Faculty

Institution

Unit

Venue

Jason M Ridlon

Associate Professor

UIUC

Affiliations

College of Agricultural, Consumer and Environmental Sciences

Animal Sciences

Department of Animal Sciences

Jason M Ridlon is currently serving as an Animal Sciences Associate Professor at Uiuc.

Honors

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Experiences

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Education

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Jason M Ridlon

UIUC

Associate Professor

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gut microbes microbiology microbiome biochemistry digestive diseases metabolism molecular metabolism dysbiosis metabolic pathways bacteria gut-organ axis pathology liver physiology biliary tract microbial pathogenesis cell metabolism bile acids biosynthesis enzymes infectious diseases lipids biological chemistry gut barrier gut microbiota nutritional biochemistry clinical microbiology applied microbiology molecular gastroenterology colorectal cancer probiotics microbial genetics food microbiology alcohol dehydrogenases steroid metabolism microbial physiology digestive tract gut bacteria lipid synthesis molecular microbiology biliary disorder secondary bile acids bile acid metabolism environmental microbiology structural molecular biology molecular cancer mucosal immunology host-microbe interactions bacteriology aldehyde dehydrogenase prostatic disease enzyme inhibition microbial cell factory biochemical genetics molecular nutrition microbial diversity metatranscriptomics oxysterol endocrine-related cancers microbial systematics human feces functional gastrointestinal disorders microbial proteomics carbonyl metabolism metabolic profiling microbial disease hepatic encephalopathy lactulose withdrawal stool microbiota human body cholic acid cellular enzymology colonic bacteria bile acid pool bile acid composition specific gut bacteria fecal microbiota cancer research gastroenterology colorectal cancer risk

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Expanded Metabolic Pathway for Androgen Production by Commensal Bacteria. Nature Microbiology (2025)

Taojun WangSaeed AhmadAngélica Cruz-LebrónSarah E ErnstKelly Yovani Olivos CaicedoYoon JeongBriawna BinionPauline MbuviDebapriya DuttaFrancelys V Fernandez-MateranAdam M BreisterElizabeth TangJae Won LeeJason D KangSpencer C HarrisShigeo IkegawaH Rex GaskinsJohn W ErdmanGlen YangIsaac CannSteven L DanielPhillip B HylemonKarthik AnantharamanRafael C BernardiJoão M P AlvesKaren S SfanosJoseph IrudayarajJason M Ridlon

microbiologymetabolic pathwaysmetabolismmolecular metabolismmicrobial physiologymolecular microbiologycommensal bacteriabacteriabiosynthesisbiologybiochemistrybacteriologycell metabolismmetabolic engineeringmicroorganisms

Clostridium Scindens: History and Current Outlook for a Keystone Species in the Mammalian Gut Involved in Bile Acid and Steroid Metabolism. FEMS Microbiology Reviews (2025)

Steven L DanielJason M Ridlon

microbiologymetabolic pathwaysmetabolismdigestive diseasesmolecular metabolismmicrobial pathogenesisbile acidbiological chemistrybiologybiochemistryclostridium scindensgut microbesmammalian gutmetabolic pathway analysisbiochemical genetics

MO2013: Archaea and Methanogen Abundance for African Americans and Non-Hispanic Whites With and Without Adenomatous Polyps. Gastroenterology (2025)

Lucille A. RayJason WeiChristina NowickiTazeena KhanGulin OzcanAlyshia HammSarah GoldbergJason M. RidlonH. Rex GaskinsLisa Tussing-HumphreysEce Mutlu

microbiologymicrobial ecologymicrobial diversitymicrobiomeenvironmental dnabiologyextremophiles

Pangenome Analysis of Clostridium Scindens: A Collection of Diverse Bile Acid- and Steroid-Metabolizing Commensal Gut Bacterial Strains. Microorganisms (2025)

Kelly Y. Olivos-CaicedoFrancelys V. Fernandez-MateranSteven L. DanielKarthik AnantharamanJason M. RidlonJoão M. P. Alves

microbiologygeneticsdigestive diseasesmicrobial geneticsbile acid metabolismmicrobial systematicsbacteriaclinical microbiologybile acidgut microbespangenome analysisgenome biologymetagenomics

Secondary Bile Acid Derivatives Are Contributors to the Fecal Bile Acid Pool and Associated With Bile Acid–Modulating Nutrients. Journal of Nutrition (2025)

Patricia G WolfCaitlin WelshBriawna BinionHanchu DaiManoela Lima OliveiraAlyshia HammSarah GoldbergPius Sarfo BuobuTeresa ScheringSevasti VergisNicollette KesseeSandra L GomezCemal YaziciMark Maienschein-ClineDoratha A ByrdH Rex GaskinsJason RidlonEce MutluChris GreeningLisa Tussing-Humphreys

biliary tractmicrobiologymetabolismdigestive diseasesbile acidbiochemistryphysiologylipidsnutritional biochemistrydigestive tract

2 Another Renaissance for Bile Acid Gastrointestinal Microbiology. Journal of Animal Science (2024)

Jason Ridlon

biliary tractmicrobiologymetabolic pathwaysmetabolismdigestive diseasesmolecular metabolismmicrobiomebile acid microbiologybiosynthesisbiochemistrygut microbesbiliary disordercell metabolismbile acid conjugationbile acid metabolism

Abstract 3572: Role of the Gut Microbiome in Androgen Production and Prostate Cancer Treatment Resistance. Cancer Research (2024)

Angelica I. Cruz LebronPedro A. Balbuena-AlmodóvarLuke MummertSarah ErnstMark MarkowskiMichelle RudekJason RidlonKaren S. Sfanos

microbiologyprostatic diseasegut-organ axishuman gut microbiotamolecular cancerdysbiosisdrug resistancemicrobiomegut microbiotapharmacologygut microbesprostate cancerantimicrobial resistanceabstract 3572cancer discovery

Abstract 6682: Bile Acid Profiles and Racial Disparities in Colorectal Cancer: Exploring the Protective Role of Secondary Bile Acid Derivatives. Cancer Research (2024)

Hanchu DaiPatricia G. WolfLisa Tussing-HumphreysEce MutluJason M. RidlonRex Gaskins

colorectal cancerdigestive diseasesgastroenterologybile acid profilescancer researchdysbiosisimmune cell differentiationimmunologygut microbesnutritional biochemistrygut barrierpathology

An Expanded Metabolic Pathway for Androgen Production by Host-Associated Bacteria. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Taojun WangSaeed AhmadAngélica Cruz-LebrónSarah E. ErnstKelly Yovani Olivos CaicedoYoon JeongBriawna BinionPauline MbuviDebapriya DuttaFrancelys V. Fernandez-MateranAdam M. BreisterJae Won LeeJason D. KangSpencer C. HarrisShigeo IkegawaH. Rex GaskinsJohn W. ErdmanGlen YangIsaac CannSteven L. DanielPhillip B. HylemonKarthik AnantharamanRafael C. BernardiJoão M.P. AlvesKaren S. SfanosJoseph IrudayarajJason M. Ridlon

microbiologymetabolic pathwaysprostatic diseasemolecular metabolismendocrinologymolecular cancerdesf genemicrobiomeendocrine-related cancerssteroid metabolismsystems biologyurinary tract bacteriagut microbesprostate cancerfecal desf levelsmetabolomicscell metabolismomics

Another Renaissance for Bile Acid Gastrointestinal Microbiology. Nature Reviews Gastroenterology & Hepatology (2024)

Jason M. RidlonH. Rex Gaskins

biliary tractmicrobiologydigestive diseasesgastroenterologyprobioticsmicrobial pathogenesismicrobiomebacteriaclinical microbiologygut microbesbiliary disorder

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Jason M Ridlon

Associate Professor

UIUC

Affiliations

College of Agricultural, Consumer and Environmental Sciences

Animal Sciences

Department of Animal Sciences

Jason M Ridlon is currently serving as an Animal Sciences Associate Professor at Uiuc.

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 M Ridlon

UIUC

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Expanded Metabolic Pathway for Androgen Production by Commensal Bacteria. Nature Microbiology (2025)

Clostridium Scindens: History and Current Outlook for a Keystone Species in the Mammalian Gut Involved in Bile Acid and Steroid Metabolism. FEMS Microbiology Reviews (2025)

Steven L DanielJason M Ridlon

MO2013: Archaea and Methanogen Abundance for African Americans and Non-Hispanic Whites With and Without Adenomatous Polyps. Gastroenterology (2025)

Lucille A. RayJason WeiChristina NowickiTazeena KhanGulin OzcanAlyshia HammSarah GoldbergJason M. RidlonH. Rex GaskinsLisa Tussing-HumphreysEce Mutlu

microbiologymicrobial ecologymicrobial diversitymicrobiomeenvironmental dnabiologyextremophiles

Pangenome Analysis of Clostridium Scindens: A Collection of Diverse Bile Acid- and Steroid-Metabolizing Commensal Gut Bacterial Strains. Microorganisms (2025)

Kelly Y. Olivos-CaicedoFrancelys V. Fernandez-MateranSteven L. DanielKarthik AnantharamanJason M. RidlonJoão M. P. Alves

microbiologygeneticsdigestive diseasesmicrobial geneticsbile acid metabolismmicrobial systematicsbacteriaclinical microbiologybile acidgut microbespangenome analysisgenome biologymetagenomics

Secondary Bile Acid Derivatives Are Contributors to the Fecal Bile Acid Pool and Associated With Bile Acid–Modulating Nutrients. Journal of Nutrition (2025)

biliary tractmicrobiologymetabolismdigestive diseasesbile acidbiochemistryphysiologylipidsnutritional biochemistrydigestive tract

2 Another Renaissance for Bile Acid Gastrointestinal Microbiology. Journal of Animal Science (2024)

Jason Ridlon

Abstract 3572: Role of the Gut Microbiome in Androgen Production and Prostate Cancer Treatment Resistance. Cancer Research (2024)

Angelica I. Cruz LebronPedro A. Balbuena-AlmodóvarLuke MummertSarah ErnstMark MarkowskiMichelle RudekJason RidlonKaren S. Sfanos

Abstract 6682: Bile Acid Profiles and Racial Disparities in Colorectal Cancer: Exploring the Protective Role of Secondary Bile Acid Derivatives. Cancer Research (2024)

Hanchu DaiPatricia G. WolfLisa Tussing-HumphreysEce MutluJason M. RidlonRex Gaskins

colorectal cancerdigestive diseasesgastroenterologybile acid profilescancer researchdysbiosisimmune cell differentiationimmunologygut microbesnutritional biochemistrygut barrierpathology

An Expanded Metabolic Pathway for Androgen Production by Host-Associated Bacteria. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Another Renaissance for Bile Acid Gastrointestinal Microbiology. Nature Reviews Gastroenterology & Hepatology (2024)

Jason M. RidlonH. Rex Gaskins

biliary tractmicrobiologydigestive diseasesgastroenterologyprobioticsmicrobial pathogenesismicrobiomebacteriaclinical microbiologygut microbesbiliary disorder

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5
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10 / page