Новое средство FLAIR® снижает дыхательную нагрузку и риск легочных кровотечений у лошадей

Why reducing respiratory load may be one of the most overlooked aspects of equine health and performance. Eventing riders and show jumpers are masters of preparation. They condition for fitness. They develop strength, balance, and rideability. They manage soundness, nutrition, recovery, and every detail that can influence performance over a long season. Yet one of the most important performance systems often receives surprisingly little attention: the respiratory system. Like any athletic system, the respiratory system operates under load. Respiratory load is simply the physiological demand placed on the respiratory system. During intense exercise, horses must move enormous volumes of air while supplying oxygen to working muscles. The harder the respiratory system must work, the greater the load placed upon it. Every athletic system ultimately depends on oxygen delivery. Muscles cannot perform without it. Recovery cannot occur without it. Endurance, power, focus, and resilience all depend on the horse’s ability to move enormous volumes of air efficiently during exercise. Unlike humans, horses are obligate nasal breathers. Every breath required for performance must pass through the nasal passages—the narrowest portion of the airway and one of the largest sources of airflow resistance. During intense exercise, horses may move more than 1,500 liters of air each minute. At those airflow rates, even small increases in airway resistance can increase the effort required to breathe. Breathing is not passive. It requires work. That work comes from the same horse galloping across country, negotiating combinations, or executing a careful show jumping round. The lungs also operate under tremendous stress during exercise. Powerful negative forces develop within the respiratory system while blood is simultaneously being pumped at high pressure through delicate pulmonary capillaries at exceptionally high rates. Most of the time, this remarkable system performs extraordinarily well. However, during intensive exercise, the negative forces combined with high pressures cause stress on the pulmonary capillaries and contribute to exercise-induced pulmonary hemorrhage (EIPH)—microscopic bleeding within the lungs that often goes completely unnoticed. Research has shown that most horses experiencing EIPH never show blood at the nostrils, yet repeated episodes can contribute to cumulative lung damage over a career. For riders focused on performance, recovery, and longevity, minimizing respiratory stress simply makes sense. FLAIR® Equine Nasal Strips support the nasal passages during exercise, reducing airway resistance and the work required for breathing. By improving respiratory efficiency, FLAIR Strips reduce respiratory load. How FLAIR Strips Work When horses breathe during exercise, the soft tissues overlying the nasal passages collapse reducing the size of the airway. This reduction in size of the airway causes increased resistance to moving air into the lungs. FLAIR Strips support the nasal passages so there is less collapse and less resistance to bringing air into the lungs.  Clinical studies have demonstrated benefits including reduced airway resistance, reduced respiratory effort, faster recovery, and reduced severity of EIPH. The concept is straightforward: when breathing becomes more efficient, the respiratory system can perform its demanding job with less effort. Elite competitors understand that success rarely comes from one big thing. It comes from many small things done exceptionally well: conditioning, training, nutrition, recovery, attention to detail. Respiratory efficiency belongs on that list. Because every stride depends on oxygen, and every breath supports performance.