Faculty

Institution

Unit

Venue

Alaattin Kaya

Assistant Professor

Virginia Commonwealth University

Affiliations

College of Humanities and Sciences

Department of Biology

School of Medicine

Human and Molecular Genetics

Alaattin Kaya is currently serving as a College Of Humanities And Sciences Assistant Professor at Virginia Commonwealth University.

Honors

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Experiences

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Education

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Alaattin Kaya

Virginia Commonwealth University

Assistant Professor

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genetics molecular biology longevity biochemistry redox biology biology ageing genomics experimental gerontology molecular metabolism biogerontology yeast oxidative stress metabolism molecular cell biology biological chemistry genome biology aging cell enzymes molecular and cellular biology free radical biology cell metabolism lifespan extension gene expression fungal genetics redox signaling mammalian biology reactive oxygen species aging process cellular senescence reductive stress enzyme catalysis mitochondrial function genomic mechanisms methionine restriction molecular physiology cellular biochemistry proteome research protein function redox regulator structure-function enzyme kinetics gene evolution protein biosynthesis microbial physiology conservation genetics thiol peroxidases methionine oxidation life span rapamycin treatment boron tolerance insect molecular biology insect biochemistry pediatric endocrinology clinical gerontology geriatric medicine endocrine diseases geriatric endocrinology cell interactions cell motility phagocytes osmotic stress marine genomics population genomics molecular nutrition experimental nutrition cellular enzymology taurine deficiency drosophila melanogaster low amino-acid status macrophage function hydrogen peroxide finless porpoises single amino acid moderate protein restriction reversible oxidation triple frmsr/msra/msrb mutant physiology transgenerational effect molecular genetics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vikas GujjalaAlaattin Kaya

aging-associated diseasescognitive impairmentneuroscience of agingalzheimer's diseaseneuroscienceneurodegenerative diseases

Vikas Anil GujjalaIsaiah KlimekMorteza AbyadehAlexander TyshkovskiyNaci OzJosé Pedro CastroVadim N. GladyshevJason NewtonAlaattin Kaya

physiologyaccelerated brain agingmolecular neurosciencemammalian biologyclinical neuroscienceknockout micenovel mouse modelmedicinal researchalzheimer's diseaseneurosciencehealth sciences

Application of Multiomics Approach to Investigate the Therapeutic Potentials of Stem Cell-Derived Extracellular Vesicle Subpopulations for Alzheimer’s Disease. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Morteza AbyadehAlaattin Kaya

applied microbiologymulti-omics studiestherapeutic efficacygenome biologyproteomicsstem cell researchmembrane biologyhealth sciencesextracellular microvesiclesbioinformaticsimaging genomicsgenomicsstem-cell therapymolecular biologymedicinal researchtherapeutic potentialsalzheimer's diseasecellular therapyneuroscience

Modulating Cellular Senescence and Mtor Pathway: The Therapeutic Potential of Fingolimod in Npc Disease. Innovation in Aging (2024)

Morteza AbyadehAlaattin Kaya

cellular senescenceageingexperimental gerontologynpc diseaseaging-associated diseaseshealthy agingtherapeutic potentialaging cellvascular biologynovel therapiesvascular agingmolecular biologyneuroscience of agingmtor pathwayneuroscienceneurodegenerative diseasescell biology

Molecular Mechanisms of Genotype-Dependent Lifespan Variation Mediated by Caloric Restriction: Insight From Wild Yeast Isolates. Frontiers in Aging (2024)

Samantha McLeanMitchell LeeWeiqiang LiuRohil HameedVikas Anil GujjalaXuming ZhouMatt KaeberleinAlaattin Kaya

genomicsexperimental gerontologylongevityyeastbiogerontologywild yeast isolatesgeneticsevolutionary biologycaloric restrictionmolecular biologyepigeneticsmolecular mechanismsgenotype-dependent lifespan variationlifespan developmentgeriatricspopulation genetics

Mtorc1 Activation in Presumed Classical Monocytes: Observed Correlates With Human Size Variation and Neuropsychiatric Disease. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Karl BernerNaci OzAlaattin KayaAnimesh AcharjeeJon Berner

immunologyneuropsychiatric diseaseshort-term variabilityepidemiologymolecular neurosciencemammalian biologymolecular neurobiologypresumed classical monocyteshuman size variationneuropsychiatryneuroscience

Mtorc1 Activation in Presumed Classical Monocytes: Observed Correlation With Human Size Variation and Neuropsychiatric Disease. Aging (2024)

Karl BernerNaci OzAlaattin KayaAnimesh AcharjeeJon Berner

human size variationpresumed classical monocytesneuroscienceneuropsychiatric disease

Multimodel Approaches Identify Conserved Role of Trp Catabolic Pathway in the Regulation of Life- and Healthspan. Innovation in Aging (2024)

Naci OzAlaattin Kaya

catabolismageinglongevityaging-associated diseaseshealthy agingaging cellsystems biologymetabolic regulationactive ageingmolecular biologymetabolismneuroscience of agingmetabolic pathwayshealth sciencestrp catabolic pathway

Common Molecular Signatures Between Coronavirus Infection and Alzheimer’s Disease Reveal Targets for Drug Development. Journal of Alzheimer s Disease (2023)

Morteza AbyadehVijay K. YadavAlaattin Kaya

immunologypharmacologycoronavirus infectioncommon molecular signaturesalzheimer's diseaseneuroscience

Evidence That Conserved Essential Genes Are Enriched for Pro-Longevity Factors. Innovation in Aging (2023)

Alaattin Kaya

conservation geneticslongevitygeneticsessential genespro-longevity factorsconservation biology

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Alaattin Kaya

Assistant Professor

Virginia Commonwealth University

Affiliations

College of Humanities and Sciences

Department of Biology

School of Medicine

Human and Molecular Genetics

Alaattin Kaya is currently serving as a College Of Humanities And Sciences Assistant Professor at Virginia Commonwealth 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

Alaattin Kaya

Virginia Commonwealth University

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Vikas GujjalaAlaattin Kaya

aging-associated diseasescognitive impairmentneuroscience of agingalzheimer's diseaseneuroscienceneurodegenerative diseases

Vikas Anil GujjalaIsaiah KlimekMorteza AbyadehAlexander TyshkovskiyNaci OzJosé Pedro CastroVadim N. GladyshevJason NewtonAlaattin Kaya

physiologyaccelerated brain agingmolecular neurosciencemammalian biologyclinical neuroscienceknockout micenovel mouse modelmedicinal researchalzheimer's diseaseneurosciencehealth sciences

Morteza AbyadehAlaattin Kaya

Modulating Cellular Senescence and Mtor Pathway: The Therapeutic Potential of Fingolimod in Npc Disease. Innovation in Aging (2024)

Morteza AbyadehAlaattin Kaya

Molecular Mechanisms of Genotype-Dependent Lifespan Variation Mediated by Caloric Restriction: Insight From Wild Yeast Isolates. Frontiers in Aging (2024)

Samantha McLeanMitchell LeeWeiqiang LiuRohil HameedVikas Anil GujjalaXuming ZhouMatt KaeberleinAlaattin Kaya

Mtorc1 Activation in Presumed Classical Monocytes: Observed Correlates With Human Size Variation and Neuropsychiatric Disease. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Karl BernerNaci OzAlaattin KayaAnimesh AcharjeeJon Berner

Mtorc1 Activation in Presumed Classical Monocytes: Observed Correlation With Human Size Variation and Neuropsychiatric Disease. Aging (2024)

Karl BernerNaci OzAlaattin KayaAnimesh AcharjeeJon Berner

human size variationpresumed classical monocytesneuroscienceneuropsychiatric disease

Multimodel Approaches Identify Conserved Role of Trp Catabolic Pathway in the Regulation of Life- and Healthspan. Innovation in Aging (2024)

Naci OzAlaattin Kaya

Common Molecular Signatures Between Coronavirus Infection and Alzheimer’s Disease Reveal Targets for Drug Development. Journal of Alzheimer s Disease (2023)

Morteza AbyadehVijay K. YadavAlaattin Kaya

immunologypharmacologycoronavirus infectioncommon molecular signaturesalzheimer's diseaseneuroscience

Evidence That Conserved Essential Genes Are Enriched for Pro-Longevity Factors. Innovation in Aging (2023)

Alaattin Kaya

conservation geneticslongevitygeneticsessential genespro-longevity factorsconservation biology

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Similar Faculty Members

Evgeny A. Nudler, PhD

Institution

New York University

synthetic biology

mutagenesis (molecular biology technique)

David B. Lombard

Institution

University of Miami

epigenetics

cell biology

Ryo Sanabria

Institution

University of Southern California

ageing

cell biology

Michal Masternak

Institution

University of Central Florida

longevity

growth hormone

John Tower, PhD

Institution

University of Southern California

dna replication origins

aging process

Fei Yin

Institution

University of Arizona

brain aging

neuroscience of aging

Holly Brown-Borg

Institution

University of North Dakota

lifespan extension

growth hormone signaling

Tomas Prolla

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University of Wisconsin–Madison

genetics

mammalian biology

Ta Yuan Chang

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Dartmouth College

autophagy

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