-transparent.png){kind=logo}
The effect of a ts-mutation belonging to the cell-lethal type on protein and RNA synthesis under heat shock conditions has been investigated. The mutation studied, l(l)ts-403, localized in the X-chromosome has significant effect on the kinetics of protein synthesis in salivary gland subjected to heat treatment under in vivo and in vitro conditions. The animals homozygous for l(l)ts-403 are characterized by a rapid drop of label incorporation into heat shock proteins. It is shown that the mutation affects not only the kinetics of heat-shock proteins synthesis but their electrophoretic pattern as well. The experiments performed enable us to conclude that the presumptive regulatory gene realized its action at the level of transcription of heat shock loci.
M Evgen'ev, and
A Levin, and
E Lozovskaya
June 1972,
Developmental biology,
M Evgen'ev, and
A Levin, and
E Lozovskaya
May 1979,
Proceedings of the National Academy of Sciences of the United States of America,
M Evgen'ev, and
A Levin, and
E Lozovskaya
February 1990,
Genetika,
M Evgen'ev, and
A Levin, and
E Lozovskaya
May 1971,
Proceedings of the National Academy of Sciences of the United States of America,
M Evgen'ev, and
A Levin, and
E Lozovskaya
July 1981,
Developmental biology,
M Evgen'ev, and
A Levin, and
E Lozovskaya
January 1981,
Genetics,
M Evgen'ev, and
A Levin, and
E Lozovskaya
May 1977,
The Journal of experimental zoology,
M Evgen'ev, and
A Levin, and
E Lozovskaya
September 1984,
Proceedings of the National Academy of Sciences of the United States of America,
M Evgen'ev, and
A Levin, and
E Lozovskaya
January 2015,
Frontiers in genetics,
M Evgen'ev, and
A Levin, and
E Lozovskaya
November 1984,
Somatic cell and molecular genetics,
