Abstract
Accessible methods of synthesis and identification of phosphorylated benzimidazoles with specific activity close to the maximum permissible with labelled /sup 32/P are developed. These methods permit to determine the permissible residual amounts of the above preparations in nutrition products and the maximum permissible amounts of growth regulators in different objects of the environment, because it is impossible to detect, for example, tri(1-benzimidazolido)phosphate with other physico-chemical methods with the existing concentration of 10/sup -9/%.
Citation Formats
Makarov, A M, Matevosyan, G L, and Zavlin, P M.
Phosphorylated benzimedazoles. 8. Synthesis of phosphorylated with /sup 32/P benzimidazoles.
USSR: N. p.,
1983.
Web.
Makarov, A M, Matevosyan, G L, & Zavlin, P M.
Phosphorylated benzimedazoles. 8. Synthesis of phosphorylated with /sup 32/P benzimidazoles.
USSR.
Makarov, A M, Matevosyan, G L, and Zavlin, P M.
1983.
"Phosphorylated benzimedazoles. 8. Synthesis of phosphorylated with /sup 32/P benzimidazoles."
USSR.
@misc{etde_6788694,
title = {Phosphorylated benzimedazoles. 8. Synthesis of phosphorylated with /sup 32/P benzimidazoles}
author = {Makarov, A M, Matevosyan, G L, and Zavlin, P M}
abstractNote = {Accessible methods of synthesis and identification of phosphorylated benzimidazoles with specific activity close to the maximum permissible with labelled /sup 32/P are developed. These methods permit to determine the permissible residual amounts of the above preparations in nutrition products and the maximum permissible amounts of growth regulators in different objects of the environment, because it is impossible to detect, for example, tri(1-benzimidazolido)phosphate with other physico-chemical methods with the existing concentration of 10/sup -9/%.}
journal = []
volume = {53:3}
journal type = {AC}
place = {USSR}
year = {1983}
month = {Mar}
}
title = {Phosphorylated benzimedazoles. 8. Synthesis of phosphorylated with /sup 32/P benzimidazoles}
author = {Makarov, A M, Matevosyan, G L, and Zavlin, P M}
abstractNote = {Accessible methods of synthesis and identification of phosphorylated benzimidazoles with specific activity close to the maximum permissible with labelled /sup 32/P are developed. These methods permit to determine the permissible residual amounts of the above preparations in nutrition products and the maximum permissible amounts of growth regulators in different objects of the environment, because it is impossible to detect, for example, tri(1-benzimidazolido)phosphate with other physico-chemical methods with the existing concentration of 10/sup -9/%.}
journal = []
volume = {53:3}
journal type = {AC}
place = {USSR}
year = {1983}
month = {Mar}
}