LEE A FOX, M.D.
Radiology at Old Dixie Hwy, Jupiter, FL
License number
Florida ME77171
Category
Radiology
Type
Diagnostic Radiology
Address
Address
1210 S Old Dixie Hwy, Jupiter, FL 33458
Phone
(561) 747-2234
Personal information
See more information about LEE A FOX at radaris.comName
Address
Phone
431 SE 3Rd Ct, Deerfield Beach, FL 33441
5648 Fieldspring Ave, New Port Richey, FL 34655
901 N Birch Rd APT D3, Fort Lauderdale, FL 33304
906 Mulberry St, Fruitland Park, FL 34731
825 NW 13Th St APT 210, Boca Raton, FL 33486
Organization information
See more information about LEE A FOX at bizstanding.comLee Fox MD
1210 S Old Dixie Hwy, Jupiter, FL 33458
Industry:
Radiology
Phone:
(561) 747-2234 (Phone)
Description:
There are 7 doctors at this site. Surgery is not performed at this site.
Lee Andrew Fox
Jupiter Medical Center Ambulance - Lee A Fox MD
1210 S Old Dixie Hwy, Jupiter, FL 33458
Categories:
Physicians & Surgeons
Phone:
(561) 744-4411 (Phone)
LEE A. FOX, M.D., PA
137 Barcelona Dr, Jupiter, FL 33458
Industry:
Medical Doctor's Office
Registration:
Apr 27, 2004
State ID:
P04000068325
Business type:
Florida Profit Corporation
President, Treasurer, Secretary, Director, Vice President:
Lee Amd Fox (President, Treasurer, Secretary, Director, Vice President), 137 Barcelona Dr, Jupiter, FL 33458 (Physical)
Agent:
Lee Fox,137 Barcelona Dr, Jupiter, FL 33458 (Physical)
EIN:
134278974
Professional information
See more information about LEE A FOX at trustoria.com
Dr. Lee A Fox, Jupiter FL - MD (Doctor of Medicine)
Dr. Lee A Fox, Jupiter FL - MD (Doctor of Medicine)
Specialties:
Vascular & Interventional Radiology, Interventional Radiology
Address:
Jupiter Imaging Associates
1210 S Old Dixie Hwy, Jupiter 33458
(561) 744-4411 (Phone)
1210 S Old Dixie Hwy, Jupiter 33458
(561) 744-4411 (Phone)
Certifications:
Diagnostic Radiology, 1999, Interventional Radiology & Vascular Radiology, 2002
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
Jupiter Imaging Associates
1210 S Old Dixie Hwy, Jupiter 33458
Jupiter Medical Center
1210 South Old Dixie Hwy, Jupiter 33458
1210 S Old Dixie Hwy, Jupiter 33458
Jupiter Medical Center
1210 South Old Dixie Hwy, Jupiter 33458
Education:
Medical School
Washington Center / School of Medicine
Graduated: 1993
St Vincents Hosp & Med Ctr
Brigham and Womens Hospital
Miami Cardiac & Vasc Inst
Washington Center / School of Medicine
Graduated: 1993
St Vincents Hosp & Med Ctr
Brigham and Womens Hospital
Miami Cardiac & Vasc Inst
Lee A Fox, Jupiter FL
Lee A Fox, Jupiter FL
Specialties:
Radiologist
Address:
1210 S Old Dixie Hwy, Jupiter, FL 33458
Education:
Washington University, School of Medicine - Doctor of Medicine
Board certifications:
American Board of Radiology Certification in Diagnostic Radiology (Radiology), American Board of Radiology Sub-certificate in Vascular and Interventional Radiology (Radiology)
Adhesion Resistant Implantable Device
Adhesion Resistant Implantable Device
US Patent:
2007023, Oct 11, 2007
Filed:
Mar 30, 2006
Appl. No.:
11/394141
Inventors:
Lee Fox - Jupiter FL, US
Peter Haaland - Louisville CO, US
Michael Kalter - Tequesta FL, US
Peter Haaland - Louisville CO, US
Michael Kalter - Tequesta FL, US
International Classification:
A61F 2/06
US Classification:
623 146
Abstract:
The present invention discloses implantable devices that resist adhesion of colloidal particles such as are present in biological fluids, and methods for their manufacture. In a particular embodiment, the device may be an endovascular stent and a method for its production, for reducing, and preferably eliminating, restenosis. This objective is accomplished by recognizing the fundamental coupling between the surface texture and composition, on one hand, and the drag and adhesive forces acting on a colloidal particle, on the other. The surfaces of the device are first exposed to fluid flow whereby they are polished via a micro and/or nano-abrasive media so that they are featureless on length scales that are commensurate with the sizes of colloidal particles that initiate restenosis. Secondly, the surface is treated with a thin coating that reduces, or preferably eliminates, hydrogen bonding with colloidal particles. In one embodiment, processes for treatment of such implantable devices are taught which result in targeted reduction of structural micro-anomalies in such devices and targeted reduction or elimination of the propensity for occlusive deposits to form therein, whereby properties of selective adherence of particular cell types are derived.