Table of Contents:
Female Athletes
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Female Athlete Triad: What parents and young women need to know
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Mayo Clinic Minute: Female athletes may need more iron
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Some female athletes cutting corners on nutrition
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Female Athlete Triad Nemours Sports Medicine Advice from the Pros
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From female athlete triad to Relative Energy Deficiency in Sport (RED’s), Kathryn Ackerman
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Industry-Presented Webinar: The Female Athlete Triad & Sports Nutrition Strategies for Recovery
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Recent reports suggest that up to 42% of female athletes have insufficient vitamin D levels and up to 90% fall short of the adequate intake for calcium.Recent reports suggest that up to 42% of female athletes have insufficient vitamin D levels and up to 90% fall short of the adequate intake for calcium. These two deficiencies can increase the risk.
Recent reports suggest that up to 42% of female athletes have insufficient vitamin D levels and up to 90% fall short of the adequate intake for calcium. These two deficiencies can increase the risk of bone stress fractures and also place these athletes at risk for osteoporosis later in life.Two decades of research among female athletes over the age of 13 years shows that a lack of nutrition knowledge about what they need to eat to stay healthy and compete may contribute to poor performance, low energy and nutrient intake, and potential health risks, according to a Rutgers Robert Wood Johnson Medical School study.Deficiencies in vitamin D, zinc, calcium, magnesium, and B vitamins can occur from exercise-related stress and inadequate dietary intakes.
Recent reports suggest that up to 42% of female athletes.Female athletes at risk for nutritional deficiencies Two decades of research among female athletes over the age of 13 years shows that a lack of nutrition knowledge about what they need to eat to stay healthy and compete may contribute to poor performance, low energy and nutrient intake, and potential health risks, according to a Rutgers Robert Wood Johnson Medical School study.Lack of proper nutrition education may affect female athletes’ performance and long-term health, says Rutgers researcher.Two decades of research among female athletes over the age of 13 years shows that a lack of nutrition knowledge about what they need to eat to stay healthy and compete may contribute to poor performance, low energy and nutrient intake, and potential health risks, according to a Rutgers Robert Wood Johnson Medical School study.Available data suggest that the prevalence of vitamin D insufficiency in female athletes may range between 33 and 42%, depending on the type of athlete, season, and latitude (42).
The high prevalence of vitamin D deficiency is not surprising as there are very few good dietary sources of vitamin D, and thus mean intake is low (43).Recent reports suggest that up to 42% of female athletes have insufficient vitamin D levels and up to 90% fall short of the adequate intake for calcium. These two deficiencies can increase the risk of bone stress fractures and also place these athletes at risk for osteoporosis later in life.Swimming, due to its emphasis on lean body weight and tightly fitting clothing, has been associated with several nutritional deficiencies which place these athletes at risk of developing components of the female athlete triad.28–30More specifically, swimming has energy.This observation is i n contrast to earlier data indicating female athletes as a high risk group for mineral deficiency development (McClung et al., 2014).
Moreover, our previous data also.The screening led the researchers to find that 39 per cent of the athletes risk developing a condition called Relative Energy Deficiency in Sports (RED-S) syndrome, commonly known as Female Athlete Triad — a combination of conditions that include low calorie intake, missed periods and weakening of bones.These clients have a higher risk of energy deficiency, a condition that can develop easily and lead to irreversible negative effects. Energy deficiency is also a key factor in two medical syndromes affecting athletes: the Female Athlete Triad and Relative Energy Deficiency in Sport (RED-S).There are a number of factors other than diet that may affect iron status in female athletes (Fig.
1.).First, blood losses from menstruation represent the major route of iron excretion in most premenopausal women, and female athletes that experience heavy menstrual volume may be at greater risk for poor iron status.Other factors that may affect iron status in athletes include losses due to.Female athletes are at even higher risk for iron deficiency as compared to males due to monthly blood loss associated with menstruation. Athletes may also be at risk for iron deficiency due to insufficient dietary iron intake.
Remember, the body is not very effective at absorbing dietary iron.
List of related literature:
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from The Sports Medicine Physician | |
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from Physiology of Sport and Exercise | |
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from Advanced Sports Nutrition | |
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from Medical Conditions in the Athlete 3rd Edition | |
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from Practical Applications in Sports Nutrition | |
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from Practical Applications In Sports Nutrition BOOK ALONE | |
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from Nutrition | |
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from Pediatric Physical Examination E-Book: An Illustrated Handbook | |
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from Handball Sports Medicine: Basic Science, Injury Management and Return to Sport | |
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from Encyclopedia of Women’s Health |
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