57 Fantastic Tips for Weight Loss Backed by Science
If you want to lose weight, going about it the right way is critical. This post highlights important science-based approaches that can help you in your weight loss journey.
Nutrition is often a confusing field, as there is so much conflicting advice and information out there. This is particularly true when it comes to weight loss and people vary in which approach they believe in.
Simply put, you need to create a calorie deficit to lose weight. And, you need to do so in a sustainable manner. Precisely what that looks like varies depending on the individual person, their behavior and their metabolism. As a consequence, it’s important to find an overall approach that works for you.
All of these approaches are sustainable options that some people rely on. In each case, they can be a short-term or a long-term change and there is considerable research behind them.
If you want to lose weight, going about it the right way is critical. This post highlights important science-based approaches that can help you in your weight loss journey.
Coffee offers significant health benefits – but did you know that it can be useful for ketosis too? A recent study highlighted an interesting connection between caffeine and ketone levels. Drinking a certain amount of caffeinated coffee can increase your ketone levels. Discover the connection and how you can benefit from it in this article.
The right creamer can make all the difference to your daily cup of coffee. This post highlights a wide range of options, including some great recipes from bloggers. Check it out.
Intermittent fasting is an interesting concept, one that is particularly powerful on a ketosis diet. The two approaches work well together, providing you with additional health benefits and other advantages. Check out the post to learn more.
If you have any interest in keto, you’ve probably heard about exogenous ketones. But, you mightn’t know much about them. In this post, we’re separating the fact from the fiction, to show what exogenous ketones actually do and why they’re so interesting.