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Nutrition / Cell biology / Molecular biology / Cln3 / Saccharomyces cerevisiae / Glucose / GalP / Biochemistry / Diauxie / Biology / Proteins / Cell cycle


Antagonistic gene transcripts regulate adaptation to new growth environments Bridget L. Baumgartnera, Matthew R. Bennettb,c, Michael Ferrya, Tracy L. Johnsond,e, Lev S. Tsimringd, and Jeff Hastya,d,e,1 a Department of Bi
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Document Date: 2013-10-11 13:34:13

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La Jolla / San Diego / /

Company

Nikon / Moore SA / QIAGEN / Becton Dickinson / Autodesk / Sequenom / Buffer HF / Microsoft / /

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Event

FDA Phase / /

Facility

Texas A&M University / dBioCircuits Institute / stable GAL1 / Rice University / University of California / Stable GAL1 mRNA Causes / /

IndustryTerm

live cell imaging / microfluidic device / galactose network / protein product / cell imaging / reagents/analytic tools / shunt network / galactose utilization network / http /

MedicalCondition

JE / regulatory upstream ORF / ORF / Piedra / MS / GAL1 ORF / /

Organization

San Diego Center for Systems Biology / Rice University / Houston / dBioCircuits Institute / University of California at San Diego / Division of Biological Science / Department of Bioengineering / US Federal Reserve / Texas A&M University / /

Person

Lev S. Tsimringd / Jeff Hastya / Tracy L. Johnsond / Michael Ferrya / Alexa Fluor / Matthew R. Bennettb / Simpson Joseph / Michael Polymenis / Bridget L. Baumgartnera / Charles R. Cantor / /

Position

prearranged editor / General / Alepuz PM / native GAL1 Author / representative / /

Product

S3 / CLN3 / GAL1 / /

ProvinceOrState

Texas / Mississippi / California / /

Technology

Genomics / FISH protocol / hybridization / directed mutagenesis / photolithography / ATG / pdf / microfluidic technology / microfluidic chip / gene expression / autofocus algorithm / published protocol / CAD / /

URL

http /

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