Titlebook: Biotechnology of Anti-diabetic Medicinal Plants; Saikat Gantait,Sandeep Kumar Verma,Amit Baran Shar Book 2021 The Editor(s) (if applicable

FORGO

Lower Plants as Potential Source of Antidiabetic Compounds: The Present Knowledge and Future Prospes a ready reckoner of the available information for further exploitation. The pharmacological studies conducted with these plants and their bioactive compounds have been discussed. Various extracts of lichens, liverworts, and mosses, as well as a number of algae and pteridophytes and their bioactive

平庸的人或物

Tissue-Culture-Mediated Biotechnological Intervention in ,: A Potential Antidiabetic Plant,edicine for treating various disorders. Bioactive compounds such as asiaticoside possess antidiabetic properties by regulating insulin sensitizer receptors responsible for the treatment of diabetic mellitus. The conventional mode of propagation of . using stem cuttings is quite slow and is not suffi

束以馬具

In Vitro Approaches for Mass Propagation of ,ic properties present in its leaves mainly due to the presence of steviol glycosides (SGs), with stevioside being the most abundant, followed by rebaudioside. Stevioside, the most abundant active component, is greatly preferred by diabetic patients since it is a non-calorie sweetener and is approved

得意牛

Abjure

CRAMP

In Vitro Culture Techniques and Metabolite Engineering for Enhanced Antidiabetic Secondary Metabolian health severely. These days, the use of modern drugs for the control of glycemia is causing many negative side effects, and therefore, the demand for safer and more affordable treatments is increasing day by day. Most of the antidiabetic plants contain phyto-components, capable of exhibiting stro

沖突

Saffron: A Prized Herb with Therapeutic Potential Against Diabetes,safer alternative/adjunct to existing chemical/synthetic drugs. Based on folk and traditional medicine, a number of target plants have been identified. Amongst these, saffron has been established as a plant with potential ‘a(chǎn)ntidiabetic’ properties. Its bioactive compounds, namely, crocin, crocetin a

MENT

New Insights to Enhance the Desired Anti-Diabetic Compounds in Medicinal and Aromatic Plants Exposee latest reports of the International Diabetes Federation, diabetes is affecting over 425?million people in 2017 and is expected to affect about 629?million people by 2045. Diabetes prevalence varies depending on the development level of countries, socio-economic status, life style, and eating habit

GENUS

Boosting of Bioactive Secondary Metabolites in Anti-Diabetic Plants Through Elicitation: A Simple T in various other commercial purposes. Constantly increasing demand of various secondary metabolites acquired from diverse group of plants has made researchers concentrate on the most efficient strategy for obtaining superior amount of valuable plant products. The effective biotechnological strategi

CUMB

Production of Antidiabetic Lignans in Flax Cell Cultures,al models that phytoestrogens could have antidiabetic activity in both estrogen-dependent and estrogen-independent pathways. A number of studies, including epidemiological studies and clinical studies conducted in different populations, link lignans, diabetes prevention, and management. Several lign