The Current State of Weight Training Among College-Age Females by Chinwendu Achonu

[Chinwendu Achonu is a senior at the University of North Carolina at Chapel Hill. She is majoring in Exercise and Sport Science with a concentration as a Fitness professional, and minoring in Food Studies. She is taking part in the Athletic Lab Coaching Mentorship program.] From physical health to mental health—and everything in between—weight training serves as a powerful catalyst for improving internal & external health markers. With consistent weight training, women can increase measures of bone mineral density, fat-free mass, strength, and power, while reducing risk of chronic cardiovascular and metabolic disease, depression, and anxiety (Bachero-Mena & Moral-González, 2021). These adaptations are especially noteworthy given that women are disproportionately affected by bone mineral loss and osteoporosis, heart disease, Alzheimer’s disease, depression, and generalized anxiety disorder (Kiley, 2019). And, these benefits are only a small subset of the notable adaptations that have been validated over the years. Benefits of Weight Training for Women The remarkable benefits of weight training for women have not always been so readily acknowledged by health experts however. In a 1925 interview with Dr. Thomas Wood, Director of Physical Education at Columbia University, he revealed that women in the late nineteenth and early twentieth century were “hindered in pursuit of athletic achievement by a general societal concern for the de-feminizing impact of sports as well as by the medical community’s belief that “strenuous” sports interfered with women’s reproductive capacities” (Todd, 1992, p. 4). The first two-thirds of the twentieth century was also marked by misinformation (Todd, 1992, p. 4). Athletic coaches and physical educators commonly believed that weight training would make athletes slow, stiff, and “musclebound” (Todd, 1992, p. 4). Athleticism is often associated with agility and speed. Thus, the notions [...]

By |2022-04-22T16:30:02-04:00April 22nd, 2022|Training Info|0 Comments

Resistance Training & Metabolic Conditioning Guidelines During Pregnancy by Evie Garren

[Evie Garren, M.M., B.S., is a Certified Strength and Conditioning Specialist and Personal Trainer in Durham, NC. She is currently pursuing the Athletic Lab CHPC Level 1 Certification and participating in the Athletic Lab internship program.] Continuing an intelligent and appropriately designed strength training and metabolic conditioning regimen will greatly help you remain healthy and feeling strong throughout the duration of your pregnancy. Many previously perceived contraindications around training while pregnant may no longer be cause for such alarm. Rather, it is in your best interest to train consistently throughout the duration of your pregnancy and even begin training while pregnant if you have not previously. The American College of Sports Medicine notes that healthy pregnant women without exercise contraindications are encouraged to exercise throughout pregnancy. Some of these benefits may include prevention of excessive gestational weight gain, gestational diabetes mellitus as well as decreased occurrence of low back pain, pelvic floor pain, incontinence, preeclampsia and a decreased postpartum recovery time. Per the ACSM, the FITT recommendations (Frequency - Intensity - Time - Type) for women who are pregnant may be applied to all types of training. Table 1 (below) outlines these recommendations as well as those from the American College of Obstetricians and Gynecologists. In short, healthy pregnant women with no contraindications for exercise should accumulate a minimum of 150 minutes of exercise per week spread over the course of 3 to 5 days coming from both strength training and metabolic conditioning. Table 1 ACSM FITT Guidelines Metabolic Conditioning Strength Training Frequency Approximately 3-5 days a week Approximately 2-3 days a week Intensity Moderate On a scale of 1-10 (least to most difficult), aim to be an 8 or less during your exercise regimen [...]

By |2022-02-14T22:16:55-05:00February 18th, 2022|Training Info|0 Comments

Mike Young & Beatriz Fernandes lecture for Quadroathletics

Athletic Lab's Dr. Mike Young and Beatriz Fernandes recently provided a streaming course on Training the Female Athlete for Turkish strength and conditioning coaches. The streaming lecture series was hosted by Quadroathletics and Medikurs. The Turkish companies hosted an Athletic Lab Coaching Academy CHPC Level 1 course in 2019 and were slated to host both Level 1 and Level 2 mentorships that were postponed due to COVID-19. Young and Fernandes discussed female physiology, implications of women's anatomy for training and sport, injury risk and risk reduction strategies for women, and special considerations for training. Mike previously provided 7 lectures for the group since 2021. The Athletic Lab Coaching Academy has a scheduled CHPC Level 2 course for later in 2021. If you are interested in having Dr. Young and any other Athletic Lab staff lecture or provide a private workshop for your organization please contact us for details.

By |2021-09-23T17:45:35-04:00September 24th, 2021|News|0 Comments

Concerns for the Female Athlete by Dominique Stasulli

[Dominique Stasulli is an Athletic Development Intern at Athletic Lab] Female athletes are notoriously susceptible to more exercise-induced health consequences in relation to their male counterparts, simply by virtue of their genetic anatomy and physiology. The three most common and worrisome disorders include iron deficiency anemia, amenorrhea, and stress fractures, each of which will be covered in depth below. Extra precautions need to be taken when undergoing a heavy training load in order to avoid these potentially debilitating disorders. Iron Deficiency Anemia is defined as an insufficient amount of healthy red blood cells in circulation, and it is frequently associated with iron-deficiency (1). A potential source of the anemia may be blood loss from the gastrointestinal and urinary tract after intense exercise, a result of transient ischemia from the vasoconstriction of splanchnic (GI) and renal vessels during exercise (2).The maximum amount of oxygen that can be carried in the blood is determined by the amount of the oxygen-carrying protein, hemoglobin, present in the blood. Iron is an essential component of hemoglobin, and so an iron deficiency places a greater demand on the cardiovascular system as a result of the reduced oxygen carrying capacity. Athletes are more at risk for iron-deficiency than the general population, with female endurance athletes being in the greatest danger (3). Common symptoms include fatigue, irritability, moodiness, headaches, and impaired concentration, potentially worsening to lightheadedness upon standing, pica (non-food cravings, such as ice), brittle nails, sore tongue, and shortness of breath (1). Iron-supplementation with ferrous sulfate is highly recommended for female endurance athletes and correction of this deficiency can lead to enhanced performance and health status. Amenorrhea Amenorrhea is a disorder of absent menstruation in females, characterized by three or more consecutive [...]

By |2017-04-13T10:59:18-04:00October 24th, 2014|Nutrition Info, Training Info|0 Comments
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