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New approach to the synthesis of a functional macroporous poly(vinyl alcohol) network and design of boronate affinity sorbent for protein separationстатья
Статья опубликована в высокорейтинговом журнале
Информация о цитировании статьи получена из
Web of Science,
Scopus
Статья опубликована в журнале из списка Web of Science и/или Scopus
Дата последнего поиска статьи во внешних источниках: 24 октября 2016 г.
- Авторы: Tikhonov Vladimir E., Blagodatskikh Inesa V., Postnikov Vladimir A., Klemenkova Zinaida S., Vyshivannaya Oxana V., Khokhlov Alexei R.
- Журнал: European Polymer Journal
- Том: 75
- Год издания: 2016
- Издательство: Pergamon Press Ltd.
- Местоположение издательства: United Kingdom
- Первая страница: 1
- Последняя страница: 12
- DOI: 10.1016/j.eurpolymj.2015.11.035
- Аннотация: A new method for preparation of a functional macroporous crosslinked polyvinyl alcohol (MP-PVA) matrix in aqueous media without usage of an outer porogen has been elaborated. The method includes PVA oxidation by sodium periodate followed by (a) self-crosslinking of the oxidized PVA and (b) glutaraldehyde crosslinking. MP-PVA represents a highly crosslinked matrix that is non-swellable in water and common organic solvents and has a high pore volume and pore surface and contains reactive aldehyde groups. Surface topography of MP-PVA has revealed its heterogeneous globule-like structure with open macropores of about 100-300 nm in diameter and large pores of about several microns. Dynamic light scattering study has elucidated the phase separation during the self-crosslinking step as the main factor responsible for macroporous structure generation. Boronate affinity sorbent has been designed by means of immobilization of aminophenylboronic acid via aldehyde groups of MP-PVA matrix, and its applicability for quantification of glycated and non-glycated haemoglobin in human blood of diabetics patients has been demonstrated. The proposed approach to the preparation of the functional macroporous MP-PVA matrix may be promising for designing new macroporous sorbents and monoliths for affinity ligands immobilization and separation of hydrophilic macromolecules. (C) 2015 Elsevier Ltd. All rights reserved.
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