DOUGLAS GREGORY NUELLE, MD
Medical Practice at Old Hwy 5, Blue Ridge, GA
License number
Georgia 048284
Category
Medical Practice
Type
Orthopaedic Surgery
Address
Address
2855 Old Highway 5 STE 111, Blue Ridge, GA 30513
Phone
(706) 632-0088
(706) 632-9712 (Fax)
(706) 632-9712 (Fax)
Professional information
Dr. Douglas G Nuelle, Blue Ridge GA - MD (Doctor of Medicine)
Specialties:
Orthopedic Surgery
Address:
Blue Ridge Orthopedics
2855 Old Highway 5 STE 111, Blue Ridge 30513
(706) 632-0088 (Phone)
2855 Old Highway 5 STE 111, Blue Ridge 30513
(706) 632-0088 (Phone)
Certifications:
Orthopedic Surgery, 1980
Awards:
Healthgrades Honor Roll
Languages:
English, French, German
Hospitals:
Blue Ridge Orthopedics
2855 Old Highway 5 STE 111, Blue Ridge 30513
Fannin Regional Hospital
2855 Old Highway 5 North, Blue Ridge 30513
2855 Old Highway 5 STE 111, Blue Ridge 30513
Fannin Regional Hospital
2855 Old Highway 5 North, Blue Ridge 30513
Education:
Medical School
Washington University St Louis
Graduated: 1973
Barnes Jewish Hospital
Graduated: 1974
Wc Campbell Clin
Graduated: 1979
Washington University St Louis
Graduated: 1973
Barnes Jewish Hospital
Graduated: 1974
Wc Campbell Clin
Graduated: 1979
Douglas Gregory Nuelle, Blue Ridge GA
Specialties:
Orthopedic Surgeon
Address:
2855 Old Highway 5, Blue Ridge, GA 30513
Education:
Washington University, School of Medicine - Doctor of Medicine
Board certifications:
American Board of Orthopaedic Surgery Certification in Orthopaedic Surgery
Systems And Methods For Analyzing Dynamic Dental Occlusions And Making Dental Appliances
US Patent:
8553966, Oct 8, 2013
Filed:
Apr 17, 2012
Appl. No.:
13/448996
Inventors:
Michael C. Alpern - Port Charlotte FL, US
Douglas G. Nuelle - Blue Ridge GA, US
Douglas G. Nuelle - Blue Ridge GA, US
Assignee:
Poly Virtual Occlusion, LLC - Punta Gorda FL
International Classification:
G06K 9/00, A61C 3/00
US Classification:
382131, 382154, 433 24
Abstract:
Systems and methods for analyzing dynamic occlusion during replicated excursions of virtual three-dimensional representations of a dental patient's occlusal complex are provided. The method may include scanning a patient's jaws and teeth configuration using a medical imaging system such as CBCT, laser scanners, or traditional dental impressions; creating a virtual three-dimensional representation of the patient's occlusal complex; replicating excursions of the virtual three-dimensional representation of the patient's occlusal complex based at least on virtual inter-condylar angles and distances; determining acceptable occlusal contacts and/or malocclusions within the virtual three-dimensional representation of the patient's occlusal complex based at least in part on virtual dynamic occlusion during the replicated excursions, and determining at least one virtual dental appliance and/or orthodontic repositioning of one or more teeth based at least in part on the one or more acceptable occlusal contacts and/or malocclusions within the virtual three-dimensional representation of the patient's occlusal complex.
Systems And Methods For Analyzing Dynamic Dental Occlusions And Making Dental Appliances
US Patent:
8594408, Nov 26, 2013
Filed:
Apr 17, 2012
Appl. No.:
13/448996
Inventors:
Michael C. Alpern - Port Charlotte FL, US
Douglas G. Nuelle - Blue Ridge GA, US
Douglas G. Nuelle - Blue Ridge GA, US
Assignee:
Poly Virtual Occlusion, LLC - Punta Gorda FL
International Classification:
G06K 9/00, A61C 3/00
US Classification:
382131, 382154, 433 24
Abstract:
Systems and methods for analyzing dynamic occlusion during replicated excursions of virtual three-dimensional representations of a dental patient's occlusal complex are provided. The method may include scanning a patient's jaws and teeth configuration using a medical imaging system such as CBCT, laser scanners, or traditional dental impressions; creating a virtual three-dimensional representation of the patient's occlusal complex; replicating excursions of the virtual three-dimensional representation of the patient's occlusal complex based at least on virtual inter-condylar angles and distances; determining acceptable occlusal contacts and/or malocclusions within the virtual three-dimensional representation of the patient's occlusal complex based at least in part on virtual dynamic occlusion during the replicated excursions, and determining at least one virtual dental appliance and/or orthodontic repositioning of one or more teeth based at least in part on the one or more acceptable occlusal contacts and/or malocclusions within the virtual three-dimensional representation of the patient's occlusal complex.