DR. JOHN ELIAS BARSA, MD
Medical Practice at Armenia Ave, Tampa, FL

License number
Florida ME0039701
Category
Medical Practice
Type
Specialist
Address
Address
4178 N Armenia Ave, Tampa, FL 33607
Phone
(813) 877-5388
(813) 879-7382 (Fax)

Professional information

John Elias Barsa Photo 1

John Elias Barsa, Tampa FL

Specialties:
Anesthesiology, Pain Medicine, Pain Medicine
Work:
Pain Institute of Tampa
4178 N Armenia Ave, Tampa, FL 33607 Pain Mgmt. of Brandon
204 Oakfield Dr, Brandon, FL 33511
Education:
Ain Shams University (1966) Anesthesiology


John E Barsa Photo 2

Dr. John E Barsa, Brandon FL - MD (Doctor of Medicine)

Specialties:
Pain Medicine
Address:
Pain Management Of Brandon
204 Oakfield Dr, Brandon 33511
(813) 651-0052 (Phone)
514 Eichenfeld Dr, Brandon 33511
Pain Institute
4178 N Armenia Ave, Tampa 33607
(813) 875-5913 (Phone)
Languages:
English, Arabic
Education:
Medical School
Ain Shams University, Faculty Of Medicine
Graduated: 1966


John Elias Barsa Photo 3

John Elias Barsa, Tampa FL

Specialties:
Anesthesiologist
Address:
4178 N Armenia Ave, Tampa, FL 33607
204 Oakfield Dr, Brandon, FL 33511
2727 W Dr Martin Luther King Jr Blvd, Tampa, FL 33607


John Barsa Photo 4

Sensory Monitoring Apparatus And Method

US Patent:
4570640, Feb 18, 1986
Filed:
Apr 16, 1984
Appl. No.:
6/601001
Inventors:
John E. Barsa - Tampa FL
International Classification:
A61B 505
US Classification:
128741
Abstract:
Apparatus and method for monitoring the sensory system of a patient to enable determination of the level and depth of spinal and epidural nerve blocks, including those induced by anesthetics administered to a patient, which blocks affect the sympathetic and motor nervous systems. The anesthesia level is sequentially and repeatedly scanned at a plurality of spaced points to provide a continuous determination of the extent and depth of superficial and deep sensation and sympathetic and motor integrity. The electronic apparatus includes a stimulator that provides selective stimulation to each element of a multiple element transmitting unit the elements of which are non-invasively positioned contiguous to the skin of a patient, and a physiological response detector to detect patent responses to stimulation sensed by the elements of a multiple element sensing unit the elements of which are also non-invasively positioned contiguous to the skin of the patient. A multiple display is provided to facilitate monitoring, and an indication and/or termination of stimulation signal is provided whenever stimulation exceeds a reference level. The system and method are also shown to be usable for automatically controlling delivery of an anesthesic to a patient.