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  • Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  • Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  • Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  • Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  • Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  1. Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  2. Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  3. Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  4. Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola
  5. Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola

Wild Red Belt Pine Ganoderma- Fomitopsis Pinicola

Brand :Canada LI-MO PANDA
Origin : Canada
Brief Introduction : Fomitopsis pinicola is one of the most conspicuous and widely distributed polypores in coniferous forest regions of the northern hemisphere. It is a major factor in the production of brown rot residues that are a stable soil component in coniferous forest

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Product details| Cumulative Reviews

  • Fomitopsis pinicola is one of the most conspicuous and widely distributed polypores in coniferous forest regions of the northern hemisphere. It is a major factor in the production of brown rot residues that are a stable soil component in coniferous forest ecosystems.
    Fomitopsis pinicola is used as a medicinal fungus in Asia. Polysaccharides extracted from 35-day-cultured fungus and its ethanolic extract showed no toxicity to endothelial cells (ECs). Extracted polysaccharides had a strong inhibitory effect on vascular endothelial growth factor (VEGF)-induced tube formation in ECs in a dose-dependent manner. Furthermore, the ethanolic extract dose-dependently suppressed production of the interferon (IFN)-γ-induced inflammation marker, IP-10. High-molecular-weight of 5367 and 1056 kDa accounted for 19.6% and 19.3% of the total polysaccharides, and a low-molecular-weight one of 14.7 kDa accounted for 53.6% of the total polysaccharides. Chemical analyses of the polysaccharides revealed that myo-inositol, fucose, galactose, glucose, mannose, and fructose were neutral sugars in the polysaccharide. Six nucleoside-type compounds including cytidine, adenosine monophosphate (AMP), adenosine diphosphate (ADP), adenosine, inosine, and thymidine were identified in the ethanolic extract. These results suggest that different extracts from F. pinicola play different roles in regulating the angiogenic process and inflammation.

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