Exogenous ketone supplementation, precisely in the form of ketone esters, can enhance performance and possibly reduce anxiety-like state. Combining ketone esters with ketone-salts or MCTs may also enhance motor performance. The addition of keto esters to a ketogenic diet may also provide benefit in reducing the long-term elevations in lipid and cholesterol that can arise from a persistent ketogenic diet alone.
Nowadays, the idea of ketone ester diet has already been utilised by nutritional companies like Ketone Aid, which received positive feedback from athletes claiming a boost to their typical performance compared to training without the ketone ester supplementation.
Ketosis describes a metabolic state where the level of ketones in your bloodstream elevate and the body burns fat for energy. Ketosis may sound like a strange and exotic phenomenon, but it is quite natural - humans evolved to use fat as energy. Nowadays this seems weird because we are over-consumers of carbohydrate and live sedentary lifestyles. A state in which we are never short of a carb refuel.
Medium Chain Triglycerides (MCT Oil) have dramatically gained in popularity in Australia. MCTs are a subset of saturated fatty acids that, when used appropriately, have unique biological effects ranging from enhanced cognitive performance to accelerated weight loss. MCTs can be found in coconut and palm oil, dairy products, Bulletproof XCT oil and Bulletproof Brain Octane oil. Note that Bulletproof MCT oils are 100% derived from coconut oil. Some other brands may still source from palm oil.
“Even though it is common knowledge, it never ceases to amaze me that all the richness of our mental life - all our feelings, our emotions, our thoughts, our ambitions, our love lives, our religious sentiments and even what each of us regards as his or her own intimate private self - is simply the activity of these little specks of jelly in our heads, in our brains. There is nothing else.” -V.S. Ramachandran
Brain cells. Source:University of Rochester
Some organisms are nothing more than one cell. These tend to be microscopic like bacteria, have short lives and a very restricted repertoire of behaviors. In comparison, multicellular organisms can reach thousands of mets (honey fungus), live virtually forever, (lobsters) and pilot space shuttles (humans). To achieve this complexity, they have to overcome one particularly daunting task: coordinating all their cells.
[Source: Nicholas Wright]