Faculty

Institution

Unit

Venue

Carol Greider

Distinguished Professor of MCD Biology

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Molecular, Cell, & Developmental Biology

Carol Greider is currently serving as a Molecular, Cell, & Developmental Biology Distinguished Professor of MCD Biology at University of California, Santa Cruz.

Honors

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Experiences

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Education

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Carol Greider

University of California, Santa Cruz

Distinguished Professor of MCD Biology

You can click a keyword to filter the displayed items

molecular biology genetics cell biology genome biology biochemistry rna biology tumor biology epigenetics genomics mammalian biology gene expression cancer biology structural biology oncology cancer research membrane biology protein science genome instability molecular cell biology cancer genetics short telomeres cell regulation cellular biology gene regulation telomere length chromosome biology molecular regulation gene function telomerase activity tetrahymena telomerase medicinal research biochemical sciences cancer cells oncogenes molecular cancer nucleic acids cytogenetics yeast medical genetics vascular biology cellular physiology molecular science biogerontology cancer genomics developmental genetics epigenetic changes human telomerase rna telomere elongation nature experimental gerontology avian biology genetic disorders cancer risk epigenomics mouse telomerase telomere dysfunction genomic instability dna damage response vascular aging aging process cell proliferation skin cancer cellular senescence clinical evaluation clinical measurements medical diagnostics chromatin remodeling biological function transcription regulation animal genetics human fibroblasts telomerase rna mouse cells diagnostic utility mammalian telomerase rna telomerase rna structure dna replication

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanism for Telomere-Specific Telomere Length Regulation. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Gabriela M. TeplitzEmeline PasquierErin BonnellEvelina De LaurentiisLouise BartleJean-François LucierSamantha SholesCarol W. GreiderRaymund J. Wellinger

genome biologybiophysicsbiologystructural biologycell biology

Human Telomere Length is Chromosome End–Specific and Conserved Across Individuals. Science (2024)

Kayarash KarimianAljona GrootVienna HusoRamin KahidiKar-Tong TanSamantha SholesRebecca KeenerJohn F. McDyerJonathan K. AlderHeng LiAndreas RechtsteinerCarol W. Greider

genomicsgenome biologygeneticschromosome biologycytogeneticshuman geneticspopulation genetics

Validation of Human Telomere Length Multi-Ancestry Meta-Analysis Association Signals Identifies Pop5 and Kbtbd6 as Human Telomere Length Regulation Genes. Nature Communications (2024)

Rebecca KeenerSurya B. ChhetriCarla J. ConnellyMargaret A. TaubMatthew P. ConomosJoshua WeinstockBohan NiBenjamin StroberStella AslibekyanPaul L. AuerLucas BarwickLewis C. BeckerJohn BlangeroEugene R. BleeckerJennifer A. BrodyBrian E. CadeJuan C. CeledonYi-Cheng ChangL. Adrienne CupplesBrian CusterBarry I. FreedmanMark T. GladwinSusan R. HeckbertLifang HouMarguerite R. IrvinCarmen R. IsasiJill M. JohnsenEimear E. KennyCharles KooperbergRyan L. MinsterTake NaseriSatupa’itea VialiSergei NekhaiNathan PankratzPatricia A. PeyserKent D. TaylorMarilyn J. TelenBaojun WuLisa R. YanekIvana V. YangChristine AlbertDonna K. ArnettAllison E. Ashley-KochKathleen C. BarnesJoshua C. BisThomas W. BlackwellEric BoerwinkleEsteban G. BurchardApril P. CarsonZhanghua ChenYii-Der Ida ChenDawood DarbarMariza de AndradePatrick T. EllinorMyriam FornageBruce D. GelbFrank D. GillilandJiang HeTalat IslamStefan KaabSharon L. R. KardiaShannon KellyBarbara A. KonkleRajesh KumarRuth J. F. LoosFernando D. MartinezStephen T. McGarveyDeborah A. MeyersBraxton D. MitchellCourtney G. MontgomeryKari E. NorthNicholette D. PalmerJuan M. PeraltaBenjamin A. RabySusan RedlineStephen S. RichDan RodenJerome I. RotterIngo RuczinskiDavid SchwartzFrank SciurbaM. Benjamin ShoemakerEdwin K. SilvermanMoritz F. SinnerNicholas L. SmithAlbert V. SmithHemant K. TiwariRamachandran S. VasanScott T. WeissL. Keoki WilliamsYingze ZhangElad ZivLaura M. RaffieldAlexander P. ReinerMarios ArvanitisCarol W. GreiderRasika A. MathiasAlexis Battle

genomicsgenome biologygene expressiongenome-wide association studiesgenetic factorsscientific communicationgeneticsgene functionmolecular biologyepigeneticsmedical geneticshuman geneticshealth scienceslength regulation genesgene regulation

Tpp1 Promoter Mutations Cooperate With Tert Promoter Mutations to Lengthen Telomeres in Melanoma. Science (2022)

Pattra Chun-onAngela M. HinchieHolly C. BealeAgustin A Gil SilvaElizabeth RushCindy SanderCarla J. ConnellyBrittani K.N. SeynnaeveJohn M. KirkwoodOlena M. VaskeCarol W. GreiderJonathan K. Alder

gene therapymelanomacancer riskcell biologytumor targetingmolecular cancercancer genomicsleukemiatert promoter mutationscancer researchtumor biologypharmacologygeneticsoncologyoncogenesmedicinal researchepigeneticscancer cellsskin cancer

Autoantibodies Targeting Telomere-Associated Proteins in Systemic Sclerosis. Annals of the Rheumatic Diseases (2021)

Brittany L AdlerFrancesco BoinPaul J WoltersClifton O BinghamAmi A ShahCarol GreiderLivia Casciola-RosenAntony Rosen

immunologymedicinetelomere-associated proteinsrheumatologysystemic sclerosis

Chromosome-Specific Telomere Lengths and the Minimal Functional Telomere Revealed by Nanopore Sequencing. Genome Research (2021)

Samantha L. SholesKayarash KarimianAriel GershmanThomas J. KellyWinston TimpCarol W. Greider

genomicsgenome biologychromosome-specific telomere lengthschromosome biologymolecular biologycytogenetics

Rif1 Regulates Telomere Length Through Conserved Heat Repeats. Nucleic Acids Research (2021)

Calla B ShubinRini MayangsariAriel D SwettCarol W Greider

genomicsgenome biologybiophysicsmolecular regulationnucleic acidsmolecular biologytelomere lengthrna biologymolecular physiologycell regulationmembrane biologycell biology

The Bur1 Cyclin‐Dependent Kinase Regulates Telomere Length in Saccharomyces Cerevisiae. Yeast (2021)

Carla J. ConnellySofia Vidal‐CardenasStephanie GoldsmithCarol W. Greider

microbiomegene expressionyeastfungal biologygeneticstelomere lengthbotanycytogeneticsmicrobiologycell biology

The Role of Rif1 in Telomere Length Regulation is Separable From Its Role in Origin Firing. eLife (2020)

Calla B ShubinCarol W Greider

telomere length regulationmolecular neurosciencegeneticsmolecular biologyorigin firingcell biology

Tel1 Activation by the Mrx Complex is Sufficient for Telomere Length Regulation but Not for the Dna Damage Response in Saccharomyces Cerevisiae. Genetics (2019)

Rebecca KeenerCarla J ConnellyCarol W Greider

genome biologygene expressionyeastdevelopmental biologytelomere length regulationdna damage responsegeneticsfungal geneticsmolecular regulationgene functionmolecular geneticsmolecular biologydna repairmrx complexsignal transductionepigeneticsanimal geneticsgene regulation

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Carol Greider

Distinguished Professor of MCD Biology

University of California, Santa Cruz

Affiliations

Physical & Biological Sciences

Molecular, Cell, & Developmental Biology

Carol Greider is currently serving as a Molecular, Cell, & Developmental Biology Distinguished Professor of MCD Biology at University of California, Santa Cruz.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Carol Greider

University of California, Santa Cruz

Distinguished Professor of MCD Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Mechanism for Telomere-Specific Telomere Length Regulation. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Gabriela M. TeplitzEmeline PasquierErin BonnellEvelina De LaurentiisLouise BartleJean-François LucierSamantha SholesCarol W. GreiderRaymund J. Wellinger

genome biologybiophysicsbiologystructural biologycell biology

Human Telomere Length is Chromosome End–Specific and Conserved Across Individuals. Science (2024)

Kayarash KarimianAljona GrootVienna HusoRamin KahidiKar-Tong TanSamantha SholesRebecca KeenerJohn F. McDyerJonathan K. AlderHeng LiAndreas RechtsteinerCarol W. Greider

genomicsgenome biologygeneticschromosome biologycytogeneticshuman geneticspopulation genetics

Validation of Human Telomere Length Multi-Ancestry Meta-Analysis Association Signals Identifies Pop5 and Kbtbd6 as Human Telomere Length Regulation Genes. Nature Communications (2024)

Tpp1 Promoter Mutations Cooperate With Tert Promoter Mutations to Lengthen Telomeres in Melanoma. Science (2022)

Pattra Chun-onAngela M. HinchieHolly C. BealeAgustin A Gil SilvaElizabeth RushCindy SanderCarla J. ConnellyBrittani K.N. SeynnaeveJohn M. KirkwoodOlena M. VaskeCarol W. GreiderJonathan K. Alder

Autoantibodies Targeting Telomere-Associated Proteins in Systemic Sclerosis. Annals of the Rheumatic Diseases (2021)

Brittany L AdlerFrancesco BoinPaul J WoltersClifton O BinghamAmi A ShahCarol GreiderLivia Casciola-RosenAntony Rosen

immunologymedicinetelomere-associated proteinsrheumatologysystemic sclerosis

Chromosome-Specific Telomere Lengths and the Minimal Functional Telomere Revealed by Nanopore Sequencing. Genome Research (2021)

Samantha L. SholesKayarash KarimianAriel GershmanThomas J. KellyWinston TimpCarol W. Greider

genomicsgenome biologychromosome-specific telomere lengthschromosome biologymolecular biologycytogenetics

Rif1 Regulates Telomere Length Through Conserved Heat Repeats. Nucleic Acids Research (2021)

Calla B ShubinRini MayangsariAriel D SwettCarol W Greider

genomicsgenome biologybiophysicsmolecular regulationnucleic acidsmolecular biologytelomere lengthrna biologymolecular physiologycell regulationmembrane biologycell biology

The Bur1 Cyclin‐Dependent Kinase Regulates Telomere Length in Saccharomyces Cerevisiae. Yeast (2021)

Carla J. ConnellySofia Vidal‐CardenasStephanie GoldsmithCarol W. Greider

microbiomegene expressionyeastfungal biologygeneticstelomere lengthbotanycytogeneticsmicrobiologycell biology

The Role of Rif1 in Telomere Length Regulation is Separable From Its Role in Origin Firing. eLife (2020)

Calla B ShubinCarol W Greider

telomere length regulationmolecular neurosciencegeneticsmolecular biologyorigin firingcell biology

Tel1 Activation by the Mrx Complex is Sufficient for Telomere Length Regulation but Not for the Dna Damage Response in Saccharomyces Cerevisiae. Genetics (2019)

Rebecca KeenerCarla J ConnellyCarol W Greider

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