Skip to main contentU.S. National Library of MedicineU.S. National Library of Medicine

Profiles in Science
Pinterest badge Follow Profiles in Science on Pinterest!

The Arthur Kornberg Papers

Letter from William F. Dove to Arthur Kornberg pdf (73,517 Bytes) transcript of pdf
Letter from William F. Dove to Arthur Kornberg
Number of Image Pages:
1 (73,517 Bytes)
1971-09-30 (September 30, 1971)
Dove, William F.
McArdle Laboratory for Cancer Research
Kornberg, Arthur
Original Repository: Stanford University Libraries. Department of Special Collections and University Archives. Arthur Kornberg Papers
Reproduced with permission of William F. Dove.
Medical Subject Headings (MeSH):
Exhibit Category:
Astonishing Machines of Replication: Stanford, 1970-Present
Metadata Record Letter from Arthur Kornberg to William F. Dove (October 15, 1971) pdf (47,010 Bytes) transcript of pdf
Metadata Record Letter from William F. Dove to Arthur Kornberg (October 18, 1971) pdf (45,856 Bytes) transcript of pdf
Box Number:
Unique Identifier:
Document Type:
Letters (correspondence)
Physical Condition:
September 30, 1971
Dear Arthur:
Bob wells has shown me a preprint of a paper by Brutlag, Shekman, and Kornberg on the involvement of RNA polymerase in the replication of M13 DNA. In addition, Doug Brutlag told me about this work at Cold Spring Harbor, and has now sent me his manuscript.
I find this paper very exciting because it defines the involvement of RNA synthesis in DNA replication (initiation?) in a very clean way; I expect that the study of the molecular basis of the coupling will proceed well in this case. Also, I find the explicit statement of the possibility of an RNA primer to be very constructive (i.e. testable). I am writing because I think that the manuscript may not communicate information on the generality of the phenomenon being described.
In the introduction and discussion you present good reasons for studying the possibility of an RNA primer; however, the average reader may not be aware that the involvement of RNA synthesis in the initiation of DNA replication has been studied extensively in lambda (mainly by us) and has been suggested for E. coli by Lark (1969 review). In the case of lambda, the evidence extends to the point implicating initiation rather than the movement of replication forks. Further, it is found that the transcription necessary for initiation must lie near the origin of replication. Finally (as is now implicit in the classical experiment of Rene Thomas and Elizabeth Bertani), the transcription which activates initiation of lambda replication is subject to repression -- a fact which you can see has broad biological import.
I enclose our published work on the lambda case so that you can evaluate this point. As I stated at the outset, I find your manuscript to be a valuable breakthrough in these studies, and in raising this point I do not intend to detract from its value.
William F. Dove
Metadata Last Modified Date:
Linked Data:
RDF/XML     JSON     JSON-LD     N3/Turtle     N-Triples