抗生物活性,肝血液学和生化系统健康影响:实验模型

Patience O Adomi , Bright E Igere , Anthony Jude Anozie , Ubreye B Owhe-Ureghe
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引用次数: 0

摘要

鉴于生姜在烹饪、民俗、传统和替代医学中具有多种生物活性,它已成为研究的重点,旨在了解其对肝脏血流变学指标、生化标志物、组织组织学和胃肠道微生物群的影响。姜在中医中被称为姜,已被应用于感冒相关感染,骨/风湿性关节炎,肠炎症等病例。可以说,胃肠道作为食物接收、营养吸收和免疫调节的重要部位,受到包括生姜在内的膳食和植物化学干预的显著影响。然而,生姜影响全身健康及其对血液学和生化标志物的具体影响的潜在含义仍未得到重视。本研究通过实验模型探讨了生姜对肠道微生物群的生物活性失调/多方面影响及其对肝脏血液和全身健康指标的影响。评估/建立生姜的预防/治疗、替代药物和中药潜力。方法采用基本和标准微生物学、组织学和生化方法,选取40只12 ~ 18周龄的雄性白化大鼠(130 ~ 150 g),用不同浓度的生姜粗水提取物处理。结果显示,与对照组相比,不同周的细菌谱有明显的变化,这表明生姜的益生菌活性。相似且重要的(p >;0.01)对肠道异养大肠菌群计数产生不良影响,同时揭示了剂量对肝细胞和血液学指标的影响。探讨生姜的最佳剂量和浓度对人体健康的影响,有助于提高人体的肝血清学、胃肠健康和整体健康,特别是在现代中医和中药中用于制作调味剂,以及作为食品添加剂的白姜寿司、姜酱油和白腌姜片等。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dysbioactive, hepato-haematological and biochemical systemic health implications of Zingiber officinale Roscoe: an experimental model

Introduction

Given the presumed diverse bioactivity of Zingiber officinale roscoe (ginger) in culinary, folkloric and traditional Chinese and alternative medicine, it has emerged as a focus of research with a view to understand its impact on hepatic-haematological indices, biochemical markers, tissue histology, and gastrointestinal microbiota. Jiang as ginger is called in Traditional Chinese Medicine (TCM) has been applied in cold related infection cases, osteo/rheumatoid arthritis, bowel inflammation cases etc. Suffice it to say that the gastrointestinal tract, being an important site of food receipt, nutrient absorption and immune modulation, it is influenced significantly by dietary and phytochemical interventions, including ginger. However, the underlying implications by which ginger affects systemic health and its specific impact on haematological and biochemical markers remain unattended. This study explores the dysbioactive/multifaceted implications of ginger on gut miicrobiota and its impact on hepato-hematological and systemic health indices using experimental models. It also evaluate/establish the preventive/therapeutic, alternative medicinal and TCM potentials of ginger.

Methods

Basic and standard microbiological, histological and biochemical approach were employed while sampling forty male albino rats of approximately 12–18 weeks old (130–150 g) and treated with varying concentration of ginger crude water extract.

Results

results revealed distinct variations in bacterial profiles across different weeks in relation to the applied treatments compared to the control group, which indicates dysbiotic activity of ginger. A similar and significant (p > 0.01) dysbiotic effect was observed for gut heterotrophic coliform count, while revealing impact on hepatocyte and haematological indices following the dosage applied.

Discussion

An investigation into the optimal dosage and concentration of ginger to achieve effective health benefits is suggestive in enhancing hepto-hematological, gastrointestinal health and overall well-being especially as applied in modern Chinese medicine (MCM) and TCM for the production of some seasoning agents as well as white ginger sushi, ginger soy sauce and the white pickled ginger slice etc., as food additive to improve wellbeing.
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