its from 2017 and I'm just seeing this "proof" of vit C/PT for others to see
https://medcraveonline.com/JCCR/JCCR-09-00341.php
A New Look at Atherosclerosis Repeatable Science Ushers in a New Era of Medicine
Sam Wallace,1 Wallace 2
1Missoula Osteopathic Clinic, USA
2Diploma of CardioRetinometry, USA
Correspondence: Sam Wallace, Missoula Osteopathic Clinic, Montana 59802, USA
Received: September 21, 2017 | Published: September 29, 2017
citation: Wallace S, Wallace (2017) A New Look at Atherosclerosis Repeatable Science Ushers in a New Era of Medicine. J Cardiol Curr Res 9(5): 00341. DOI: 10.15406/jccr.2017.09.00341
Clinicians are now able to prevent and reverse coronary artery disease using non-invasive, inexpensive and non-toxic interventions, while monitoring progress serially in an inexpensive, non-invasive, non-toxic manner. This results in a reduction of heart attack and stroke by 98 percent, not to mention the many other complications of atherosclerosis. The science behind this is not new and, in fact, coronary artery disease, noted by coronary atherosclerosis or cholesterol plaque build-up in these arteries, was first shown to be reversible in humans as early as 1954. This study was published in the peer-reviewed medical literature
The approach is non-invasive, inexpensive, non-toxic and has no serious side effects. The monitoring is practically as effective as the current gold standard of angiogram but at a small fraction of the price and without harmful radiation
process. These mammals produce Vitamin C in boluses as needed continuously throughout their lives, with the dose increasing depending on stressors placed on the animal. A daily dose for an animal can range normally between the human equivalent of 5,000 to 15,000 mg per day
In humans, several other specific mechanisms seem to have evolved that delay the onset and progression of atherosclerosis but are not sufficient to stop it entirely, perhaps as evidenced by its being the number-one killer in the world [28,29]. One of these compensatory mechanisms is Lp(a). This mechanism also is present in guinea pigs as per Pauling and Rath’s experiment in 1990 [16]. They theorized that this is a surrogate for repair of the vessel in the absence of adequate Vitamin C, and proved this to be true in the study mentioned above.
Vitamin C is a vital nutrient and is important to form the most abundant protein in the structure of the human body, collagen [33]. Collagen gives structural integrity to most body tissues including the basement membrane of the arterial intima as well as the ground substance that supports the endothelial lining [34]. It would seem, based on Willis’ work and autopsies of patients who had died suddenly of trauma versus those that had died of heart disease, that a focal tissue depletion of Vitamin C can occur and lead to a rationing effect of Vitamin C, where some tissues are getting the bulk of the inadequate share of Vitamin C and seeming healthy and normal while other tissues suffer a focal scurvy and structural degradation [35]. This seems to occur in the white blood cells since they have cell membrane pumps that take up 35 times the amount of Vitamin C than other cells. This allows them to perform their various immune and phagocytic functions. White blood cells can show a normal level of Vitamin C despite an overall deficiency in the body in general or certain tissues in specific, the arteries being a common site of tissue depletion of Vitamin C [36].
It is felt that this focal deficiency can be overcome with:
Adequate intake of Vitamin C
Decreased oxidative exposure that depletes Vitamin C