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Effect of polyethelene oxide on the thermal degradation of cellulose biofilm – Low cost material for soft tissue repair in dentistry

机译:聚环氧乙烷对纤维素生物膜热降解的影响–牙科软组织修复的低成本材料

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摘要

BackgroundBio cellulose is a byproduct of sweet tea fermentation known as kombusha. During the biosynthesis by bacteria cellulose chains are polymerized by enzyme from activated glucose. The single chains are then extruded through the bacterial cell wall. Interestingly, a potential of the Kombucha’s byproduct bio cellulose (BC) as biomaterial had come into focus only in the past few decades. The unique physical and mechanical properties such as high purity, an ultrafine and highly crystalline network structure, a superior mechanical strength, flexibility, pronounced permeability to gases and liquids, and an excellent compatibility with living tissue that reinforced by biodegradability, biocompatibility, large swelling ratios.
机译:背景生物纤维素是甜茶发酵的一种副产物,称为kombusha。在细菌的生物合成过程中,纤维素链被来自活化葡萄糖的酶聚合。然后将单链挤出穿过细菌细胞壁。有趣的是,康普茶副产品生物纤维素(BC)作为生物材料的潜力仅在过去的几十年中才受到关注。独特的物理和机械性能,例如高纯度,超细且高度结晶的网络结构,优异的机械强度,柔韧性,对气体和液体的显着渗透性以及与生物组织的优异相容性,并通过生物降解性,生物相容性,大溶胀率得到增强。

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