Waldoboro / New York / Bochdansky / Levine / Allen / Brun / East Setauket / Groton / L.A. / Rockford / El-Sayed / /
Company
Brown / Plenum Press / Frank M. Flower and Sons / Frank M. Flowers Oyster Co. / P. / Princeton University Press / Spiegel / Pemaquid Oyster Co. / Marine Animal Disease Laboratory / Ford / Ó 2012 Elsevier Inc. / Renault / Sons Oyster Company / Becton Dickinson Biosciences / John Wiley & Sons / /
University of Connecticut / Zoo Biol / College Park / Special Pub / Stony Brook University / Rutgers University / University of Maryland / Harvard University / / /
IndustryTerm
stock solution / cell culture media / important portal / food / particle processing / energy / chemical / /
Oyster Bay / Adriatic Sea / Gulf of Mexico / Chesapeake Bay / /
Organization
New York State Department / National Institute of Health / Harvard University / National Science Foundation / Rutgers University / University of Connecticut / Princeton University / University of Maryland / College Park / School of Marine and Atmospheric Sciences / FAS Center for Systems Biology / School of Marine / Stony Brook University / United States Department of Marine Sciences / US Federal Reserve / /
Person
Reed Mariculture / Susan E. Ford / Roxanna Smolowitz / Chris Dungan / Nat / Kim / Bassem Allam / Bridget Holohan / J. Evan Ward / Powell / Emmanuelle Pales Espinosa / Wade E. Carden / Gina Ralph / Chris Davis / Sarah Winnicki / /
Position
Farmer / Walker / General / Vice President for Research / D.J. / Porter / J.W. / Corresponding author / Major / Fisher / representative / Porter / /
Early host-pathogen interactions in marine bivalves: Evidence that the alveolate parasite Perkinsus marinus infects through the oyster mantle during rejection of pseudofeces