Faculty

Institution

Unit

Venue

David W. Rowe

Director Center for Regenerative Medicine and Skeletal Development

University of Connecticut

Affiliations

School of Dental Medicine

Center for Regenerative Medicine and Skeletal Development

David W. Rowe is currently serving as a Center For Regenerative Medicine And Skeletal Development Director Center for Regenerative Medicine and Skeletal Development at University of Connecticut.

Honors

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Experiences

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Education

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David W. Rowe

University of Connecticut

Director Center for Regenerative Medicine and Skeletal Development

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bone research regenerative medicine cell biology genetics gene expression tissue engineering orthopaedic research molecular biology dermatology mammalian biology orthopedic surgery stem cell research tissue (biology) matrix biology bone metabolism transcription (biology) vascular biology structural biology tissue development bone repair endocrinology cell transplantation cartilage bone homeostasis protein science osteogenesis imperfecta transcription regulation biological chemistry genome biology gene function protein expression bone disease musculoskeletal disorders gene regulation orthopedic biomechanics musculoskeletal science mesenchymal stem cells skeletal muscle bone health dermal structure cellular biology biomaterials design bone remodeling endocrine research cell lineage fracture healing cell research clinical investigation developmental science animal physiology parathyroid hormone tissue physiology embryonic development fibroblast growth factors bone imaging transgenic mice skeletal imaging gene expression profiling biocompatible materials rna biology bone formation bone tissue engineering collagen promoter nanobiotechnology clinical medicine osteoblast lineage collagen synthesis fetal rat calvaria differentiated osteoblasts bone regeneration procollagen mrna levels primary cortisol resistance progenitor cells differential utilization hormonal regulation primary osteoblast cultures developmental biology regeneration (biology) cellular differentiation orthopaedic surgery stem-cell therapy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hair Follicle-Resident Progenitor Cells Are a Major Cellular Contributor to Heterotopic Subcutaneous Ossifications in a Mouse Model of Albright Hereditary Osteodystrophy. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Patrick McMullanPeter MayeSierra H. RootQingfen YangSarah EdieDavid RoweIvo KalajzicEmily L. Germain-Lee

albright hereditary osteodystrophyregenerative medicinestem cell researchmouse modelcell biologytissue developmentdermatologymajor cellular contributordevelopmental biologycutaneous biologycell lineagesubcutaneous ossificationsmammalian biology

VSPACE: Exploring Virtual Spatial Representation of Articular Chondrocytes at the Single-Cell Level. Bioinformatics (2024)

Chenyu ZhangHonglin WangYeonsoo ChungSeung-Hyun HongMerissa OlmerHannah SwahnMartin LotzPeter MayeDavid RoweDong-Guk Shin

virtual spatial representationarticular chondrocytesneuroanatomycell biologyneurosciencesingle-cell levelsystems biology

200. Effect of Implant Surface Roughness and Porosity on Osteoblastic Genes Expression in Bone Marrow Mesenchymal Stem Cells. The Spine Journal (2023)

Ali KiapourXiaonan XinElie MassaadJohn ShinDavid Rowe

orthopaedic researchstem cellsmesenchymal stem cellsorthopaedic surgeryspinal biomechanicsosteoblastic genes expressionspine deformitiesmusculoskeletal disordersspinal cordimplant surface roughnessbone research

201. Prescriptive Surface Laser Etching to Microgravity-Based Bone Mimetic. The Spine Journal (2023)

Timothy GaneyXiaonan XinDavid RoweJames Robinson

biomedical engineeringmicrogravity-based bone mimeticprescriptive surface laserspinal biomechanics

95. Hierarchical Surface Roughness Using a 3D-Printed Interbody Implant Promotes Optimal Bone Formation and Integration on Fluorescence Image Cytometry. The Spine Journal (2023)

Ali KiapourXiaonan XinElie MassaadJohn ShinDavid Rowe

optimal bone formationfluorescence image cytometryhierarchical surface roughness3d printing

CGCOM: A Framework for Inferring Cell-Cell Communication Based on Graph Neural Network. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Honglin WangChenyu ZhangSeung-Hyun HongPeter MayeDavid RoweDong-Guk Shin

computer scienceknowledge discoverydeep learningcell-cell communicationsynthetic biologyneurosciencegraph neural networkssystems biologymachine learning

Modeling of Intramembranous Ossification Using Human Pluripotent Stem Cell-Derived Paraxial Mesoderm Derivatives. Regenerative Therapy (2023)

Yuki IkedaShoichiro TaniTakeshi MoriishiAiko KurodaYuki MatsuoNaoya SaekiChizuko Inui-YamamotoMakoto AbeTakashi MaedaDavid W. RoweUng-il ChungHironori HojoYuki MatsushitaTakashi SawaseShinsuke Ohba

regenerative medicinestem cell researchstem-cell therapystem cellsbiomedical engineeringintramembranous ossificationbiomolecular engineeringmesenchymal stem cells

Stem Cell-Based Modeling and Single-Cell Multiomics Reveal Gene-Regulatory Mechanisms Underlying Human Skeletal Development. Cell Reports (2023)

Shoichiro TaniHiroyuki OkadaShoko OnoderaRyota ChijimatsuMasahide SekiYutaka SuzukiXiaonan XinDavid W. RoweTaku SaitoSakae TanakaUng-il ChungShinsuke OhbaHironori Hojo

single-cell multiomicshuman skeletal developmentstem cellsdevelopmental biologygene-regulatory mechanismsstem cell-based modelingmultiomics

Ultrasound‐Derived Mechanical Stimulation of Cell‐Laden Collagen Hydrogels for Bone Repair. Journal of Biomedical Materials Research Part A (2023)

Fayekah AssanahKevin GrassieHanna AndersonXiaonan XinDavid RoweYusuf Khan

cell-laden collagen hydrogelsregenerative medicineorthopaedic surgerybiomedical engineeringultrasoundbone repairtissue engineeringultrasound-derived mechanical stimulation

Predicting the Targets of Irf8 and Nfatc1 During Osteoclast Differentiation Using the Machine Learning Method Framework Ctap. BMC Genomics (2022)

Honglin WangPujan JoshiSeung-Hyun HongPeter F. MayeDavid W. RoweDong-Guk Shin

immunologyfunctional genomicsprotein bioinformaticshuman geneticsosteoclast differentiationbioinformaticsmachine learninggeneticsbone researchmethod framework ctapgenomicscomputational genomicshealth sciencesprotein structure predictionpersonal genomicsgenome biologytarget predictionprotein sciencemachine learning researchmammalian biology

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David W. Rowe

Director Center for Regenerative Medicine and Skeletal Development

University of Connecticut

Affiliations

School of Dental Medicine

Center for Regenerative Medicine and Skeletal Development

David W. Rowe is currently serving as a Center For Regenerative Medicine And Skeletal Development Director Center for Regenerative Medicine and Skeletal Development at University of Connecticut.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David W. Rowe

University of Connecticut

Director Center for Regenerative Medicine and Skeletal Development

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Patrick McMullanPeter MayeSierra H. RootQingfen YangSarah EdieDavid RoweIvo KalajzicEmily L. Germain-Lee

VSPACE: Exploring Virtual Spatial Representation of Articular Chondrocytes at the Single-Cell Level. Bioinformatics (2024)

Chenyu ZhangHonglin WangYeonsoo ChungSeung-Hyun HongMerissa OlmerHannah SwahnMartin LotzPeter MayeDavid RoweDong-Guk Shin

virtual spatial representationarticular chondrocytesneuroanatomycell biologyneurosciencesingle-cell levelsystems biology

200. Effect of Implant Surface Roughness and Porosity on Osteoblastic Genes Expression in Bone Marrow Mesenchymal Stem Cells. The Spine Journal (2023)

Ali KiapourXiaonan XinElie MassaadJohn ShinDavid Rowe

201. Prescriptive Surface Laser Etching to Microgravity-Based Bone Mimetic. The Spine Journal (2023)

Timothy GaneyXiaonan XinDavid RoweJames Robinson

biomedical engineeringmicrogravity-based bone mimeticprescriptive surface laserspinal biomechanics

95. Hierarchical Surface Roughness Using a 3D-Printed Interbody Implant Promotes Optimal Bone Formation and Integration on Fluorescence Image Cytometry. The Spine Journal (2023)

Ali KiapourXiaonan XinElie MassaadJohn ShinDavid Rowe

optimal bone formationfluorescence image cytometryhierarchical surface roughness3d printing

CGCOM: A Framework for Inferring Cell-Cell Communication Based on Graph Neural Network. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Honglin WangChenyu ZhangSeung-Hyun HongPeter MayeDavid RoweDong-Guk Shin

computer scienceknowledge discoverydeep learningcell-cell communicationsynthetic biologyneurosciencegraph neural networkssystems biologymachine learning

Modeling of Intramembranous Ossification Using Human Pluripotent Stem Cell-Derived Paraxial Mesoderm Derivatives. Regenerative Therapy (2023)

Yuki IkedaShoichiro TaniTakeshi MoriishiAiko KurodaYuki MatsuoNaoya SaekiChizuko Inui-YamamotoMakoto AbeTakashi MaedaDavid W. RoweUng-il ChungHironori HojoYuki MatsushitaTakashi SawaseShinsuke Ohba

regenerative medicinestem cell researchstem-cell therapystem cellsbiomedical engineeringintramembranous ossificationbiomolecular engineeringmesenchymal stem cells

Stem Cell-Based Modeling and Single-Cell Multiomics Reveal Gene-Regulatory Mechanisms Underlying Human Skeletal Development. Cell Reports (2023)

Shoichiro TaniHiroyuki OkadaShoko OnoderaRyota ChijimatsuMasahide SekiYutaka SuzukiXiaonan XinDavid W. RoweTaku SaitoSakae TanakaUng-il ChungShinsuke OhbaHironori Hojo

single-cell multiomicshuman skeletal developmentstem cellsdevelopmental biologygene-regulatory mechanismsstem cell-based modelingmultiomics

Ultrasound‐Derived Mechanical Stimulation of Cell‐Laden Collagen Hydrogels for Bone Repair. Journal of Biomedical Materials Research Part A (2023)

Fayekah AssanahKevin GrassieHanna AndersonXiaonan XinDavid RoweYusuf Khan

cell-laden collagen hydrogelsregenerative medicineorthopaedic surgerybiomedical engineeringultrasoundbone repairtissue engineeringultrasound-derived mechanical stimulation

Predicting the Targets of Irf8 and Nfatc1 During Osteoclast Differentiation Using the Machine Learning Method Framework Ctap. BMC Genomics (2022)

Honglin WangPujan JoshiSeung-Hyun HongPeter F. MayeDavid W. RoweDong-Guk Shin

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