-transparent.png){kind=logo}
Nascent short DNA chains isolated from T4-infected E. coli under a variety of conditions anneal equally to the separated complementary phage DNA strands. The samples examined include: pulse-labeled short chains isolated by alkaline sucrose gradient sedimentation from the T4D (wild type)-infected cells in both the early and late stages of phage DNA synthesis; nascent chains accumulated during ligase inhibition of T4 ts B20-infected cells; and the single-stranded nascent short chains isolated from T4D-infected cells by mild procedures involving no denaturation treatment. The results are consistent with the hypothesis that both strands of DNA are synthesized discontinuously.
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
February 1972,
Journal of molecular biology,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
August 1970,
Journal of molecular biology,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
December 1969,
Proceedings of the National Academy of Sciences of the United States of America,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
December 2014,
Biochemistry,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
May 1975,
Journal of molecular biology,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
April 1969,
Biochemical and biophysical research communications,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
January 1993,
Molekuliarnaia biologiia,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
March 1964,
Biochimica et biophysica acta,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
January 2007,
The Journal of biological chemistry,
K Sugimoto, and
T Okazaki, and
Y Imae, and
R Okazaki
August 1978,
Molecular & general genetics : MGG,
