plants are the best chemists

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HPTLC: The Proven Standard for Botanical Identity

Chromatogram of Camellia sinensis leaf PE

Camellia sinensis
leaf PE

Chromatogram of Rosa canina fruit

Rosa canina fruit 

Chromatogram of Gentiana lutea root

Gentiana lutea root

Chromatogram of Verbena hastata aerial

Verbena hastata aerial

Medicinal plants have supported human health for thousands of years, delivering effective and economical therapeutic benefits. Modern research continues to reveal that the efficacy of botanicals frequently does lie in a single compound, but in the synergistic interaction of compounds. Preserving and verifying this chemical complexity is essential—and that is why HPTLC excels.


HPTLC is uniquely capable of capturing the relevant chemical fingerprint of botanicals, allowing direct, side-by-side comparison of samples and reference materials on the same image. Multiple detection methods can be applied without altering the sample, providing unmatched confidence in  the identity. For this reason, pharmacopeial HPTLC monographs remain the global benchmark for qualitative botanical authentication.








Why PhytoWerks

With 30 years of experimental practice in botanical analysis, PhytoWerks delivers expertise you can trust. Our background includes method development, pharmacognosy, and more than 7,000 successful analyses across a wide range of materials. Years of hands-on experience in bench preparation and evaluation of novel chromatographic substrates, and formulation expertise—which aids in extract deformulation—provides distinct advantages. This unique blend of analytical depth and practical expertise enables PhytoWerks to deliver precise, reliable, and actionable results across even the most challenging botanical materials.


At PhytoWerks, deep technical capability is matched by responsive, flexible customer service. We work as an extension of your quality team—helping you protect product integrity, brand reputation, and consumer confidence.


Analytical testing is performed in accordance with ISO/IEC 17025:2017 guidelines, reflecting best practices in laboratory quality and competence.




Harmane compound structureLine drawing of the chemical structure of harmane
Benzoic acid compoundLine drawing of the chemical structure of benzoic acid
Chromatogram of Brassica oleracea var Italica

Brassica oleracea
var
Italica

Chromatogram of Moringa oleifera leaf

Moringa oleifera leaf

Chromatogram of Triticum aestivum leaf
Chromatogram of Gymnema sylvestre leaf

Gymnema sylvestre leaf

Triticum aestivum leaf

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