Faculty

Institution

Unit

Venue

Nicholas V. Reo

Wright State University

Affiliations

Boonshoft School of Medicine

Biochemistry and Molecular Biology

College of Science and Mathematics

Biochemistry and Molecular Biology

College of Engineering and Computer Science

Computer Science and Engineering

NoneNicholas V. Reo is currently serving as a Biochemistry And Molecular Biology faculty at Wright State University.

Honors

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Experiences

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Education

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Nicholas V. Reo

Wright State University

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toxicology pharmacology metabolomics physiology nuclear magnetic resonance liver physiology nuclear magnetic resonance spectroscopy medicine hepatology biochemistry membrane biology mammalian biology chemical biology gastroenterology experimental toxicology microbiome biological chemistry gut microbes secondary metabolism neurochemistry hepatotoxicity rat liver perfluorodecanoic acid environmental microbiology clinical microbiology redox biology in vitro toxicology clinical biochemistry respiratory medicine animal science animal physiology applied pharmacology avian biology liver disease clinical toxicology inhalation toxicology nmr spectroscopic data liver phosphatidylcholine phosphatidylethanolamine biosynthesis rat brain peroxisome proliferator upper airways gaussian binning digestive diseases regulatory toxicology energy metabolism microbial physiology nutrient physiology mucosal immunology metabolic networks kernel methods brain science brain function toxicological mechanism clinical physiology comparative toxicology microbial risk assessment endocrine research brain imaging magnetic resonance imaging piezoelectricity cellular biology biomimetic chemistry cell biophysics blood cells cell biomechanics human physiology tissue physiology membrane transport gut microbial energy nmr-based metabolomics gut metabolites microbial composition dynamic adaptive binning kinetic analyses irritable bowel syndrome

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urinary Metabolites as Predictors of Acute Mountain Sickness Severity. Frontiers in Physiology (2021)

Isaie SibomanaDaniel P. FooseMichael L. RaymerNicholas V. ReoJ. Philip KarlClaire E. BerrymanAndrew J. YoungStefan M. PasiakosCamilla A. Mauzy

physiologyurinary metabolitesnephrologyhuman physiologygeneticsurology

Mechanistic Interpretation of Hypobaria and Hyperoxia Using Omic Technology. (2020)

Matthew W. GroggSarah T. PfahlerMeghan K. MakleyMolly E. ChapleauLatha NarayananJoyce G. RohanAndy NeufeltNicholas V. ReoMichael C. MoultonCorrey R. VigilDavid R. MattieDeirdre A. MahleApril DaubenspeckCary Honnold

physiologymechanistic interpretationpublic healthgeneticshypoxia (medicine)omic technology

Influence of Myo -Inositol Plus Ethanolamine on Plasmalogens and Cell Viability During Oxidative Stress. Chemical Research in Toxicology (2019)

Isaie SibomanaNadja GrobeNicholas J. DelRasoNicholas V. Reo

pharmacologycell viabilitychemical biologytoxicologychemistryoxidative stresscell biology

Intestinal Epithelial Cells Regulate Gut Eotaxin Responses and Severity of Allergy. Frontiers in Immunology (2018)

Eunsoo KimMelanie LembertGhaith M. FallataJohn C. RoweTara L. MartinAbhay R. SatoskarNicholas V. ReoOleg PaliyEstelle Cormet-BoyakaProsper N. Boyaka

immunologyintestinal epithelial cellsallergyimmune responsesgut eotaxin responses

Lipid, Water, and Protein Composition to Facilitate Kinetic Modeling of the Auditory Pathway. Toxicology Mechanisms and Methods (2018)

Nadja GrobeLatha NarayananDominique N. BrownSarah T. LawIsaie SibomanaPavel ShiyanovNicholas V. ReoC. Eric HackTeresa R. SternerDavid R. Mattie

physiologybiophysicslipid sciencelipidskinetic modelingauditory pathwaytoxicologyprotein compositionneuroscience

Differences in Gut Metabolites and Microbial Composition and Functions Between Egyptian and U.S. Children Are Consistent With Their Diets. mSystems (2017)

V. ShankarM. GoudaJ. MoncivaizA. GordonN. V. ReoL. HusseinO. Paliy

public healthmicrobial compositiongut metabolitesglobal healthgastroenterologypediatrics

Furosemide Enhances the Sensitivity of Urinary Metabolomics for Assessment of Kidney Function. Metabolomics (2017)

Isaie SibomanaNicholas J. DelRasoDavid MattieMichael L. RaymerNicholas V. Reo

renal functionkidney functionurologymetabolomicsurinary metabolomics

Simultaneous Fecal Microbial and Metabolite Profiling Enables Accurate Classification of Pediatric Irritable Bowel Syndrome. Microbiome (2015)

Vijay ShankarNicholas V. ReoOleg Paliy

public healthmicrobiomesimultaneous fecal microbialgastroenterologypediatricsmicrobiologymicrobial risk assessment

The Networks of Human Gut Microbe–Metabolite Associations Are Different Between Health and Irritable Bowel Syndrome. The ISME Journal (2015)

Vijay ShankarDaniel HomerLaura RigsbeeHarry J KhamisSonia MichailMichael RaymerNicholas V ReoOleg Paliy

public healthimmunologymicrobiomegut microbesclinical microbiologymetabolic networkshealth psychologyirritable bowel syndromemucosal immunologygastroenterologynetwork sciencenetwork analysismicrobiology

Urinary Metabolite Profiles May Be Predictive of Cognitive Performance Under Conditions of Acute Sleep Deprivation. Current Metabolomics (2015)

Nicholas J. DelRasoDonald L. HarvilleMari L. ChamberlainPaul E. AndersonIsaie SibomanaMichael L. RaymerNicholas V. Reo

geneticsurologyurinary metabolite profilesacute sleep deprivationmetabolomicscognitive performance

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Nicholas V. Reo

Wright State University

Affiliations

Boonshoft School of Medicine

Biochemistry and Molecular Biology

College of Science and Mathematics

Biochemistry and Molecular Biology

College of Engineering and Computer Science

Computer Science and Engineering

NoneNicholas V. Reo is currently serving as a Biochemistry And Molecular Biology faculty at Wright State 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

Nicholas V. Reo

Wright State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Urinary Metabolites as Predictors of Acute Mountain Sickness Severity. Frontiers in Physiology (2021)

Isaie SibomanaDaniel P. FooseMichael L. RaymerNicholas V. ReoJ. Philip KarlClaire E. BerrymanAndrew J. YoungStefan M. PasiakosCamilla A. Mauzy

physiologyurinary metabolitesnephrologyhuman physiologygeneticsurology

Mechanistic Interpretation of Hypobaria and Hyperoxia Using Omic Technology. (2020)

physiologymechanistic interpretationpublic healthgeneticshypoxia (medicine)omic technology

Influence of Myo -Inositol Plus Ethanolamine on Plasmalogens and Cell Viability During Oxidative Stress. Chemical Research in Toxicology (2019)

Isaie SibomanaNadja GrobeNicholas J. DelRasoNicholas V. Reo

pharmacologycell viabilitychemical biologytoxicologychemistryoxidative stresscell biology

Intestinal Epithelial Cells Regulate Gut Eotaxin Responses and Severity of Allergy. Frontiers in Immunology (2018)

Eunsoo KimMelanie LembertGhaith M. FallataJohn C. RoweTara L. MartinAbhay R. SatoskarNicholas V. ReoOleg PaliyEstelle Cormet-BoyakaProsper N. Boyaka

immunologyintestinal epithelial cellsallergyimmune responsesgut eotaxin responses

Lipid, Water, and Protein Composition to Facilitate Kinetic Modeling of the Auditory Pathway. Toxicology Mechanisms and Methods (2018)

Nadja GrobeLatha NarayananDominique N. BrownSarah T. LawIsaie SibomanaPavel ShiyanovNicholas V. ReoC. Eric HackTeresa R. SternerDavid R. Mattie

physiologybiophysicslipid sciencelipidskinetic modelingauditory pathwaytoxicologyprotein compositionneuroscience

Differences in Gut Metabolites and Microbial Composition and Functions Between Egyptian and U.S. Children Are Consistent With Their Diets. mSystems (2017)

V. ShankarM. GoudaJ. MoncivaizA. GordonN. V. ReoL. HusseinO. Paliy

public healthmicrobial compositiongut metabolitesglobal healthgastroenterologypediatrics

Furosemide Enhances the Sensitivity of Urinary Metabolomics for Assessment of Kidney Function. Metabolomics (2017)

Isaie SibomanaNicholas J. DelRasoDavid MattieMichael L. RaymerNicholas V. Reo

renal functionkidney functionurologymetabolomicsurinary metabolomics

Simultaneous Fecal Microbial and Metabolite Profiling Enables Accurate Classification of Pediatric Irritable Bowel Syndrome. Microbiome (2015)

Vijay ShankarNicholas V. ReoOleg Paliy

public healthmicrobiomesimultaneous fecal microbialgastroenterologypediatricsmicrobiologymicrobial risk assessment

The Networks of Human Gut Microbe–Metabolite Associations Are Different Between Health and Irritable Bowel Syndrome. The ISME Journal (2015)

Vijay ShankarDaniel HomerLaura RigsbeeHarry J KhamisSonia MichailMichael RaymerNicholas V ReoOleg Paliy

Urinary Metabolite Profiles May Be Predictive of Cognitive Performance Under Conditions of Acute Sleep Deprivation. Current Metabolomics (2015)

Nicholas J. DelRasoDonald L. HarvilleMari L. ChamberlainPaul E. AndersonIsaie SibomanaMichael L. RaymerNicholas V. Reo

geneticsurologyurinary metabolite profilesacute sleep deprivationmetabolomicscognitive performance

1
2
3
4
5
6
10 / page

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drug metabolism

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