FY2021 NIH awards · Principal investigators
Orthopedics at University of Pennsylvania
Philadelphia, PA
Funding
$10.2M
$10,200,294
Awards
32
FY2021 NIH awards in Orthopedics
Principal investigators
17
17 lead a grant here, 0 co-investigators
- NIH names only the principal investigators on an award, so this page lists only them. The department is the award's: it is where ScienceDex counts the award, not a list of the department's members.
- These are the awards in the Orthopedics row of the University of Pennsylvania page.
Leads a grant in this department
17 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Soslowsky, Louis J
Leads 7 awards · $2,227,827
- 2P30AR069619-06Department: NIH department codeOverall: Resource-based Center for Musculoskeletal Disorders Research (Overall Application)$826,622award amount
- 1R01AR078790-01Department: NIH department codeCritical role of collagen XII in cell- and matrix-mediated mechanisms regulating acquisition of tendon structure and function in development and the injury response$348,973award amount
- 5R01AR070750-05Department: NIH department codeDifferential Roles of Collagen V in Establishing the Regional Properties in Mature and Aging Supraspinatus Tendons$323,854award amount
- 5R01AR073231-04Department: NIH department codeCollagen XI and XI/V regulatory mechanisms in assembly of tendon hierarchical structure and acquisition of mechanical properties in development and injury response$322,453award amount
- 5T32AR007132-45Department: NIH department codeTraining in musculoskeletal research$191,488award amount
- 3R01AR073231-04S1Department: NIH department codeCollagen XI and XI/V regulatory mechanisms in assembly of tendon hierarchical structure and acquisition of mechanical properties in development and injury response$114,089award amount
- 3R01AR070750-05S1Department: NIH department codeDifferential Roles of Collagen V in Establishing the Regional Properties in Mature and Aging Supraspinatus Tendons$100,348award amount
Qin, Ling
Leads 3 awards · $1,321,654
- 1R01AG069401-01A1Department: NIH department codeControl of bone physiology by a novel type of adipose cells$470,143award amount
- 5R01AG067698-02Department: NIH department codeEGFR signaling in osteoarthritis and treatment$458,261award amount
- 1R21AR078650-01A1Department: NIH department codeFat and synovial tissue remodeling in joint osteoarthritis$393,250award amount
Malhotra, Neil
Leads 2 awards · $801,703
- 1R01AR077435-01A1Department: NIH department codeNeutralizing the degenerate disc microenvironment to enhance the efficacy of therapeutic stem cells$587,313award amount
- 1R21AR077261-01A1Department: NIH department codeDynamic heterogeneity of nucleus pulposus cells from development to degeneration$214,390award amount
Liu, Xiaowei Sherry
Leads 2 awards · $755,625
- 1R01AR077598-01A1Department: NIH department codeLeveraging modeling-based bone formation for osteoporosis treatment$424,805award amount
- 5R01AR071718-05Department: NIH department codeEffects of reproduction and lactation on postmenopausal bone health.$330,820award amount
Mourkioti, Foteini
Leads 2 awards · $747,445
- 5R01HL146662-03Department: NIH department codeMolecular basis of telomere dysfunction in cardiac dystrophy$401,115award amount
- 5R01AR075914-02Department: NIH department codeMolecular mechanisms of telomere function in muscle stem cells$346,330award amount
Boerckel, Joel D
Leads 2 awards · $674,312
- 5R01AR074948-03Department: NIH department codeMechanical regulation of endochondral bone regeneration$339,295award amount
- 5R01AR073809-03Department: NIH department codeOsteoprogenitor mobilization for bone development and repair$335,017award amount
Baxter, Josh
Leads 2 awards · $647,874
- 1R01AR078898-01Department: NIH department codeTendon loading profiles that promote healing in Achilles tendinopathy$521,641award amount
- 5K01AR075877-02Department: NIH department codeModifying muscle remodeling following Achilles tendon ruptures$126,233award amount
Koyama, Eiki
Leads 1 award · $507,988
- 5R01AR075418-03Department: NIH department codeMechanical Regulation of Cell Fate and Multi-Scale Function in the Developing Meniscus$507,988award amount
Dyment, Nathaniel A.
Leads 2 awards · $502,706
- 5R01AR076381-02Department: NIH department codeFunctional role and therapeutic potential of hedgehog signaling in tendon-to-bone repair$333,968award amount
- 1R21AR078429-01A1Department: NIH department codeImproving tendon-to-bone repair with hedgehog signaling therapeutics$168,738award amount
Burdick, Jason A
Leads 1 award · $501,533
- 5R01AR056624-12Department: NIH department codeDynamic Fibrous Scaffolds for Repairing Dense Connective Tissues$501,533award amount
Schipani, Ernestina
Leads 1 award · $346,242
- 7R01AR073022-03Department: NIH department codeHIF-2alpha, a Novel Regulator of Osteoblastogenesis$346,242award amount
Smith, Lachlan James
Leads 1 award · $344,172
- 5R01AR071975-05Department: NIH department codePathogenesis and Treatment of Bone Disease in the Mucopolysaccharidoses$344,172award amount
Mauck, Robert L
Leads 1 award · $328,511
- 5R01AR071399-04Department: NIH department codeMechanobiology of Progenitor Cells in Heterotopic Ossification$328,511award amount
Heo, Su Chin
Leads 2 awards · $299,882
- 5R21AR077700-02Department: NIH department codeBiomimetic Matrix-Based Multiphasic System for Rotator Cuff Repair$173,387award amount
- 5K01AR077087-02Department: NIH department codeBiophysical regulation of genome architecture in meniscus cells$126,495award amount
Hast, Michael William
Leads 1 award · $131,894
- 1K25AR078383-01A1Department: NIH department codeModifying fragility fracture healing using a gradient-based mechanotransduction fixation approach$131,894award amount
Zlotnick, Hannah Marie
Leads 1 award · $46,036
- 1F31AR077395-01A1Department: NIH department codeMagneto-patterned cartilage constructs for improved osteochondral integration$46,036award amount
Chung, Rebecca
Leads 1 award · $14,890
- 5F32AR076906-02Department: NIH department codeEffects of reproduction and lactation on the functional spinal unit post menopause$14,890award amount