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Modern Chinese Medicine R&D Department, established in 2000, consists
of a number of licensed pharmacists and senior engineers. R&D department possesses several sets of
experimental equipment and analytical instruments such as supercritical CO2 extraction equipments,
molecular distillation equipment, GC, HPLC, GC-MS, HPLC-MS, which represents our strong research power
in quality standard modernization of traditional Chinese medicine. More than 20 new and me-too Chinese
medicines including Class V has been registered. Some is permitted to produce and others are in
clinical trial.
The basic concept and methodology of our company for developing modern Chinese medicine is:
maintaining the combination features of traditional Chinese traditional medicine under the
direction of Chinese medical theories, unifying the standard and therapeutic effect by means of
extracting and separating the effective ingredients from Chinese medicinal materials. We believe
that the modernization of Traditional Chinese Medicine mainly lies on the modernization and
industrialization of the extraction technology.
We have founded a high & new separation technology platform on which there are more than 20
year-developed, world-leading industrialized technology, supercritical CO2 extraction and molecular
distillation, as core, and other technologies. On this platform, the effective ingredients in various
Chinese medicinal materials such as Danshen Root, Officinal Magnolia Bark, Dried Ginger, Common
Andrographis Herb and Wild Chrysanthemum Flower, have been successfully extracted and isolated,
and a variety of new Chinese medicine have been developed.
Supercritical CO2 extraction technique
The solubility of the effective ingredients of natural materials in supercritical CO2 varies with the temperature and pressure. Thus, isolating and refining the natural products and biologically active substances is under the condition of relative low temperature and high pressure, and the nearly perfect green products are produced.
超临界萃取流程图 The Flow Chart of Supercritical CO2 Extraction Technique
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