In fact, the observation of the formation of the boundaries on treatment is as amazing as the formation itself. Truly remarkable. Hope it is seen in human cases also. In large sized tumours, how do the deceased tumour fragments get eliminated, especially if they are internal ? Can this treatment be applied to clinically tested non cancerous growth also, as an alternative to surgery ?
How ? Are cells in non cancerous growth different from normal cells or the same ? If same, ClO2 should not affect it ? If different, how do they differ in structure and properties from cancerous cells ? I have read your earlier article on how the cells architecture and behaviour are different from normal cells. Would be thankful for some briefing.
Very well explained and very convincingly - the close follow up observations. 👍👍
In fact, the observation of the formation of the boundaries on treatment is as amazing as the formation itself. Truly remarkable. Hope it is seen in human cases also. In large sized tumours, how do the deceased tumour fragments get eliminated, especially if they are internal ? Can this treatment be applied to clinically tested non cancerous growth also, as an alternative to surgery ?
Yes
How ? Are cells in non cancerous growth different from normal cells or the same ? If same, ClO2 should not affect it ? If different, how do they differ in structure and properties from cancerous cells ? I have read your earlier article on how the cells architecture and behaviour are different from normal cells. Would be thankful for some briefing.