RAYMOND V DAMADIAN, M.D.
Osteopathic Medicine at Marcus Dr, Huntington Station, NY
License number
New York 087120-1
Category
Osteopathic Medicine
Type
Internal Medicine
Address
Address
110 Marcus Dr, Huntington Station, NY 11747
Phone
(631) 694-2929
Organization information
See more information about RAYMOND V DAMADIAN at bizstanding.comRaymond V Damadian MR Scanning
110 Marcus Dr, Melville, NY 11747
Categories:
Medical Imaging
Phone:
(631) 694-2929 (Phone), (631) 753-5150 (Fax)
DAMADIAN MRI IN FOREST HILLS, PC
110 Marcus Dr, Melville, NY 11747
Status:
Inactive
Doing business as:
RAYMOND V. DAMADIAN, MD MRI AT FOREST HILLS, PC
Inactive reason:
Dissolution
Registration:
Jun 4, 1993
Inactive since:
Aug 23, 2013
State ID:
1731992
Business type:
DOMESTIC PROFESSIONAL CORPORATION
Md Raymond V. Damadian, 110 Marcus Dr, Melville, NY 11747 (Physical)
RAYMOND V. DAMADIAN
Huntington Station, NY
Status:
Inactive
Registration:
Apr 8, 1991
State ID:
74154895
Status:
602 - Abandoned-failure to respond or late response
Status date:
Apr 7, 1992
Illustration:
Typeset: Word(s)/letter(s)/number(s)
Attorney:
Emmanuel J. Lobato,FONAR Corporation,110 Marcus Dr, Melville, NY 11747
Employee:
Lesley Lamothe
Goods & Services:
Management of medical magnetic resonance imaging facilities and centers
Owner:
110 Marcus Dr, Melville, NY 11747
Professional information
Dr. Raymond V Damadian, Melville NY - MD (Doctor of Medicine)
Specialties:
Radiology, Internal Medicine
Address:
Melville MRI
110 Marcus Dr, Melville 11747
(631) 454-0539 (Phone)
110 Marcus Dr, Melville 11747
(631) 454-0539 (Phone)
Languages:
English
Hospitals:
Melville MRI
110 Marcus Dr, Melville 11747
John T. Mather Memorial Hospital
75 North Country Rd, Port Jefferson 11777
110 Marcus Dr, Melville 11747
John T. Mather Memorial Hospital
75 North Country Rd, Port Jefferson 11777
Education:
Medical School
Albert Einstein College of Medicine of Yeshiva University
Graduated: 1960
Albert Einstein College of Medicine of Yeshiva University
Graduated: 1960
Mobile Mri System And Method Of Promoting Use Of Mri System
US Patent:
6817866, Nov 16, 2004
Filed:
Nov 22, 2000
Appl. No.:
09/717382
Inventors:
Sol Ginzburg - Melville NY
Raymond V. Damadian - Melville NY
Ralph H. Terrell - Melville NY
Raymond V. Damadian - Melville NY
Ralph H. Terrell - Melville NY
Assignee:
Fonar Corporation - Melville NY
International Classification:
G09B 2500
US Classification:
434365
Abstract:
A trailer or other mobile carrier may be utilized as a promotional system for promoting sales and education of nuclear magnetic resonance (NMR) imaging devices and systems. The trailer may house a set-up that includes an MRI scanner that may be operational or may be a mock-up system designed to simulate the operation of an actual MRI scanner. The trailer may also house monitoring equipment for presenting real or simulated NMRI imaging information. Other equipment, either operational or designed for demonstration purposes only, that is necessary to or that facilitates an NMRI diagnostic procedure may also be included in the trailer. The equipment may be housed inside the trailer so that observers may easily view the equipment therein from any desired perspective. Further, the equipment may be arranged so that an observer may put himself in the place of a patient undergoing an NMRI diagnostic procedure, so that a first-hand hand evaluation of the equipment may be made.
Raymond Vahan Damadian, Melville NY
Specialties:
Internist
Address:
110 Marcus Dr, Melville, NY 11747
Nuclear Magnetic Resonance Apparatus Including Permanent Magnet Configuration
US Patent:
4675609, Jun 23, 1987
Filed:
Mar 20, 1986
Appl. No.:
6/841897
Inventors:
Gordon T. Danby - Melville NY
Raymond V. Damadian - Melville NY
Lawrence A. Minkoff - Melville NY
Raymond V. Damadian - Melville NY
Lawrence A. Minkoff - Melville NY
Assignee:
Fonar Corporation - Melville NY
International Classification:
G01R 3320
US Classification:
324318
Abstract:
An apparatus for nuclear magnetic resonance scanning and imaging which employs a primary magnetic field, an rf field, and a detector for detecting a nuclear magnetic resonance signal, the primary magnetic field being produced by an assembly of relatively low energy flux magnetic material combined with an assembly of relatively high energy flux magnetic material. The magnetic flux of the relatively low energy flux magnetic material is concentrated in a magnetic flux conductor means which is in turn combined with the magnetic flux of the relatively high energy flux magnetic material and is concentrated at a pole piece.