As a dietitian who specializes in sports, I work with athletes of all ages and abilities. Some athletes eat a stellar diet, while others have much room for improvement. Regardless of their diets or abilities, athletes often arrive at my office with one of two goals in mind: achieve better health and wellness by changing their eating habits, or improve athletic performance by changing their eating habits. In one of these cases, a client asked me to tweak his diet to help him move from a competitive age-group category to elite standing.
Today, it is estimated that more than 40 million American women are in the life-changing phase known as perimenopause. All of these women are likely to experience some symptoms associated with this shift (Saunders 2002).
Elevated stress is a risk factor for cancer, high blood pressure and cardiovascular disease (Block et al. 2009). How stress influences eating behaviors and leads to obesity is a key topic of interest to researchers and exercise professionals.
Some of the questions most frequently asked of sports dietitians deal with food and fluid consumption before, during and after exercise. Indeed, athletes are bombarded with nutrition misinformation, resulting in confusion about what they should eat or drink during training or, more crucially, during competition. This article provides science-based guidelines on food and beverage choices that are easy to understand and adopt and that allow athletes to maximize their potential.
Exercise professionals inspire clients to adopt lifestyles filled with regular physical activity, positive behaviors and healthy eating plans. When clients want to lose weight, three dietary approaches often enter the conversation:
Despite best intentions, many people fall prey to unhealthy snack cravings in the late evening. But before you beat yourself up for being seduced by the siren song of your favorite duo—Ben and Jerry—new research suggests that perhaps we are hardwired for such eating patterns.newsletter_teaser: Despite best intentions, many people fall prey to unhealthy snack cravings in the late evening. But before you beat yourself up for being seduced by the siren song of your favorite duo—Ben and Jerry—new research suggests that perhaps we are hardwired for such eating patterns.
One variable of interest in Paoli and colleagues’ study was excess postexercise oxygen consumption, or EPOC. This represents the oxygen consumption, or energy expenditure (above the baseline, or pre-exercise, level), that occurs after an exercise bout. It is sometimes called “after-burn,” implying the burning of calories after the workout.