From the early understanding of the keto research and literature, it looks like we're just scratching the surface understanding some of the potential therapeutic roles of the keto diet. While it's unclear if it's any better or worse than any other diet for weight loss, the reality is that there is no one-size-fits-all model for diets. This doesn't even consider that weight-loss diets, in general, don't really work. While researchers can't agree on a specific statistic, it's commonly accepted that the vast majority of dieters will regain the weight lost (and often pack on extra pounds, as well). The long-term outcome of the keto diet is likely to be no different, especially given how challenging and restrictive it is to maintain.
The keto diet (also known as ketogenic diet, low carb diet and LCHF diet) is a low carbohydrate, high fat diet. Maintaining this diet is a great tool for weight loss. More importantly though, according to an increasing number of studies, it helps reduce risk factors for diabetes, heart diseases, stroke, Alzheimer’s, epilepsy, and more1-6.On the keto diet, your body enters a metabolic state called ketosis. While in ketosis your body is using ketone bodies for energy instead of glucose. Ketone bodies are derived from fat and are a much more stable, steady source of energy than glucose, which is derived from carbohydrates.
The best place to get started if you’re interested in the ketogenic diet is to first take a look at the fats you can incorporate, such as avocado, olive oil, or cacao butter. You could also take a look at more of an animal-based fat like grass-fed tallow or pasteurized lard or, if you are not too sensitive to butter, grass-fed butter is a really good option.
For athletes, research on the keto diet highlights potential improvements in athletic performance, especially when it comes to endurance activities. An article suggests ketogenic-type diets may allow endurance athletes to rely mostly on stored fat for energy during exercise rather than having to refuel with simple carbohydrates during endurance training and competition while additionally improving recovery times. (10)
“Your liver produces ketones all the time, but the rate depends on carbohydrate and protein intake,” says Jeff Volek, Ph.D., R.D., a professor of human sciences at Ohio State University. When the majority of your diet is made up of of carbs and protein, ketogenesis slows. Replacing carbs and protein with fat will put your body into ketosis, thus ramping up ketone production. This takes about three days to induce.
#3: Next, calculate your protein requirements. If you are active, Target 0.8-1.2 g of protein per pound of weight. This is a simplified version of a complex calculation you can do, which is dependent on your lean body mass, how active you are, etc. If you have a lot of weight to lose, you’ll wan to adjust this number down to more like 0.5-.6g per pound (consult the above calculator) You can multiply this by 4 to see how many calories total that would be.
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