Grants
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Grants and Contracts [since 1990] (total funding for all categories $4,569,361)
 
Federal and State Grants (peer reviewed)
Year Agency and Project Title Role in Project
12 WAESO:(Western Alliance to Expand Student Opportunities)/NSF
Total of 3 so far WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
11 WAESO:(Western Alliance to Expand Student Opportunities)/NSF
Total of 11 WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
10 WAESO/NSF
Total of 10 WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
09 to 12 NSF:(National Science Foundation)
SENSORS: In Vivo Joint Regeneration Monitoring System to be Able to Establish Rehabilitation Approaches during Healing
PI
09 WAESO/NSF
Total of 11 WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
08 WAESO/NSF
Total of 12 WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
07 WAESO/ NSF
Total of 10 WAESO grants awarded to study various aspects of tissue engineering cartilage and in vivo load measurement
PI
06 to 07 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 a
Strain Gauge Bonding Process Using an HA Coating:
PI
Industrial Support
Year Agency and Project Title Role in Project
05 to 06 Genis Inc:
Examination of a Novel Osteoinductive Bone Filler
PI
02 to 03 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
Foundation Funding
Year Agency and Project Title Role in Project
11 to 12 The JW Kiekhefer Foundation PI
10 to 11 The Bess Spiva Timmons Foundation: Scholarship funding for Tissue Engineering Student PI
09 to 10 MTF (Musculoskeletal Transplant Foundation) Cartilage Tissue Engineered to Resurface Osteochondral Allografts PI
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