Primal said: "I have injected more than that, I dont think I got benefits from it"
You're right, under normal circumstances, high dose vitamin IV C is not of any particular use, I totally agree. There are medicinal uses for high dose IVC; as Dr. Jenner, and several other pioneers, showed a long time ago, massive IVC's in patients seriously ill from viremia can stop the harm from the virus in its tracks. For example, he showed that polio victims would not sustain any more nerve damage once the IV V's were started. I am quite certain that all our new scary viruses could be rendered harmless by high dose IVC, such as dengue fever, etc, but the medical establishment (which I'm a very unhappy part of) is absolutely immovable. It doesn't matter what evidence you present, hospitals will NOT give high dose vit C, even though it WOULD save the patient's life. Un-friggin-believable. I am ashamed of the profession of medicine; it is so appallingly blind.
However, in my case, I have a special reason for doing IV C 24/7. I have battled diabetes for over 20 years now, and I'm definitely starting to lose the battle. the only reason I'm still reasonably healthy is I've been taking 3 to 9 grams a day oral C religiously.
The way that vitamin C protects against diabetes is by inhibiting aldose reductase. Nerve damage in diabetes is mainly caused by the buildup of excess sorbitol in tissue/stroma adjacent to nerves. Aldose reductase is the enzyme that converts excess glucose into sorbitol. The sorbitol builds up in the tissues/stroma, but not in the nerves. Consequently, an osmotic differential happens whereby the sorbitol is under osmotic pressure to migrate into the nerves. However, sorbitol cannot migrate across nerve membranes - so, instead, as the osmotic pressure builds up, eventually the sorbitol actually punches through the membrane, damaging the nerve. This leads to neuropathy, and it leads to eventual organ damage all over the body due to the damage to the nerves supplying somatic, sympathetic and parasympathetic innervation to those organs.
Because vitamin C is nature's very effective aldose reductase inhibitor, vit C slows down the conversion of excess glucose to sorbitol, and this in turn relieves a lot of the osmotic differential of sorbitol between tissue and nerves, and prevents a lot of nerve damage.
9 grams a day orally is about all I find I can take; more causes diarrhea. Plus, I very much doubt that all of that 9 grams gets absorbed.
Finally, sorbitol also plays a significant role in the glycation of proteins, one manner of which is reflected by the A1c; glycated hemoglobin.
so, the idea is simple: most animals on earth make the human equivalent of about 15 to 25 grams a day in their livers, circulated in the blood to all body compartments. Humans, the main primates, a few bats, guinea pigs, etc, are the few species who have lost the vitamin C gene. If they don't get C in their diet, they die.
Linus Pauling argued that humans should have about 25 grams of C per day - but doing that orally is impossible.
thus, my idea to put in a port and give myself 25 grams a day of IVC, and let's see what happens to my A1c over at least three months of non-stop high dose IVC - and any other measurement of glycation that is feasible.
What a wowser it would be if I could actually drive my A1c way down, despite my blood sugar being partially out of control.
You know, this thing of A1c being "normal" if it's less than 6 is misleading - the A1c should be zero - there is no such thing as "good glycation".
Besides, if I have a port, and I'm running a backpack IV bag every day anyway, just think of what else I could put in that bag, hmmmm???