DR. SCOTT BERTRAND, D.C.
Chiropractic at Main St, Atlanta, GA
License number
Georgia 02420
Category
Chiropractic
Type
Chiropractor
Address
Address
3433 Main St SUITE B, Atlanta, GA 30337
Phone
(404) 766-0676
(404) 766-1131 (Fax)
(404) 766-1131 (Fax)
Personal information
See more information about SCOTT BERTRAND at radaris.comName
Address
Phone
2994 Fetlock Dr SW, Marietta, GA 30064
3433 Main St, Atlanta, GA 30337
1460 Sweet Bottom Cir SW, Marietta, GA 30064
194 Twiggs Cor, Peachtree City, GA 30269
1460 Sweet Bottom Cir SW, Marietta, GA 30064
Organization information
See more information about SCOTT BERTRAND at bizstanding.comBertrand Chiropractic Center
3433 Main St STE B, Atlanta, GA 30337
Industry:
Medical Practice, Chiropractor's Office
Doing business as:
Bertrand Chiropractic Center - Scott Bertrand DC
Phone:
(404) 766-0676 (Phone)
Description:
Bertrand Chiropractic Center is a Medical Practice company located in 3433 Main St Ste B, Atlanta, Georgia, United States.
President, Dc:
Scott Bertrand (President, Dc)
Categories:
Chiropractors
Professional information
Dr. Scott Bertrand, College Park GA - DC (Doctor of Chiropractic)
Specialties:
Chiropractic
Address:
3433 Main St SUITE B, College Park 30337
(404) 766-0676 (Phone), (404) 766-1131 (Fax)
(404) 766-0676 (Phone), (404) 766-1131 (Fax)
Languages:
English
Scott R Bertrand, College Park GA
Specialties:
Chiropractor
Address:
3433 Main St, College Park, GA 30337
Torso Trainer
US Patent:
5800366, Sep 1, 1998
Filed:
Aug 26, 1996
Appl. No.:
8/701652
Inventors:
Scott R. Bertrand - College Park GA
International Classification:
A61H 100
US Classification:
601 24
Abstract:
A torso trainer has a user platform mounted on a pivoting, rotating shaft. The lower torso of the user is strapped to the platform with the upper torso supported by the user who employs the waistline muscles. As the platform rotates, different muscle groups are worked so that during the course of a complete 360. degree. revolution all the waistline muscles are exercised. The user effort required varies with the degree of tilting of the shaft and platform. At a nearly vertical tilting position user effort is minimal, while, at a horizontal tilting position, user effort is maximum. A user hand control starts platform rotation and overrides the stopping of platform rotation so that there can be multiple rotations.