The total fat in your daily diet should average no more than 30 percent of your total calories consumed. And saturated fat should be no more than 10 percent of those 30 percent of calories. The amount of fat and saturated fat you eat depends on the foods you select and consume that have fat in them. Consider consulting with a nutrition professional to learn more about how to calculate your fat needs and to not exceed what are healthy amounts. There are many tools available to help you determine how much fat you should consume each day based on your current energy and nutrition needs. Reading food labels is one way to begin to identify where and how much fat is in particular food items.
Vitamin D: Over the past decade, dozens of studies have revealed many important roles for vitamin D, the nutrient that skin cells produce when they are exposed to sunlight. The recommended daily intake of Vitamin D is 600 IU per day, although recommended levels are under review. If you avoid the sun or live in the northern half of the U.S., ask your doctor whether your vitamin D level should be tested.
Low-fat dairy products are excellent sources of calcium. Other good sources of calcium include salmon, tofu (soybean curd), certain vegetables (broccoli), legumes (peas and beans), calcium-enriched grain products, lime-processed tortillas, seeds and nuts. If you do not regularly consume adequate food sources of calcium, a calcium supplement can be considered to reach the recommended amount. The current recommendations for women for calcium are for a minimum of 1,200 mg per day.
B12: Like folic acid, B12 is essential for healthy nervous system development and function. Pregnant women who are vegans or vegetarians may fall short on B12, since it is present in animal protein and to a lesser extent in dairy. Teenage and adult women need 2.4 mcg. Recommended levels rise to 2.6 mcg for pregnant women and 2.8 mcg for lactating women.
Nutrition interventions that target mothers alone inadequately address women's needs across their lives: during adolescence, pre-conception, and in later years of life. They also fail to capture nulliparous women. The extent to which nutrition interventions effectively reach women throughout the life course is not well-documented. In this comprehensive narrative review, we summarized the impact and delivery platforms of nutrition-specific and nutrition-sensitive interventions targeting adolescent girls, women of reproductive age (non-pregnant, non-lactating), pregnant and lactating women, women with young children<5 years, and older women, with a focus on nutrition interventions delivered in low- and middle-income countries. We found that though there were many effective interventions that targeted women's nutrition, they largely targeted women who were pregnant and lactating or with young children. There were major gaps in the targeting of interventions to older women. For the delivery platforms, community-based settings, compared to facility-based settings, more equitably reached women across the life course, including adolescents, women of reproductive age, and older women. Nutrition-sensitive approaches were more often delivered in community-based settings, however, the evidence of their impact on women's nutritional outcomes was less clear. We also found major research and programming gaps targeting overweight, obesity, and non-communicable disease. We conclude that focused efforts on women during pregnancy and in the first couple of years postpartum fails to address the interrelation and compounding nature of nutritional disadvantages that are perpetuated across many women's lives. In order for policies and interventions to more effectively address inequities faced by women, and not only women as mothers, it is essential that they reflect how, when, and where to engage with women across the life course.
Dallas is from Shepherd, Texas and has had a passion for athletics since she was a young girl. She moved to College Station in 2007 and soon realized her enthusiasm for well-being and helping others when she attended boot camps and group fitness classes. Since then, she has acquired her Personal Training Certification through AFAA. She is currently pursuing a degree in kinesiology with a minor in biology and nutrition with the aspiration to help others attain their own fitness ambitions. Dallas is married and has 2 amazing daughters. Outside of MPOWER Fitness and being a stay at home mom, she enjoys spending time with her family, playing sports and reading.
If you’re not lifting weights already… what are you waiting for? Let me start by answering a question I get all the time — no, lifting weights isn’t just for men, everyone can reap the benefits of muscle growth. Lifting weights stimulates your lean body mass (i.e. muscle) to strengthen you from within and helps maintain healthy bone density (as mentioned earlier). Having more lean body mass – versus more fat mass – provides us with the strength we need to carry out our daily tasks, supports our core and spine, supports hormonal and bone health, AND allows our bodies to burn more calories and burn fat even while sitting. Resistance training can help decrease risks for osteoporosis, heart disease, type 2 diabetes, depression, obesity, aches and pains, and lastly arthritis. It also helps us mentally since weight training and working out, in general, makes us feel good thanks to all those endorphins that are released when your workout. You also get the added benefit of helping our metabolism, getting stronger, building muscle, and decreasing body fat when paired with well-balanced nutrition!
A person's caloric requirement depends on his body size and exercise level. Sedentary people of both genders will keep their weight stable by taking in about 13 calories per pound of body weight each day. Moderate physical activity boosts this requirement to 16 calories a pound, and vigorous exercise calls for about 18 calories a pound. On average, a moderately active 125-pound woman needs 2,000 calories a day; a 175-pound guy with a similar exercise pattern needs 2,800 calories. And like women, men will lose weight only if they burn more calories than they take in.
As the science of nutrition continually evolves, researchers recognize that nutrients needed to maintain a healthy lifestyle must be tailored to the individual for maximum effectiveness. Recognizing that people are not all alike and that one size does not fit all when it comes to planning and achieving a healthful diet, the Institute of Medicine's dietary guidelines, titled "Dietary Reference Intakes for Macronutrients," stress the importance of balancing diet with exercise and recommends total calories based on an individual's height, weight and gender for each of four different levels of physical activity.
Trans fatty acids, also known as trans fats, are solid fats produced artificially by heating liquid vegetable oils in the presence of metal catalysts and hydrogen. They also pose a health risk, increasing LDL or "bad" cholesterol and increasing your risk of coronary heart disease. They are often found in cookies, crackers, icing and stick margarine, and in small amounts in meats and dairy products. Beginning in January 2006, all food manufacturers had to list the amount of trans fatty acids in foods, resulting in a significant reduction in the amount of these fats used in prepared foods. In its guidelines, the American Heart Association notes that trans fats increase risk of heart disease by raising "bad" LDL cholesterol and should be avoided as much as possible. In addition, research has shown that trans fats can also decrease "good" HDL cholesterol, increase inflammation, disrupt normal endothelial cell function and possibly interfere with the metabolism of other important fats—even more evidence that they are very bad for overall health.
“The reason most people don't see changes isn't because they don't work hard—it's because they don't make their workouts harder,” says Adam Bornstein, founder of Born Fitness. His suggestion: Create a challenge every time you exercise. “Use a little more weight, rest five to 10 seconds less between sets, add a few more reps, or do another set. Incorporating these small variations into your routine is a recipe for change,” he says.
In the stereotypical Ozzie and Harriet family of the 1950s, men ruled the roost while women ruled the roast. That's no longer true (if it ever was), but in most households women are still in charge of nutrition. They stock the pantry, plan the menus, and fill the plates. In most households it's a good thing, since the average woman knows more about nutrition than the average man. But when it comes to optimal nutrition, there are differences between the sexes. The differences are subtle, but they may affect a man's health.
Our women’s fitness programs are designed for women from the ground up. We teach from the female anatomy and physiology, the feminine psyche and include all the subtle bodies – the emotional, mental and spiritual that have an impact on the physical. We understand the different needs of the woman as she exercises through pregnancy, postnatal, menopause and the later years of her life and how these changes affect her women’s fitness needs and goals.
In addition to his role with MPOWER Fitness, Teddy is a PhD student at Texas A&M. His studies focus on Strategic Management in the Sports Industry. Prior to starting at A&M, Teddy worked as a sports facility consultant for Major League Baseball. He has also worked in the fitness industry as a personal trainer for a nationwide health club and at Florida State University's (FSU) Campus Recreation Center. He earned his Masters of Sports Management from the University of Southern Mississippi in 2013 and his Bachelor's in Political Science from FSU in 2011. In his spare time, he enjoys playing golf, watching football, and reading.
What's a man to do? Fortunately, he does not have to choose between his bones and his prostate. The solution is moderation. The Baltimore Longitudinal Study of Aging, for example, found no link between a moderate consumption of calcium (about 800 mg a day, two-thirds of the RDA) and prostate cancer. In addition, a randomized clinical trial of calcium supplements of 1,200 mg a day found no effect on the prostate, but only 327 men were in the calcium group, and the supplementation lasted just four years. Finally, the Harvard scientists speculate that a high consumption of vitamin D may offset the possible risks of calcium, so a daily multivitamin may also help.
A year later, a second Harvard study added to the concern. The Physicians' Health Study of 20,885 men did not evaluate diet per se, but it did measure the blood levels of ALA in 120 men who developed prostate cancer and compared them with the levels in 120 men who remained free of the disease. Men with moderately high ALA blood levels were 3.4 times more likely to develop prostate cancer than men with the lowest levels; curiously, though, men with the very highest levels were only 2 times more likely to get the disease.