@Bellyman @CFLBob
"In fact, the evidence is mounting that stevia actually is an insulin sensitizer that can aid in glucose tolerance and clearance after a meal. The Japanese have been using stevia for decades in the treatment of type 2 diabetics. Let’s look at a few recent studies. In fructose-fed rats, a single instance of oral stevioside increased insulin sensitivity and reduced postprandial blood glucose in a dose-dependent manner. The same study also found that diabetic rats given stevioside required less exogenous insulin for the same effect. Taken together, these results suggest that stevia may not just be a good sugar substitute for diabetics, but an effective supplement for treatment of their insulin resistance.
Another study looked at the postprandial effects of stevia, sucrose, and aspartame in human subjects. Compared to sucrose eaters, stevia eaters showed lower postprandial blood sugar levels. Compared to both sucrose and aspartame eaters, stevia eaters had far lower postprandial insulin levels. Furthermore, eating stevia did not induce increased appetite throughout the day, indicating stable blood sugar and satiety levels. Another strike in stevia’s favor."
There are other potential benefits to using stevia unrelated to its apparent benefits on glycemic control.
When combined with inulin, a soluble prebiotic fiber, low-dose stevia increased HDL while lowering overall lipids in male rats. Alone, low-dose stevia lowered cholesterol without the potentially beneficial effect on HDL.
Atherosclerosis was reduced in the stevioside-treated mice.
Memory deficit was largely reversed with administration of stevioside, which also reduced the brain oxidative damage caused by scopolamine.
oral stevioside intake significantly reduced systolic and diastolic blood pressure.