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Hepatitis is inflammation of liver parenchyma mostly caused by viruses and other factors. It’s a non-specific prodromal illness characterized by headache, myalgia, arthralgia, nausea, anorexia, dark urine, yellow discoloration of skin, mucosa, sclera and other tissues etc. Methodology: A diagnosed case of hepatitis, 37yrs old female patient, admitted in at Government Ayurvedic college & Hospital, Kadam Kaun, Patna, Having IPD No.1006, RN.7178. Based on symptoms, supported by blood investigation reports and Ayurvedic parameters, the condition diagnosed as Yakritsotha. Oral medicines given: Aryogyavardhini Vati, Punarnava Mandur, Shallaki, Syp. Kalmegh, Kasis Bhasm, Liv 52 HB, Phaltrikadi Kwatha, cap. Stresscom along with Pathya apathya ahara vihara were prescribed. Result: There was drastic decrease in all the symptoms. The effect of treatment was monitored during the follow up with routine blood examinations. The bilirubin level decreased from initial 6.2mg/dl to 1.0mg/dl. Discussion: This article is a discussion about a case of Hepatitis which was successfully treated by Ayurvedic line of treatment. The signs and symptoms, causes, pathos-physiology of Hepatitis, along with its co-relation in Ayurveda as Yakritsotha, its line of treatment and possible the mode of action of drugs were the main points of consideration. Conclusion: Use of medicines such as Aryogyavardhini Vati, Punarnava Mandur, Shallaki, Syp. Kalmegh, Kasis Bhasm, Liv 52 HB, Phaltrikadi Kwatha, cap. Stresscom along with Pathya apathy ahara vihara showed good result without any complication in the present study.

Jalkhumbhi Bhasma as Nanomaterials is prepared using ecofriendly green approach in Pushya nakshtra and Rohini nakshtra. The crystal structure was evaluated, using modern scientific tools. X-ray diffaraction measurement shows that crystalline size and lattice constant of Jalkhumbhi bhasma prepared in Push and Rohini nakshtra were found, 26.62 nm and 54.55 nm and lattice constant 6.312A, 6.301A and respectively. This reveals the effect of radiation of moon alter the crystal structure. The Fourier transform infrared spectroscopy(FTIR) measurement shows functional group present in the materials are of the compound of K, Cl, C-Cl, NH2, C-O-C, C=O, Ca, and Ca(OH)2 respectively. The magnitude of force constant between the atoms are 2.51307 N/cm, 4.16005 N/cm and 2.61932 N/cm, 4.20074 N/cm respectively in both the nakshtras, which measure the interatomic strength. The photoluminescence spectra (PL) reveals that the broad emission of radiation spectrum from both the materials lie in the visible region, showing broad blue emission. The energy band gap value for the most significant intense peak corresponding to 481 nm (2.55 eV) corresponding to 350 nm excitation of radiation and 501 nm (2.475 eV) for 370 nm. The optical property shows that prepared Jalkhambhibhasma may be useful as semiconductor electronics nanomaterials, which were prepared using eco-friendly approach. This may open a new window for material science and pharmaceutical sectar for the production of such materials for electronic based industries, in addition, to using as an evidence based medicine. The effect of natural radiation of moon changes the crystal structure and properties of materials, which are beneficial for health as well as in other areas of science and technology due to its crystalline size and optical properties.