Faculty

Institution

Unit

Venue

David Weiss

Professor

University of Iowa

Affiliations

Carver College of Medicine

Microbiology and Immunology

David Weiss is currently serving as a Carver College Of Medicine Professor at University of Iowa.

Honors

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Experiences

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Education

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David Weiss

University of Iowa

Professor

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microbiology molecular biology bacteriology bacteria cell division molecular microbiology genetics clinical microbiology cell biology gene expression microbial genetics enzymes microbial pathogenesis structural biology escherichia coli medical microbiology protein science applied microbiology structural molecular biology microbial physiology virology protein structure clostridium difficile septal localization septal ring transcription regulation cell wall enhancer-binding protein ntrc spor domain bacterial cell division molecular cell biology gene regulation protein phosphorylation molecular regulation cell regulation protein synthesis microbial systematics host specificity prokaryotic transcriptional enhancers division site biochemical sciences molecular physiology molecular metabolism molecular science enzyme inhibition environmental microbiology cellular physiology cellular biochemistry nature redox biology science advance gene function protein expression rna biology protein secretion protein chemistry gene editing molecular fragmentation enzyme catalysis biocatalysis gene characterization treatment effects poisoning inhalation toxicology mutagenesis biomolecular interactions microbiological degradation phagocytes klebsiella pneumoniae common mechanism membrane anchor atpase activity phosphorylated form potential division sites ftsz rings predicted abc transporter

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identification of a Family of Peptidoglycan Transpeptidases Reveals That Clostridioides Difficile Requires Noncanonical Cross-Links for Viability. Proceedings of the National Academy of Sciences (2024)

Kevin W. BollingerUte MühKarl L. OciusAlexis J. ApostolosMarcos M. PiresRichard F. HelmDavid L. PophamDavid S. WeissCraig D. Ellermeier

noncanonical cross-linksmicrobiologypeptidoglycan transpeptidases revealsmolecular biologymicrobial pathogenesis

Identification of a New Family of Peptidoglycan Transpeptidases Reveals Atypical Crosslinking is Essential for Viability in Clostridioides Difficile. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Kevin W. BollingerUte MühKarl L. OciusAlexis J. ApostolosMarcos M. PiresRichard F. HelmDavid L. PophamDavid S. WeissCraig D. Ellermeier

clinical microbiologyenzymesprotein sciencemolecular microbiologybiochemistrymicrobiologymolecular biology

Identification of Clostridioides Difficile Mutants With Increased Daptomycin Resistance. Journal of Bacteriology (2024)

Brianne R. ZbylickiClaire E. MurphyJennifer A. PetscheUte MühHoria A. DobrilaTheresa D. HoMikaela N. DaumAnthony G. PannulloDavid S. WeissCraig D. Ellermeier

clinical microbiologyinfectious diseasesvirologymutagenesispathogenic bacteriamicrobiologybacteriamicrobial geneticsbacteriology

E. Coli Ftsn Coordinates Synthesis and Degradation of Septal Peptidoglycan by Partitioning Between a Synthesis Track and a Denuded Glycan Track. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Zhixin LyuXinxing YangAtsushi YahashiriStephen HaJoshua W. McCauslandXinlei ChenBrooke M. BrittonDavid S. WeissJie Xiao

clinical microbiologyinfectious diseasesenzymespathogenic bacteriamicrobiological degradationmolecular microbiologymicrobial physiologysynthetic biologylaboratory investigationmicrobiologybacteriamolecular biologybiomolecular interactionsgene expressionstructural molecular biologyapplied microbiology

The Phospholipase a of Neisseria Gonorrhoeae Lyses Eukaryotic Membranes and is Necessary for Survival in Neutrophils and Cervical Epithelial Cells. mBio (2024)

Michael A. ApicellaJennifer L. EdwardsMargaret R. KettererDavid S. WeissYuan ZhangFreda E.-C. JenMichael P. Jennings

immunologyintracellular traffickingklebsiella pneumoniaeautophagyinfectious diseasespathogensphagocytescancer cellsgeneral virologyoral pathologypathogenic bacteriamicrobiologycervical cancereukaryotic membranescervical epithelial cellsvirus researchmicrobial pathogenesisvirulence factorsimmune responsesspecific resistance

Comparative Study of Bacterial Spor Domains Identifies Functionally Important Differences in Glycan Binding Affinity. Journal of Bacteriology (2022)

Atsushi YahashiriGabriela M. KausDavid L. PophamJon C. D. HoutmanDavid S. Weiss

microbiologybacteriologycomparative studyglycan binding affinity

Faculty Opinions Recommendation of Heavy Isotope Labeling and Mass Spectrometry Reveal Unexpected Remodeling of Bacterial Cell Wall Expansion in Response to Drugs.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2022)

David Weiss

biomedical researchpeer reviewheavy isotope labelingmass spectrometrypharmacologyfaculty opinions recommendation

Faculty Opinions Recommendation of Lytic Transglycosylases Mitigate Periplasmic Crowding by Degrading Soluble Cell Wall Turnover Products.. Faculty Opinions – Post-Publication Peer Review of the Biomedical Literature (2022)

David Weiss

biomedical researchperiplasmic crowdingpeer reviewfaculty opinions recommendationlytic transglycosylases

Ftsn Maintains Active Septal Cell Wall Synthesis by Forming a Processive Complex With the Septum-Specific Peptidoglycan Synthases in E. Coli. Nature Communications (2022)

Zhixin LyuAtsushi YahashiriXinxing YangJoshua W. McCauslandGabriela M. KausRyan McQuillenDavid S. WeissJie Xiao

molecular and cellular biologyprocessive complexcell wallgeneticsenzymesnaturemicrobial physiologyprotein synthesismolecular biologygene expressioncellular biochemistrybiocatalysiscellular physiologymicrobiologyhost specificityprotein sciencemembrane biologymolecular cell biologyseptum-specific peptidoglycan synthasessignal transduction

The Walrk Two-Component System is Essential for Proper Cell Envelope Biogenesis in Clostridioides Difficile. Journal of Bacteriology (2022)

Ute MühCraig D. EllermeierDavid S. Weiss

clinical microbiologyinfectious diseasesvirologyimmunologymicrobiologywalrk two-component systembacteriology

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David Weiss

Professor

University of Iowa

Affiliations

Carver College of Medicine

Microbiology and Immunology

David Weiss is currently serving as a Carver College Of Medicine Professor at University of Iowa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Weiss

University of Iowa

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Kevin W. BollingerUte MühKarl L. OciusAlexis J. ApostolosMarcos M. PiresRichard F. HelmDavid L. PophamDavid S. WeissCraig D. Ellermeier

noncanonical cross-linksmicrobiologypeptidoglycan transpeptidases revealsmolecular biologymicrobial pathogenesis

Identification of a New Family of Peptidoglycan Transpeptidases Reveals Atypical Crosslinking is Essential for Viability in Clostridioides Difficile. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Kevin W. BollingerUte MühKarl L. OciusAlexis J. ApostolosMarcos M. PiresRichard F. HelmDavid L. PophamDavid S. WeissCraig D. Ellermeier

clinical microbiologyenzymesprotein sciencemolecular microbiologybiochemistrymicrobiologymolecular biology

Identification of Clostridioides Difficile Mutants With Increased Daptomycin Resistance. Journal of Bacteriology (2024)

Brianne R. ZbylickiClaire E. MurphyJennifer A. PetscheUte MühHoria A. DobrilaTheresa D. HoMikaela N. DaumAnthony G. PannulloDavid S. WeissCraig D. Ellermeier

clinical microbiologyinfectious diseasesvirologymutagenesispathogenic bacteriamicrobiologybacteriamicrobial geneticsbacteriology

E. Coli Ftsn Coordinates Synthesis and Degradation of Septal Peptidoglycan by Partitioning Between a Synthesis Track and a Denuded Glycan Track. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Zhixin LyuXinxing YangAtsushi YahashiriStephen HaJoshua W. McCauslandXinlei ChenBrooke M. BrittonDavid S. WeissJie Xiao

The Phospholipase a of Neisseria Gonorrhoeae Lyses Eukaryotic Membranes and is Necessary for Survival in Neutrophils and Cervical Epithelial Cells. mBio (2024)

Michael A. ApicellaJennifer L. EdwardsMargaret R. KettererDavid S. WeissYuan ZhangFreda E.-C. JenMichael P. Jennings

Comparative Study of Bacterial Spor Domains Identifies Functionally Important Differences in Glycan Binding Affinity. Journal of Bacteriology (2022)

Atsushi YahashiriGabriela M. KausDavid L. PophamJon C. D. HoutmanDavid S. Weiss

microbiologybacteriologycomparative studyglycan binding affinity

David Weiss

biomedical researchpeer reviewheavy isotope labelingmass spectrometrypharmacologyfaculty opinions recommendation

David Weiss

biomedical researchperiplasmic crowdingpeer reviewfaculty opinions recommendationlytic transglycosylases

Ftsn Maintains Active Septal Cell Wall Synthesis by Forming a Processive Complex With the Septum-Specific Peptidoglycan Synthases in E. Coli. Nature Communications (2022)

Zhixin LyuAtsushi YahashiriXinxing YangJoshua W. McCauslandGabriela M. KausRyan McQuillenDavid S. WeissJie Xiao

The Walrk Two-Component System is Essential for Proper Cell Envelope Biogenesis in Clostridioides Difficile. Journal of Bacteriology (2022)

Ute MühCraig D. EllermeierDavid S. Weiss

clinical microbiologyinfectious diseasesvirologyimmunologymicrobiologywalrk two-component systembacteriology

1
2
3
4
5
13
10 / page

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