脚底Odema上的利特西西棕榈籽提取反炎症活性和小脚组织图

Mustika Sari, Henny Sulistiany
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摘要

山茱萸(Litsea garciae或malek)是婆罗洲的一种本地植物,属于樟科。从科学上讲,这些植物的用途并不广为人知。本研究的目的是测定山楂籽对小鼠足部水肿的抗炎作用,并测定卡拉胶诱导小鼠足部被膜厚度的组织学变化。本研究采用完全随机设计,共设5个治疗组。治疗组分为阴性治疗组(K1)和阳性治疗组(K2),分别添加3个不同剂量的马列籽提取物组。处理剂量分别为0.625 mg/g BW (P1)、1.25 mg/g BW(2)和2.50 mg/g BW (P3)。水肿率和被膜厚度采用单因素方差分析(α = 0.05)。结果表明,0.625 mg/g BW剂量的马列籽提取物对小鼠足部水肿具有抗炎作用。0.625 mg/g BW、1.25 mg/g BW和2.5 mg/g BW剂量组的炎症发生率分别为31.10%、22.58%和25.83%。na -双氯芬酸阳性对照组的炎症减轻率(42.70%)与0.0625 ~ 2.5 mg/g BW的马列籽提取物组有显著差异。马列籽提取物1.25 mg/g BW (P2)组与马列籽提取物2.5 mg/g BW (P3)组的炎症减轻百分比无显著差异。小鼠足部组织学观察结果显示,马列籽提取物对卡拉胶诱导的小鼠腿皮厚度无显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Aktivitas Anti Inflamasi Ekstrak Biji Litsea Garciae Vidal Pada Odema Telapak Kaki Dan Gambaran Histologis Kaki Mencit
Litsea garciae or malek is a native species from Borneo and belongs to the Lauraceae family. Scientifically, the use of these plants is not widely known. The purpose of this study was to determine the anti-inflammatory activity of Litsea garciae seeds against edema in mice feet and to determine the histology of the carrageenan-induced integument thickness of mice. The study used a completely randomized design with 5 treatment groups. The treatment group consisted of a negative treatment group (K1), a positive treatment group (K2) with 3 different dosages of Malek seed extract groups. The treatment doses used were Malek seed extract at a dose of 0.625 mg/g BW (P1), 1.25 mg/g BW (2), and 2.50 mg/g BW (P3). Edema percentage and integument thickness were analyzed by the One-Way ANOVA test with (α = 0.05). The results showed that the Malek seed extract dose of 0.625 mg/g BW had anti-inflammatory activity against edema of the mice's feet. The percentage of inflammation with doses of 0.625 mg/g BW, 1.25 mg/g BW and 2.5 mg/g BW was 31.10%, 22.58%, and 25.83%. The percentage of reduction in inflammation in the positive control treatment of Na-diclofenac (42.70%) was significantly differ-ent from the treatment of Malek seed extract at a dose of 0.0625–2.5 mg/g BW. The percentage of reduction in inflammation in the group treated with 1.25 mg/g BW (P2) Malek seed extract was not significantly different from the 2.5 mg/g BW (P3) treatment of Malek seed extract. The results of histological observations of mice's feet showed that the extract of Malek seeds did not have a significant effect on the thickness of the carrageenan-induced mice leg integument.
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