Continuous labelling of callus with H-thymidine results in intermittent peaks of
H-DNA per chloroplast, showing synchrony of division. The increase in H-DNA
could be due to several replication rounds, and the drop to successive plastid divisions
without intervening DNA synthesis. The level of DNA-binding proteins in the
chloroplast parallels the peaks of plastidal DNA synthesis; such proteins could hence
comprise factors necessary for plastid multiplication in tissue cultures
. (1995). DNA REPLICATION AND SYNTHESIS OF DNABINDING
PROTEINS IN THE CHLOROPLASTS
OF A CALLUS CULTURE. (e31262). Journal of Sciences, Islamic Republic of Iran, 6(4), e31262
MLA
. "DNA REPLICATION AND SYNTHESIS OF DNABINDING
PROTEINS IN THE CHLOROPLASTS
OF A CALLUS CULTURE" .e31262 , Journal of Sciences, Islamic Republic of Iran, 6, 4, 1995, e31262.
HARVARD
. (1995). 'DNA REPLICATION AND SYNTHESIS OF DNABINDING
PROTEINS IN THE CHLOROPLASTS
OF A CALLUS CULTURE', Journal of Sciences, Islamic Republic of Iran, 6(4), e31262.
CHICAGO
, "DNA REPLICATION AND SYNTHESIS OF DNABINDING
PROTEINS IN THE CHLOROPLASTS
OF A CALLUS CULTURE," Journal of Sciences, Islamic Republic of Iran, 6 4 (1995): e31262,
VANCOUVER
. DNA REPLICATION AND SYNTHESIS OF DNABINDING
PROTEINS IN THE CHLOROPLASTS
OF A CALLUS CULTURE. J. Sci. I. R. I.. 1995;6(4):e31262.