Nuclear Magnetic Resonance Studies of Several Experimental and Human Malignant Tumors

Hollis, Donald P.; Economou, James S.; Parks, Leon C.; Eggleston, Joseph C.; Saryan, Leon A.; Czeisler, Jeffrey L.

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Articles| September 01 1973

Nuclear Magnetic Resonance Studies of Several Experimental and Human Malignant Tumors

Donald P. Hollis;

Donald P. Hollis

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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James S. Economou;

James S. Economou

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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Leon C. Parks;

Leon C. Parks

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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Joseph C. Eggleston;

Joseph C. Eggleston

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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Leon A. Saryan;

Leon A. Saryan

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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Jeffrey L. Czeisler

Departments of Pathology [J. C. E.] and Physiological Chemistry [D. P. H., L. A. S., J. L. C.] and Division of Transplantation Surgery [J. S. E., L. C. P.], The Johns Hopkins University School of Medicine

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Baltimore, Maryland 21205

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Author & Article Information

¹

Recipient of a career development award from the NIH. To whom requests for reprints should be addressed, at Department of Physiological Chemistry, Wood Basic Science Building. The Johns Hopkins University School of Medicine, 725 N. Wolfe Street, Baltimore, Md. 21205.

²

Recipient of a predoctoral traineeship from the NIH.

³

Recipient of a postdoctoral fellowship from the NIH.

Received: January 22 1973

Accepted: May 29 1973

Online ISSN: 1538-7445

Print ISSN: 0008-5472

1973

Cancer Research, Inc.

Cancer Res (1973) 33 (9): 2156–2160.

Summary

Several animal and human malignant tumors were examined by nuclear magnetic resonance spectrometry. When compared with normal tissue, the spin-lattice (T₁) magnetic relaxation times were longer for all tumors except one human sample. Comparable results were obtained for T₁ measurements of cultured tumor cells. Possible mechanisms for this effect are reviewed briefly and its potential in cancer diagnosis is discussed.

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1973

Cancer Research, Inc.

Nuclear Magnetic Resonance Studies of Several Experimental and Human Malignant Tumors

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Nuclear Magnetic Resonance Studies of Several Experimental and Human Malignant Tumors