Carlsbad / Burlingame / Houston / Riverside / Fullerton / Madison / Broadaway / Jena / Louis / Mishra / Waltham / St. Louis / /
Company
I. M. & Morukov B. V. / Gillette / M.L.P. / Kewalo Marine Laboratory / CRC Press / Kapadia A. S. / Beckman Coulter / Wilson / Promega Corp. / Creative Commons / Space Life Science Laboratory / PerkinElmer / NASA Biotechnological Group / /
Country
Germany / United States / /
Currency
USD / / /
Facility
Plant Pathology / Kennedy Space Center / University of Florida / Kewalo Marine Laboratory / University of Florida Institutional Animal Care / University of California / /
IndustryTerm
ground-based devices / mM solution / Media ion composition / quorum-sensing systems / microbial machinery / rotary culture systems / less complex immune systems / model systems / stock solutions / /
MedicalCondition
Pseudomonas / Shigella flexneri infections / muscle atrophy / papillary thyroid carcinoma / B. H. Pseudomonas / both pathogenic infections / infectious disease / /
Organization
Space Life Science Lab / University of California / Department of Microbiology and Cell Science / Department of Microbiology / National Aeronautics and Space Administration / University of Florida / University of Florida Institutional Animal Care and Use Committee / /
Person
Nell Bekiares / Michael Hadfield / Kyle Grant / Nat / Margaret McFall-Ngai / Elizabeth Heath-Heckman / Wayne Nicholson / Justin Lockhart / Jennifer Mobberley / Oliver Lundy / Alexa FluorH / Vibrio / Ned Ruby / Jennifer Larmore / /
Position
Author / critical mediator / John Warden for their comments on this manuscript / model / model for microgravity studies / /
SUBJECT AREAS: INNATE IMMUNITY BACTERIAL HOST RESPONSE MICROBIOLOGY Impact of simulated microgravity on the