Faculty

Institution

Unit

Venue

Robert J. Schwartz

Hugh Roy and Lillie Cranz Cullen Distinguished Professor

University of Houston

Affiliations

Honors College

Biology

College of Natural Sciences and Mathematics

Biology and Biochemistry

Robert J. Schwartz is currently serving as a Biology Hugh Roy and Lillie Cranz Cullen Distinguished Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert J. Schwartz

University of Houston

Hugh Roy and Lillie Cranz Cullen Distinguished Professor

You can click a keyword to filter the displayed items

genetics gene expression developmental biology molecular biology cell biology cardiology membrane biology mammalian biology molecular physiology cardiovascular research cellular physiology protein science regenerative medicine transcription regulation gene function gene regulation avian biology molecular cell biology molecular and cellular biology molecular genetics animal physiology skeletal muscle transcription (biology) biological chemistry cell signaling molecular regulation cardiovascular physiology genome biology vascular biology liver physiology angiogenesis serum response factor protein expression developmental science medicinal research muscle function stem cell research cellular biology embryonic development animal biotechnology cell regulation developmental genetics cardiac muscle mammalian physiology protein genetics rna biology biochemical genetics protein function medical genetics renal function cardiomyopathy integrative biology tissue development transgenic mice molecular research organ development cell physiology tissue physiology cell lineage signaling pathways sequence analysis human sciences cardiac development essential role cardiac hypertrophy muscle differentiation skeletal a-actin promoter skeletal alpha-actin promoter pressure overload rho-associated coiled-coil protein skeletal alpha-actin transcription early heart development cardiac progenitors skeletal alpha-actin gene heart development neural crest cells cell specialization cellular differentiation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract We081: Β1 Integrins Regulate Cellular Behavior and Cardiomyocyte Organization During Ventricular Wall Formation. Circulation Research (2024)

Lianjie MiaoYangyang LuAnika NusratLuqi ZhaoMicah CastilloYongqi XiaoHongyan guoYu LiuPreethi GunaratneRobert SchwartzAlan R BurnsAshok KumarC. Michael DiPersioMingfu Wu

cardiomyocyte organizationcellular behaviorcardiovascular researchventricular wall formationvascular biologycell biology

Stemin and Yap5Sa, the Future of Heart Repair?. Experimental Biology and Medicine (2024)

Nada BejarSiyu XiaoDinakar IyerAzeez MuiliAdeniyi AdeleyeBradley K. McConnellRobert J. Schwartz

medicineheart repaircardiovascular researchexperimental biologyexperimental medicineregenerative medicine

Β1 Integrins Regulate Cellular Behavior and Cardiomyocyte Organization During Ventricular Wall Formation. Cardiovascular research (2024)

Lianjie MiaoYangyang LuAnika NusratLuqi ZhaoMicah CastilloYongqi XiaoHongyang GuoYu LiuPreethi GunaratneRobert J SchwartzAlan R BurnsAshok KumarC Michael DiPersioMingfu Wu

cardiomyocyte organizationcellular behaviorcardiovascular researchcardiologyventricular wall formationcell biologyphysiology

A Small Molecule That in Vitro Neutralizes Infection of Sars-Cov-2 and Its Most Infectious Variants, Delta, and Omicron. Biomedicines (2023)

Arfaxad Reyes-AlcarazHanan QasimElizabeth MerlinskyGlenn FoxTasneem IslamBryan MedinaRobert J. SchwartzJohn W. CraftBradley K. McConnell

infection controlmedicineclinical researchclinical microbiologybiomedical researchviral diagnosticsantiviral therapybiologic agentsinfectious variantspharmacologyvirologyinfectious diseasesmedical virologyvitro neutralizes infectionsars-cov-2drug discoveryclinical medicinetranslational medicinemedicinal researchantiviral research

Direct Reprogramming of Cardiomyocytes Into Cardiac Purkinje-Like Cells. iScience (2022)

Nicole ProdanFaheem ErshadArfaxad Reyes-AlcarazLuge LiBrandon MistrettaLei GonzalezZhoulyu RaoCunjiang YuPreethi H. GunaratneNa LiRobert J. SchwartzBradley K. McConnell

neurologydirect reprogrammingcardiologyneurosciencecardiac purkinje-like cellscell biologyneurophysiologyregenerative medicine

Mutant Srf and Yap Synthetic Modified Mrnas Drive Cardiomyocyte Nuclear Replication. The Journal of Cardiovascular Aging (2022)

Siyu XiaoRui LiangAzeez B. MuiliXuanye CaoStephen NavranRobert J. SchwartzDinakar Iyer

geneticscardiovascular physiologygenetic basissynthetic biologycardiovascular researchfunctional modificationcardiologymolecular physiologymolecular evidencecardiomyocyte nuclear replicationmolecular biologyimmunologymutant srfmolecular and cellular biologyreplicationprotein sciencemolecular basismutagenesis (molecular biology technique)

Srf-Derived Mir210 and Mir30C Both Repress Beating Cardiomyocyte Formation in the Differentiation System of Embryoid Body. Biochemical and Biophysical Research Communications (2022)

Guoxing ZhengZhuzhen HeYingsi LuQingqing ZhuYizhou JiangDemeng ChenShuibin LinChengming ZhuRobert Schwartz

differentiation systembiochemical sciencesbiophysical reviewdevelopmental sciencebiochemistryembryoid bodyembryonic developmentprotein sciencegeneticsmembrane biologydevelopmental biologycardiomyopathytumor biologyepigeneticsgene expressionmicrorna detectioncardiologyangiogenesistissue developmentmedicinal research

Generation of Transgenic Mice That Conditionally Overexpress Tenascin-C. Frontiers in Immunology (2021)

Saori YonebayashiKazuko TajiriMari HaraHiromitsu SaitoNoboru SuzukiSatoshi SakaiTaizo KimuraAkira SatoAkiyo SekimotoSatoshi FujitaRyuji OkamotoRobert J. SchwartzToshimichi YoshidaKyoko Imanaka-Yoshida

geneticsgene expressiontransgenic miceimmunologymammalian biology

H19X‐Encoded Mir‐322(424)/Mir‐503 Regulates Muscle Mass by Targeting Translation Initiation Factors. Journal of Cachexia Sarcopenia and Muscle (2021)

Rui LiangXiaopeng ShenFan WangXin WangAlex DesJarlaisAnam SyedRaymond SabaZhi TanFang YuXuan JiShreesti ShresthaYinghong RenJin YangYoonjung ParkRobert J. SchwartzBenjamin SoibamBradley K. McConnellM. David StewartAshok KumarYu Liu

sarcopeniatranslation initiation factorsrehabilitationhuman movementkinesiologyphysiology

Pro-Epicardial Cells Are Heterogeneous With Specified Smooth Muscle-Like and Pacemaker Progenitor Cells. SSRN Electronic Journal (2021)

Lianjie MiaoJian LiYangyang LuChanghong YinDaizhong SunEdward LoRenjie SongChenleng CaiWeihua HuangXiaochun LongBradley McConnellZhenchuan FanHarold SingerRobert J. SchwartzNikhil MunshiMingfu Wu

pacemaker progenitor cellspro-epicardial cellssocial science researchsocial sciencescell biologyregenerative medicinephysiology

1
2
3
4
5
28
10 / page

Robert J. Schwartz

Hugh Roy and Lillie Cranz Cullen Distinguished Professor

University of Houston

Affiliations

Honors College

Biology

College of Natural Sciences and Mathematics

Biology and Biochemistry

Robert J. Schwartz is currently serving as a Biology Hugh Roy and Lillie Cranz Cullen Distinguished Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert J. Schwartz

University of Houston

Hugh Roy and Lillie Cranz Cullen Distinguished Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract We081: Β1 Integrins Regulate Cellular Behavior and Cardiomyocyte Organization During Ventricular Wall Formation. Circulation Research (2024)

Lianjie MiaoYangyang LuAnika NusratLuqi ZhaoMicah CastilloYongqi XiaoHongyan guoYu LiuPreethi GunaratneRobert SchwartzAlan R BurnsAshok KumarC. Michael DiPersioMingfu Wu

cardiomyocyte organizationcellular behaviorcardiovascular researchventricular wall formationvascular biologycell biology

Stemin and Yap5Sa, the Future of Heart Repair?. Experimental Biology and Medicine (2024)

Nada BejarSiyu XiaoDinakar IyerAzeez MuiliAdeniyi AdeleyeBradley K. McConnellRobert J. Schwartz

medicineheart repaircardiovascular researchexperimental biologyexperimental medicineregenerative medicine

Β1 Integrins Regulate Cellular Behavior and Cardiomyocyte Organization During Ventricular Wall Formation. Cardiovascular research (2024)

Lianjie MiaoYangyang LuAnika NusratLuqi ZhaoMicah CastilloYongqi XiaoHongyang GuoYu LiuPreethi GunaratneRobert J SchwartzAlan R BurnsAshok KumarC Michael DiPersioMingfu Wu

cardiomyocyte organizationcellular behaviorcardiovascular researchcardiologyventricular wall formationcell biologyphysiology

A Small Molecule That in Vitro Neutralizes Infection of Sars-Cov-2 and Its Most Infectious Variants, Delta, and Omicron. Biomedicines (2023)

Arfaxad Reyes-AlcarazHanan QasimElizabeth MerlinskyGlenn FoxTasneem IslamBryan MedinaRobert J. SchwartzJohn W. CraftBradley K. McConnell

Direct Reprogramming of Cardiomyocytes Into Cardiac Purkinje-Like Cells. iScience (2022)

Nicole ProdanFaheem ErshadArfaxad Reyes-AlcarazLuge LiBrandon MistrettaLei GonzalezZhoulyu RaoCunjiang YuPreethi H. GunaratneNa LiRobert J. SchwartzBradley K. McConnell

neurologydirect reprogrammingcardiologyneurosciencecardiac purkinje-like cellscell biologyneurophysiologyregenerative medicine

Mutant Srf and Yap Synthetic Modified Mrnas Drive Cardiomyocyte Nuclear Replication. The Journal of Cardiovascular Aging (2022)

Siyu XiaoRui LiangAzeez B. MuiliXuanye CaoStephen NavranRobert J. SchwartzDinakar Iyer

Srf-Derived Mir210 and Mir30C Both Repress Beating Cardiomyocyte Formation in the Differentiation System of Embryoid Body. Biochemical and Biophysical Research Communications (2022)

Guoxing ZhengZhuzhen HeYingsi LuQingqing ZhuYizhou JiangDemeng ChenShuibin LinChengming ZhuRobert Schwartz

Generation of Transgenic Mice That Conditionally Overexpress Tenascin-C. Frontiers in Immunology (2021)

geneticsgene expressiontransgenic miceimmunologymammalian biology

H19X‐Encoded Mir‐322(424)/Mir‐503 Regulates Muscle Mass by Targeting Translation Initiation Factors. Journal of Cachexia Sarcopenia and Muscle (2021)

sarcopeniatranslation initiation factorsrehabilitationhuman movementkinesiologyphysiology

Pro-Epicardial Cells Are Heterogeneous With Specified Smooth Muscle-Like and Pacemaker Progenitor Cells. SSRN Electronic Journal (2021)

Lianjie MiaoJian LiYangyang LuChanghong YinDaizhong SunEdward LoRenjie SongChenleng CaiWeihua HuangXiaochun LongBradley McConnellZhenchuan FanHarold SingerRobert J. SchwartzNikhil MunshiMingfu Wu

pacemaker progenitor cellspro-epicardial cellssocial science researchsocial sciencescell biologyregenerative medicinephysiology

1
2
3
4
5
28
10 / page

Similar Faculty Members

Leslie Leinwand

Institution

University of Colorado Boulder

molecular biology

cardiology

Mark A. Magnuson, MD

Institution

Vanderbilt University

endocrinology

cellular plasticity

R John Solaro

Institution

University of Illinois Chicago

electrophysiology

cellular physiology

Matteo Pellegrini

Institution

University of California, Los Angeles

gene expression

epigenetics

William T. Pu

Institution

Harvard University

cardiology

genetics

Ju Chen

Institution

University of California, San Diego

naxos disease

pathology

Jian-Ping Jin

Institution

University of Illinois Chicago

developmental biology

muscle cell motility

Thomas Quertermous

Institution

Stanford University

genetics

vascular biology

Tadashi Inagami

Institution

Vanderbilt University

cardiovascular disease

hypertension

Dana Borden Lacy

Institution

Vanderbilt University

pathogen

infectious diseases

Similar Faculty Members

Leslie Leinwand

Institution

University of Colorado Boulder

molecular biology

cardiology

Mark A. Magnuson, MD

Institution

Vanderbilt University

endocrinology

cellular plasticity

R John Solaro

Institution

University of Illinois Chicago

electrophysiology

cellular physiology

Matteo Pellegrini

Institution

University of California, Los Angeles

gene expression

epigenetics

William T. Pu

Institution

Harvard University

cardiology

genetics

Ju Chen

Institution

University of California, San Diego

naxos disease

pathology

Jian-Ping Jin

Institution

University of Illinois Chicago

developmental biology

muscle cell motility

Thomas Quertermous

Institution

Stanford University

genetics

vascular biology

Tadashi Inagami

Institution

Vanderbilt University

cardiovascular disease

hypertension

Dana Borden Lacy

Institution

Vanderbilt University

pathogen

infectious diseases