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  • TO PREPARE, FORMULATE AND EVALUATE MANGO CHYAWANPRASH


TO PREPARE, FORMULATE AND EVALUATE MANGO CHYAWANPRASH

Abstract:
Chyawanprash, a traditional Ayurvedic herbal formulation, has been revered for centuries for its rejuvenating and immunomodulatory properties. With the growing demand for novel flavors and formulations, mango chyawanprash has emerged as a promising variant. This review paper aims to explore the formulation, preparation, and evaluation of mango chyawanprash, highlighting its potential benefits and challenges. The formulation process involves selecting ripe mangoes, blending them with a mix of traditional Ayurvedic herbs and spices, and subjecting the mixture to a controlled cooking process. Evaluation parameters include organoleptic properties, physicochemical characteristics, microbial stability, and shelf life. Additionally, the review discusses the potential health benefits of mango chyawanprash, including its antioxidant, immunomodulatory, and nutritional properties. Challenges such as standardization of formulation, preservation techniques, and commercial viability are also addressed. Overall, mango chyawanprash presents a flavorful and potentially beneficial alternative to traditional formulations, with


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  • Role of Nanotechnology in Science and Technology –An Ambient Review


Dr. Rajesh Kumar

Abstract:
Nanotechnology, a cutting-edge interdisciplinary field, has emerged as a revolutionary force in advancing science and technology. This research paper explores the diverse and impactful role of nanotechnology across various domains. The paper delves into the manipulation and control of materials at the nanoscale, showcasing how these advancements have paved the way for unprecedented breakthroughs.


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  • BIO INORGANIC CHEMISTRY OF LANTHANIDES PROBED THROUGH ABSORPTION


Shalu Chauhan

Abstract:
A puzzling aspect of biological lanthanide use that has important consequences for the translational effect of the biological ligands is why animals investigated up to this time considerably choose early REs even if any RE might be utilized as a competent Lewis acid catalyst. One of the fascinating features of biological lanthanide use is this. This observation, according to our theory, is the outcome of negotiations between a numbers of diverse elements. A single group of biological ligands can only retain their singularity within a very narrow range of ionic radius. This is intended to provide the historical context and to hint at that awaits inorganic, physical, and biochemists who choose to explore this line of inquiry. The most attractive features of this field seem to be the opportunity to study biological systems with increasing levels of molecular organization, the wide variety of different physical approaches, and the slow but noticeable changes in chemical properties that occur along the lanthanide series. The environment is rich in the early lanthanides (La, Ce, Pr, and Nd), which are primarily used by biology. They also perform chemistry similar to that of other biologically useful metals, though more effectively due to higher Lewis acidity, and have sufficiently distinct coordination chemistry to permit selective uptake, trafficking, and incorporation into enzymes. There is still a need for additional systematic and thermodynamic research notwithstanding the attempts made to derive certain generalizations. Keywords: Bio Inorganic , Chemistry , Lanthanides , Absorption


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