Rockville / Pasadena / New York / Cambridge / London / St. Louis / /
Company
Koshland Laboratory / MIT Press / Fairchild / J. Comp / /
Country
Jordan / United States / / /
Facility
National Eye Institute / Howard Hughes Medical Institute / Koshland Laboratory / Fairchild Building / cDNA library / Ornella Belvedere / California Institute of Technology / University School / /
California Institute of Technology / National Eye Institute / National Institute of Health / Tumor Necrosis Factor Family / MIT / Yale / Department of Neurobiology / Stanford University School of Medicine / Cancer Research Fund of the Damon Runyon / Neural and Behavioral Organization / Department of Anatomy and Neurobiology / Sloan Center for Theoretical Neurobiology / Washington University School of Medicine / United Nations / Division of Biology and the Computation / Oxford Univ. / Howard Hughes Medical Institute / Stanford / /
Person
Richard A. Andersen / Jeffrey Carrell / M. Fan / V / Steven M. Ruben / Wilbert Greenfield / Viktor Shcherbatyuk / Daniel Soppet / Janet Baer / David W. LaFleur / Henrik S. Olsen / Alexander Grunewald / Yale Cohen / Ping Feng / Betty Gillikin / David Parmelee / Lawrence H. Snyder / † Richard / Viktor Roschke / V. Guacci / Judith Giri / Elmer Applied Biosystems / Meghan Charters / Krystyna Pieri / Svetlana Sosnovtseva / Philip Sabes / David M. Hilbert / Amy Orr / Olga Galperina / James Fikes / Janna Wynne / /
Position
head / and limb position signals / head / and limb position / /
ProvinceOrState
Maryland / New York / Missouri / California / Massachusetts / /
REPORTS ation for FISH as 60% (0.75 ⫻ 0.95 ⫻ The validity of this estimation was demonstrated when the same calculation was applied to GFP experiments. The maximum detection of acentric minichromatid dissociat