President and Chairman FONAR Corporation
Urology
Dr. Raymond V. Damadian, MD
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Raymond V. Damadian, MD works in the field of Urology. He graduated from Harvard Medical School. Harvard Medical School is a top medical college. Harvard Medical School is ranked 1 in research and 12 in primary care medicine He received awards:"Whos Who in Medicine and Healthcare". Raymond Damadian is a published physician. He published 63 publications, including: 'Tumor imaging in a live animal by focusing NMR (FONAR).'
Publications
- The possible role of cranio-cervical trauma and abnormal CSF hydrodynamics in the genesis of multiple sclerosis.
- ON THE EXISTENCE OF NON-URINE FORMING NEPHRONS IN THE DISEASED KIDNEY OF THE DOG.
- BACTERIAL MUTANT WITH IMPAIRED POTASSIUM TRANSPORT AND METHIONINE BIOSYNTHESIS.
- In memoriam--Freeman Widener Cope--1930-1982.
- 23Na NMR maps of head sized phantoms and a low resolution 23Na map of the live human head.
- Improved discrimination of normal and malignant tissue using 1H NMR relaxation time measurements at 2.18 MHz.
- Field focusing n.m.r. (FONAR) and the formation of chemical images in man.
- Tumor detection by nuclear magnetic resonance.
- Cell potassium by 39K spin echo nuclear magnetic resonance.
- Abnormal phosphorus metabolism in a potassium transport mutant of Escherichia coli.
- Abnormal phosphorus metabolism in a potassium transport mutant of Escherichia coli. SAM-TR-67-10.
- Potassium transport mutant of Escherichia coli B. Analysis of potassium movements. Sam-TR-66-19.
- Biological ion exchanger resins. 3. Molecular interpretation of cellular ion exchange.
- Biological ion exchanger resins. II. QUERP water and ion exchange selectivity.
- Biological ion exchanger resins. I. Quantitative electrostatic correspondence of fixed charge and mobile counter ion.
- Ion exchange in Escherichia coli: potassium-binding proteins.
- Ion metabolism in a potassium accumulation mutant of Escherichia coli B. I. Potassium metabolism.
- Biological ion exchanger resins. V. The invalidity of the Donnan equation.
- Biological ion exchanger resins. IV. Evidence for potassium association with fixed charges in muscle and brain by pulsed nuclear magnetic resonance of 39K.
- Human tumors by NMR.
- Potassium nuclear magnetic resonance relaxations in muscle and brain, and in normal E. coli and a potassium transport mutant.
- Caloric catastrophe.
- Energy requirements of bacterial ion exchange.
- Biological ion exchanger resins.
- Human tumors detected by nuclear magnetic resonance.
- NMR in cancer. V. Electronic diagnosis of cancer by potassium (39K) nuclear magnetic resonance: spin signatures and T1 beat patterns.
- Nuclear magnetic resonance as a new tool in cancer research: human tumors by NMR.
- Reply to letters on "caloric catastrophe": Inadequacy of the energy available from ATP for membrane transport.
- Unidentified symptom complex.
- [Examination of the human body using nuclear magnetic resonance (FONAR system): cardiovascular applications].
- Low paramagnetic-ion content in cancer cells: its significance in cancer detection by magnetic resonance imaging.
- Biological ion exchanger resins. VII. Counter-ion activity coefficients in solutions of biological polyelectrolytes.
- Actin-like properties from Escherichia coli: concept of cytotonus as the missing link between cell metabolism and the biological ion-exchange resin.
- Letter: Energy requirements of membrane pumps.
- Biological ion exchanger resins: VIII. A preliminary report on actin-like protein in E. coli and the cytotonus concept.
- Field focusing nuclear magnetic resonance (FONAR): visualization of a tumor in a live animal.
- Tumor imaging in a live animal by focusing NMR (FONAR).
- Nuclear magnetic resonance in cancer, XII: Application of NMR malignancy index to human lung tumours.
- NMR in cancer: XVI. FONAR image of the live human body.
- NMR in cancer: XVIII. A superconductive NMR magnet for a human sample.
- NMR in cancer: XVII. dewar for a 53-inch superconducting NMR magnet.
- Nuclear magnetic resonance: a noninvasive approach to cancer.
- Biological ion exchanger resins; IX. Isolation and partial identification of a potassium sensitive contractile-like protein from E. coli.
- NMR in cancer: XXI. FONAR scan of the live human abdomen.
- NMR in cancer, XIII: application of the NMR malignancy index to human mammary tumours.
- Nuclear magnetic resonance properties of gynecological tissues.
- Field-focusing nuclear nuclear magnetic resonance (fomar).
- NMR in cancer. XI. Application of the NMR malignancy index to human gastro-intestinal tumors.
- NMR in cancer. X. A malignancy index to discriminate normal and cancerous tissue.
- NMR in cancer: VIII. Phosphorus-31 as a nuclear probe for malignant tumors.
- Nuclear magnetic resonance chemical shifts of potassium ions (39K) on ion exchange resins and in muscle.
- Spectral differences in the 31P NMR of normal and malignant tissue.
- Pulsed nuclear magnetic resonance of potassium (39K) of whole body live and dead newborn mice. Double oscillation frequencies in T1 decay curves.
- Biological ion exchanger resins: XI. Actin in Escherichia coli.
- Whole-body nuclear magnetic resonance scanning: n.m.r. studies of tumour cells.
- NMR in cancer: XX. FONAR scans of patients with cancer.
- NMR in cancer: IX. The concept of cancer treatment by NMR: a preliminary report of high resolution NMR or phosphorus in normal and malignant tissues.
- NMR in cancer. VII. Sodium-23 magnetic resonance of normal and cancerous tissues.
- Phosphorus-31 as a nuclear probe for malignant tumors.
- Biological ion exchanger resins. X. The cytotonus hypothesis: biological contractility and the total regulation of cellular physiology through quantitative control of ...
- Structured water or pumps?
- Upright, weight-bearing, dynamic-kinetic MRI of the spine: initial results.
Schools
Albert Einstein College of Medicine of Yeshiva University
Doctors Specialties
- Internal Medicine
- Radiology
- Urology
Accepted Insurances
Awards
- Whos Who in Medicine and Healthcare
Education
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Harvard Medical School -
Washington University - Barnes-Jewish Hospital -
SUNY Health Science Center at Brooklyn -
Albert Einstein College of Medicine of Yeshiva University
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