Faculty

Institution

Unit

Venue

Gloria Coruzzi

Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology

New York University

Affiliations

Arts & Science

Biology

Gloria Coruzzi is currently serving as an Arts & Science Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology at New York University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gloria Coruzzi

New York University

Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology

You can click a keyword to filter the displayed items

genetics plant physiology molecular biology plant science gene expression plant biology systems biology plant molecular biology genomics functional genomics plant genetics botany genome biology transcription factors molecular genetics plant genomics transcription (biology) integrative plant biology plant biotechnology plant biochemistry plant metabolism ecology gene regulation gene regulatory networks molecular plant pathology transcription regulation plant cells molecular cell biology epigenetics regulatory network modelling agricultural biotechnology experimental botany arabidopsis thaliana molecular informatics plant ecology experimental plant biology molecular regulation computational genomics light regulation plant nutrition yeast arabidopsis mutants soil biology avian biology rna biology epigenomics pathway analysis amino acids nitrogen sensing cytosolic glutamine synthetase nitrogen signaling virtual plant zea mays redox biology protein science photorespiration protein expression protein genetics signaling pathways metabolic regulation plant stress nitrogen assimilation mammalian biology plant diversity plant-abiotic interaction translational bioinformatics evolutionary genetics transcriptomics technology reactive oxygen species nitrate transport nitrate signaling primary nitrogen assimilation distinct fd-gogat genes nuclear genes small subunit atacama desert biology plant systems biology gene sequence annotation synthetic plant biology

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

EVONET: A Phylogenomic and Systems Biology Approach to Identify Genes Underlying Plant Survival in Marginal, Low‐N Soils. (2025)

molecular plant pathologyplant geneticslow‐n soilsplant genomicsplant survivalbiologyphylogeneticsevolutionary biologymolecular evolutionsoilintegrative plant biologygenetics

HHO5: A Key Orchestrator of Dose-Dependent Nitrogen Signaling Pathways in Arabidopsis. bioRxiv (Cold Spring Harbor Laboratory) (2025)

molecular and cellular biologyplant physiologymolecular plant pathologymolecular plant-microbe interactionsdose-dependent nitrogenplant metabolismtranscription factorsplant scienceplant molecular biologybiologytranscription (biology)key orchestratorsignal transductiongene expressionintegrative plant biologygeneticscell and molecular biology

Nue Regulons Conserved Model-To-Crop Enhance Machine Learning Predictions of Nitrogen Use Efficiency. The Plant Cell (2025)

Ji HuangChia-Yi ChengMatthew D BrooksTim L JeffersNathan M DonerHung-Jui ShihSamantha FrangosManpreet Singh KatariGloria M Coruzzi

functional genomicsagricultural biotechnologygene regulatory networksplant biotechnologybioinformaticsgeneticsmolecular plant pathologytranscription factorsgenomicsbiologyregulatory network modellingcomputational genomicsintegrative plant biologyzea maysnue regulonsplant genomicsmaize tfsgene sequence annotationquantitative geneticssystems biologyplant sciencegenome biologytranscriptome

CORRIGENDUM: Bipartite Networks Represent Causality Better Than Simple Networks: Evidence, Algorithms, and Applications. Frontiers in Genetics (2024)

Bingran ShenGloria M. CoruzziDennis Shasha

simple networksnetwork theorygenomicsmachine learningbipartite networksgenetics

Nitrogen Sensing and Regulatory Networks: It's About Time and Space. The Plant Cell (2024)

Carly M ShanksKarin RothkegelMatthew D BrooksChia-Yi ChengJosé M AlvarezSandrine RuffelGabriel KroukRodrigo A GutiérrezGloria M Coruzzi

computational biologyplant physiologymodel arabidopsistranscription factorsfunctional genomicsplant molecular biologybiologymolecular cell biologynitrogen sensingsystems biologysignal transductionintegrative plant biologygene regulatory networkstranscriptomemachine learning

Phylogenetically Diverse Wild Plant Species Use Common Biochemical Strategies to Thrive in the Atacama Desert. Journal of Experimental Botany (2024)

Thomas DussarratRicardo Nilo-PoyancoTomás C MoyanoSylvain PrigentTim L JeffersFrancisca P DíazGuillaume DecrosLauren AudiVeronica M SondervanBingran ShenViviana ArausDominique RolinDennis ShashaGloria M CoruzziYves GibonClaudio LatorrePierre PétriacqRodrigo A Gutiérrez

experimental botanyvegetation scienceterrestrial ecologyatacama desertevolutionary ecologybotanybiodiversityplant diversityphylogeneticsplant ecologyglobal ecologyevolutionary biologyplant biologyecologyplant sciencebiogeographygenetics

Additional File 1 of Ensinfer: A Simple Ensemble Approach to Network Inference Outperforms Any Single Method. Figshare (2023)

Bingran ShenGloria CoruzziDennis Shasha

machine learningnetwork inferenceensemble algorithmssingle methodstatistics

Building High-Confidence Gene Regulatory Networks by Integrating Validated Tf–Target Gene Interactions Using Connectf. Methods in molecular biology (2023)

Ji HuangManpreet S. KatariChe-Lun JuangGloria M. CoruzziMatthew D. Brooks

computational biologyfunctional genomicsgenome biologymolecular cell biologybiological networkspathway analysissystems biologyregulatory network modellinggene expressiongene regulatory networksbioinformaticsgenetics

Damid-Seq: A Genome-Wide Dna Methylation Method That Captures Both Transient and Stable Tf-Dna Interactions in Plant Cells. Methods in molecular biology (2023)

José M. AlvarezWill E. HinckleyLauriebeth LeonelliMatthew D. BrooksGloria M. Coruzzi

stable tf-dna interactionsnucleic acidstranscription factorsepigeneticsgenomicsgenome biologyplant molecular biologyplant genomicsplant cellsepigenomicstranscription (biology)molecular biologyepigenetic changesgenetics

ENSINFER: A Simple Ensemble Approach to Network Inference Outperforms Any Single Method. BMC Bioinformatics (2023)

Bingran ShenGloria CoruzziDennis Shasha

microbiologynetwork inferenceensemble algorithmsdata sciencesingle methodbioinformaticsmachine learning

1
2
3
4
5
20
10 / page

Gloria Coruzzi

Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology

New York University

Affiliations

Arts & Science

Biology

Gloria Coruzzi is currently serving as an Arts & Science Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology at New York University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Gloria Coruzzi

New York University

Carroll and Milton Petrie Professor; Professor of Biology Carroll & Milton Petrie Professor of Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

EVONET: A Phylogenomic and Systems Biology Approach to Identify Genes Underlying Plant Survival in Marginal, Low‐N Soils. (2025)

molecular plant pathologyplant geneticslow‐n soilsplant genomicsplant survivalbiologyphylogeneticsevolutionary biologymolecular evolutionsoilintegrative plant biologygenetics

HHO5: A Key Orchestrator of Dose-Dependent Nitrogen Signaling Pathways in Arabidopsis. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Nue Regulons Conserved Model-To-Crop Enhance Machine Learning Predictions of Nitrogen Use Efficiency. The Plant Cell (2025)

Ji HuangChia-Yi ChengMatthew D BrooksTim L JeffersNathan M DonerHung-Jui ShihSamantha FrangosManpreet Singh KatariGloria M Coruzzi

CORRIGENDUM: Bipartite Networks Represent Causality Better Than Simple Networks: Evidence, Algorithms, and Applications. Frontiers in Genetics (2024)

Bingran ShenGloria M. CoruzziDennis Shasha

simple networksnetwork theorygenomicsmachine learningbipartite networksgenetics

Nitrogen Sensing and Regulatory Networks: It's About Time and Space. The Plant Cell (2024)

Carly M ShanksKarin RothkegelMatthew D BrooksChia-Yi ChengJosé M AlvarezSandrine RuffelGabriel KroukRodrigo A GutiérrezGloria M Coruzzi

Phylogenetically Diverse Wild Plant Species Use Common Biochemical Strategies to Thrive in the Atacama Desert. Journal of Experimental Botany (2024)

Additional File 1 of Ensinfer: A Simple Ensemble Approach to Network Inference Outperforms Any Single Method. Figshare (2023)

Bingran ShenGloria CoruzziDennis Shasha

machine learningnetwork inferenceensemble algorithmssingle methodstatistics

Building High-Confidence Gene Regulatory Networks by Integrating Validated Tf–Target Gene Interactions Using Connectf. Methods in molecular biology (2023)

Ji HuangManpreet S. KatariChe-Lun JuangGloria M. CoruzziMatthew D. Brooks

Damid-Seq: A Genome-Wide Dna Methylation Method That Captures Both Transient and Stable Tf-Dna Interactions in Plant Cells. Methods in molecular biology (2023)

José M. AlvarezWill E. HinckleyLauriebeth LeonelliMatthew D. BrooksGloria M. Coruzzi

ENSINFER: A Simple Ensemble Approach to Network Inference Outperforms Any Single Method. BMC Bioinformatics (2023)

Bingran ShenGloria CoruzziDennis Shasha

microbiologynetwork inferenceensemble algorithmsdata sciencesingle methodbioinformaticsmachine learning

1
2
3
4
5
20
10 / page

Similar Faculty Members

Alan M. Jones

Institution

University of North Carolina at Chapel Hill

cell interaction

sustainable agriculture

Erich Grotewold

Institution

Michigan State University

plant science

genetics

Robert L Last

Institution

Michigan State University

food system

plant resilience

Diane Bassham

Institution

Iowa State University

cell autophagy

molecular and cellular biology

Maureen R. Hanson

Institution

Cornell University

molecular biology

transgenic organisms

Julia Bailey-Serres

Institution

University of California, Riverside

plant science

plant physiology

Krishna K. Niyogi

Institution

University of California, Berkeley

plant physiology

plant science

Aleksandra Skirycz

Institution

Michigan State University

biosynthesis

plant pathology

Peter Quail

Institution

University of California, Berkeley

plant physiology

molecular biology

Michael Timko

Institution

University of Virginia

genetics

biology

Similar Faculty Members

Alan M. Jones

Institution

University of North Carolina at Chapel Hill

cell interaction

sustainable agriculture

Erich Grotewold

Institution

Michigan State University

plant science

genetics

Robert L Last

Institution

Michigan State University

food system

plant resilience

Diane Bassham

Institution

Iowa State University

cell autophagy

molecular and cellular biology

Maureen R. Hanson

Institution

Cornell University

molecular biology

transgenic organisms

Julia Bailey-Serres

Institution

University of California, Riverside

plant science

plant physiology

Krishna K. Niyogi

Institution

University of California, Berkeley

plant physiology

plant science

Aleksandra Skirycz

Institution

Michigan State University

biosynthesis

plant pathology

Peter Quail

Institution

University of California, Berkeley

plant physiology

molecular biology

Michael Timko

Institution

University of Virginia

genetics

biology