Therapeutic and Environmental Potential of Mushrooms in Ancient and Modern Contexts: A Review.

Parthasarathy Seethapathy, Thirukkumar Subramani, Nadir Ayrilmis, Hrishikesh Patil
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Abstract

Mushrooms are the healthiest, safest, most nutritious foods and are vital to human well-being. In historical contexts, religious teachings influenced the treatment of diseases, with ethnomycological knowledge suggesting that mushrooms held divine clues due to their unique appearances. The use of mushrooms was often linked to the "doctrine of signatures," where their morphological resemblance to human organs, such as the ear, kidney, and lungs, prompted researchers to theorize that products derived from mushrooms might be effective in treating health concerns. A wide variety of edible and wild mushrooms are now recognized for their bioactive compounds, which are valuable in biopharmaceuticals and dietary supplements. The compounds exhibit a range of therapeutic properties, encompassing immune enhancement, antioxidant effects, anti-inflammatory actions, antiviral capabilities, and anti-neoplastic activities. Modern science has corroborated many of these traditional insights, revealing mushrooms as sources of bioactive compounds with therapeutic potential. The intertwined filamentous mycelium of mushrooms is also attracting interest for its biocomposite uses in sustainable and environmentally friendly businesses. Biocomposite materials suitable for construction and building applications can be produced by creating a mycelial matrix or a self-forming adhesive using non-food fungal mycelia flour. This review explores the ethnomycological background, therapeutic potential, and innovative uses of mushroom mycelium in biocomposites, highlighting their role in health, wellness, and sustainable development.

蘑菇在古代和现代语境中的治疗和环境潜力:综述。
蘑菇是最健康、最安全、最有营养的食物,对人类的健康至关重要。在历史背景下,宗教教义影响着疾病的治疗,人种学知识表明,蘑菇因其独特的外观而具有神圣的线索。蘑菇的使用通常与“特征学说”联系在一起,它们在形态上与人类器官(如耳朵、肾脏和肺部)相似,这促使研究人员推断,从蘑菇中提取的产品可能对治疗健康问题有效。各种各样的食用蘑菇和野生蘑菇因其生物活性化合物而被公认,这些化合物在生物制药和膳食补充剂中很有价值。这些化合物表现出一系列的治疗特性,包括免疫增强、抗氧化作用、抗炎作用、抗病毒能力和抗肿瘤活性。现代科学已经证实了许多这些传统的见解,揭示蘑菇是具有治疗潜力的生物活性化合物的来源。蘑菇的缠绕丝状菌丝体也因其在可持续和环境友好型企业中的生物复合用途而吸引了人们的兴趣。适用于建筑和建筑应用的生物复合材料可以通过使用非食用真菌菌丝粉创建菌丝基质或自形成粘合剂来生产。本文综述了菌丝体在生物复合材料中的民族学背景、治疗潜力和创新用途,强调了它们在健康、保健和可持续发展中的作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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