BioTrace operates as a specialized HPTLC testing laboratory delivering advanced chromatographic solutions for botanical, nutraceutical, herbal, and plant-derived materials. High-Performance Thin Layer Chromatography supports phytochemical fingerprinting, identity verification, and impurity detection across raw materials and finished formulations—aligned with USP-referenced methods and global regulatory expectations.
From phytochemical fingerprinting to adulteration screening, our HPTLC programs cover critical quality parameters for botanical and herbal materials—aligned with USP-referenced methods and global regulatory expectations.
Phytochemical fingerprinting generates a characteristic chromatographic profile representing the chemical composition of a botanical extract or herbal preparation. This approach is widely accepted by USP, WHO, and global regulatory bodies for botanical identity verification, quality evaluation, and detection of adulteration.
Verifies identity, confirms authenticity, and provides a holistic representation of the material accepted by regulatory bodies.
Variations in band position, intensity, or presence may suggest substitution, degradation, or source variability.
Documented fingerprints enable objective comparison between lots, suppliers, or formulations during audits.
Standardized profiles strengthen traceability, reduce acceptance disputes, and improve supply chain reliability.
Marker analysis identifies and quantifies defined chemical constituents that represent quality, potency, or activity in plant materials. Marker presence and concentration support standardization and are often required within USP-referenced methods and global regulatory frameworks for botanical and nutraceutical products.
Markers support standardization and are often mandatory within regulatory or pharmacopoeial frameworks.
Alignment of Rf values and spectral characteristics between reference standards and samples confirms authenticity.
Clear marker confirmation simplifies documentation review and strengthens acceptance by quality teams.
Reliable marker data improves product uniformity and supports consistent therapeutic or functional expectations.
Adulteration evaluation detects foreign, substituted, or inferior materials introduced intentionally or unintentionally into botanical and herbal products. HPTLC compares chromatographic fingerprints of reference standards and test samples to identify unexpected, missing, or shifted bands—supporting authenticity verification and compliance with USP-referenced and global regulatory frameworks.
Protects consumers, prevents economic fraud, and safeguards brand reputation in regulated markets.
Unexpected bands, missing reference peaks, or displacement in chromatographic patterns reveal substitution.
Rapid screening provides early risk visibility and supports corrective decisions before market release.
Strong adulteration control minimizes recall exposure and enhances credibility in regulated markets.
Consistency assessment compares chromatographic outputs across successive production lots to confirm uniform composition. By evaluating pattern similarity across batches, HPTLC verifies phytochemical consistency and identifies variability early—supporting GMP compliance, process control, and predictable product performance.
Reproducibility across batches is essential for safety, efficacy, and regulatory acceptance.
Similarity in band distribution and intensity supports material equivalence; deviations highlight process variation.
Documented consistency strengthens long-term supply agreements and buyer confidence.
Manufacturers gain tighter process control and improved predictability of product behavior.
Comparative studies evaluate differences between sources, grades, suppliers, or processing conditions using standardized chromatographic methods. This approach enables objective supplier benchmarking, formulation optimization, and R&D validation through clear, side-by-side analytical data for informed decision-making.
Supports procurement evaluation, formulation optimization, and research initiatives with measurable data.
Side-by-side analysis provides transparent data for evidence-based supplier and material decisions.
Improved comparison capability accelerates development timelines and strengthens supplier qualification.
Find answers to common questions about our HPTLC testing services
Ensure authenticity, purity, and phytochemical consistency with advanced HPTLC testing—supported by audit-ready documentation and regulatory-aligned methods.