WILLIAM S BLACKSHEAR
Medical Practice at Amberly Dr, Tampa, FL
License number
Florida 99599
Issued Date
Jul 25, 2007
Effective Date
Jan 22, 2015
Expiration Date
Jan 31, 2019
Category
Health Care
Type
Medical Doctor
Address
Address
15303-A Amberly Dr SUITE 103, Tampa, FL 33647
Phone
(813) 712-2570
Professional information
Dr. William S Blackshear, Tampa FL - MD (Doctor of Medicine)
Specialties:
Anesthesiology
Age:
51
Address:
15303 Amberly Dr STE A, Tampa 33647
(813) 977-6688 (Phone), (813) 977-6798 (Fax)
Florida Medical Clinic, Pain Medicine
2100 Via Bella Blvd STE 103, Land O Lakes 34639
(813) 712-5700 (Phone), (813) 355-5060 (Fax)
2901 W Swann Ave, Tampa 33609
(813) 873-6400 (Phone), (813) 874-8685 (Fax)
(813) 977-6688 (Phone), (813) 977-6798 (Fax)
Florida Medical Clinic, Pain Medicine
2100 Via Bella Blvd STE 103, Land O Lakes 34639
(813) 712-5700 (Phone), (813) 355-5060 (Fax)
2901 W Swann Ave, Tampa 33609
(813) 873-6400 (Phone), (813) 874-8685 (Fax)
Certifications:
Anesthesiology, 2008
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
15303 Amberly Dr STE A, Tampa 33647
2901 W Swann Ave, Tampa 33609
Florida Medical Clinic, Pain Medicine
2100 Via Bella Blvd STE 103, Land O Lakes 34639
Memorial Hospital of Tampa
2901 Swann Ave, Tampa 33609
2901 W Swann Ave, Tampa 33609
Florida Medical Clinic, Pain Medicine
2100 Via Bella Blvd STE 103, Land O Lakes 34639
Memorial Hospital of Tampa
2901 Swann Ave, Tampa 33609
William Blackshear, Tampa FL
Work:
Town & Country Hospital
6001 Webb Rd, Tampa, FL 33615
6001 Webb Rd, Tampa, FL 33615
Brain Wave Monitoring Mechanism And Method
US Patent:
4739772, Apr 26, 1988
Filed:
Feb 1, 1983
Appl. No.:
6/462732
Inventors:
D. Eugene Hokanson - Mercer Island WA
William M. Blackshear - Tampa FL
William M. Blackshear - Tampa FL
International Classification:
A61B 504
US Classification:
128731
Abstract:
During a surgical operation, a conventional electroencephalograph provides several analog electrical signals of the brain waves of the patient, each signal indicating voltage fluctuations detected at a different area of the patient's scalp. The analog signals are converted to digital form for input to a multipurpose computer. The computer is programmed to produce respective reference traces on a video monitor indicating the voltage fluctuations detected during a preceding reference period. While the reference traces continue to be displayed, more current traces are produced on the video monitor in juxtaposed relationship to the reference traces. The current traces indicate the voltage fluctuations detected during the period immediately preceding their display. The current traces are replaced periodically with new current traces indicating more recent information. Any significant change in the patient's brain waves is detected by comparing the current traces with the reference traces.