Joseph X. DiMario, PhD

Executive Vice President for Research Professor and Dean School of Graduate and Postdoctoral Studies

Rosalind Franklin University of Medicine and Science

Affiliations

School Of Chicago Medical

Center For Cancer Cell Biology, Immunology And Infection

Department Of Clinical Sciences

Department Of Foundational Sciences And Humanities

Chicago Medical School

Foundational Sciences and Humanities

Midwest Proteome Center

School Of Chicago Medical

Foundational Sciences and Humanities

Department of Humanities & Health Care

Illinois Board of Higher Education

Rosalind Franklin University of Medicine and Science

Joseph X. Dimario, Phd is currently serving as a Center For Cancer Cell Biology, Immunology And Infection Executive Vice President for Research Professor and Dean School of Graduate and Postdoctoral Studies at Rosalind Franklin University of Medicine And Science.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joseph X. DiMario, PhD

Rosalind Franklin University of Medicine and Science

Executive Vice President for Research Professor and Dean School of Graduate and Postdoctoral Studies

You can click a keyword to filter the displayed items

cell biology gene expression developmental biology skeletal muscle molecular cell biology cellular physiology physiology cell signaling transcription factors molecular physiology molecular biology developmental cell gene regulation fibroblast growth factors signal transduction muscle function cellular differentiation muscular dystrophies tissue development transcription (biology) transcription regulation receptors stem cell research developmental system cell growth gene function protein expression avian biology liver physiology mammalian biology cell research signaling pathways cell physiology cardiac muscle developmental genetics promoter activity musculoskeletal disorders developmental science protein science bone research cardiovascular research cell biomechanics fibrosis molecular regulation growth hormone embryonic development cell lineage enzyme inhibition cell regulation receptor (biochemistry) animal genetics musculoskeletal interaction gut-organ axis protein function cellular biology sclerostin bone morphogenic protein tissue physiology metabolic regulation metabolic remodeling energy metabolism myoblast lineage reciprocal regulation slow isoforms myosin heavy chain avian muscle sp3-mediated transcriptional regulation klf10 protein myoblast proliferation dystrophic skeletal muscle including e2f4 skeletal muscle differentiation electrical stimulation dystrophin complex muscarinic acetylcholine receptor gaq signaling pathology matrix biology translational research cancer cells regenerative medicine stem cells molecular cancer histopathology molecular medicine cancer research biomechanics tissue (biology) cell metabolism cancer letter mechanobiology tumor biology myositis carcinogenesis animal biotechnology morphogenesis animal bioscience health sciences oncogenes human biology systems biology translational medicine extracellular matrix regeneration (biology)

Notable Scholarly Works

Notable Federal Grants

Collaborators

Improved Exercise Capacity in Cyclophilin‐D Knockout Mice Associated With Enhanced Oxygen Utilization Efficiency and Augmented Glucose Uptake via Ampk‐Tbc1D1 Signaling Nexus. The FASEB Journal (2019)

metabolismexercise physiologyexercise capacitycell metabolismmolecular physiologymetabolic regulationoxidative stresscell signalingcyclophilin‐d knockout micecell biologymetabolic remodelingenergy metabolismmetabolic pathwaysphysiology

Klf10 Gene Expression Modulates Fibrosis in Dystrophic Skeletal Muscle. American Journal Of Pathology (2018)

molecular cell biologyskeletal musclemuscular dystrophiesmolecular physiologydystrophic skeletal musclecellular physiologyfibrosisextracellular matrixcell biologymusculoskeletal disordersmuscle functionphysiology

Emx2 Activates Slow Myosin Heavy Chain 2 Gene Expression in Embryonic Muscle Fibers. Mechanisms of Development (2017)

molecular cell biologyskeletal musclegene expressionsignal transductionmuscular dystrophiestissue developmentmolecular physiologyembryonic muscle fibersdevelopmental biologycellular physiologydevelopmental cellcytoskeletonmyositiscell biologycell physiologymuscle functionphysiology

Sp3 Controls Fibroblast Growth Factor Receptor 4 Gene Activity During Myogenic Differentiation. Gene (2017)

gene expressiontranscription factorstissue developmentcellular differentiationgene activitydevelopmental biologydevelopmental cellmyogenic differentiationfibroblast growth factorsstem cell researchcell biology

C/Ebpα Represses Slow Myosin Heavy Chain 2 Gene Expression in Developing Avian Myotubes. Biochimica et Biophysica Acta (BBA) - General Subjects (2016)

gene functionmolecular geneticscellular physiologycell biologymolecular and cellular biologydevelopmental systemgeneticsmolecular physiologydevelopmental biologydevelopmental cellmyositistranscription (biology)avian myotubesmolecular cell biologygene expressionprotein expressiongene regulationgene characterizationtranscription factorscellular differentiation

C/Ebpα and C/Ebpβ Have Unique Functions During Early Myogenesis. The FASEB Journal (2015)

molecular cell biologyearly myogenesiscellular differentiationorgan developmentdevelopmental biologydevelopmental cellcellular physiologycell signalingdevelopmental neurobiologycell biologydevelopmental geneticsdevelopmental system

Identifying the Role of Emx2 and the Network of Emx2‐Sensitive Genes in Cell Lineage‐Dependent Muscle Fiber Type Specification. The FASEB Journal (2015)

molecular cell biologyskeletal musclegene expressionemx2‐sensitive genesmuscular dystrophiescellular differentiationcell specializationdevelopmental biologycellular physiologydevelopmental cellcell lineagecell biologymuscle function

Muscle Fiber Type Specific Activation of the Slow Myosin Heavy Chain 2 Promoter by a Non-Canonical E-Box. Biochemical and Biophysical Research Communications (2015)

molecular cell biologyskeletal musclegene expressionsignal transductionprotein expressionmuscular dystrophiesnon-canonical e-boxtranscription factorsmolecular physiologymolecular biologycellular physiologycytoskeletoncell biologymuscle functionphysiology

Genome‐Wide Expression Analysis and Emx2 Gene Expression in Embryonic Myoblasts Committed to Diverse Skeletal Muscle Fiber Type Fates. Developmental Dynamics (2013)

Kristina WeimerJillian TheobaldKenneth S. CampbellKaryn A. EsserJoseph X. DiMario

geneticshuman geneticsskeletal musclegene functiongene expressiongenomicsdevelopmental sciencetissue developmentembryonic myoblastschild developmentdevelopmental biologymolecular biologygenome biologyembryonic developmentdevelopmental geneticsgenome-wide expression analysis

Repression of Myoblast Proliferation and Fibroblast Growth Factor Receptor 1 Promoter Activity by Klf10 Protein. Journal of Biological Chemistry (2013)

molecular cell biologygene expressionsignal transductionpromoter activitygene regulationtranscription factorscellular differentiationdevelopmental biologymolecular biologydevelopmental cellcell signalingcell regulationcell growthfibroblast growth factorscell biologysignaling pathwaysklf10 proteinmyoblast proliferation