Tu ¨bingen / Hilden / San Antonio / Austin / New York / La Jolla / Berlin / Bundoora / Cambridge / Cupertino / San Diego / Arlington / /
Company
Life Technologies / GenBank / Comparative Zoology Labs / Amersham / Asenjo AB / Qiagen / Corripio AB / Apple Computer Inc. / Morris AG / Mackinlay AG / Oriel Corporation / /
Country
Germany / United States / Australia / United Kingdom / /
Currency
pence / USD / /
Facility
N terminal / Steven G. Britt1 Institute of Biotechnology / Hall KJ / Institute of Biotechnology / University of Florida / University of Kansas / The University of Texas Health Science Center / C terminal / Museum of Comparative Zoology Labs / Harvard University / Latrobe University / /
IndustryTerm
industrial control systems / suitable in vitro expression systems / consensus site / oil droplets / visual systems / food sources / posttranslational processing / energy / suspension media / gene product / agar media / /
MedicalCondition
light sensitivity / /
OperatingSystem
Macintosh / /
Organization
National Eye Institute / Geological Society of America / Institute of Biotechnology / Harvard University / Organismic and Evolutionary Biology Department / Johannsen Research Fund of the Fight / Chromatic / Functional / Sight Research Division of Prevent Blindness America / Steven G. Britt1 Institute of Biotechnology / University of Kansas / University of Texas Health Science Center / San Antonio / Department of Molecular Medicine / University of Florida / Instrument Society of America / Society for Neuroscience / Latrobe University / University of Texas / /
Person
Karen Nutt / W. Clay Smith / Patrick M. W. Sung / Reinhard Feiler / Bernard / Paul D. Gardner / Steven G. Britt / Kuno Kirschfeld / Steven M. Townson / Richard Lewontin / Mignault Nutt / Remington / Ross H. Crozier / /
The Journal of Neuroscience, April 1, 1998, 18(7):2412–2422 Honeybee Blue- and Ultraviolet-Sensitive Opsins: Cloning, Heterologous Expression in Drosophila, and Physiological Characterization Steven M. Townson,1 Belin