MS. DONNA JEAN CARVER, PT
Physical Therapy at Skyline Dr, Arlington, TX
License number
Texas 1121150
Category
Restorative Service Providers
Type
Physical Therapist
Address
Address
2
915 Skyline Dr, Arlington, TX 76011
1100 Saddle Ct, Midlothian, TX 76063
1100 Saddle Ct, Midlothian, TX 76063
Phone
(817) 268-1005
(972) 923-1507 (Fax)
(817) 473-9550
(972) 923-1507 (Fax)
(817) 473-9550
Professional information
Donna Jean Carver, Arlington TX
Specialties:
Physical Therapist
Address:
915 Skyline Dr, Arlington, TX 76011
Donna J Carver, Arlington TX - PT (Physical therapy)
Specialties:
Physical Therapy
Address:
915 Skyline Dr, Arlington 76011
(817) 268-1005 (Phone), (972) 923-1507 (Fax)
(817) 268-1005 (Phone), (972) 923-1507 (Fax)
Languages:
English
Artificial Spinal Disc Replacement System And Method
US Patent:
7491240, Feb 17, 2009
Filed:
Oct 9, 2006
Appl. No.:
11/544136
Inventors:
Donna Jean Carver - Mansfield TX, US
Chad Anthony Barrie - Mansfield TX, US
John David Herrera - Mansfield TX, US
Chad Anthony Barrie - Mansfield TX, US
John David Herrera - Mansfield TX, US
International Classification:
A61F 2/44
US Classification:
623 1714, 623 1713, 623 1715, 606246
Abstract:
An artificial spinal disc implant system for intervertebral disc replacement () is disclosed which is formed from an upper () and lower () bracket which mate to upper and lower spinal vertebrae via upper () and lower () vertebral contact surfaces on the upper () and lower () brackets. The upper () and lower () brackets are joined together via springs () connected to the upper bracket () which rest in spring guide tracks () on the lower bracket. The springs () are connected to the upper bracket () via the use of spring fasteners (). The upper () and lower () brackets may be installed in sections () using laparoscopic surgical techniques and are attached to upper/lower spinal vertebrae respectively via adhesive means applied using injection holes/ports () in the upper () and lower () brackets respectively.
Artificial Spinal Disc Replacement System And Method
US Patent:
2008007, Mar 20, 2008
Filed:
Oct 31, 2007
Appl. No.:
11/981249
Inventors:
Donna Carver - Mansfield TX, US
Chad Barrie - Mansfield TX, US
John Herrera - Mansfield TX, US
Chad Barrie - Mansfield TX, US
John Herrera - Mansfield TX, US
International Classification:
A61F 2/44
US Classification:
623017130, 623017110
Abstract:
An artificial spinal disc implant system for intervertebral disc replacement () is disclosed which is formed from an upper () and lower () bracket which mate to upper and lower spinal vertebrae via upper () and lower () vertebral contact surfaces on the upper () and lower () brackets. The upper () and lower () brackets are joined together via springs () connected to the upper bracket () which rest in spring guide tracks () on the lower bracket. The springs () are connected to the upper bracket () via the use of spring fasteners (). The upper () and lower () brackets may be installed in sections () using laparoscopic surgical techniques and are attached to upper/lower spinal vertebrae respectively via adhesive means applied using injection holes/ports () in the upper () and lower () brackets respectively.
Artificial Spinal Disc Replacement System And Method
US Patent:
7780733, Aug 24, 2010
Filed:
Jan 6, 2009
Appl. No.:
12/319309
Inventors:
Donna Jean Carver - Mansfield TX, US
Chad Anthony Barrie - Arlington TX, US
John David Herrera - Arlington TX, US
Chad Anthony Barrie - Arlington TX, US
John David Herrera - Arlington TX, US
International Classification:
A61F 2/44
US Classification:
623 1713, 623 1715, 606279
Abstract:
An artificial spinal disc implant method for intervertebral disc replacement () is disclosed which is formed from an upper () and lower () bracket which mate to upper and lower spinal vertebrae via upper () and lower () vertebral contact surfaces on the upper () and lower () brackets. The upper () and lower () brackets are joined together via springs () connected to the upper bracket () which rest in spring guide tracks () on the lower bracket. The springs () are connected to the upper bracket () via the use of spring fasteners (). The upper () and lower () brackets may be installed in sections () using laparoscopic surgical techniques and are attached to upper/lower spinal vertebrae respectively via adhesive means applied using injection holes/ports () in the upper () and lower () brackets respectively.