Faculty

Institution

Unit

Venue

Jason Rauceo

Associate Professor of Biology

CUNY--John Jay College of Criminal Justice

Affiliations

CUNY--John Jay College of Criminal Justice

Research & Evaluation Center

John Jay College of Criminal Justice

Department Of Sciences

Research & Evaluation Center

Sciences

Jason Rauceo is currently serving as a Cuny--John Jay College Of Criminal Justice Associate Professor of Biology at Cuny--John Jay College of Criminal Justice.

Honors

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Experiences

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Education

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Jason Rauceo

CUNY--John Jay College of Criminal Justice

Associate Professor of Biology

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molecular biology yeast cell biology gene expression candida albicans microbiology genetics molecular cell biology clinical microbiology medical mycology microbial pathogenesis structural biology genomics genome biology infection control cellular biology antifungal agents clinical mycology cell signaling signal transduction veterinary medicine applied microbiology antimicrobial agents fungal genetics cell wall transcription factors cellular physiology transcription regulation cell regulation viral pathogenesis gene regulation antimicrobial chemotherapy mitochondrial function dual antifungal properties molecular physiology peptides medicinal research cell research structural molecular biology mammalian biology cell death cell adhesion molecular regulation innate immune system adaptive immune system molecular immunology pathogen transmission cellular structure glycosylation mutagenesis microbial genetics cytogenetics signaling pathways genetic basis single-cell analysis medical genetics fungal cell biology apoptosis fungal biology medical microbiology fungal pathogens antibacterial agents antisocial occasions biochemical guide functional amyloid-forming sequences cell adhesion molecules fibronectin binding threonine-rich repeats degenerate peptide recognition glycosylated tandem repeats chromosomal aneuploidy widespread occurrence routine production amyloid core sequence cell wall damage wall glycoproteins molecular genetics antifungal drugs

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 2230 Role of the Candida Albicans Spfh Proteins in Surfactant Stress Tolerance and Antifungal Drug Resistance. Journal of Biological Chemistry (2025)

fungal pathogensantimicrobial agentsclinical mycologyfungussurfactant stress toleranceantimicrobial resistancemicrobiologydrug resistancebiochemistryyeastantifungal drug resistanceabstract 2230antifungal agentsmedical mycology

Indium( III )–Terpyridine Complexes: Synthesis, Structures and Remarkable Antifungal and Anticancer Activities. Dalton Transactions (2025)

Xiao ChenQinguo ZhangAshley KaswerHyunjeong KimMaisha AhmedMichelle C. NearyShu-Yuan ChengGuoqi ZhangJason M. Rauceo

inorganic chemistrydalton transactioncoordination chemistrychemical synthesistransition metal chemistryanticancer activitieschemistryremarkable antifungalantifungal agents

Mitochondrial Targeting of Candida Albicans Spfh Proteins and Requirement of Stomatins for Sds-Induced Stress Tolerance. Microbiology Spectrum (2024)

Hyunjeong KimMarienela Y. HerediaXiao ChenMaisha AhmedMohammad QasimTracy L. CallenderAaron D. HerndayJason M. Rauceo

clinical microbiologymedical microbiologyinfectious diseasesmitochondrial targetingpathogenic bacteriamicrobiologysds-induced stress tolerancecandida albicansinfection controlmicrobial pathogenesis

Triazine-Based Small Molecules: A Potential New Class of Compounds in the Antifungal Toolbox. Pathogens (2023)

Karen A. ConradHyunjeong KimMohammad QasimAmel DjehalAaron D. HerndayLaurent DésaubryJason M. Rauceo

clinical microbiologypathologyclinical mycologymedicinal chemistrymicrobiologypharmacologyveterinary medicineantifungal toolboxapplied microbiologymedical mycologytriazine-based small molecules

Cell–Cell Mating Interactions: Overview and Potential of Single-Cell Force Spectroscopy. International Journal of Molecular Sciences (2022)

Peter N. LipkeJason M. RauceoAlbertus Viljoen

biophysicssingle-cell force spectroscopymolecular biologycell-cell mating interactionsstructural biology

Control of Mitochondrial Function by Spfh Proteins in Pathogenic Yeast. National Institutes of Health (2021)

molecular and cellular biologymolecular metabolismbiochemistryyeastfungal geneticsmolecular biologymitochondrial functioncell and molecular biology

Single-Cell Fluidic Force Microscopy Reveals Stress-Dependent Molecular Interactions in Yeast Mating. Communications Biology (2021)

Marion Mathelié-GuinletFelipe VielaJérôme DehulluSviatlana FilimonavaJason M. RauceoPeter N. LipkeYves F. Dufrêne

microscopycell biologysingle-cell analysisbiologyyeast matingyeastsystems biologystress-dependent molecular interactions

The Spfh Protein Superfamily in Fungi: Impact on Mitochondrial Function and Implications in Virulence. Microorganisms (2021)

Marienela Y. HerediaJason M. Rauceo

infectious diseasesfungal biologymicrobiologymitochondrial functionmolecular biologymicrobial pathogenesis

An Expanded Cell Wall Damage Signaling Network is Comprised of the Transcription Factors Rlm1 and Sko1 in Candida Albicans. PLoS Genetics (2020)

Marienela Y. HerediaMélanie A. C. IkehDeepika GunasekaranKaren A. ConradSviatlana FilimonavaDawn H. MarottaClarissa J. NobileJason M. Rauceo

candida albicanscell signalingcell biologygenomicsepigeneticsgenome biologycell wallsignaling pathwaysmolecular cell biologycell wall damagemolecular biologysignal transductiongene expressioncell regulationgeneticsgenetic basis

Correction for Klotz Et Al., “Inhibition of Adherence and Killing of Candida Albicans With a 23-Mer Peptide (Fn/23) With Dual Antifungal Properties”. Antimicrobial Agents and Chemotherapy (2020)

Stephen A. KlotzNand K. GaurJason RauceoDouglas F. LakeY. ParkK. S. HahmPeter N. Lipke

clinical microbiologyantimicrobial agentsinfectious diseasesclinical mycologyantimicrobial chemotherapyantimicrobial resistancemedicinepharmacologyantibacterial agentsantifungal agentscandida albicansdual antifungal propertiesapplied microbiologymedical mycology

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Jason Rauceo

Associate Professor of Biology

CUNY--John Jay College of Criminal Justice

Affiliations

CUNY--John Jay College of Criminal Justice

Research & Evaluation Center

John Jay College of Criminal Justice

Department Of Sciences

Research & Evaluation Center

Sciences

Jason Rauceo is currently serving as a Cuny--John Jay College Of Criminal Justice Associate Professor of Biology at Cuny--John Jay College of Criminal Justice.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jason Rauceo

CUNY--John Jay College of Criminal Justice

Associate Professor of Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 2230 Role of the Candida Albicans Spfh Proteins in Surfactant Stress Tolerance and Antifungal Drug Resistance. Journal of Biological Chemistry (2025)

Indium( III )–Terpyridine Complexes: Synthesis, Structures and Remarkable Antifungal and Anticancer Activities. Dalton Transactions (2025)

Xiao ChenQinguo ZhangAshley KaswerHyunjeong KimMaisha AhmedMichelle C. NearyShu-Yuan ChengGuoqi ZhangJason M. Rauceo

inorganic chemistrydalton transactioncoordination chemistrychemical synthesistransition metal chemistryanticancer activitieschemistryremarkable antifungalantifungal agents

Mitochondrial Targeting of Candida Albicans Spfh Proteins and Requirement of Stomatins for Sds-Induced Stress Tolerance. Microbiology Spectrum (2024)

Hyunjeong KimMarienela Y. HerediaXiao ChenMaisha AhmedMohammad QasimTracy L. CallenderAaron D. HerndayJason M. Rauceo

clinical microbiologymedical microbiologyinfectious diseasesmitochondrial targetingpathogenic bacteriamicrobiologysds-induced stress tolerancecandida albicansinfection controlmicrobial pathogenesis

Triazine-Based Small Molecules: A Potential New Class of Compounds in the Antifungal Toolbox. Pathogens (2023)

Karen A. ConradHyunjeong KimMohammad QasimAmel DjehalAaron D. HerndayLaurent DésaubryJason M. Rauceo

clinical microbiologypathologyclinical mycologymedicinal chemistrymicrobiologypharmacologyveterinary medicineantifungal toolboxapplied microbiologymedical mycologytriazine-based small molecules

Cell–Cell Mating Interactions: Overview and Potential of Single-Cell Force Spectroscopy. International Journal of Molecular Sciences (2022)

Peter N. LipkeJason M. RauceoAlbertus Viljoen

biophysicssingle-cell force spectroscopymolecular biologycell-cell mating interactionsstructural biology

Control of Mitochondrial Function by Spfh Proteins in Pathogenic Yeast. National Institutes of Health (2021)

molecular and cellular biologymolecular metabolismbiochemistryyeastfungal geneticsmolecular biologymitochondrial functioncell and molecular biology

Single-Cell Fluidic Force Microscopy Reveals Stress-Dependent Molecular Interactions in Yeast Mating. Communications Biology (2021)

Marion Mathelié-GuinletFelipe VielaJérôme DehulluSviatlana FilimonavaJason M. RauceoPeter N. LipkeYves F. Dufrêne

microscopycell biologysingle-cell analysisbiologyyeast matingyeastsystems biologystress-dependent molecular interactions

The Spfh Protein Superfamily in Fungi: Impact on Mitochondrial Function and Implications in Virulence. Microorganisms (2021)

Marienela Y. HerediaJason M. Rauceo

infectious diseasesfungal biologymicrobiologymitochondrial functionmolecular biologymicrobial pathogenesis

An Expanded Cell Wall Damage Signaling Network is Comprised of the Transcription Factors Rlm1 and Sko1 in Candida Albicans. PLoS Genetics (2020)

Marienela Y. HerediaMélanie A. C. IkehDeepika GunasekaranKaren A. ConradSviatlana FilimonavaDawn H. MarottaClarissa J. NobileJason M. Rauceo

Correction for Klotz Et Al., “Inhibition of Adherence and Killing of Candida Albicans With a 23-Mer Peptide (Fn/23) With Dual Antifungal Properties”. Antimicrobial Agents and Chemotherapy (2020)

Stephen A. KlotzNand K. GaurJason RauceoDouglas F. LakeY. ParkK. S. HahmPeter N. Lipke

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10 / page