Development of LC³-type low-carbon cement using abundant Indian ball clay and microwave-assisted hybrid calcination,

Turmeric is a powerful medicinal herb and one of the most promising natural sources for various therapeutic applications. India cultivates many different varieties of turmeric across diverse regions, each with unique characteristics. However, due to its high demand and medicinal value, turmeric is increasingly subject to contamination and adulteration—both intentional and incidental. The curcumin rich turmeric is cultivated and formulated with required ingredients to formulate the anti-inflammatory ointment. Common sources of contamination include: Intentional adulterants such as pesticide residues, industrial dyes, chalk powder, sawdust, and synthetic chemicals added to enhance colour or weight. Incidental contaminants like animal droppings, insect larvae, sand, and other environmental impurities introduced during harvesting, processing, or storage. Heavy metal contamination through leaching or environmental exposure, involving toxic elements like lead, arsenic, and tin. These adulterants may enter turmeric through human activities or natural environmental factors. Identifying and controlling such contaminants is essential to ensure the safety and efficacy of turmeric used in food products and medicinal formulations. Medicinal Uses: The medicinal properties of turmeric over the centuries have had many proposed benefits such as aiding in wound healing, allergy, asthma, sinusitis, hepatic, heart diseases and also current challenging Cancer. Instrumental Techniques: To identify the Adulterants and Contamination instrumental techniques such as ICPMS , HPLC, LCMS and GCMS