Effect of synthesis variables of plasma synthesized polymers on growth of HepG2 cells

Low pressure plasma polymer films were synthesized using pyrrole and allylamine monomers and adding iodine was used (or not) for the reaction in both cases. They were polymerized on glass substrates under the same reaction conditions. Polymerization of allylamine was also studied at different operat...

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Published in:Biocell 2017, Vol.41 (2), p.41-44
Main Authors: P蒖EZ-TEJADA, Elizabeth, MORALES-CORONA, Juan, Ernesto G覯EZ-QUIR覼, Luis, Concepci髇 GUTIERREZ-RUIZ, Mar韆, OLAYO, Roberto
Format: Article
Language:English
Subjects:
Cell culture
Cell proliferation
Glass substrates
Hepatoma
Iodine
Monomers
Polymer films
Polymerization
Polymers
Propagation
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cited_by cdi_FETCH-LOGICAL-c255t-c58c8f9cb6bd6e58f46d8a9c5052514e5d3a472dda5efc0f776ea3e7b9e420a33
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container_issue 2
container_start_page 41
container_title Biocell
container_volume 41
creator P蒖EZ-TEJADA, Elizabeth
MORALES-CORONA, Juan
Ernesto G覯EZ-QUIR覼, Luis
Concepci髇 GUTIERREZ-RUIZ, Mar韆
OLAYO, Roberto
description Low pressure plasma polymer films were synthesized using pyrrole and allylamine monomers and adding iodine was used (or not) for the reaction in both cases. They were polymerized on glass substrates under the same reaction conditions. Polymerization of allylamine was also studied at different operating powers. These thin polymer films were used as culture surfaces for HepG2 cells, a cell line derived from a human hepatoma. The proliferation, differentiation and two-dimensional propagation until obtaining monolayer of the cells was studied on the different synthetized films and correlations were established between the conditions of synthesis, the physicochemical characteristics obtained and the performance as substrates for the cellular growth.
doi_str_mv 10.32604/biocell.2017.41.041
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subjects Cell culture
Cell proliferation
Glass substrates
Hepatoma
Iodine
Monomers
Polymer films
Polymerization
Polymers
Propagation
title Effect of synthesis variables of plasma synthesized polymers on growth of HepG2 cells
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