Showing posts with label calorie counting. Show all posts
Showing posts with label calorie counting. Show all posts

Friday, October 25, 2013

Low Calorie Alcohol

Going for drinks this weekend? Keep it fitness friendly by knowing what you're ingesting. Get Drunk Not Fat knows how to drink when keeping up a diet.

"Pure alcohol is very high in calories.  For instance Everclear has 226 calories per 1.5 oz and is 190 proof (95%) alcohol, the rest basically is water.  Technically Everclear is the lowest calorie alcohol if you compare it to the alcohol percentage. Calories vary from drink to drink but they key to getting the most bang for your buck is picking drinks with the best Calorie from Alcohol ratio.  Here are some examples...
- Get Drunk Not Fat

Thursday, May 17, 2012

Mathematical Challenge to Obesity


Mathematician Carson C. Chow has found evidence against the rule of a pound being made of 3,500 calories, which he shares with The New York Times. See what new information his caloric equation has rendered.


"That the conventional wisdom of 3,500 calories less is what it takes to lose a pound of weight is wrong. The body changes as you lose. Interestingly, we also found that the fatter you get, the easier it is to gain weight. An extra 10 calories a day puts more weight onto an obese person than on a thinner one.
Also, there’s a time constant that’s an important factor in weight loss. That’s because if you reduce your caloric intake, after a while, your body reaches equilibrium. It actually takes about three years for a dieter to reach their new “steady state.” Our model predicts that if you eat 100 calories fewer a day, in three years you will, on average, lose 10 pounds — if you don’t cheat.
Another finding: Huge variations in your daily food intake will not cause variations in weight, as long as your average food intake over a year is about the same. This is because a person’s body will respond slowly to the food intake."


He's even devised a calculator that can help you decide the amount of calories your body requires in a day. See it here:


http://www.nytimes.com/2012/05/15/science/a-mathematical-challenge-to-obesity.html?_r=1