The subjects’ mTOR inhibitor ages ranged from 42 to 83 years (mean age 65 y). There were more men (71, 61.2%) than women (45, 38.8%). Most were in Canadian Cardiovascular Society (CCS) angina class III at inclusion (62%),
30% were in class II, and 8% were in class IV. Table 1 presents the baseline demographic characteristics of the subjects who successfully completed the study and the background medication. There were no significant differences among the groups. All subjects continued with their medical therapy as prescribed by their treating physicians. Subjects did not receive any nutritional supplements or other products. They were instructed to follow a diet low in salt or fat if they were hypertensive or dyslipidemic, respectively. Patients with diabetes mellitus were instructed to follow the recommendation
of their treating physicians. Male and female subjects at least 18 y of age were included. All had been diagnosed with angina pectoris (CCS classes II–IV), and they had to be in stable clinical see more condition for at least 1 mo (angina class, angina frequency). The subjects’ body mass index range was 24 to 27 kg/m2 (overweight but not obese). Subjects had to be on standard and stable treatment for angina in the previous month. Subjects who were unlikely to cooperate in the study, had legal incapacity or limited legal incapacity, and were pregnant or breast-feeding or had child-bearing potential were excluded from the study. Participants in another drug or device trial at the same time or within the previous 30 d or within five drug half-lives of the investigational materials or within the time legally required by the regulatory authorities, whichever was longer, and those with recent (<3 mo) hospitalization for unstable angina, myocardial infarction, or coronary revascularization were also declared non-eligible
for this study. In addition, subjects with known alcohol or drug abuse, known moderate or severe liver disease (Child–Pugh score >7), known severe renal disease (serum creatinine >220 μmol/L) or known anemia (blood hemoglobin <11 g/L), and known chronic inflammatory disease did not participate in the study. The study used a patented, commercially available dietary supplement that was previously shown to be ADP ribosylation factor identical to a naturally occurring plant-based boron carbohydrate, i.e., CF [12]. A powdered extract standardized to 50% resveratrol also was used. Subjects were randomized into three groups for treatment. Supplementation for the groups was double-blinded. Group 1 received a single daily capsule of resveratrol 20 mg/d (trans-resveratrol 10.0 mg) in addition to their usual medical care and treatment. Group 2 received a single daily capsule of resveratrol 20 mg/d (trans-resveratrol 10.0 mg) combined with CF 112 mg/d (boron 3.0 mg/d) in addition to their usual medical care and treatment. Group 3 received a single daily capsule of CF 112 mg/d (boron 3.0 mg/d) in addition to their usual medical care and treatment.