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Isolation Purification and Characterization of Ginger-derived Nanoparticles (GDNPs) from Ginger Rhizome of Zingiber officinale

机译:姜衍生的姜衍生纳米粒子(GDNPS)的分离纯化和表征来自姜官员的根茎

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摘要

Factors implicated in the pathophysiology of intestinal inflammation include defects in intestinal epithelial barrier function, abnormal immune responses, and activities of the gut microbiota. Current agents used to treat human Inflammatory Bowels Disease (IBD), chronic inflammation of digestive tract, have serious side effects. In addition, most of these treatments target the damaging factors while not providing pro-healing factors that repair the damaged intestine. Here we provide a method to isolate, purify and characterize a specific population from ginger (ginger-derived nanoparticles: GDNPs 2) with anti-inflammatory activities. GDNPs 2 as a drug vehicle are a novel natural, nontoxic delivery system, which target the inflamed intestinal mucosa, blocks damaging factors while promoting pro-healing factors and could easily be developed for large-scale production aimed at the treatment of IBD.
机译:涉及肠道炎症病理生理学的因素包括肠上皮阻挡函数,异常免疫应答和肠道微生物的活性的缺陷。目前用于治疗人炎症肠病(IBD),消化道的慢性炎症,具有严重的副作用。此外,大多数这些治疗靶向破坏性因素,同时不提供修复受损肠道的亲愈合因子。在这里,我们提供一种分离,纯化和表征来自生姜(姜衍生的纳米颗粒:GDNPS 2)的特定群体的方法,具有抗炎活动。作为药物载体的GDNPS 2是一种新型天然的无毒输送系统,其靶向发炎的肠粘膜,阻碍了破坏性因素,同时促进了愈合因子,可以很容易地开发用于旨在治疗IBD的大规模生产。

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