QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX

A QM/MM method for pre-polymerization complex computer modeling followed by an insilica research of bimolecular properties of imprinted polymers can be applied to optimize and estimate the efficiency of imprinted polymers fabrication and usage under various conditions. Isolated pre-polymerization co...

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Main Authors: V. V. Barkaline, Y. V. Douhaya, O. A. Kozlova
Format: Article
Language:Russian
Published: The United Institute of Informatics Problems of the National Academy of Sciences of Belarus 2016-09-01
Series:Informatika
Online Access:https://inf.grid.by/jour/article/view/30
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author V. V. Barkaline
Y. V. Douhaya
O. A. Kozlova
author_facet V. V. Barkaline
Y. V. Douhaya
O. A. Kozlova
author_sort V. V. Barkaline
collection DOAJ
description A QM/MM method for pre-polymerization complex computer modeling followed by an insilica research of bimolecular properties of imprinted polymers can be applied to optimize and estimate the efficiency of imprinted polymers fabrication and usage under various conditions. Isolated pre-polymerization complex modeling of 3-o-acetiladenosine with various number of monomers of acrilamid, metacrilic acid and 3-vinyl benzol acid and with different molar ratio is carried out. The results of QM/MM modeling are compared with the SCF method results in terms of computer resource consumption and parallelization efficiency.
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spelling doaj.art-8a5e1c600c764ecdad71dc1b9ab4763d2023-03-13T08:32:16ZrusThe United Institute of Informatics Problems of the National Academy of Sciences of BelarusInformatika1816-03012016-09-0101263529QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEXV. V. Barkaline0Y. V. Douhaya1O. A. Kozlova2Белорусский национальный технический университетБелорусский национальный технический университетБелорусский государственный университет информатики и радиоэлектроникиA QM/MM method for pre-polymerization complex computer modeling followed by an insilica research of bimolecular properties of imprinted polymers can be applied to optimize and estimate the efficiency of imprinted polymers fabrication and usage under various conditions. Isolated pre-polymerization complex modeling of 3-o-acetiladenosine with various number of monomers of acrilamid, metacrilic acid and 3-vinyl benzol acid and with different molar ratio is carried out. The results of QM/MM modeling are compared with the SCF method results in terms of computer resource consumption and parallelization efficiency.https://inf.grid.by/jour/article/view/30
spellingShingle V. V. Barkaline
Y. V. Douhaya
O. A. Kozlova
QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
Informatika
title QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
title_full QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
title_fullStr QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
title_full_unstemmed QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
title_short QM/MM MODELING OF TAA IMPRINTED POLYMERS PRE-POLYMERIZATION COMPLEX
title_sort qm mm modeling of taa imprinted polymers pre polymerization complex
url https://inf.grid.by/jour/article/view/30
work_keys_str_mv AT vvbarkaline qmmmmodelingoftaaimprintedpolymersprepolymerizationcomplex
AT yvdouhaya qmmmmodelingoftaaimprintedpolymersprepolymerizationcomplex
AT oakozlova qmmmmodelingoftaaimprintedpolymersprepolymerizationcomplex