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The Harold Varmus Papers

Title:
Letter from Harold Varmus and J. Michael Bishop to Robert J. Huebner, National Cancer Institute pdf (60,855 Bytes) transcript of pdf
Letter from Harold Varmus and J. Michael Bishop to Robert J. Huebner, National Cancer Institute
Number of Image Pages:
1 (60,855 Bytes)
Date:
1972-03-07 (March 7, 1972)
Creator:
Varmus, Harold
Bishop, J. Michael
Recipient:
Huebner, Robert J.
National Cancer Institute (U.S.)
Source:
Original Repository: University of California, San Francisco. Archives and Special Collections. Harold E. Varmus Papers
Rights:
Reproduced with permission of the Regents of the University of California.
Subject:
Medical Subject Headings (MeSH):
DNA
Exhibit Category:
Retroviruses and the Genetic Origins of Cancer, 1970-1993
Box Number: 1
Folder Number: 2
Unique Identifier:
MVBBBL
Document Type:
Letters (correspondence)
Language:
English
Format:
application/pdf
image/tif
Physical Condition:
Good
Series: UCSF Collections
SubSeries: Collection Number MSS 84-25
SubSubSeries: Correspondence, 1971-1984
Folder: Correspondence, 1972
Transcript:
March 7, 1972
Re: Your letter of 2-17-72 and Proc. Net. Acad. Sci. 69:20-24 (1972)
Dear Dr. Huebner,
The last paragraph of our paper was intended to refer only to the provirus hypothesis. The point is that we have to date been unable to perform a definitive test of that hypothesis because of the presence of virus-specific nucleotide sequences in DNA of the various normal cells we have been using. Because of the limitations in sensitivity of the Gelb-Kohne-Martin technique, the presence of virus-specific DNA in normal cells could obscure a small but sufficient increase in such sequences as a consequence of transformation. What we need is a system in which the normal cell is completely devoid of RSV-specific DNA. Examination of such cells following transformation by RSV would provide a good test of the provirus hypothesis. We now seem to have our hands on such a system - normal and RSV-transformed 3T3 cells. We should have definitive data shortly. We recognized that all of the foregoing has little or nothing to do with the oncogene hypothesis. We also recognize that although we have yet to obtain data which can refute or confirm the provirus hypothesis, our present data provide a physico-chemical correlate to the biological data from which the oncogene hypothesis derives.
We were certainly remiss in omitting a reference to the work of yourself and Sarma, and apologize for this oversight.
Thank you for your comments. We appreciate your continuing interest in our work.
Sincerely,
J. Michael Bishop, M.D.
Associate Professor
Department of Microbiology
Harold E. Varmus, M.D.
Department of Microbiology
Metadata Last Modified Date:
2012-03-07
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