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Patent applications for using DNA technologies to authenticate medicinal herbal material.


ABSTRACT: Herbal medicines are used in many countries for maintaining health and treating diseases. Their efficacy depends on the use of the correct materials, and life-threatening poisoning may occur if toxic adulterants or substitutes are administered instead. Identification of a medicinal material at the DNA level provides an objective and powerful tool for quality control. Extraction of high-quality DNA is the first crucial step in DNA authentication, followed by a battery of DNA techniques including whole genome fingerprinting, DNA sequencing and DNA microarray to establish the identity of the material. New or improved technologies have been developed and valuable data have been collected and compiled for DNA authentication. Some of these technologies and data are patentable. This article provides an overview of some recent patents that cover the extraction of DNA from medicinal materials, the amplification of DNA using improved reaction conditions, the generation of DNA sequences and fingerprints, and the development of high-throughput authentication methods. It also briefly explains why these patents have been granted.

SUBMITTER: Shaw PC 

PROVIDER: S-EPMC2791102 | biostudies-literature | 2009 Nov

REPOSITORIES: biostudies-literature

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Patent applications for using DNA technologies to authenticate medicinal herbal material.

Shaw Pang-Chui PC   Wong Ka-Lok KL   Chan Albert Wai-Kit AW   Wong Wai-Cheong WC   But Paul Pui-Hay PP  

Chinese medicine 20091124


Herbal medicines are used in many countries for maintaining health and treating diseases. Their efficacy depends on the use of the correct materials, and life-threatening poisoning may occur if toxic adulterants or substitutes are administered instead. Identification of a medicinal material at the DNA level provides an objective and powerful tool for quality control. Extraction of high-quality DNA is the first crucial step in DNA authentication, followed by a battery of DNA techniques including  ...[more]

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