EDWARD FINE, MD
Neurology at Bailey Ave, Buffalo, NY

License number
New York 099683
Category
Neurology
Type
Clinical Neurophysiology
Address
Address
3495 Bailey Ave, Buffalo, NY 14215
Phone
(716) 859-7501

Personal information

See more information about EDWARD FINE at radaris.com
Name
Address
Phone
Edward Fine
75 Howard Cir, Staten Island, NY 10301
Edward Fine
101 Smith Ln, Accord, NY 12404
Edward Fine
145 W 67Th St APT 11D, New York, NY 10023
Edward Fine
2005 Avenue L APT 1G, Brooklyn, NY 11210
Edward Fine
8415 Avonside Ct, East Amherst, NY 14051

Organization information

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Edward Fine MD

100 High St, Buffalo, NY 14203

Industry:
Neurologist
Phone:
(716) 887-5411 (Phone)
Edward Judah Fine

Professional information

Edward J Fine Photo 1

Edward J Fine, Buffalo NY

Specialties:
Neurologist
Address:
3495 Bailey Ave, Buffalo, NY 14215
100 High St, Buffalo, NY 14203
300 Essjay Rd, Williamsville, NY 14221
Education:
Ohio State University, College of Medicine - Doctor of Medicine
Brigham & Women's Hospital - Fellowship - Clinical Neurophy
Montefiore Medical Center - Fellowship - Pathology
Rhode Island Hospital - Residency - Neuropathology (Pathology)
Albany Medical Center - Residency - Neurology
Board certifications:
American Board of Psychiatry and Neurology Certification in Neurology (Psychiatry and Neurology), American Board of Psychiatry and Neurology Sub-certificate in Clinical Neurophysiology (Psychiatry and Neurology)


Edward Fine Photo 2

Dr. Edward Fine, Buffalo NY - MD (Doctor of Medicine)

Specialties:
Clinical Neurophysiology
Address:
JACOBS NEUROLOGICAL INSTITUTE
300 Essjay Rd SUITE 100, Buffalo 14221
(716) 932-6080 (Phone)
BUFFALO GENERAL HOSPITAL
100 High St, Buffalo 14203
(716) 859-5600 (Phone), (716) 859-2925 (Fax)
BUFFALO GENERAL HOSPITAL
100 High St, Buffalo 14203
(716) 859-5600 (Phone), (716) 898-5029 (Fax)
3495 Bailey Ave SUITE 901B, Buffalo 14215
(716) 859-7501 (Phone)
VA MEDICAL CENTER
3495 Bailey Ave, Buffalo 14215
(716) 834-9200 (Phone), (716) 834-9200 (Fax)
Jacobs Neurological Institute
300 Essjay Rd SUITE 100, Buffalo 14221
(716) 932-6080 (Phone)
Certifications:
Clinical Neurophysiology, 2003, Neurology, 1976
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
JACOBS NEUROLOGICAL INSTITUTE
300 Essjay Rd SUITE 100, Buffalo 14221
BUFFALO GENERAL HOSPITAL
100 High St, Buffalo 14203
3495 Bailey Ave SUITE 901B, Buffalo 14215
VA MEDICAL CENTER
3495 Bailey Ave, Buffalo 14215
BUFFALO GENERAL HOSPITAL
100 High St, Buffalo 14203
Jacobs Neurological Institute
300 Essjay Rd SUITE 100, Buffalo 14221
Kaleida Health Buffalo General Hospital
100 High St, Buffalo 14203
Millard Fillmore Hospital
3 Gates Cir, Buffalo 14209
Education:
Medical School
Ohio State University / College of Medicine
Graduated: 1966
Montefiore Medical Center-Moses Division
Albany Medical Center Hospital
Brown University
U Of Med-Dentistry
Albert Einstein Coll Med
Harvard Med Sch Women's & Brigham Hosp


Edward Fine Photo 3

Goniometric Feedback Device And Method For Monitoring Angles Of Body Joints

US Patent:
4667685, May 26, 1987
Filed:
Sep 23, 1985
Appl. No.:
6/778807
Inventors:
Edward J. Fine - Williamsville NY
International Classification:
A61B 510
US Classification:
128782
Abstract:
A goniometric feedback device and an associated method for monitoring the relative angular position of two human body portions hinged at a common joint utilize a brace mechanism, transducer circuits, an array of selection light-emitting diodes (LEDs), an array of movement response LEDs, indicia associating with each LED array with a series of angular values, preselection circuits and sensing circuits. The brace mechanism includes two brace sections securable to the two body portions, and the transducer circuits provide an output electrical signal which varies in strength in response to a change in the relative angular position between the two brace sections so that the output signal strength corresponds to the relative angular position between the two brace sections. The preselection circuits permit one LED in the array of selection LEDs to be activated to indicate to a user a target angular displacement which the user subsequently attempts to achieve by moving the two body portions, and hence the two brace sections, relative to one another. The sensing circuits sense the strength of the output signal and activate an LED in the array of movement response LEDs which corresponds to the relative angular position of the two brace sections for providing information to the user of progress toward achieving target angular displacement.