El papel de los elementos minerales en la función bioquímica y biofísica celular

• Autores: Agustín Cases Garrido
• Localización: Natura Medicatrix: Revista médica para el estudio y difusión de las medicinas alternativas, ISSN 0212-9078, Nº. 53 (Abril), 1999, págs. 22-27
• Idioma: español
• Títulos paralelos:
  • Mineral elements in biochemical and biophysical cellular function
• Enlaces
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• Resumen

  • After F.A. Popp works in Germany, the author exposes the paper of photons in cellular function. lnjured or diseased cells have a diferent radioactive emission than normal cells, and this emission varies from one disease to another. Mineral elements, metal or metal loids can be excited by a thermic or electromagnetic energy, moving from ionized to normal state. Many proteins and enzimes are linked to these mineral substances (specially Fe, Cu, Co, Zn, Mo, Mn, Se, V, Ni, K, and Mg). RNA and DNA can be the sources of emission of " ultrasubtile radiation ", that provokes a subtitle balance of mineral substances into the cell. Puric and pirimidinic bases of RNA and DNA are spacially oriented, specially combined and polarized. A change in mineral composition, can lead to a change in the radiation and cellular energy. We can analyze this status by a spectrophotometric urine analysis, because urine contains residual products as the result of blood filtering by renal tubules. The simple study of infinitesimal substances of urine can explain us the concepto of cellullar memory, related to metaloenzimes and the tiny balance of mineral substances in citoplasmic tissue.