ROBERT EDWARD FALCONE, M.D
Radiology at Lafayette St, Columbus, OH

License number
Ohio 35041060
Category
Radiology
Type
Trauma Surgery
Address
Address
150 E Lafayette St, Columbus, OH 43215
Phone
(614) 226-3206

Professional information

Robert E Falcone Photo 1

Dr. Robert E Falcone, Columbus OH - MD (Doctor of Medicine)

Specialties:
Critical Care Surgery
Address:
420 N James Rd, Columbus 43219
Certifications:
Critical Care Surgery, 1987, General Surgery, 1990
Awards:
Healthgrades Honor Roll
Languages:
English
Education:
Medical School
Ohio State University / College of Medicine
Graduated: 1976
Riverside Methodist Hospital
Graduated: 1981


Robert Falcone Photo 2

Portable Fluid Administration Container With Integral Heat Exchanger

US Patent:
5263929, Nov 23, 1993
Filed:
Aug 28, 1991
Appl. No.:
7/751396
Inventors:
Robert E. Falcone - Columbus OH
James F. Davis - Columbus OH
Assignee:
Normothermic Technologies, Inc. - Columbus OH
International Classification:
A61M 3700
US Classification:
604 89
Abstract:
The present invention is addressed to providing an infusion administration container which is effective in establishing about a normothermic temperature of a physiologic solution for its infusion into an animal, such as a human medical patient. The infusion administration container comprises an upper flexible bladder adapted to contain at least one first chemical agent and a first lower flexible bladder adapted to contain at least one second chemical agent. These first and second chemical agent(s), when combined, result in an exothermic reaction. A passageway interconnects the upper bladder and first lower bladder with manually openable closure means disposed within the passageway to separate the chemical agents until the closure means is opened. A second lower flexible bladder, adapted to contain an administrable physiologic fluid, is disposed in heat-exchange relationship with the first lower bladder. The passageway is dimensioned such that when the closure means is opened, the first chemical agent(s) flows into the first lower flexible bladder at a rate sufficient so the resulting exothermic reaction generates sufficient heat to maintain the physiologic fluid within a normothermic temperature range for its infusion into the desired patient.