THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN

Thermodynamic and computerized equilibrium modeling studies demonstrate up to 75% reduction in the amount of lead complexed when used pectate. This finding is in good agreement with the clinical results on the content of lead in blood of children in the Bac Ziang city of Vietnam. The calculation o...

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Main Authors: POVAR IGOR, SPINU OXANA, DEMCHENKO PAVLO, VOYTKO ALEX, LUPASCU TUDOR
Format: Article
Language:English
Published: Cahul State University ”B.P.Hasdeu” 2018-09-01
Series:Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
Online Access:http://jees.usch.md/wp-content/uploads/2018/09/u.pdf
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spelling doaj-f0e8b744a603460d83b62a0eae406f392020-11-25T00:20:51ZengCahul State University ”B.P.Hasdeu”Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies 2587-313X2587-31212018-09-01136166THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTINPOVAR IGOR0SPINU OXANA1DEMCHENKO PAVLO2VOYTKO ALEX3LUPASCU TUDOR4Doctor Habilitats in chemistry, Institute of Chemistry, Republic of MoldovaScientific Researcher, Institute of Chemistry, Republic of MoldovaPhD in chemistry, “Technologika” SPE Ltd., UkrainePhD in chemistry, “Technologika” SPE Ltd., UkraineAcademician, Professor, Doctor Habilitats in chemistry, Institute of Chemistry, Republic of MoldovaThermodynamic and computerized equilibrium modeling studies demonstrate up to 75% reduction in the amount of lead complexed when used pectate. This finding is in good agreement with the clinical results on the content of lead in blood of children in the Bac Ziang city of Vietnam. The calculation of the diagram of repartition of lead containing species and the conditional constant of stability show that the complex of Pb2+ with pectin is more stable within the range of pH 5-7. The developed approach could be successfully used for estimation of the binding other toxic heavy metals with pectins for their eliminating from animal and human organisms. http://jees.usch.md/wp-content/uploads/2018/09/u.pdf
collection DOAJ
language English
format Article
sources DOAJ
author POVAR IGOR
SPINU OXANA
DEMCHENKO PAVLO
VOYTKO ALEX
LUPASCU TUDOR
spellingShingle POVAR IGOR
SPINU OXANA
DEMCHENKO PAVLO
VOYTKO ALEX
LUPASCU TUDOR
THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
author_facet POVAR IGOR
SPINU OXANA
DEMCHENKO PAVLO
VOYTKO ALEX
LUPASCU TUDOR
author_sort POVAR IGOR
title THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
title_short THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
title_full THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
title_fullStr THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
title_full_unstemmed THERMODYNAMIC STUDY OF THE BINDING OF LEAD BY PECTIN
title_sort thermodynamic study of the binding of lead by pectin
publisher Cahul State University ”B.P.Hasdeu”
series Scientific Journal of Cahul "Bogdan Petriceicu Hasdeu" State University: Economic & Engineering Studies
issn 2587-313X
2587-3121
publishDate 2018-09-01
description Thermodynamic and computerized equilibrium modeling studies demonstrate up to 75% reduction in the amount of lead complexed when used pectate. This finding is in good agreement with the clinical results on the content of lead in blood of children in the Bac Ziang city of Vietnam. The calculation of the diagram of repartition of lead containing species and the conditional constant of stability show that the complex of Pb2+ with pectin is more stable within the range of pH 5-7. The developed approach could be successfully used for estimation of the binding other toxic heavy metals with pectins for their eliminating from animal and human organisms.
url http://jees.usch.md/wp-content/uploads/2018/09/u.pdf
work_keys_str_mv AT povarigor thermodynamicstudyofthebindingofleadbypectin
AT spinuoxana thermodynamicstudyofthebindingofleadbypectin
AT demchenkopavlo thermodynamicstudyofthebindingofleadbypectin
AT voytkoalex thermodynamicstudyofthebindingofleadbypectin
AT lupascutudor thermodynamicstudyofthebindingofleadbypectin
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