Grants |
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| Grants and Contracts [since 1990] (total funding for all categories $3,679,763 ) | ||
| Federal Grants (peer reviewed) | ||
| Year | Agency and Project Title | Role in Project |
| 06 | BIO/5 Seed Grant The Application of Stem Cells to Joint Reconstruction |
co-PI |
| 06 | WAESO/NSF Total of 11 WAESO’s awarded to study various aspects of tissue engineering cartilage and in vivo load measurement |
PI |
| 05 | WAESO/NSF Total of 9 WAESO’s awarded to study various aspects of tissue engineering cartilage and in vivo load measurement |
PI |
| 04 to 07 | NSF: PI SENSORS: An Implantable Joint-Load Sensor, Transmitter and a Portable Reader REU Supplement 2004 |
PI |
| 04 | WAESO/NSF In Situ Sensate Scaffold Calibration |
PI |
| 04 | WAESO/NSF Analysis of Chondrocyte Collagen Production |
PI |
| 04 | WAESO/NSF Chondrocyte Culture in a Fluid Shear Device |
PI |
| 03 | WAESO/NSF Primary Chondrocyte and Osteoblast Cell Culture on 3D-CPC Coated Scaffolds |
PI |
| 03 | WAESO/NSF Analysis of Cell Proliferation Rates and Cell Distribution on CPC Coated Surfaces |
PI |
| 03 | WAESO/NSF Calibrated Sensate Calcium Phosphate Ceramic Coated Porous Polymer Scaffolds |
PI |
| 02 to 07 | NIH- National Institute of Biomedical Imaging and Bioengineering Sensate Scaffolds for Orthopaedic Tissue Repair RSUM Supplement 2003-04 RSUM Supplement 2004-05 RSUM Supplement 2005-06 |
PI |
| 98 to 02 | NSF: Development and Use of a Telemetrized CPC Coated Strain Gauge System for Advancing Fundamental Knowledge of Bone Strain in Animals and Humans REU Supplement 1998, 1999 and 2000 |
PI |
| 02 | WAESO/NSF Joint Pressures Experienced by Sensate Polymer Scaffolds in a Cadaver Knee |
PI |
| 02 | WAESO/NSF Analysis of the Distribution of Primary Human Osteoblasts on Porous Polymer Scaffolds |
PI |
| 02 | WAESO/NSF Construction of a Silicone Rubber Loading Device for Use in Loaded Cell Cultures |
PI |
| 01 | WAESO/NSF CPC's in Osteoblast Cell Cultures |
PI |
| 00 | WAESO/NSF The Effect of Ligands on CPC's in Cell Cultures |
PI |
| 99 | WAESO/NSF The Effect of Ligands on CPC's in Cell Cultures Accelerated Corrosion of Strain Gauge Lead WiresQuantitative Histomorphometry of Accelerant Coated Strain Gauges CPC-Strain Gauge Interface Stiffness |
PI |
| 98 | WAESO/NSF Resorbable Cable Tie Development Wear Particle Analysis Studies |
PI |
| 97 | WAESO/NSF Resorbable Cable Tie Development Wear Particle Analysis Studies |
PI |
| 96 | WAESO/NSF Wear Particle Analysis Studies |
PI |
| 92 to 96 | NSF: Bone Bonding to HA Coated Strain Gauges:Development of a faster bonding coating |
PI |
| 95 | CIMD:(Coalition to Increase Minority Degrees)/NSF Bilateral Symmetry Strain Gage Study, I, II |
PI |
| 95 | UROP:(University Research Opportunities Program) Analysis of the effect of HA on Bone, VIII |
Mentor/Co-PI |
| 94 | CIMD/NSF: Histomorphometric Analysis Near Strain Gages, V, VI |
PI |
| 93 | CIMD/NSF: Histomorphometric Analysis Near Strain Gages, II, III, IV |
PI |
| 93 | College of Medicine/NIH Biomedical Research Support Grant : HA coated strain gauge bonding to rodent femora with additional support NASA (National Aeronautics & Space Administration) |
PI |
| 92 | CIMD/NSF: Histomorphometric Analysis Near Strain Gages: I |
PI |
| 91 | CIMD/NSF: Biomechanics of allografts: Bone Bonding to HA Backed Strain Gages: |
PI |
| 90 to 91 | NSF: Development of aStrain Gauge Bonding Process Using an HA Coating: |
PI |
| 9.2 Industrial Projects | ||
| Year | Agency and Project Title | Role in Project |
| 06 | Genis Inc: Examination of a Novel Osteoinductive Bone Filler |
PI |
| 02 to 04 | Arthrocare: A Comparison of the Effects of Ablative Therapy with Shaving on Meniscal Tears |
Co-PI |
| 01 to 02 | Arthrex: A comparison of suture tightening techniques on ACL grafts |
Co-PI |
| 00 to 02 | Advanced Ceramics Research [ NAVY STTR phase I subcontract] |
Co-Invest |
| 99 to 00 | Depuy/Acromed/Johnson and Johnson Monitoring Spine Fusion in patients |
Co-PI |
| 99 to 00 | Depuy/Johnson and Johnson Evaluation of Linear and Volumetric Wear of Retreived UMWPE Inserts using Laser Scanning |
Co-PI |
| 99/ on going | Depuy Wear Particle Analysis |
PI |
| 98 to 99 | Johnson and Johnson Implant Stiffness and Strain Redistribution for two Hip Designs |
Co-PI |
| 97 to 98 | Johnson and Johnson Implant Stiffness and Strain Redistribution for two Hip Designs |
Co-PI |
| 96 to 97 | Zimmer The Effect of Implant Stiffness on Strain Redistribution at the Implant Distal Tip |
Co-PI |
| 94 to 99 | Depuy: Measurement of Clinically Imposed Loading on a Tibial Tray in Conjunction with the Development of Sensate Artificial Knees Yr 2 Yr 3 Yr 4 |
PI |
| 93 to 94 | Depuy: The Patella-Femoral joint in Artificial Knee Systems |
PI |
| 91 to 92 | Depuy: A Study of Artificial Knee Contact Areas: |
PI |
| 90 to 91 | Osteonics: The Effect of Implant Stiffness on Strain Redistribution at the Implant Distal Tip: |
PI |
| 90 to 91 | Biomet: Biomechanical effect of allograft placemen on femoral perforations: | PI |
| 9.3 Foundation Funding | ||
| Year | Agency and Project Title | Role in Project |
| 01 to 02 | Barrie and Janet Lang Preliminary Development of a Scaffold to Support Tissue Engineered Cartilage |
PI |
| 00 to 01 | The Bess Spiva Timmons Foundation: Testing Implantable Bioactive Polymer-based Bone Grafts Manufactured using Computer-Aided Molding Tools |
PI |
| 99 to 00 | The Bess Spiva Timmons Foundation: Developing Implantable Bone Scaffolding Systems with Sensors |
PI |
| 98 to 00 | Scoliosis Research Society: Monitoring Spinal Fusion in Scoliosis Patients; A biomechanical and in vivo study |
PI |
| 98 to 99 | The Bess Spiva Timmons Foundation: A Comparison of the Extent of Polyethylene Wear of Standard and Hylamer Inserts |
PI |
| 97 to 2000 | Whitaker Foundation: Special Opportunity Award Biomedical Engineering Program in Imaging, Modeling and Evaluation of Medical Implants: Co-operative Academic - Industrial Program |
fac co-invest |
| 97 | Alberta Heritage Foundation; Visiting Scientist Grant Quantification of Influence of Tibial Tubercle Realignment on patellar tracking and joint forces |
Co-PI |
| 97 to 98 | The Bess Spiva Timmons Foundation: Comparison of the Extent of Polyethylene Wear to Wear Debris Derived from Patient Fluids |
PI |
| 96 to 97 | The Bess Spiva Timmons Foundation: A Second Generation Radio Monitored Artificial Knee |
PI |
| 95 to 96 | The Bess Spiva Timmons Foundation: Development of an Artificial Knee with Sensors which can Monitor Patient Activity by Radio |
PI |
| 95 | Orthopaedic Education and Research Foundation: Resident Res. Grant; Characterization of UHMPE Debris |
Mentor/Co-PI |
| 94 to 95 | Gordon Research Allergy Grant/ Arizona Arthritis Center Morphologic Characterization of Inflammation causing UHMPE Wear Debris in Synovial Fluids in Patients with Total Knee Replacements |
Co-PI |
| 94 to 95 | The Bess Spiva Timmons Foundation: A Computer Simulation of Loading of Plastic Inserts in Artificial Knees |
PI |
| 94 | Hewlett Packard Foundation Grants: Grant for Communications hardware for Workstation |
PI |
| 93 to 94 | The Bess Spiva Timmons Foundation: A Contact Pressure Analysis of the Natural Patella Femoral Joint, |
PI |
| 93 | Hewlett Packard Foundation Grants: Equipment Grant for Color Graphics Workstation for FEM modeling |
PI |
| 92 | Orthopaedic Education and Research Foundation: Laboratory Progress Grant |
Co-PI |
| 91 | Hewlett Packard Foundation Grants: Equipment Grant for Faxitron High resolution Xray unit |
PI |