Abstract
Higher plants are capable of assimilating benzene, the molecules of which are subjected to deep chemical transformations; the products of its metabolism move along the plant. Taking part in total metabolism, carbon atoms of benzene molecules incorporate into composition of low-molecular compounds of the plant cell. The bulk of benzene carbon incorporates into composition of organic acids and a comparatively small part - into composition of amino acids. In the metabolism process benzene carbon localizes mainly in the chloroplasts. Phenol, muconic acid and CO/sub 2/ are isolated and identified from the products of benzene enzymatic oxidation. A range of benzene assimilation by higher plants is extremely wide. 9 references, 5 tables.
Citation Formats
Durmishidze, S V, Ugrekhelidze, D Sh, and Dzhikiya, A N.
Assimilation and transformation of benzene by higher plants.
Ukraine: N. p.,
1974.
Web.
Durmishidze, S V, Ugrekhelidze, D Sh, & Dzhikiya, A N.
Assimilation and transformation of benzene by higher plants.
Ukraine.
Durmishidze, S V, Ugrekhelidze, D Sh, and Dzhikiya, A N.
1974.
"Assimilation and transformation of benzene by higher plants."
Ukraine.
@misc{etde_6297246,
title = {Assimilation and transformation of benzene by higher plants}
author = {Durmishidze, S V, Ugrekhelidze, D Sh, and Dzhikiya, A N}
abstractNote = {Higher plants are capable of assimilating benzene, the molecules of which are subjected to deep chemical transformations; the products of its metabolism move along the plant. Taking part in total metabolism, carbon atoms of benzene molecules incorporate into composition of low-molecular compounds of the plant cell. The bulk of benzene carbon incorporates into composition of organic acids and a comparatively small part - into composition of amino acids. In the metabolism process benzene carbon localizes mainly in the chloroplasts. Phenol, muconic acid and CO/sub 2/ are isolated and identified from the products of benzene enzymatic oxidation. A range of benzene assimilation by higher plants is extremely wide. 9 references, 5 tables.}
journal = []
volume = {6:3}
journal type = {AC}
place = {Ukraine}
year = {1974}
month = {Jan}
}
title = {Assimilation and transformation of benzene by higher plants}
author = {Durmishidze, S V, Ugrekhelidze, D Sh, and Dzhikiya, A N}
abstractNote = {Higher plants are capable of assimilating benzene, the molecules of which are subjected to deep chemical transformations; the products of its metabolism move along the plant. Taking part in total metabolism, carbon atoms of benzene molecules incorporate into composition of low-molecular compounds of the plant cell. The bulk of benzene carbon incorporates into composition of organic acids and a comparatively small part - into composition of amino acids. In the metabolism process benzene carbon localizes mainly in the chloroplasts. Phenol, muconic acid and CO/sub 2/ are isolated and identified from the products of benzene enzymatic oxidation. A range of benzene assimilation by higher plants is extremely wide. 9 references, 5 tables.}
journal = []
volume = {6:3}
journal type = {AC}
place = {Ukraine}
year = {1974}
month = {Jan}
}