STEP Research Program Savannah, GA Jun 2012 to Jul 2012 Research AssistantThe Academy of Medical Research and Sciences
2008 to 2012 Allows funding for a senior science projectCooper Drug Store Powder Springs, GA Sep 2011 to Dec 2011 Internship/VolunteerEmory Summer Science Academy Atlanta, GA Jun 2010 to Jun 2010 Research Assistant
Jan 2011 to 2000 Director, Information TechnologyMedical Management Professionals
May 2006 to Jan 2011 Manager, Information Systems2004-2006 Business Information Group
2004 to 2006 Lead Network Administrator
Education:
Western Governors University Jan 2011 to Jan 2013 MBA in Information TechnologyWestern Governors University Jan 2006 to Jan 2010 BS in Information Technology
Skills:
Microsoft Certified Systems Administrator, Microsoft Certified Systems Engineer, Comp TIA Security+ Certified Professional, Comp TIA Project+ Certified Professional, CIW Certified Internet Web Professional
Thomas Branch - Atlanta GA, US Alexander Sattler - Marietta GA, US Eric Branch - Alexander City AL, US
International Classification:
A61B 5/103
US Classification:
600587000
Abstract:
The present invention is generally directed to apparatuses and methods for evaluating the amount of “play” in a joint. In one embodiment, an apparatus is provided that quantifies the rotation of the tibia in response to a known torque. The apparatus is configured to minimize the influence of other joints on the rotation analysis. Other embodiments provide data related to movement of the tibia in other degrees of freedom.
Multi-Section Limb And Ligament Evaluation Apparatus And Associated Methods For Using Same
Thomas P. Branch - Atlanta GA, US Alexander Sattler, JR. - Marietta GA, US Eric Kenneth Branch - Weston FL, US Cale Andrew Jacobs - Suwanee GA, US
International Classification:
A61B 5/103 A63B 23/08
US Classification:
600587, 482 79, 482 80
Abstract:
A method and apparatus for reliably positioning a 3-segment limb, such as a leg or arm for imaging and medical analysis, which can accommodate for the patient's “natural alignment”. The apparatus positions the limb in such a way that the position of the proximal segment is controlled while an known external torque is applied at a known rate to the distal segment. The location of each of the limb's three segments is recorded using either external or internal measurement techniques, and the relative motions between the proximal and intermediate segments are used in the orthopedic evaluation of the proximal joint. Furthermore, the relative motions between the intermediate and distal segments are used in the orthopedic evaluation of the distal joint. By applying a known torque at a known rate, clinicians will be provided with valuable information related to joint range of motion, stability, laxity, and compliance.
Thomas P. Branch - Atlanta GA, US Alexander Sattler, JR. - Marietta GA, US Eric Branch - Alexander City AL, US
International Classification:
A61B 5/103
US Classification:
600595
Abstract:
The present invention is generally directed to apparatuses and methods for evaluating the amount of “play” in a joint. In one embodiment, an apparatus is provided that quantifies the rotation of the tibia in response to a known torque. The apparatus is configured to minimize the influence of other joints on the rotation analysis. Other embodiments provide data related to movement of the tibia in other degrees of freedom.
Pronation And/Or Dorsiflexion Of First Joint For Evaluation Of Second Joint
- Atlanta GA, US ALEXANDER SATTLER, JR. - MARIETTA GA, US ERIC KENNETH BRANCH - WESTON FL, US CALE ANDREW JACOBS - SUWANEE GA, US
Assignee:
ERMI, INC. - ATLANTA GA
International Classification:
A61B 5/11 A61B 5/00
US Classification:
600595
Abstract:
A method and apparatus for reliably positioning a 3-segment limb, such as a leg or arm for imaging and medical analysis, which can accommodate for the patient's “natural alignment”. The apparatus positions the limb in such a way that the position of the proximal segment is controlled while an known external torque is applied at a known rate to the distal segment. The location of each of the limb's three segments is recorded using either external or internal measurement techniques, and the relative motions between the proximal and intermediate segments are used in the orthopedic evaluation of the proximal joint. Furthermore, the relative motions between the intermediate and distal segments are used in the orthopedic evaluation of the distal joint. By applying a known torque at a known rate, clinicians will be provided with valuable information related to joint range of motion, stability, laxity, and compliance.