首页> 外文期刊>Evidence-based complementary and alternative medicine: eCAM >Earthworms Dilong: Ancient, Inexpensive, Noncontroversial Models May Help Clarify Approaches to Integrated Medicine Emphasizing Neuroimmune Systems
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Earthworms Dilong: Ancient, Inexpensive, Noncontroversial Models May Help Clarify Approaches to Integrated Medicine Emphasizing Neuroimmune Systems

机译:地龙Di:古老,廉价,无争议的模型可能有助于阐明强调神经免疫系统的综合医学方法

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Earthworms have provided ancient cultures with food and sources of medicinal cures. Ayurveda, traditional Chinese medicine (TCM), and practices in Japan, Vietnam, and Korea have focused first on earthworms as sources of food. Gradually fostering an approach to potential beneficial healing properties, there are renewed efforts through bioprospecting and evidence-based research to understand by means of rigorous investigations the mechanisms of action whether earthworms are used as food and/or as sources of potential medicinal products. Focusing on earthworms grew by serendipity from an extensive analysis of the earthworm's innate immune system. Their immune systems are replete with leukocytes and humoral products that exert credible health benefits. Their emerging functions with respect to evolution of innate immunity have long been superseded by their well-known ecological role in soil conservation. Earthworms as inexpensive, noncontroversial animal models (without ethical concerns) are not vectors of disease do not harbor parasites that threaten humans nor are they annoying pests. By recognizing their numerous ecological, environmental, and biomedical roles, substantiated by inexpensive and more comprehensive investigations, we will become more aware of their undiscovered beneficial properties.
机译:have为古代文化提供了食物和药物治疗来源。阿育吠陀,传统中草药(TCM)以及在日本,越南和韩国的做法首先将on作为食物来源。逐渐培育一种潜在的有益治愈特性的方法,通过生物勘探和循证研究做出了新的努力,以通过严格的调查了解understand是否用作食物和/或用作潜在药物产品的作用机理。通过对the的先天免疫系统的广泛分析,关注ser的偶然性。他们的免疫系统充满了白细胞和体液,可发挥可靠的健康益处。它们在先天免疫进化方面的新兴功能早已被其在土壤保护中众所周知的生态作用所取代。 inexpensive作为廉价,无争议的动物模型(无道德方面的考虑)不是疾病的传播媒介,也不具有威胁人类的寄生虫,也不会惹恼虫害。通过认识到它们的无数生态,环境和生物医学作用,并通过廉价且更全面的研究证实了这一点,我们将更加意识到它们的未被发现的有益特性。

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