Glenn Coughran Terry
Physician in Columbus, GA

License number
Utah 157942-1205
Issued Date
Jun 17, 1975
Expiration Date
Jan 31, 2002
Category
Physician
Type
Physician & Surgeon
Address
Address
Columbus, GA

Professional information

Glenn C Terry Photo 1

Dr. Glenn C Terry - MD (Doctor of Medicine)

Procedures:
Arthroscopy, Joint Replacements, Laser Surgery
Hospitals:
3075 Tower Rd STE A, Columbus 31909
2411 Fortson Rd, Fortson 31808
6262 Veterans Pkwy, Columbus 31909
HUGHSTON CLINIC
6262 Veterans Pkwy, Columbus 31909
THE HUGHSTON CLINIC PC
348 Healthwest Dr, Dothan 36303
Hughston Hospital
100 Frist Ct, Columbus 31909
3075 Tower Rd STE A, Columbus 31909
2411 Fortson Rd, Fortson 31808
6262 Veterans Pkwy, Columbus 31909
HUGHSTON CLINIC
6262 Veterans Pkwy, Columbus 31909
THE HUGHSTON CLINIC PC
348 Healthwest Dr, Dothan 36303
Hughston Hospital
100 Frist Ct, Columbus 31909
Education:
Medical Schools
University Of Texas Southwestern Medical Center At Dallas
Graduated: 1970


Glenn Terry Photo 2

Guided Bone Rasp

US Patent:
5879353, Mar 9, 1999
Filed:
Feb 10, 1997
Appl. No.:
8/799055
Inventors:
Glenn C. Terry - Columbus GA
Assignee:
Gore Enterprise Holdings, Inc. - Newark DE
International Classification:
A61B 1716
US Classification:
606 85
Abstract:
A surgical tool for use in preparing a graft path in anterior cruciate ligament reconstruction in a knee joint in which aligned tibial and femoral osseous tunnels are made for a bone-tendon-bone graft or similar surgery where two bone tunnels are in alignment. The tool comprises an elongated guide body having a guide shaft capable of being positioned within the tibial tunnel and extending into the femoral tunnel, and an elongated channel-like main body which is coaxial with the guide shaft. The main body includes a rasping head and is rotatably and axially slidable on the guide shaft for guided rasping of bone surfaces along the graft path. The rasp head fully encircles the guide shaft and is capable of following the guide shaft to enter and extend beyond the tibial tunnel. The leading end of the guide body includes a guide head with a flexible structure for connecting the head to the guide shaft. The guide head is movable through the tibial tunnel and into the femoral tunnel to position the guide shaft for subsequent rasping of surfaces along the graft path by manually moving the rasping head along and/or about the shaft.