Plant Cell / University of Illinois / McMaster University / Arizona State University / University of Melbourne / terminal DNA / Salmonella Genetic Stock Centre / Black bar / Dartmouth College / f / 1 aThe Michael G. DeGroote Institute / /
IndustryTerm
start site / reagents/analytic tools / ancestral transcriptional machinery / machinery / translational start site / transcription start site / transcriptional start site / srfN translational start site / host gene products / chemical / translation start site / srfN translation start site / /
Organization
McMaster University / National Science Foundation / fPublic Health Agency of Canada / f / 1 aThe Michael G. DeGroote Institute for Infectious Disease Research / BAC (pEV) / University of Illinois / Chicago / Department of Biochemistry and Biomedical Sciences / Dartmouth College / Arizona State University / American Society / Laboratory for Foodborne Zoonoses / University of Melbourne / Melbourne / /
Person
Michael J. Lowdenc / Mark E. Wickhamd / Nancy Duonga / David T. Muldera / Don Walthersb / Ross F. Wallere / Roy Curtiss III / Ana M. Tomljenovica / Linda J. Kenneyb / Suzanne E. Osbornea / ACA TAC CGC / /
Position
Investigator / Researcher / Author / /
Product
SrfN / 3W4 / /
ProvinceOrState
Alaska / Maryland / North Dakota / Illinois / Newfoundland / Connecticut / Victoria / California / Arizona / Ontario / New Hampshire / /
PublishedMedium
Microbiology / /
Technology
Electrophoresis / 4 ChIP-on-chip / antibodies / cloning / DNA binding / in vivo using ChIP / DNA Chip / gene expression / DNA sequencing / ChIP-on-chip / genotype / CAT / /
Pathogenic adaptation of intracellular bacteria by rewiring a cis-regulatory input function Suzanne E. Osbornea, Don Walthersb, Ana M. Tomljenovica, David T. Muldera, Uma Silphaduanga, Nancy Duonga, Michael J. Lowdenc, M