Funding
Current funding
R01 AR079367: NIH RESEARCH PROJECT GRANT
FGF signaling during growth and mechanical adaptation of tendon-bone interfaces
R01 AR077858: NIH RESEARCH PROJECT GRANT
Awarded to University of Illinois at Urbana-Champaign
Stratified and mechanically-tough biomaterial implant to improve tendon-to-bone enthesis regeneration
P30 AR069620: NIAMS Resource-based Centers for Bone, Muscle and Orthopaedic Research
Michigan Integrative Musculoskeletal Health Core Center
1944448: NATIONAL SCIENCE FOUNDATION
CAREER: Remodeling and damage of the tendon attachment during postnatal growth
MICHIGAN-ISRAEL PARTNERSHIP FOR RESEARCH AND EDUCATION
Juried Collaborative Research Grant: Genetic and epigenetic regulation of tendon-to-bone attachment unit by mechanical signals in single cell resolution
Previous funding
R03 HD094594: NIH SMALL GRANT PROGRAM
Contributions of Skeletal Muscle Loading During Rotator Cuff Maturation and Healing
K12 HD073945: INTERDISCIPLINARY ENGINEERING CAREER DEVELOPMENT CENTER IN MOVEMENT AND REHABILITATION SCIENCES
Career Development Award
U54 GM104941: DELAWARE CLINICAL AND TRANSLATIONAL RESEARCH ACCEL PROGRAM
Guided regeneration of the tendon-bone attachment using collagen-mimetic peptide delivery agents
P30 GM103333: CENTERS OF BIOMEDICAL RESEARCH EXCELLENCE
Identifying the Role of FGF18 and Muscle Load in Eminence & Joint Maturation
UNIVERSITY OF DELAWARE RESEARCH FOUNDATION GRANT
Identifying The Role Of Chondrogenesis, Driven By Fibroblast Growth Factor 18, In Tendon-to-Bone Attachment Maturation and Healing
19A00297: UNIVERSITY OF DELAWARE RESEARCH FOUNDATION GRANT STRATEGIC INITIATIVES
Improving tendon healing using designer biomaterials