Faculty

Institution

Unit

Venue

H. Scott Stadler

Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation

Oregon Health & Science University

Affiliations

Division Of Genetics

Oregon Health & Science University

Oregon National Primate Research Center

H. Scott Stadler is currently serving as a Division Of Genetics Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation at Oregon Health & Science University.

Honors

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Experiences

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Education

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H. Scott Stadler

Oregon Health & Science University

Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation

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developmental biology molecular biology genetics gene expression cell biology morphogenesis mammalian biology gene regulation cellular differentiation molecular genetics epigenetics developmental cell molecular cell biology gene function embryology structural biology cell signaling vascular biology protein science developmental genetics developmental science genome biology bone research biomolecular structure structural molecular biology plo biology developmental dynamic nucleic acids transcription regulation cell regulation embryonic development tissue development signaling pathways genetic basis chemical shift assignments molecular neurodegeneration cellular physiology stem cell research cutaneous biology dermal structure bone homeostasis cell adhesion upper extremity musculoskeletal science bone morphogenic protein placental development organ development molecular regulation pharmaceutical chemistry drug development cell-matrix interactions structural bioinformatics nucleic acid chemistry dna analysis molecular basis genetic disorders developmental anomalies knockout mice disease gene identification gastrointestinal oncology esophageal cancer site-specific epidermal fate early hindbrain chondrogenic capacity limb tendons wrist underlies musculoskeletal integration distal limb morphogenesis placental vascular patterning labyrinth endothelial specification cis-regulatory activities distal limb pentadactyl state epigenetic regulator mouse embryogenesis genitourinary functions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Digits in a Dish: An in Vitro System to Assess the Molecular Genetics of Hand/Foot Development at Single-Cell Resolution. Frontiers in Cell and Developmental Biology (2023)

Allison M. FuitenYuki YoshimotoChisa ShukunamiH. Scott Stadler

developmental biologymolecular geneticscell biologytissue developmentmolecular biologysingle-cell resolution

Genetic Basis for an Evolutionary Shift From Ancestral Preaxial to Postaxial Limb Polarity in Non-Urodele Vertebrates. Current Biology (2021)

Anna TrofkaBau-Lin HuangJianjian ZhuWilliam F. HeinzValentin MagidsonYuki ShibataYun-Bo ShiBasile TarchiniH. Scott StadlerMirindi KabanguNour W. Al Haj BaddarS. Randal VossSusan Mackem

developmental biologyevolutionary geneticsgeneticsnon-urodele vertebratesphylogeneticsevolutionary shiftancestral preaxialgenetic basisevolutionary biologypostaxial limb polarity

Hoxa13 in Etiology and Oncogenic Potential of Barrett’s Esophagus. Nature Communications (2021)

molecular gastroenterologydigestive diseasesgastroenterologyesophagusgastrointestinal oncologyesophageal cancercell biologyoncogenesbarrett ’carcinogenesispathology

Encouraging Cartilage Production. eLife (2020)

orthopaedic researchorthopedic surgeryosteoarthritisorthopaedic surgeryencouraging cartilage productionregenerative medicinecartilagemusculoskeletal researchmusculoskeletal tissuesbiomechanics

The Formation of the Thumb Requires Direct Modulation of Gli3 Transcription by Hoxa13. Proceedings of the National Academy of Sciences (2020)

developmental biologygene expressionmolecular and cellular biologydirect modulationgene regulationmolecular cell biologycell signalingtranscription (biology)developmental celltranscription factorsgene functiontranscription regulationmolecular biology

Development and Functional Characterization of a Lncrna‐Hit Conditional Loss of Function Allele. genesis (2019)

geneticsfunctional characterizationmolecular geneticsgene expressionnon-coding rnanucleic acidsgene regulationplo biologyfunctional genomicsrna biologygenome biologymolecular biologylong non-coding rnafunction allele

Mutual Transcriptional Repression Between Gli3 and Hox13 Genes Determines the Anterior-Posterior Asymmetry of the Autopod. bioRxiv (Cold Spring Harbor Laboratory) (2018)

developmental biologymutual transcriptional repressiongeneticsmolecular geneticsmolecular and cellular biologymorphogenesisdevelopmental systemcell fate determinationdevelopmental geneticsgene regulationmolecular cell biologytranscription (biology)developmental celltranscription factorslineage plasticitygene functiongene expressionanterior-posterior asymmetry

Distal Limb Patterning Requires Modulation of Cis-Regulatory Activities by Hox13. Cell Reports (2016)

Rushikesh ShethIros BarozziDavid LanglaisMarco OsterwalderStephen NemecHanqian L. CarlsonH. Scott StadlerAxel ViselJacques DrouinMarie Kmita

distal limbcell regulationgene regulationcell biologyneuroscienceimmunologygene expressioncis-regulatory activities

Evolution of Hoxa11 Regulation in Vertebrates is Linked to the Pentadactyl State. Nature (2016)

Yacine KherdjemilRobert L. LalondeRushikesh ShethAnnie DumouchelGemma de MartinoKyriel M. PineaultDeneen M. WellikH. Scott StadlerMarie-Andrée AkimenkoMarie Kmita

molecular evolutiongeneticsgene expressionpentadactyl stateredox biologymolecular regulationevolutionary biologymolecular biology

Lncrna-Hit Functions as an Epigenetic Regulator of Chondrogenesis Through Its Recruitment of P100/Cbp Complexes. PLoS Genetics (2015)

Hanqian L. CarlsonJeffrey J. QuinnYul W. YangChelsea K. ThornburgHoward Y. ChangH. Scott Stadler

epigeneticsgeneticsmolecular geneticsepigenetic regulatorgene regulationmolecular biology

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H. Scott Stadler

Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation

Oregon Health & Science University

Affiliations

Division Of Genetics

Oregon Health & Science University

Oregon National Primate Research Center

H. Scott Stadler is currently serving as a Division Of Genetics Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation at Oregon Health & Science 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

H. Scott Stadler

Oregon Health & Science University

Professor of Molecular and Medical Genetics Professor of Orthopaedics and Rehabilitation

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Digits in a Dish: An in Vitro System to Assess the Molecular Genetics of Hand/Foot Development at Single-Cell Resolution. Frontiers in Cell and Developmental Biology (2023)

Allison M. FuitenYuki YoshimotoChisa ShukunamiH. Scott Stadler

developmental biologymolecular geneticscell biologytissue developmentmolecular biologysingle-cell resolution

Genetic Basis for an Evolutionary Shift From Ancestral Preaxial to Postaxial Limb Polarity in Non-Urodele Vertebrates. Current Biology (2021)

Anna TrofkaBau-Lin HuangJianjian ZhuWilliam F. HeinzValentin MagidsonYuki ShibataYun-Bo ShiBasile TarchiniH. Scott StadlerMirindi KabanguNour W. Al Haj BaddarS. Randal VossSusan Mackem

developmental biologyevolutionary geneticsgeneticsnon-urodele vertebratesphylogeneticsevolutionary shiftancestral preaxialgenetic basisevolutionary biologypostaxial limb polarity

Hoxa13 in Etiology and Oncogenic Potential of Barrett’s Esophagus. Nature Communications (2021)

molecular gastroenterologydigestive diseasesgastroenterologyesophagusgastrointestinal oncologyesophageal cancercell biologyoncogenesbarrett ’carcinogenesispathology

Encouraging Cartilage Production. eLife (2020)

orthopaedic researchorthopedic surgeryosteoarthritisorthopaedic surgeryencouraging cartilage productionregenerative medicinecartilagemusculoskeletal researchmusculoskeletal tissuesbiomechanics

The Formation of the Thumb Requires Direct Modulation of Gli3 Transcription by Hoxa13. Proceedings of the National Academy of Sciences (2020)

Development and Functional Characterization of a Lncrna‐Hit Conditional Loss of Function Allele. genesis (2019)

Mutual Transcriptional Repression Between Gli3 and Hox13 Genes Determines the Anterior-Posterior Asymmetry of the Autopod. bioRxiv (Cold Spring Harbor Laboratory) (2018)

Distal Limb Patterning Requires Modulation of Cis-Regulatory Activities by Hox13. Cell Reports (2016)

Rushikesh ShethIros BarozziDavid LanglaisMarco OsterwalderStephen NemecHanqian L. CarlsonH. Scott StadlerAxel ViselJacques DrouinMarie Kmita

distal limbcell regulationgene regulationcell biologyneuroscienceimmunologygene expressioncis-regulatory activities

Evolution of Hoxa11 Regulation in Vertebrates is Linked to the Pentadactyl State. Nature (2016)

Yacine KherdjemilRobert L. LalondeRushikesh ShethAnnie DumouchelGemma de MartinoKyriel M. PineaultDeneen M. WellikH. Scott StadlerMarie-Andrée AkimenkoMarie Kmita

molecular evolutiongeneticsgene expressionpentadactyl stateredox biologymolecular regulationevolutionary biologymolecular biology

Lncrna-Hit Functions as an Epigenetic Regulator of Chondrogenesis Through Its Recruitment of P100/Cbp Complexes. PLoS Genetics (2015)

Hanqian L. CarlsonJeffrey J. QuinnYul W. YangChelsea K. ThornburgHoward Y. ChangH. Scott Stadler

epigeneticsgeneticsmolecular geneticsepigenetic regulatorgene regulationmolecular biology

1
2
3
4
10 / page