Publications on HPTLC

A Swiss research team investigates the chemical substances released from tire wear and their potential impact. Using advanced HPTLC bioassays, they identified compounds that may pose a risk to organisms. Get an inside look at cutting-edge research on tire particle toxicity and environmental safety.

A cutting-edge machine learning system analyzes HPTLC fingerprints to accurately distinguish botanical species and common adulterants. By generating synthetic training data and automating image classification, it eliminates subjective manual comparisons – delivering faster, more reliable results for quality control in herbal products.

A newly optimized HPTLC method enables simultaneous resolution of 13 flavonoids and anthraquinones from leaves and flowers of seven Cassia species. Offering high specificity, fluorescence detection, and robust derivatization, this approach supports taxonomic differentiation and quality control in herbal drug analysis.

Unlock precise mushroom identification with HPTLC – a powerful, selective method that separates key compounds for accurate species differentiation. With its specificity, versatility, and ability to spot adulteration, HPTLC sets a new standard in mushroom analysis.

HPTLC is the go-to method for identifying herbal drugs, creating unique chromatographic "fingerprints" based on zone position, color, and intensity. Compliant with Ph. Eur. standards, it ensures precise, reproducible results for reliable herbal analysis.

HPTLC stands out as the ideal solution for oil quality monitoring, offering rapid, user-friendly analysis with low solvent use and simultaneous multi-sample testing. Its adaptability and reproducibility make it perfect for industrial applications.

Discover a breakthrough in identifying Indian propolis types with a fast, eco-friendly, and cost-effective method using HPTLC technology. This innovative approach not only standardizes key neuroprotective components but also enables direct screening of antioxidant and anticholinesterase activities on a single TLC plate. Ideal for rapid chemical profiling, this method holds promise for advancing propolis research and offers beekeepers new revenue opportunities by showcasing its medicinal value.