The health of sportswomen is not limited to high-level athletes. It also includes active women, who combine training with professional, academic and family demands, seeking to improve their performancebody composition or overall physical condition. In this context, subtle physiological changes can be reflected not only in sports performance, but also in daily energy, ability to concentrate, mood and productivity.
Decreased income is often one of the first signs of imbalance. Difficulties in recovery, persistent fatigue, reduced strength or resistance, increased incidence of injuries, changes in the menstrual cycle and sleep disturbances may arise. These signs often reflect a mismatch between training load, energy availability, recovery and overall stress. The concept of RED-S (Relative Energy Deficiency in Sports), described by the International Olympic Committee, expands and replaces the previous “female triad syndrome” and reinforces that available energy is decisive not only for performance, but for normal functioning at a multisystemic level.
When energy and hormonal balance is compromised, changes in reproductive function, bone health, metabolism, thyroid function, immune system, mood regulation and cognitive performance can occur. An athlete or active woman can maintain high levels of demand, and experience progressive difficulty in sustaining this pace, with an impact on overall performance, whether sporting, professional or social.
It is important to highlight that many women monitored in a clinical context are not professional athletes, but have high training loads that are associated with insufficient sleep, dietary restrictions and significant stress. The combination of these factors increases the risk of physiological dysregulation. Clinical monitoring makes it possible to distinguish expected adaptations to training from early signs of metabolic and hormonal dysfunction.
Monitoring of women who practice sports must be continuous and individualized, including global clinical assessment, analysis of training load, nutritional status, menstrual history, assessment of bone health when indicated and screening of psychological and contextual factors. This approach allows you to identify risks, monitor adaptation to training and implement preventive measures in a timely manner.
Sports Medicine plays a central role in this process due to its ability to integrate clinical, functional and physiological data, making it possible to frame changes in performance in exercise physiology, identify signs of maladaptation and coordinate multidisciplinary interventions in a structured way.
Effective monitoring requires articulation between different medical specialties in addition to Sports Medicine, such as orthopedics, physical medicine and rehabilitation, gynecology, endocrinology and cardiology, among others, as well as with other health sciences, including nutrition, psychology, physiotherapy and sports science professionals. This integration allows for informed clinical decisions aligned with functional and sporting objectives.
Increasing exposure to digital information about training, nutrition and hormones sometimes contributes to inaccurate interpretations or the generalization of incorrect diagnoses. Sports Medicine also plays an important role in promoting health literacy, helping to contextualize symptoms and distinguish physiological variations from situations that require clinical intervention.
The health of sports women must be monitored throughout the life cycle, from adolescence to adulthood, including motherhood, the hormonal transition associated with perimenopause and menopause – and active aging. Each phase implies specific physiological adaptations that must be considered when prescribing and monitoring exercise.
Promoting the health of women who practice sports means ensuring that physical activity maintains its protective role, supporting performance, metabolic function, bone health, hormonal balance and functional capacity.
Leave a Reply