Keto diets have experienced a resurgence due to their use for numerous health benefits and applications. However, ketogenic diets require a very low carbohydrate intake. Some people find it very difficult to stick such a restrictive diet and others simply prefer to consume more carbs.
The good news is that you can support ketone production—whether you’re a ketogenic dieter or you prefer a higher-carb diet—with a special type of fat.
So, whether you’re a ketogenic dieter looking to support better, faster results…
Or you’re looking to enjoy some of the benefits of the Keto Diet -- such as supporting more energy, better mental clarity and a healthy appetite— without having to give up all your favorite carbs…
It all starts with a very specific and pure form of “MCTs,” which is code for medium-chain triglycerides (MCTs), fats with 6 – 10 carbons. Because they’re shorter than the typical fats found in the foods we eat, MCTs are easily digested and rapidly absorbed, and they are quickly and efficiently burned for energy.† They are also less likely to be stored as fat.†
What’s more, MCTs are known to have a high “ketogenicity,” which means they can elevate ketone levels—even without the need for carbohydrate restriction.
But here is something really important: C8 (caprylic acid) is the most ketogenic MCT. It has been shown to be 3 times more ketogenic than C10 (capric acid) and 4 times higher than coconut oil (mostly C12).† This means that C8 (caprylic acid) may be the most effective and efficient MCT when it comes to raising ketone levels.
While nearly all MCT oils and MCT oil powders are watered down with less-powerful MCTs (C10 and C12), Keto Elevate contains 100% pure C8 MCTs to support ketone production, which in turn may help support:
• Enhanced energy levels
• Increased satiety
• Enhanced mental clarity and focus
• Athletic performance
• And more!
Simply put, Keto Elevate is the world’s first and only 100% C8 MCT oil powder specifically formulated to help support ketone production -- even without the need for carbohydrate restriction.