. / Lawrence Berkeley National Laboratory / Spindly / DIC / Pac11p / Covance / DHC / CENP-A / Yokogawa Electric / Cellomics Inc. / /
Country
Netherlands / France / Portugal / /
Currency
USD / / /
Event
Product Issues / /
Facility
Notre Dame University / terminal Gateway GFP / University of Rennes / Ronald D. Vale1 / 2 Howard Hughes Medical Institute / Zwilch complex / N terminus / University of Minnesota / RZZ complex / Rod/Zw10 complex / University of Pennsylvania / Sensicam HQ / University of California / Mad1/Mad2 complex / /
IndustryTerm
dynein intermediate chain / online version / cell imaging / machinery / imaging / dynein heavy chain / Live imaging / faster acquisition live cell imaging / intermediate chain / correct subcellular site / time-lapse imaging / live cell imaging experiments / /
MedicalCondition
predicted ORF / ORF / tumor / cancer / /
MedicalTreatment
microsurgery / /
Organization
GFP-Spindly / Notre Dame University / Centre National / University of Rennes / University of Minnesota / Minneapolis / University of California / San Francisco / San Francisco / R. Griffis / 1 / 2 Nico Stuurman / 1 / 2 and Ronald D. Vale1 / 2 Howard Hughes Medical Institute / Rockefeller University / University of Pennsylvania / Philadelphia / American Cancer Society / Instituto de Biologia Molecular / /
Person
J.M. van Deursen / B.C. Williams / J. Chen / Nat / Stanford Photonics / M.L. Goldberg / Eric R. Grif / T.S. Hays / Baker / T.J. Yen / J.C. Canman / V / Lew / Rough Deal (Rod) / /
JCB: ARTICLE Spindly, a novel protein essential for silencing the spindle assembly checkpoint, recruits dynein to the kinetochore Eric R. Griffis,1,2 Nico Stuurman,1,2 and Ronald D. Vale1,2