EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens

The evaluation of the impact of copper on protein and carbohydrate metabolism of bacteria Pseudomonas aureo-faciens CNMN PsB-03 isolated from soybean rhizosphere soil have been made in sand columns experiment. Enhanced copper concentrations (100 and 300 ppm Cu/g of dry sand) provoked the realizatio...

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Main Author: USM ADMIN
Format: Article
Language:English
Published: Moldova State University 2007-01-01
Series:Studia Universitatis Moldaviae: Stiinte reale si ale naturii
Online Access:https://ojs.studiamsu.md/index.php/stiinte_reale_naturii/article/view/119
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author USM ADMIN
author_facet USM ADMIN
author_sort USM ADMIN
collection DOAJ
description The evaluation of the impact of copper on protein and carbohydrate metabolism of bacteria Pseudomonas aureo-faciens CNMN PsB-03 isolated from soybean rhizosphere soil have been made in sand columns experiment. Enhanced copper concentrations (100 and 300 ppm Cu/g of dry sand) provoked the realization of ability to plentiful EPS synthesis as protective mechanism, and investigated bacteria revealed a high resistance against copper toxicity up to concentration 300 ppm Cu/g of dry sand. Essential modifications in intracellular protein composition at three compared populations, formed during incubation for 20 weeks at the presence of high copper concentrations and then returned to normal cultivation condition, have been not established.
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spelling doaj.art-96315e38aa0c420c91046657097f7bb62022-12-22T04:40:15ZengMoldova State UniversityStudia Universitatis Moldaviae: Stiinte reale si ale naturii1814-32371857-498X2007-01-011EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciensUSM ADMIN0Studia Universitas Moldaviae The evaluation of the impact of copper on protein and carbohydrate metabolism of bacteria Pseudomonas aureo-faciens CNMN PsB-03 isolated from soybean rhizosphere soil have been made in sand columns experiment. Enhanced copper concentrations (100 and 300 ppm Cu/g of dry sand) provoked the realization of ability to plentiful EPS synthesis as protective mechanism, and investigated bacteria revealed a high resistance against copper toxicity up to concentration 300 ppm Cu/g of dry sand. Essential modifications in intracellular protein composition at three compared populations, formed during incubation for 20 weeks at the presence of high copper concentrations and then returned to normal cultivation condition, have been not established. https://ojs.studiamsu.md/index.php/stiinte_reale_naturii/article/view/119
spellingShingle USM ADMIN
EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
Studia Universitatis Moldaviae: Stiinte reale si ale naturii
title EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
title_full EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
title_fullStr EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
title_full_unstemmed EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
title_short EFECTUL CUPRULUI ASUPRA METABOLISMULUI PROTEIC ŞI GLUCIDIC AL BACTERIEI RIZOSFERICE Pseudomonas aureofaciens
title_sort efectul cuprului asupra metabolismului proteic si glucidic al bacteriei rizosferice pseudomonas aureofaciens
url https://ojs.studiamsu.md/index.php/stiinte_reale_naturii/article/view/119
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