In spite of the fact that the utilization of intravenous high-portion nutrient C as a treatment for malignancy has not been endorsed the FDA, there have been a few fruitful logically recorded cases.The dominant part of nutrient C treatments include managing it orally, Scientists have anyway demonstrated that regulating nutrient C intravenously, which sidesteps ordinary gut digestion, brings about blood levels which are 100 to multiple times more than oral ingestion levels. Albeit high dosages of nutrient C managed orally can be powerful against malignant growth cells, it’s the super-high blood level convergence of intravenously directed nutrient C that truly exhibits its disease cell battling capacities.
Nutrient C and malignant growth contextual analysis 1
A 51-year-old female patient with metastatic disease rejected regular malignancy treatment, picking rather intravenously controlled high-portion nutrient C at a dose of 65 g two times every week proceeding for 10 months. Other elective treatments were likewise utilized: N-acetylcysteine, thymus protein separate, entire thyroid concentrate and niacinamide. Cannonball injuries can be seen in the two lungs, set apart by the lines and bolts in the chest radiograph below.After the 10 months of treatment results were typical as shown in the chest radiograph underneath, with the exception of one variation from the norm in the left lung, which was potentially only an aspiratory scar.
Nutrient C and malignant growth contextual investigation 2
A 49-year-old male bladder malignant growth persistent picked nutrient C treatment managed intravenously rather than radiotherapy or chemotherapy.For 3 months, 30 g of nutrient C was controlled two times per week, at that point for a long time 30 g was regulated once every 1–2 months, which were scattered with progressively visit mixtures. The patient was healthy nine years after conclusion with no indications of repeat or metastasis. The patient additionally utilized the accompanying enhancements: chromium picolinate, organic concentrate, flax oil, chondroitin sulfate, α-lipoic corrosive, glucosamine sulfate, L. rhamnosus and selenium and Lactobacillus acidophilus.
How nutrient C executes disease cells
At the point when nutrient C separates, it produces hydrogen peroxide, which can harm malignancy tissue by closing down their vitality supply. Malignant growth cells are additionally much less equipped for dispensing with hydrogen peroxide than sound cells are. Along these lines, malignant growth cells are significantly progressively helpless against being harmed by hydrogen peroxide. What’s more, this is the reason how very high nutrient C can harm malignant growth tissue without harming solid tissue. There are a few different ways that sound cells need to evacuate hydrogen peroxide that keeps it at low enough levels with the goal that it doesn’t cause harm.