Faculty

Institution

Unit

Venue

Peter Maye

Associate Professor

University of Connecticut

Affiliations

School of Dental Medicine

Center for Regenerative Medicine and Skeletal Development

Peter Maye is currently serving as a Center For Regenerative Medicine And Skeletal Development Associate Professor at University of Connecticut.

Honors

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Experiences

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Education

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Peter Maye

University of Connecticut

Associate Professor

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bone research regenerative medicine genetics cell biology developmental biology mammalian biology gene expression stem cell research molecular biology orthopaedic research orthopedic surgery human genetics genome biology tissue (biology) tissue engineering cell lineage biomechanics protein science tissue development bone homeostasis cell regulation orthopedic biomechanics structural biology biological chemistry oral health oral biology developmental science developmental genetics gene regulation biochemical sciences animal biotechnology molecular regulation embryonic development musculoskeletal science biomaterials design bone metabolism fracture healing clinical biochemistry matrix biology nature animal physiology musculoskeletal function parathyroid hormone mechanotransduction bone density genome studies dermal structure transcription regulation gene expression profiling integrative biology tissue injury signaling pathways biomineralization gene function early life exposures rotator cuff tendon injuries reporter gene assay cementation musculoskeletal interaction hormone treatment anabolic bone response skeletal mechanotransduction matrix formation terminal osteoblast differentiation osteoblast lineage defined stages expression profile mouse limbs articular cartilage formation cell origin multiple mechanisms canonical wnt bone marrow stroma progenitor cells mineralized nodule formation mouse model functional genomics bone remodeling

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

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

A Transgenic Bacterial Artificial Chromosome Approach to Identify Regulatory Regions That Direct Amhr2 and Osterix Expression in MüLlerian Duct Mesenchyme. Frontiers in Cell and Developmental Biology (2022)

Malcolm M. MosesRachel D. MullenDaniel I. IdowuPeter MayeSoazik P. JaminRichard R. Behringer

regulatory regionstumor biologycell biologygenome biologychromosome biologyosterix expressiondevelopmental biologygene regulationdevelopmental sciencemicrobial geneticscell regulationmullerian duct mesenchymegene expressiondevelopmental geneticsgenetics

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

Rcom. (2022)

Honglin WangPujan JoshiChenyu ZhangPeter F. MayeDavid W. RoweDong-Guk Shin

Author Response for"Parental Origin of Gsα Inactivation Differentially Affects Bone Remodeling in a Mouse Model of Albright Hereditary Osteodystrophy". (2021)

None Patrick McMullanNone Peter MayeNone Qingfen YangNone David W. RoweNone Emily L. Germain‐Lee

stem cell researchshort-term variabilityorthopaedic researchmechanobiologyhuman geneticsauthor responsegeneticsbone researchtumor biologygene expressionhealth sciencesmendelian inheritancegsa inactivationmouse modelparental origintransgenerational effectbone remodelingalbright hereditary osteodystrophyregenerative medicineevolutionary biologyhereditymammalian biologygenetic basis

Gnas Heterozygous Inactivation Differentially Affects Osteoclast-Specific Calcitonin Receptor Bioactivity in a Mouse Model of Albright Hereditary Osteodystrophy Based Upon Parental Inheritance. Journal of the Endocrine Society (2021)

Patrick McMullanPeter MayeQingfen YangDavid RoweEmily L Germain-Lee

reproductive endocrinologyreproductive biologydermatologyhuman geneticsgeneticsbone researchparental inheritanceendocrine researchmolecular biologygene expressionreceptorsosmoregulationendocrine oncologymouse modelendocrinologyalbright hereditary osteodystrophymolecular physiologyendocrine mechanismshereditymammalian biologycancer genetics

Parental Origin of Gsα Inactivation Differentially Affects Bone Remodeling in a Mouse Model of Albright Hereditary Osteodystrophy. JBMR Plus (2021)

Patrick McMullanPeter MayeQingfen YangDavid W. RoweEmily L. Germain‐Lee

orthopaedic researchdevelopmental biologyhuman geneticsgeneticsbone researchpathogenesisgene expressionmouse modelparental origintransgenerational effectbone homeostasisbone remodelingregeneration (biology)albright hereditary osteodystrophyregenerative medicineexperimental gerontologyevolutionary biologycell lineagehereditymammalian biologygenetic basis

CTAP: A Machine Learning Framework for Predicting Target Genes of a Transcription Factor Using a Cohort of Gene Expression Data Sets. 2021 IEEE International Conference on Bioinformatics and Biomedicine (BIBM) (2020)

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

target identificationtumor biologyprotein sciencetranscription factorscell biologygenomicsdevelopmental biologymachine learning frameworktarget geneshealth sciencesbioinformaticsmachine learning

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Peter Maye

Associate Professor

University of Connecticut

Affiliations

School of Dental Medicine

Center for Regenerative Medicine and Skeletal Development

Peter Maye is currently serving as a Center For Regenerative Medicine And Skeletal Development Associate Professor 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

Peter Maye

University of Connecticut

Associate Professor

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

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

Malcolm M. MosesRachel D. MullenDaniel I. IdowuPeter MayeSoazik P. JaminRichard R. Behringer

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

Rcom. (2022)

Honglin WangPujan JoshiChenyu ZhangPeter F. MayeDavid W. RoweDong-Guk Shin

Author Response for"Parental Origin of Gsα Inactivation Differentially Affects Bone Remodeling in a Mouse Model of Albright Hereditary Osteodystrophy". (2021)

None Patrick McMullanNone Peter MayeNone Qingfen YangNone David W. RoweNone Emily L. Germain‐Lee

Patrick McMullanPeter MayeQingfen YangDavid RoweEmily L Germain-Lee

Parental Origin of Gsα Inactivation Differentially Affects Bone Remodeling in a Mouse Model of Albright Hereditary Osteodystrophy. JBMR Plus (2021)

Patrick McMullanPeter MayeQingfen YangDavid W. RoweEmily L. Germain‐Lee

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

target identificationtumor biologyprotein sciencetranscription factorscell biologygenomicsdevelopmental biologymachine learning frameworktarget geneshealth sciencesbioinformaticsmachine learning

1
2
3
4
5
6
10 / page

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Similar Faculty Members

Ivo Kalajzic

Institution

University of Connecticut

stem cell

bone repair

Janet Rubin

Institution

University of North Carolina at Chapel Hill

orthopaedic surgery

stem cell

Wei Tong

Institution

University of Pennsylvania

hematology

genetics

David W. Rowe

Institution

University of Connecticut

cellular differentiation

orthopaedic surgery

Ichiro Nishimura

Institution

University of California, Los Angeles

tissue engineering

biomedical engineering

Alexander Lichtler

Institution

University of Connecticut

bone research

gene expression

Ling Qin

Institution

University of Pennsylvania

orthopaedic surgery

stem cell

Eiki Koyama

Institution

University of Pennsylvania

developmental biology

genetics

Aaron James

Institution

Johns Hopkins University

regenerative medicine

bone research

Fanxin Long

Institution

University of Pennsylvania

bone research

developmental biology