The basal cell carcinoma is spread along the transverse facial nerve. This location is also where missing teeth of the upper jaw are located. Geminoma of the pituitary compares with the few melanocytes that may be located there. Galangal (Alpinia) links to malaria in plants, and we have already mentioned CD36 metastasis and the fact that CD36 recognizes palmitic acid:
Podlipaev, SA, Zool. Inst. Russian Acad. Sci. (2000), Insect Trypanosomatids
'....The monophyletic Phytomonas clade appears to be recent. Intraphloemic flagellates show considerable genetic differences from the latex parasites and from the parasites of insects. On rRNA phylogenetic trees, Phytomonas (intraphloemic) form the earliest branch opf a monophyletic clade of plant flagellates. Phloem-inhabiting Phytomnas are causative agents of epiphytotic plant diseases of introduced plants in South America -- coffee, oil palm, coconut and the ornamental plant, Alpinia purpurata. The damage is so high that botanists consider Phytomonas to be a natural barrier for plant naturalization. Interestingly, coffee disease has reached epiphytotic proportions twice, in the beginning and in the middle of the last century. Intraphloemic trypansomatids have been found in 4 species of South American native palms (Camargo, 1999) but no trypanosomatids have been found in coconut and oil palms in their native regions or in Southeast Asia where palm agriculture is very extensive. Thus from these data and from classical "rules" of parasitology such pathogenic, non-stable host-parasite systems appear somewhat new, arising in the case of palms, within historical times.'
Separation technology is the problem with Viola: it contains palmitic acid. To apply a poultice of violet leaves feeds the tumor unnecessarily. That is why we used tincture instead.
Podlipaev, SA, Zool. Inst. Russian Acad. Sci. (2000), Insect Trypanosomatids
'....The monophyletic Phytomonas clade appears to be recent. Intraphloemic flagellates show considerable genetic differences from the latex parasites and from the parasites of insects. On rRNA phylogenetic trees, Phytomonas (intraphloemic) form the earliest branch opf a monophyletic clade of plant flagellates. Phloem-inhabiting Phytomnas are causative agents of epiphytotic plant diseases of introduced plants in South America -- coffee, oil palm, coconut and the ornamental plant, Alpinia purpurata. The damage is so high that botanists consider Phytomonas to be a natural barrier for plant naturalization. Interestingly, coffee disease has reached epiphytotic proportions twice, in the beginning and in the middle of the last century. Intraphloemic trypansomatids have been found in 4 species of South American native palms (Camargo, 1999) but no trypanosomatids have been found in coconut and oil palms in their native regions or in Southeast Asia where palm agriculture is very extensive. Thus from these data and from classical "rules" of parasitology such pathogenic, non-stable host-parasite systems appear somewhat new, arising in the case of palms, within historical times.'
Separation technology is the problem with Viola: it contains palmitic acid. To apply a poultice of violet leaves feeds the tumor unnecessarily. That is why we used tincture instead.
