ROBERT DORNE SPENCER
Pilots at Millertown Pike, Knoxville, TN
License number
Tennessee A1801486
Issued Date
Nov 2016
Expiration Date
May 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
8326 Millertown Pike, Knoxville, TN 37924
Professional information
Dr. Robert H Spencer, Knoxville TN - MD (Doctor of Medicine)
Specialties:
Cardiology
Address:
Knoxville Cardiovascular Group, PC
1940 Alcoa Hwy, Knoxville 37920
(865) 544-2800 (Phone), (865) 544-6812 (Fax)
1940 Alcoa Hwy, Knoxville 37920
(865) 544-2800 (Phone), (865) 544-6812 (Fax)
Certifications:
Cardiovascular Disease, 1993, Internal Medicine, 1990
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
Knoxville Cardiovascular Group, PC
1940 Alcoa Hwy, Knoxville 37920
Sacred Heart Hospital
5151 North 9Th Avenue Ct, Pensacola 32504
1940 Alcoa Hwy, Knoxville 37920
Sacred Heart Hospital
5151 North 9Th Avenue Ct, Pensacola 32504
Education:
Medical School
University Of Mississippi School Of Medicine
Graduated: 1984
University Hospital
Graduated: 1987
Good Samaritan Regional Med Center
Graduated: 1990
German Heart Institute
University Of Mississippi School Of Medicine
Graduated: 1984
University Hospital
Graduated: 1987
Good Samaritan Regional Med Center
Graduated: 1990
German Heart Institute
Robert Spencer - Knoxville, TN
Work:
Comcast Cable Company
Customer Account Executive Saks 5th Avenue - Birmingham, AL
Armani Business Manager & Sales Coldwater Creek - Atlanta, GA
Visual Lead & Sales Manager Bloomingdale's - Atlanta, GA
Visual Associate & Men's Fashion Stylist Parisian/Saks Incorporated - Atlanta, GA
Visual Associate Parisian/Saks Incorporated - Duluth, GA
Visual Merchandising Manager
Customer Account Executive Saks 5th Avenue - Birmingham, AL
Armani Business Manager & Sales Coldwater Creek - Atlanta, GA
Visual Lead & Sales Manager Bloomingdale's - Atlanta, GA
Visual Associate & Men's Fashion Stylist Parisian/Saks Incorporated - Atlanta, GA
Visual Associate Parisian/Saks Incorporated - Duluth, GA
Visual Merchandising Manager
Education:
University of Alabama
M.A. in Speech Communication University of Alabama
B.A. in Communication
M.A. in Speech Communication University of Alabama
B.A. in Communication
Robert Spencer - Knoxville, TN
Work:
Dr. Pepper/ Snapple Group
Loader Dillard's
Dillard's Sales Associate Maxim Healthcare
Direct Support Professional Kroger
Bakery/Deli University of Memphis
Gear-Up Coach/Admin Knoxville News Sentinel
Packaging Dept Knoxville News Sentinel
Loader Dillard's
Dillard's Sales Associate Maxim Healthcare
Direct Support Professional Kroger
Bakery/Deli University of Memphis
Gear-Up Coach/Admin Knoxville News Sentinel
Packaging Dept Knoxville News Sentinel
Education:
University of Tennessee at Knoxville - Knoxville, TN
Business Administration
Business Administration
Direct Support Professional At Maxim Healthcare Services
Position:
Student at University of Tennessee
Location:
Knoxville, Tennessee Area
Industry:
Hospital & Health Care
Work:
University of Tennessee
-
Student
Apparatus And Improved Method For Safely Dispensing And Delivering Liquid Radiation For Intraluminal Radiation Therapy
US Patent:
5947890, Sep 7, 1999
Filed:
Sep 19, 1997
Appl. No.:
8/933819
Inventors:
Robert H. Spencer - Knoxville TN
Linda S. Spencer - Knoxville TN
Linda S. Spencer - Knoxville TN
International Classification:
A61N 500
US Classification:
600 3
Abstract:
The present invention first relates to an apparatus for dispensing liquid radiation for intraluminal radiation therapy. The apparatus uses two arms of a three-way stopcock to permanently connect a balloon-tipped catheter with an inflation syringe. The inflation syringe is fabricated from material which substantially limits radiation exposure. The apparatus is then placed into a sterile and closed catheter package comprised of a tray and a removable cover. The tray includes a port fashioned into its side, which receives the third arm of the three-way stopcock. Through this port, a radiopharmacist may inject liquid radiation into the inflation syringe while the apparatus remains within the sterile catheter package. In this manner, the medical staff are not required to load liquid radiation into the catheter assembly in the operating room, and may thereby avoid the risk of spillage and the risk of exposure to radiation incident to the loading process.
An improved method for delivering liquid radiation for intraluminal radiation therapy is also presented.