Recent studies show turmeric and ginger dyes rival synthetic stains in diagnostic accuracy, but face fading issues. EU regulations push labs toward eco-friendly alternatives amid debates over standard...
Emerging research shows plant-based dyes like henna, ginger, and turmeric offer safer, cheaper staining solutions for oral histopathology while reducing environmental impact. Cutting-edge studies demo...
Lawsonia inermis and Curcuma longa emerge as effective, eco-friendly replacements for synthetic eosin in histopathology, offering comparable staining with reduced toxicity. Henna and turmeric demonstr...
A recent pilot study highlights the safety and efficacy of intravenous BPC-157 in treating muscle and tendon tears, with potential broader clinical applications. A pilot study on intravenous BPC-157 r...
Recent studies confirm BPC157’s safety and regenerative potential, while raising ethical concerns about unapproved use in sports medicine. A breakthrough pilot study shows BPC157’s safety ...
Recent studies show natural dyes like turmeric and beetroot offer safer, eco-friendly alternatives to eosin in oral histopathology, with comparable diagnostic accuracy. Emerging research highlights na...
Recent studies highlight how AI-driven molecular docking and spectrum-effect relationships are standardizing Curcumae kwangsiensis radix for thrombosis treatment, merging ancient TCM with modern compu...
A recent pilot study explores the safety and efficacy of intravenous BPC-157 in humans, showing potential for muscle and tendon repair with minimal side effects. A groundbreaking pilot study on intrav...
Plant-based dyes like henna, ginger, and turmeric show promise in histopathological staining, offering eco-friendly alternatives with comparable diagnostic accuracy to synthetic eosin. Emerging resear...
New clinical trial data reveals IV BPC-157’s potential for tendon repair, showing rapid absorption and safety, while athlete testimonials highlight accelerated recovery times. Groundbreaking IV ...
