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姜黄素、高牛磺酸和维生素D3对糖尿病视网膜病变患者人玻璃体的抗炎作用

Anti-inflammatory Effect of Curcumin, Homotaurine, and Vitamin D3 on Human Vitreous in Patients With Diabetic Retinopathy.

作者信息

Filippelli Mariaelena, Campagna Giuseppe, Vito Pasquale, Zotti Tiziana, Ventre Luca, Rinaldi Michele, Bartollino Silvia, dell'Omo Roberto, Costagliola Ciro

机构信息

Department of Medicine and Health Sciences "V. Tiberio", University of Molise, Campobasso, Italy.

Department of Medical-Surgical Sciences and Translational Medicine, University of Rome "La Sapienza", Rome, Italy.

出版信息

Front Neurol. 2021 Feb 5;11:592274. doi: 10.3389/fneur.2020.592274. eCollection 2020.

Abstract

To determine the levels of pro-inflammatory cytokines and soluble mediators (TNF-α, IL6, IL2, and PDGF-AB) in 28 vitreous biopsies taken from patients with proliferative diabetic retinopathy (PDR) and treated with increasing doses of curcumin (0. 5 and 1 μM), with or without homotaurine (100 μM) and vitamin D3 (50 nM). ELISA tests were performed on the supernatants from 28 vitreous biopsies that were incubated with bioactive molecules at 37°C for 20 h. The concentration of the soluble mediators was calculated from a calibration curve and expressed in pg/mL. Shapiro-Wilk test was used to verify the normality of distribution of the residuals. Continuous variables among groups were compared using the General Linear Model (GLM). Homoscedasticity was verified using Levene and Brown-Forsythe tests. analysis was also performed with the Tukey test. A ≤ 0.05 was considered statistically significant. The analysis revealed statistically detectable changes in the concentrations of TNF-α, IL2, and PDGF-AB in response to the treatment with curcumin, homotaurine, and vitamin D3. Specifically, the -values for between group comparisons are as follows: TNF-α: (untreated vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.008, (curcumin 0.5 μM vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.0004, (curcumin 0.5 μM vs. curcumin 1 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.02, (curcumin 1 μM vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.025, and (homotaurine 100 μM + vitamin D3 50 nM vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.009; IL2: (untreated vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.0023, and (curcumin 0.5 μM vs. curcumin 0.5 μM+ homotaurine 100 μM + vitamin D3 50 nM) = 0.0028; PDGF-AB: (untreated vs. curcumin 0.5 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.04, (untreated vs. curcumin 1 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.0006, (curcumin 0.5 μM vs. curcumin 1 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.006, and (homotaurine 100 μM + vitamin D3 50 nM vs. curcumin 1 μM + homotaurine 100 μM + vitamin D3 50 nM) = 0.022. IL6 levels were not significantly affected by any treatment. Pro-inflammatory cytokines are associated with inflammation and angiogenesis, although there is a discrete variability in the doses of the mediators investigated among the different vitreous samples. Curcumin, homotaurine, and vitamin D3 individually have a slightly appreciable anti-inflammatory effect. However, when used in combination, these substances are able to modify the average levels of the soluble mediators of inflammation and retinal damage. Multi-target treatment may provide a therapeutic strategy for diabetic retinopathy in the future. The trial was registered at clinical trials.gov as NCT04378972 on 06 May 2020 ("retrospectively registered") https://register.clinicaltrials.gov/prs/app/action/SelectProtocol?sid = S0009UI8&selectactio = Edit&uid = U0003RKC&ts = 2&cx = dstm4o.

摘要

为了测定从增殖性糖尿病视网膜病变(PDR)患者获取的28份玻璃体活检样本中促炎细胞因子和可溶性介质(TNF-α、IL6、IL2和PDGF-AB)的水平,这些样本用递增剂量的姜黄素(0.5和1μM)进行处理,同时使用或不使用同型牛磺酸(100μM)和维生素D3(50 nM)。对28份玻璃体活检样本的上清液进行ELISA检测,这些上清液与生物活性分子在37°C孵育20小时。根据校准曲线计算可溶性介质的浓度,并以pg/mL表示。使用Shapiro-Wilk检验验证残差分布的正态性。使用一般线性模型(GLM)比较各组之间的连续变量。使用Levene和Brown-Forsythe检验验证方差齐性。还使用Tukey检验进行分析。P≤0.05被认为具有统计学意义。分析显示,在用姜黄素、同型牛磺酸和维生素D3治疗后,TNF-α、IL2和PDGF-AB的浓度有统计学上可检测到的变化。具体而言,组间比较的P值如下:TNF-α:(未治疗组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.008,(姜黄素0.5μM组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.0004,(姜黄素0.5μM组与姜黄素1μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.02,(姜黄素1μM组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.025,以及(同型牛磺酸100μM+维生素D3 50 nM组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.009;IL2:(未治疗组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.0023,以及(姜黄素0.5μM组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.0028;PDGF-AB:(未治疗组与姜黄素0.5μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.04,(未治疗组与姜黄素1μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.0006,(姜黄素0.5μM组与姜黄素1μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.006,以及(同型牛磺酸100μM+维生素D3 50 nM组与姜黄素1μM+同型牛磺酸100μM+维生素D3 50 nM组)P=0.022。IL6水平未受到任何治疗显著影响。促炎细胞因子与炎症和血管生成相关,尽管在不同玻璃体样本中所研究介质的剂量存在一定差异。姜黄素、同型牛磺酸和维生素D3各自具有轻微的抗炎作用。然而,当联合使用时,这些物质能够改变炎症和视网膜损伤可溶性介质的平均水平。多靶点治疗可能为未来的糖尿病视网膜病变提供一种治疗策略。该试验于2020年5月6日在clinicaltrials.gov注册,注册号为NCT04378972(“回顾性注册”)https://register.clinicaltrials.gov/prs/app/action/SelectProtocol?sid = S0009UI8&selectactio = Edit&uid = U0003RKC&ts =

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/6a33/7901953/ff766b82fc83/fneur-11-592274-g0001.jpg

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