BLAKE ALAN STAMPER
Pilots at Camino Del Rio, Bullhead City, AZ

License number
Arizona A1811733
Issued Date
Dec 2016
Expiration Date
Dec 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
2895 Camino Del Rio, Bullhead City, AZ 86442

Professional information

Blake A Stamper Photo 1

Dr. Blake A Stamper - DO (Doctor of Osteopathic Medicine)

Hospitals:
Tri State Orthopedic Institute
2000 Highway 95 STE 200, Bullhead City 86442
Tri-State Orthopedic Institute
1739 E Beverly Ave STE 108, Kingman 86409
Yavapai Regional Medical Center - West
1003 Willow Creek Rd, Prescott 86301
Valley View Medical Center
5330 Highway 95 South, Fort Mohave 86426
Western Arizona Regional Medical Center
2735 Silver Creek Rd, Bullhead City 86442
Tri State Orthopedic Institute
2000 Highway 95 STE 200, Bullhead City 86442
Tri-State Orthopedic Institute
1739 E Beverly Ave STE 108, Kingman 86409
Yavapai Regional Medical Center - West
1003 Willow Creek Rd, Prescott 86301
Valley View Medical Center
5330 Highway 95 South, Fort Mohave 86426
Western Arizona Regional Medical Center
2735 Silver Creek Rd, Bullhead City 86442
Education:
Medical Schools
Univ Of North Texas Health Science Center Texas College Of Osteopathic Medicine, University Of North Texas Health Science Center At Fort Worth
Graduated: 1988


Blake Stamper Photo 2

Orthopedic Prosthesis With Cement Compression Ring And Method

US Patent:
6179876, Jan 30, 2001
Filed:
Nov 2, 1999
Appl. No.:
9/432901
Inventors:
Blake A. Stamper - Bullhead City AZ
Charles D. Guthrie - Henderson NV
International Classification:
A61F 230
US Classification:
623 1811
Abstract:
A compression ring for use in implanting an orthopedics prosthesis, the ring having an interior surface generally conforming to a peripheral wall of a base plate of the prosthesis, the compression ring being adapted to extend beyond a lower surface of the prosthesis, forming a cavity bounded by the lower surface and the compression ring. Also, a kit consisting of an orthopedic appliance having a base plate with a peripheral wall and a lower surface adapted to abut a resected bone surface, and a compression ring having an interior surface generally conforming to the peripheral wall of the base plate and slidingly received thereon, the compression ring being adapted to extend beyond the lower surface, forming a cavity bounded by the lower surface and the compression ring. Also, a method of implanting an orthopedic component using a compression ring on the component, by forming a cavity bounded by a surface of the orthopedic component and the compression ring, filling the cavity with bone cement, and securing the orthopedic component over a resected bone surface with the cavity between the component and the resected surface.