Herbal Drug

    CAMAG’s pioneering role in the analysis of Herbal Drugs

High-Performance Thin-Layer Chromatography (HPTLC) is the technique of choice for the analysis of Herbal Drugs. CAMAG’s HPTLC systems (HPTLC and HPTLC PRO) are designed to meet your needs for successful qualitative and quantitative analysis of raw materials and finished products. In addition, CAMAG’s dedicated and highly qualified scientific staff continuously develops new methods to solve analytical challenges in the field of Herbal Drugs.

HPTLC’s capability for dealing with complex matrices is impressively demonstrated in the case study of the qualitative analysis of Ginkgo leaves and dry leaf extracts. Ginkgo extracts are widely used as Herbal Drugs and Botanical Dietary Supplements.

We offer you the tools and expertise needed to withstand any regulatory scrutiny regarding your botanical material whether your concern is inspection of the incoming goods or the quality control of your finished products. The use of standardized HPTLC methods allows you to clearly identify natural materials, regardless of the source, based on their chromatographic fingerprint. Additionally, HPTLC is a powerful tool to rapidly compare several samples in parallel, check for adulteration, monitor purity and stability, and quantify marker compounds.

Equip your lab with the CAMAG products that are most suitable for your specific needs and consult with us in the search for the solution to your analytical problems.

Customer Testimonials

"Identification of botanicals is a very complicated process. The standard tools in the industry to identify materials typically cannot be used to identify botanicals, because with botanicals you are dealing with a species, a genus and even down to a plant part. In order for the product to be efficacious, we have to make sure that we have the proper genus, the proper species and the proper plant part. So one of the only methods in the industry that can test down to that level in detail is TLC, or in our case we’ve invested in the High-Performance TLC machine and that is what we use to identify botanicals."

Jenna Farr, Quality Assurance Manager, Nature’s Way Brands

"Herb Pharm has relied on HPTLC analysis with CAMAG systems since the nineties. We use this analysis, among other methods, to verify identity of herbs and their constituents as well as finished product identity testing."

Dagmar E. Goldschmidt, Technical Affairs Manager, Herb Pharm

"Purchasing the HPTLC System from CAMAG is by far the most benefical purchase we have made for our laboratory. The CAMAG system has been instrumental in allowing us to easily comply with our identity specifications for raw botanicals and liquid extracts. The learning curve was minimal, and the reports generated by the visionCATS software make documentation for 21 CFR 11 cGMP compliance straightforward and trouble-free."

Steven Yeager, Director of Quality, Mountain Rose Herbs

"CAMAG Scientific’s HPTLC instrumentation is one of Ortho Molecular Product’s primary means in verifying the identity and purity of botanicals and USP grade amino acids. Furthermore, the responsiveness of Camag’s instrument maintenance and repair service team routinely exceeds that of our other instrument manufacturers at a fraction of the annual service cost."

Rick Junk, Natural Products Scientist, Ortho Molecular Products, Inc.

 

Case Studies

HPTLC fingerprint of Ginkgo biloba flavonoids
Quantification of ginkgolides A, B, and C and bilobalide in Ginkgo biloba by HPTLC

Matching CBS articles

Rapid chemotaxonomic discrimination of Clerodendrum species
CBS 123
pdf
Analysis of innovative plant extracts
CBS 123
pdf
Pharmacokinetics of berberine from Pushyanuga Churna
CBS 123
pdf
Simplified analysis of purity of ginkgo products
CBS 123
pdf
HPTLC-UV fingerprints of Gelsemium elegans and koumine contents
CBS 122
pdf
Comprehensive HPTLC fingerprinting for the quality control of Angelica gigas root
CBS 121
pdf
Qualitative and quantitative HPTLC analysis of licorice root
CBS 120
pdf
Comparison of conventional TLC and HPTLC for identity testing of herbal medicinal extracts
CBS 118
pdf
Adulteration of St. John’s Wort Products
CBS 117
pdf
The unique merits of HPTLC image analysis for quality control of herbal medicines
CBS 115
pdf
Marker compounds in Java tea characterized by HPTLC
CBS 115
pdf
Screening of three PDE5-Inhibitors
CBS 114
pdf
Bioassay-guided isolation of plant antibiotics
CBS 112
pdf
Quantification of alkaloids in Sceletium tortuosum
CBS 111
pdf
Identification of acetylcholinesterase inhibitors from Galbanum
CBS 111
pdf
Planar-chromatographic fingerprint of German propolis
CBS 111
pdf
Rapid structure confirmation and quantitation by HPTLC-NMR
CBS 110
pdf
Bioautographic HPTLC assays for screening of Gabonese medicinal plants used against Diabetes mellitus
CBS 110
pdf
Identification of polyphenolic compounds in Rheum officinale Baill. by TLC-MS-coupling
CBS 109
pdf
Simultaneous analysis of temephos and fenitrothion in green tea
CBS 108
pdf
TLC/HPTLC fingerprinting of herbal essential oil followed by liquid chromatography hyphenated with the TLC-MS Interface
CBS 106
pdf
Quality control of Traditional Chinese Medicines by HPTLC
CBS 106
pdf
Separation of common plant triterpenoids by HPTLC
CBS 104
pdf
A comparison between HPLC and HPTLC for the separation and quantification of boswellic acids in Boswellia
CBS 104
pdf
Screening of unknown plant extracts by planar chromatography
CBS 103
pdf
HPTLC determination of ginkgolides A, B, and C and bilobalide in Ginkgo biloba
CBS 102
pdf
HPTLC identification of Hoodia gordonii a popular ingredient of botanical slimming products
CBS 102
pdf
Validation of HPTLC methods for the identification of botanicals
CBS 101
pdf

Matching methods

ID
Method
A-135.1
USDA compliant testing of the total THC content in hemp (< 0.3% THC)
A-135.1
USDA compliant testing of the total THC content in hemp (< 0.3% THC)
A-134.1
Identification of oleander (Nerium oleander L.) and detection of oleandrin, a toxic cardiac glycoside

Case studies

    Ginkgo biloba
    Case Studies
    Yes

    This case study method demonstrates how Ginkgo biloba extracts can be rapidly identified by HPTLC based on their flavonoid fingerprint.

    Ginkgo biloba
    Case Studies
    Yes

    This case study demonstrates how ginkgolides and bilobalide in Ginkgo biloba extracts can be quantified by HPTLC.