Faculty

Institution

Unit

Venue

Clinton Rubin

SUNY Distinguished Professor

Stony Brook University

Affiliations

College of Engineering and Applied Sciences

Biomedical Engineering

Renaissance School of Medicine

Biomedical Engineering

Clinton Rubin is currently serving as a Biomedical Engineering SUNY Distinguished Professor at Stony Brook University.

Honors

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Experiences

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Education

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Clinton Rubin

Stony Brook University

SUNY Distinguished Professor

You can click a keyword to filter the displayed items

bone research biomechanics physiology regenerative medicine orthopaedic surgery health sciences orthopedic surgery rehabilitation orthopedic biomechanics orthopaedic research tissue engineering applied physiology musculoskeletal science osteoporosis mammalian biology exercise physiology bone metabolism membrane biology mechanical science structural biology animal physiology liver physiology exercise science musculoskeletal disorders bone remodeling bone density bone health cellular physiology stem cell research bone homeostasis mammalian physiology biomedical imaging cell biomechanics genome biology spinal biomechanics musculoskeletal research low-magnitude mechanical signals trabecular bone animal science musculoskeletal surgery fracture healing muscle function musculoskeletal function bone mass bone adaptation biological chemistry vascular biology mesenchymal stem cells tissue physiology endocrine research axial skeleton computed tomography skeletal muscle bone formation bone tissue brief daily exposure low-intensity vibration mechanical signals experimental gerontology gait analysis gene regulation physical aging radiation exposure radiation biology radiation effects biogerontology bone repair cell adhesion human physiology osteoblastic networks bone quantity mechanical stimuli high-frequency mechanical stimuli functional strains high-frequency mechanical signals cortical bone bone growth bone biomechanics bone fracture bone mechanics

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Biophysical and Nutritional Combination Treatment for Myosteatosis in Patients With Sarcopenia: A Study Protocol for Single-Blinded Randomised Controlled Trial. BMJ Open (2024)

Meng Chen Michelle LiYu Kin ChengCan CuiSimon Kwoon Ho ChowRonald Man Yeung WongTimothy CY KwokParco M SiuMinghui YangMaoyi TianClinton RubinA A WelchLing QinSheung Wai LawWing Hoi Cheung

clinical nutritionmedicinevascular biologyhuman nutritionbariatric surgeryhealth sciencesdigestive diseasesnephrologyavian medicineneuromuscular medicinehepatologystudy protocolnutritional biochemistrynutritional combination treatmentphysiologynutrient physiologysarcopeniamedical nutritionmyositiscardiovascular disease

Low Intensity Mechanical Signals Promote Proliferation in a Cell-Specific Manner: Tailoring a Non-Drug Strategy to Enhance Biomanufacturing Yields. Mechanobiology in Medicine (2024)

M. Ete ChanChristopher AshdownLia StraitSishir PasumarthyAbdullah HassanSteven CrimarcoChanpreet SinghVihitaben S. PatelGabriel PagnottiOmor KhanGunes UzerClinton T. Rubin

biomanufacturingbiomanufacturing yieldsnon-drug strategymechanobiologycell proliferationcell-specific manner

Prevention of Age‐Related Neuromuscular Junction Degeneration in Sarcopenia by Low‐Magnitude High‐Frequency Vibration. Aging Cell (2024)

Zhengyuan BaoCan CuiChaoran LiuYufeng LongRonald Man Yeung WongSenlin ChaiLing QinClinton RubinBenjamin Hon Kei YipZhihong XuQing JiangSimon Kwoon‐Ho ChowWing‐Hoi Cheung

neurologyageinglow-magnitude high-frequency vibrationbiomedical engineeringsarcopeniaaging cellneuroscience

Low Intensity Vibration Increases Proliferation in Human Primary T Cells: A Non-Invasive Strategy to Reduce “Vein-To-Vein” Time in Autologous Cell Therapies. The Journal of Immunology (2023)

Christopher P AshdownMeilin ChanClinton Rubin

immunologycell therapynon-invasive strategyautologous cell therapieshematologylow intensity vibration

Low-Magnitude Mechanical Signals Combined With Zoledronic Acid Reduce Musculoskeletal Weakness and Adiposity in Estrogen-Deprived Mice. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Gabriel M. PagnottiTrupti TrivediLaura E. WrightSutha K. JohnSreemala MurthyRyan R. PattynMonte S. WillisYun SheSukanya SureshWilliam R. ThompsonClinton T. RubinKhalid S. MohammadTheresa A. Guise

in vivo systemsmusculoskeletal disorderslow-magnitude mechanical signalsexercise physiologyobesitybone researchhealth scienceskinematicsmusculoskeletal scienceorthopedic biomechanicsmammalian biologybiomechanicsmusculoskeletal weaknessphysiologyzoledronic acidbone metabolismgene expressionpharmacologyapplied physiologyestrogen-deprived miceexercise science

G Protein-Coupled Receptor Kinase 3 Modulates Mesenchymal Stem Cell Proliferation and Differentiation Through Sphingosine-1-Phosphate Receptor Regulation. Stem Cell Research & Therapy (2022)

Jaime M. BrozowskiRoman G. TimoshchenkoD. Stephen SerafinBrittney AllynJessica KoontzEmily M. RabjohnsRishi R. RampersadYinshi RenAmanda M. EudyTaylor F. HarrisDavid AbrahamDaniel MattoxClinton T. RubinMatthew J. HiltonJanet RubinNancy L. AllbrittonMatthew J. BillardTeresa K. Tarrant

immunologyg protein-coupled receptordermatologystem cell researchregenerative medicinemesenchymal stem cellsstem cellscell biology

Low Intensity Vibration Protects the Weight Bearing Skeleton and Suppresses Fracture Incidence in Boys With Duchenne Muscular Dystrophy. medRxiv (Cold Spring Harbor Laboratory) (2022)

ML BianchiS VaiG BaranelloF BroggiS JudexTN HangartnerCT Rubin

neurologymuscular dystrophiesfracture incidencemusculoskeletal scienceorthopedic biomechanicsneuromusculoskeletal disordersorthopedic surgerymusculoskeletal disordersduchenne muscular dystrophylow intensity vibrationpediatricsbiomechanicsorthopaedic surgery

Low‐Intensity Vibration Protects the Weight‐Bearing Skeleton and Suppresses Fracture Incidence in Boys With Duchenne Muscular Dystrophy: A Prospective, Randomized, Double‐Blind, Placebo‐Controlled Clinical Trial. JBMR Plus (2022)

Maria Luisa BianchiSilvia VaiGiovanni BaranelloFrancesca BroggiStefan JudexThomas HangartnerClinton Rubin

physical medicinesport medicineorthopedic surgerymusculoskeletal disorderspediatricsweight-bearing skeletonduchenne muscular dystrophylow-intensity vibrationhealth sciencesmuscular dystrophieskinematicsdeformationmusculoskeletal scienceorthopedic biomechanicsmusculoskeletal functionbiomechanicsphysiologymusculoskeletal researchapplied physiologyfracture incidenceneuromusculoskeletal disorders

The Effect of Low-Intensity Whole-Body Vibration With or Without High-Intensity Resistance and Impact Training on Risk Factors for Proximal Femur Fragility Fracture in Postmenopausal Women With Low Bone Mass: Study Protocol for the Vibmor Randomized Controlled Trial. Trials (2022)

Belinda BeckClinton RubinAmy HardingSanjoy PaulMark Forwood

physical medicinerehabilitationhigh-intensity resistancebone healthsport medicinepostmenopausal womenorthopedic surgeryfield trialoutcomes researchbone researchhealth sciencesregenerative medicinemusculoskeletal scienceorthopedic biomechanicsimpact trainingmusculoskeletal researchlow-intensity whole-body vibrationclinical trialsclinical researchrisk factorsclinical investigationexperimental medicineorthopaedic surgery

Comparative Skeletal Structure. Encyclopedia of Life Sciences (2021)

Clinton RubinVincent DeStefanoJanet Rubin

structural biologybiologycomparative skeletal structure

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Clinton Rubin

SUNY Distinguished Professor

Stony Brook University

Affiliations

College of Engineering and Applied Sciences

Biomedical Engineering

Renaissance School of Medicine

Biomedical Engineering

Clinton Rubin is currently serving as a Biomedical Engineering SUNY Distinguished Professor at Stony Brook 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

Clinton Rubin

Stony Brook University

SUNY Distinguished Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Biophysical and Nutritional Combination Treatment for Myosteatosis in Patients With Sarcopenia: A Study Protocol for Single-Blinded Randomised Controlled Trial. BMJ Open (2024)

Meng Chen Michelle LiYu Kin ChengCan CuiSimon Kwoon Ho ChowRonald Man Yeung WongTimothy CY KwokParco M SiuMinghui YangMaoyi TianClinton RubinA A WelchLing QinSheung Wai LawWing Hoi Cheung

Low Intensity Mechanical Signals Promote Proliferation in a Cell-Specific Manner: Tailoring a Non-Drug Strategy to Enhance Biomanufacturing Yields. Mechanobiology in Medicine (2024)

M. Ete ChanChristopher AshdownLia StraitSishir PasumarthyAbdullah HassanSteven CrimarcoChanpreet SinghVihitaben S. PatelGabriel PagnottiOmor KhanGunes UzerClinton T. Rubin

biomanufacturingbiomanufacturing yieldsnon-drug strategymechanobiologycell proliferationcell-specific manner

Prevention of Age‐Related Neuromuscular Junction Degeneration in Sarcopenia by Low‐Magnitude High‐Frequency Vibration. Aging Cell (2024)

Zhengyuan BaoCan CuiChaoran LiuYufeng LongRonald Man Yeung WongSenlin ChaiLing QinClinton RubinBenjamin Hon Kei YipZhihong XuQing JiangSimon Kwoon‐Ho ChowWing‐Hoi Cheung

neurologyageinglow-magnitude high-frequency vibrationbiomedical engineeringsarcopeniaaging cellneuroscience

Low Intensity Vibration Increases Proliferation in Human Primary T Cells: A Non-Invasive Strategy to Reduce “Vein-To-Vein” Time in Autologous Cell Therapies. The Journal of Immunology (2023)

Christopher P AshdownMeilin ChanClinton Rubin

immunologycell therapynon-invasive strategyautologous cell therapieshematologylow intensity vibration

Low-Magnitude Mechanical Signals Combined With Zoledronic Acid Reduce Musculoskeletal Weakness and Adiposity in Estrogen-Deprived Mice. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Gabriel M. PagnottiTrupti TrivediLaura E. WrightSutha K. JohnSreemala MurthyRyan R. PattynMonte S. WillisYun SheSukanya SureshWilliam R. ThompsonClinton T. RubinKhalid S. MohammadTheresa A. Guise

G Protein-Coupled Receptor Kinase 3 Modulates Mesenchymal Stem Cell Proliferation and Differentiation Through Sphingosine-1-Phosphate Receptor Regulation. Stem Cell Research & Therapy (2022)

immunologyg protein-coupled receptordermatologystem cell researchregenerative medicinemesenchymal stem cellsstem cellscell biology

Low Intensity Vibration Protects the Weight Bearing Skeleton and Suppresses Fracture Incidence in Boys With Duchenne Muscular Dystrophy. medRxiv (Cold Spring Harbor Laboratory) (2022)

ML BianchiS VaiG BaranelloF BroggiS JudexTN HangartnerCT Rubin

Maria Luisa BianchiSilvia VaiGiovanni BaranelloFrancesca BroggiStefan JudexThomas HangartnerClinton Rubin

Belinda BeckClinton RubinAmy HardingSanjoy PaulMark Forwood

Comparative Skeletal Structure. Encyclopedia of Life Sciences (2021)

Clinton RubinVincent DeStefanoJanet Rubin

structural biologybiologycomparative skeletal structure

1
2
3
4
5
23
10 / page

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