Ayurveda being one of the most ancient traditional medical sciences in the world, offers vast knowledge of personalized therapeutic wisdom. Being attributed as the science of life, it particularly aims towards rendering a quality and healthy living to fulfill the goals of life. Thereby with its holistic approach particularly emphasizing on the preventive aspect, it explains certain principles which are primarily applicable for the prevention of diseases initially rather than further on in the pathogenesis stage. Thus Ayurveda firmly believes in ‘prevention is better than cure'. So is the prime objective of Ayurveda quoted in the text as:

The science of Ayurveda is full of different observations, experimentation and evidences. Theories discussed here are needed to streamline and decode from philosophical phrases to practical or clinical application. It is most essential to uplift Ayurveda principles of medicine into global platform or first grade treatment modalities. One important principle of clinical practice is the concept of psychosomatic approach to diseases and their treatment. This word includes two terms-Psyche means the Manas and Soma that is the Physical body. The group of diseases deeply connected to both Mana and Sharira has considered as psychosomatic disorders. When we are dealing with a somatic disorder like Rheumatoid arthritis; root causes of Doshic imbalance is need to unfold, reconsider, reconnect and rectify. Along with Sharirika Doshaghna Chikitsa ;Manasa Doshahara also need to add to accelerate the benefits of prescribed medicine or therapy.

Menstruation being one of the important factors of women's health, anything that affects it causes different types of disorders in women leading to infertility and many other diseases. PCOD (Poly Cystic Ovarian Disease) is the most common disorder amongst women of reproductive age. It is characterised by Polycystic ovaries, Hyper androgenism and Chronic An Ovulation. There is no direct reference in Ayurveda regarding this disorder, but it can be related with Ashta Aartava Dushti and also some of the Yoni Vyapada.

Medicinal and metabolite compounds from jatropha species are important in protective against various diseases like hypertensive, antimalarial, dyscrasia, anemia, vertigo, ysphonia ,neoplasia, inflammation, ulcers  etc. In present study of Chloroform and metanolic extracts of stem and stembark of various Jatropha species was carried out using standard in vitro models. The metabolic activity was evaluated in vitro by using three different species. The result of the study depends of concentration of the metanolic and Chloroform extracts of the stem bark of Jatropha species. This study will provide suitable opportunities for further investigation to verify these activities in vivo.

The present paper deals with qualitative phytochemical analysis of shoot extracts of three therapeutic plant species namely Andrographis paniculata Nees (Acanthaceae), Tinospora cordifolia Miers. (Menispermaceae) and Ocimum basillicumL. (Lamiaceae). The plant shoots were collected during flowering / fruiting period from Tata College, Chaibasa and Kolhan University, Chaibasa campus in the month of January, 2021 – May 2021. For qualitative phytochemical analysis, the shoot extracts were prepared in different solvents i.e., double distilled water (D), ethanol (E), methanol (M) and n-butanol (N). Standard protocols were adopted for the detection of major classes of phytochemicals in the shoot extract solutions. Our results confirmed the presence of quinine, protein, sugars, phenol, tannin, flavonoid, saponin, glycoside, steroid, alkaloid, and terpenoid in the shoot extract solutions. Since these phytochemicals have nutritive, anti-malarial, anti-pyretic, anti-muscle cramps, anti-diabetic, anti-cancer, anti-oxidant, anti-inflammatory, anti-allergic, anti-neurodegenerative, anti-microbial and immune-modulatory properties, therefore these plant species may be utilized to develop antiviral  herbal drugs for the benefit of mankind; however an intensive molecular and pharmacognostic studies may reveal the exact selection of the phytochemicals for developing herbal drugs for specific  human diseases.