-transparent.png){kind=logo}
An assay for beta-alanine transaminase activity in extracts of Drosophila melanogaster has been developed. By use of this assay, the levels of beta-alanine transaminase activity in several strains of flies has been examined as a function of developmental age. The black mutation shows elevated levels of activity compared to wild type, while suppressor of black strains show decreased levels compared to wild type.
Related Publications
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
March 1963,
Science (New York, N.Y.),
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
November 1978,
Behavior genetics,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
June 1959,
Biochimica et biophysica acta,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
August 1990,
Chromosoma,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
January 1982,
Molecular & general genetics : MGG,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
March 2006,
Genetics,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
January 1981,
Molecular & general genetics : MGG,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
January 1983,
Hereditas,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
February 1980,
Biochemical genetics,
J P Weber, and
R J Bolin, and
M S Hixon, and
A F Sherald
October 2007,
Acta crystallographica. Section F, Structural biology and crystallization communications,
