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Aaron G Osborne, 51800 Hallmark Dr, Redding, CA 96001

Aaron Osborne Phones & Addresses

800 Hallmark Dr, Redding, CA 96001    530-6050190   

2941 Montana Sky Dr, Redding, CA 96002    530-2236430   

Davis, CA   

Grapevine, TX   

San Diego, CA   

1000 Denver Ave, Tulsa, OK 74119    918-5924147   

7839 Memorial Dr, Tulsa, OK 74133    918-2540991   

Fort Worth, TX   

College Station, TX   

Colleyville, TX   

1000 S Denver Ave APT 5104, Tulsa, OK 74119   

Work

Company: North State Orthopedics Address: 2662 Edith Ave, Redding, CA 96001

Education

School / High School: Univ Of North Texas Health Science Center Texas College Of Osteopathic Medicine, University Of North Texas Health Science Center At Fort Worth 2000

Images

Mentions for Aaron G Osborne

Career records & work history

Medicine Doctors

Aaron Osborne Photo 1

Dr. Aaron Osborne - DO (Doctor of Osteopathic Medicine)

Age:
51
Hospitals:
North State Orthopedics
2662 Edith Ave, Redding, CA 96001
Mercy Medical Center Redding
2175 Rosaline Avenue, Redding, CA 96001
Philosophy:
Providing fast and compassionate care in a patient-friendly setting, assisted by a skilled and dedicated support team.
Education:
Medical Schools
Univ Of North Texas Health Science Center Texas College Of Osteopathic Medicine, University Of North Texas Health Science Center At Fort Worth
Graduated: 2000

Aaron G. Osborne

Specialties:
Orthopaedic Surgery
Work:
North State Orthopedics
2662 Edith Ave, Redding, CA 96001
530-2421266 (phone) 530-2434205 (fax)
Education:
Medical School
University of North Texas College of Osteopathic Medicine
Graduated: 2000
Procedures:
Arthrocentesis, Hallux Valgus Repair, Hip/Femur Fractures and Dislocations, Lower Arm/Elbow/Wrist Fractures and Dislocations, Lower Leg Amputation, Lower Leg/Ankle Fractures and Dislocations, Hip Replacement, Knee Arthroscopy, Knee Replacement, Shoulder Surgery
Conditions:
Fractures, Dislocations, Derangement, and Sprains, Internal Derangement of Knee Cartilage, Lateral Epicondylitis, Osteoarthritis, Osteomyelitis
Languages:
English, Spanish
Description:
Dr. Osborne graduated from the University of North Texas College of Osteopathic Medicine in 2000. He works in Redding, CA and specializes in Orthopaedic Surgery. Dr. Osborne is affiliated with Mercy Medical Center Redding and Shasta Regional Medical Center.

Aaron R. Osborne

Specialties:
Emergency Medicine
Work:
EmCare NationwideEmCare Alliance Group
18167 Us Hwy 19 N STE 650, Clearwater, FL 33764
800-5078874 (phone) 813-5715163 (fax)
Site
Education:
Medical School
University of South Florida College of Medicine at Tampa
Graduated: 2007
Languages:
English
Description:
Dr. Osborne graduated from the University of South Florida College of Medicine at Tampa in 2007. He works in Clearwater, FL and specializes in Emergency Medicine. Dr. Osborne is affiliated with Brandon Regional Hospital.
Aaron Osborne Photo 2

Aaron Geoffrey Osborne, Redding CA

Specialties:
Orthopedic Surgeon
Address:
2662 Edith Ave, Redding, CA 96001

License Records

Aaron G Osborne

Address:
1000 S Denver Ave, Tulsa, OK
4 Columbia Dr STE 710, Tampa, FL
Licenses:
License #: 1044 - Expired
Category: Health Care
Issued Date: Oct 13, 2003
Effective Date: Aug 3, 2016
Expiration Date: Oct 13, 2004
Type: Osteopathic Resident Registration

Aaron Osborne resumes & CV records

Resumes

Aaron Osborne Photo 48

Aaron Osborne

Aaron Osborne Photo 49

Aaron Osborne

Aaron Osborne Photo 50

Aaron Osborne

Aaron Osborne Photo 51

Aaron Osborne

Aaron Osborne Photo 52

Owner, Orthopaedic Trauma Solutions

Position:
Owner at Orthopaedic Trauma Solutions
Location:
Redding, California Area
Industry:
Medical Practice
Work:
Orthopaedic Trauma Solutions
Owner

Publications & IP owners

Us Patents

Combined Intramedullary And Extramedullary Surgical Aiming System And Method

US Patent:
2016037, Dec 29, 2016
Filed:
Jun 24, 2015
Appl. No.:
14/749320
Inventors:
- Houston TX, US
Aaron Osborne - Redding CA, US
Brian Chalkin - Tulsa OK, US
International Classification:
A61B 17/72
A61B 17/88
A61B 17/80
A61B 17/17
Abstract:
A surgical aiming system is disclosed comprising a one or more fixation plates, an aiming assembly, a one or more nails and a plurality of screws. Said aiming assembly comprising a channeling assembly and a plurality of channels. Said one or more fixation plates comprising a plurality of plate apertures capable of receiving a portion of said plurality of screws. Said plurality of channels in said aiming assembly are capable of aligning a portion of said plurality of screws with said plurality of plate apertures in a first fixation plate. Said plurality of channels receive and align said plurality of screws as they are secured to said first bone. Said first fixation plate being extramedullary attached to a portion of said surface of said first bone; and said plurality of channels of said aiming assembly being aligned to identify a one or more intramedullary locations within said first bone.

Combined Intramedullary And Extramedullary Surgical Aiming System And Method

US Patent:
2015010, Apr 16, 2015
Filed:
Jun 17, 2014
Appl. No.:
14/306683
Inventors:
Joel Smith - San Diego CA, US
Aaron Osborne - Redding CA, US
Brian CHALKIN - Tulsa OK, US
International Classification:
A61B 17/80
US Classification:
606 71
Abstract:
A surgical aiming system is disclosed comprising a one or more fixation plates, an aiming assembly, a one or more nails and a plurality of screws. Said aiming assembly comprising a channeling assembly and a plurality of channels. Said one or more fixation plates comprising a plurality of plate apertures capable of receiving a portion of said plurality of screws. Said plurality of channels in said aiming assembly are capable of aligning a portion of said plurality of screws with said plurality of plate apertures in a first fixation plate. Said plurality of channels receive and align said plurality of screws as they are secured to said first bone. Said first fixation plate being extramedullary attached to a portion of said surface of said first bone; and said plurality of channels of said aiming assembly being aligned to identify a one or more intramedullary locations within said first bone.

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