University of British Columbia / station C354 / University of Manitoba / Buller Building / College of William / Plant Cell Physiol / University Boulevard / Arizona State University / Michigan State University / Rutgers University / Institute of Marine / California Institute of Technology / University of Alaska / /
IndustryTerm
maximal cellular photosynthetic energy fluxes / energy-yielding metabolism / fermentation product / cellular energy requirement / food / energy source / energy conversion / organic-poor media / /
NaturalFeature
Southern Ocean / Northeastern Pacific Ocean / Oregon coast / Eastern Pacific Ocean / North Atlantic Oceans / North Atlantic Ocean / Washington coast / Mediterranean Sea / Coastal North Atlantic Ocean / Equatorial Pacific Ocean / /
Organization
California Institute of Technology / Michigan State University / National Institute of Health / College of William & Mary / office of Naval Research / National Science Foundation / Rutgers University / University of Manitoba / NSERC / Arizona State University / University of Alaska / Fairbanks / National Aeronautics and Space Administration / Institute of Marine / 5Biology Department / University of British Columbia / /
Person
R. A. Pufahl / V / Thomas Beatty / Appl / Y. S. Feig / T. Ali Azam / L. Van Dover / D. A. Pelletier / /
Position
General / multiple sequence editor / representative / D. J. / K. G. Porter / /
Product
sodium acetate / line / /
ProvinceOrState
New Jersey / New Brunswick / Virginia / Alaska / Oregon / British Columbia / New York / Washington / Michigan / Manitoba / California / Arizona / Massachusetts / /
REPORTS 28. Run-off transcription procedures were as described[removed]The znu transcription template was prepared in the same manner as the zntA template in (19) and digested with Bsp MI and Bbv I to make a 233-bp fragmen