The cosmetics industry has seen steady growth over the past ten years. A key factor driving this growth is the large and expanding youth population. Nowadays, women in India are becoming increasingly mindful of their skin health, not just focusing on complexion but also on reducing wrinkles to maintain a youthful and radiant look, resulting in higher demand for a variety of skincare products. Serums, which are highly concentrated formulations made from water or oil, are a popular choice, much like creams. The main objective of this article is to develop and evaluate a herbal face mask for glowing skin using natural ingredients in various concentrations are cinnamon, green tea, nut meg, honey. Herbal face masks are used To stimulate blood circulation, rejuvenates the muscles and help to maintain the elasticity of the skin and remove dirt from skin pores Facial serum was tested, colour, pH, physical appearance, spreadability, viscosity, moisturizer, Homogenicity, Irritation etc.

The formulation and development of an orally disintegrating tablet (ODT) for atorvastatin, a widely used statin for managing hyperlipidemia, offers several advantages, including improved patient compliance, easyof administration, and rapid onset of action. The development of atorvastatin ODT involves addressing challenges related to the drug's stability, taste masking, and optimal disintegration characteristics. The primary objective is to develop a fast-dissolving formulation that ensures effective drug delivery and minimal side effects. In this study, different excipients such as superdisintegrants, binders and flavouringagents were systematically selected to enhance the dissolution rate and mask the bitter taste of atorvastatin. The physicochemical properties, including hardness, disintegration time and dissolution rate, were thoroughly evaluated. The final formulation exhibited satisfactory disintegration and dissolution profiles, with rapid release of atorvastatin, ensuring faster bioavailability.

In the present research work has been carried out in formulation and evaluation of verapamil sustained release metrics utilizes various natural biodegradable polymers. There are many biodegradable natural polymer used among these such as tragacanth and guar gum  results of the present study demonstrated that combination of both could be successfully employed for formulating sustained release matrix tablets of  verapamil. The sustained release tablets can be expected to reduce the frequency of administration and decrease the dose dependent side effects associated with repeated administration of conventional verapamil. The prepared granules were evaluated by following test bulk density, angle of repose, tapped density, compressibility index or carr’s index, hausner ratio has been satisfied and release profile meet with standard bioequivalent study.