Faculty

Institution

Unit

Venue

Christine White-Ziegler

Professor

Smith College

Affiliations

Biological Sciences

Department Of Biochemistry

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Psychology

Department of Film and Media Studies

Christine White-ziegler is currently serving as a Biological Sciences Professor at Smith College.

Honors

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Experiences

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Education

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Christine White-Ziegler

Smith College

Professor

You can click a keyword to filter the displayed items

microbiology molecular biology molecular microbiology bacteria microbial genetics bacteriology gene expression transcription (biology) molecular cell biology transcription regulation transcription factors molecular genetics molecular and cellular biology microbial cell factory biological chemistry nucleic acids genetics systems biology microbial pathogenesis applied microbiology genome biology gene regulation human body temperature biofilms plo biology environmental microbiology virulence factors protein biosynthesis microbial physiology low temperature rpos-dependent genes temperature-dependent dna methylation genome-wide identification environmental stimuli escherichia coli escherichia coli k-12 molecular plant-microbe interactions biochemical sciences molecular metabolism cell metabolism food microbiology adaptation infection control clinical microbiology energy metabolism predictive microbiology microbial toxins architecture criticism model (person) multiple environmental cues daa fimbrial transcription h-ns controls pap environmental cues virulence gene expression widespread changes sarah d n-acetyltransferase rimj biological sciences medicine infectious disease biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Human Body Temperature Cues Widespread Changes in Virulence Gene Expression in Uropathogenic Escherichia Coli. Infection and Immunity (2025)

pathogenesisclinical microbiologyapplied microbiologytoxinsmicroorganismsinfectious diseasesmicrobial cell factoryhuman body temperaturemolecular microbiologypathogenic bacteriabacteriamicrobial pathogenesisvirulence factorswidespread changespathogensinfection controlbacteriologymicrobial toxinsmolecular biologymicrobiologyvirulence gene expression

A Shift to Human Body Temperature (37°C) Rapidly Reprograms Multiple Adaptive Responses in Escherichia Coli That Would Facilitate Niche Survival and Colonization. Journal of Bacteriology (2021)

microbial pathogenesisadaptationmolecular microbiologybiologymicrobial geneticsescherichia colihuman body temperaturebacteriafood microbiologymicrobiologypredictive microbiology

Genome-Wide Identification of H-Ns Controlled, Temperature Regulated Genes in Escherichia Coli K-12.. (2009)

genome biologymolecular microbiologybacteriologymicrobial geneticsmolecular geneticsmolecular biologybacteriaescherichia coli k-12microbiologygenome-wide identificationnucleic acids

Genome-Wide Identification of H-Ns-Controlled, Temperature-Regulated Genes in Escherichia Coli K-12. Journal of Bacteriology (2008)

genomicsgenome biologybacteriologymetagenomicsplo biologygeneticsmicrobial geneticsmolecular biologymolecular geneticsmicrobial cell factorybacteriamicrobiologygenome-wide identification

Low Temperature (23 Ac) Increases Expression of Biofilm-, Cold-Shock- and Rpos-Dependent Genes in Escherichia Coli K-12.. (2008)

rpos-dependent genesmicrobial physiologybacteriologymolecular microbiologyapplied microbiologyenvironmental microbiologymicrobial geneticsmolecular biologylow temperaturebacteriabiofilmsescherichia coli k-12microbiology

Low Temperature (23 °C) Increases Expression of Biofilm-, Cold-Shock- and Rpos-Dependent Genes in Escherichia Coli K-12. Microbiology (2008)

rpos-dependent genesmolecular microbiologybacteriologyapplied microbiologyenvironmental microbiologymolecular biologylow temperaturebacteriabiofilmsmicrobiology

Human Body Temperature (37°C) Increases the Expression of Iron, Carbohydrate, and Amino Acid Utilization Genes in Escherichia Coli K-12. Journal of Bacteriology (2007)

physiologymicrobiomemetabolic pathwaysenergy metabolismmicrobial physiologymolecular microbiologybacteriologymolecular metabolismpathogenic bacteriabiological chemistrymetabolismhuman body temperaturebacteriamicrobiologybiochemistrycell metabolism

Malhowski**, and Sarah D.. (2007)

theatredramaturgyarchitecture criticismvictorian literaturesarah dmodel (person)

The N -Acetyltransferase Rimj Responds to Environmental Stimuli to Repress Pap Fimbrial Transcription in Escherichia Coli. Journal of Bacteriology (2002)

cell and molecular biologymicrobial cell factoryprotein biosynthesismolecular microbiologymicrobial geneticstranscription factorsmolecular cell biologybacteriabiochemical sciencesbiosynthesistranscription (biology)molecular and cellular biologyenvironmental stimuligene expressiontranscription regulationsystems biologymolecular plant-microbe interactionsmolecular biologymicrobiologygene regulation

The N-Acetyltransferase Rimj Responds to Environmental Stimuli to Repress Pap Fimbrial Transcription in Escherichia Coli.. (2002)

environmental stimuligene expressionmolecular microbiologytranscription (biology)molecular and cellular biologymicrobial geneticsn-acetyltransferase rimjmolecular cell biologymolecular biologybiological chemistrystructural molecular biologyescherichia coliprotein biosynthesismicrobiologybiosynthesis

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Christine White-Ziegler

Professor

Smith College

Affiliations

Biological Sciences

Department Of Biochemistry

Department Of Biological Science, United States Of America

Smith College

Department Of Biological Sciences

Department Of Chemistry

Department Of Mathematical Sciences

Department Of Psychology

Department of Film and Media Studies

Christine White-ziegler is currently serving as a Biological Sciences Professor at Smith College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Christine White-Ziegler

Smith College

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Human Body Temperature Cues Widespread Changes in Virulence Gene Expression in Uropathogenic Escherichia Coli. Infection and Immunity (2025)

A Shift to Human Body Temperature (37°C) Rapidly Reprograms Multiple Adaptive Responses in Escherichia Coli That Would Facilitate Niche Survival and Colonization. Journal of Bacteriology (2021)

microbial pathogenesisadaptationmolecular microbiologybiologymicrobial geneticsescherichia colihuman body temperaturebacteriafood microbiologymicrobiologypredictive microbiology

Genome-Wide Identification of H-Ns Controlled, Temperature Regulated Genes in Escherichia Coli K-12.. (2009)

genome biologymolecular microbiologybacteriologymicrobial geneticsmolecular geneticsmolecular biologybacteriaescherichia coli k-12microbiologygenome-wide identificationnucleic acids

Genome-Wide Identification of H-Ns-Controlled, Temperature-Regulated Genes in Escherichia Coli K-12. Journal of Bacteriology (2008)

genomicsgenome biologybacteriologymetagenomicsplo biologygeneticsmicrobial geneticsmolecular biologymolecular geneticsmicrobial cell factorybacteriamicrobiologygenome-wide identification

Low Temperature (23 Ac) Increases Expression of Biofilm-, Cold-Shock- and Rpos-Dependent Genes in Escherichia Coli K-12.. (2008)

Low Temperature (23 °C) Increases Expression of Biofilm-, Cold-Shock- and Rpos-Dependent Genes in Escherichia Coli K-12. Microbiology (2008)

rpos-dependent genesmolecular microbiologybacteriologyapplied microbiologyenvironmental microbiologymolecular biologylow temperaturebacteriabiofilmsmicrobiology

Human Body Temperature (37°C) Increases the Expression of Iron, Carbohydrate, and Amino Acid Utilization Genes in Escherichia Coli K-12. Journal of Bacteriology (2007)

Malhowski**, and Sarah D.. (2007)

theatredramaturgyarchitecture criticismvictorian literaturesarah dmodel (person)

The N -Acetyltransferase Rimj Responds to Environmental Stimuli to Repress Pap Fimbrial Transcription in Escherichia Coli. Journal of Bacteriology (2002)

The N-Acetyltransferase Rimj Responds to Environmental Stimuli to Repress Pap Fimbrial Transcription in Escherichia Coli.. (2002)

1
2
10 / page