NRG+ Sport
NRG+ Sport is the solution for the constant desire of perfection, to achieve specific goals and to be the best we can be. We aim to help you move your bodies to the edge of performance.
The difference between first and second are only tenths, hundredths, inches, or fractions of a second.
According to the Nutri-Energetics Systems (NES) Model, everything that means anything in the physical body or any biological organism in terms of health, enhancements, creation, recreation, and change at all has its energetic and informational counterparts. We can detect, monitor and change the energetic environment of our body or biological organisms and so directly influence the state of our health or influence any kind of direction or desired change.
NRG+ communication maximizes the number of muscle fibres that are innervated by each motor neuron, thereby resulting in a more efficient and powerful motor unit.
Athletic performance is of high interest and importance due to the toll and degradation an athlete’s body observes during competition. By working with the athlete and allowing the fast twitch fibres to be innervated faster equates to a more powerful muscle contraction occurring earlier.
One specific NRG+ application allows the nerve impulses of an athlete to reach muscle fibres innervation threshold faster. In an athletic application NRG+ can help athletes achieve a level of success and push their bodies to the limit in a non-invasive and natural way.
Speed - During very short, high-speed performance activities such as sprinting, explosive jumps or powerlifting, the body relies on specific physiological mechanisms to generate rapid bursts of energy and power.
Endurance - During very long endurance events like marathons, ultramarathons, triathlons, or long-distance cycling, the body relies on specific physiological mechanisms to sustain prolonged physical activity. Aerobic metabolism is the primary energy source for prolonged endurance activities. The aerobic system utilizes oxygen to produce ATP, the body’s primary energy currency, to sustain muscle contractions over an extended period.
Recovery - Intense physical activity can lead to muscle damage and breakdown. High-stress sport performance depletes energy stores, such as glycogen and ATP, in the muscles. The NRG+ bio-signalling Recovery chip helps to replenishes these energy stores, allowing the body to recover energy levels and prepare for future training sessions or competitions.
Tennis - Tennis is a physically demanding and high-pressure sport which can lead to various stress factors affecting the brain and the body. These include rapid movements, sudden changes in direction and repetitive strokes. These in turn can cause muscle fatigue, soreness, and the risk of injury. The competitive nature of tennis and the pressure to perform well, can lead to mental stress and anxiety.
Golf - Golf, whilst considered to be low impact and leisurely, still involves repetitive movements, such as swinging the club, walking the course and bending to pick up balls. These movements can place strain on the muscles and joints. Improper swing mechanics, overuse of certain muscle groups and poor posture can lead to muscle fatigue, soreness, and the risk of injury.
Padel - Padel is a very popular racquet sport that combines elements of tennis and squash. Playing padel can have various effects on the body, both physically and mentally. Especially Cardiovascular Fitness this fast-paced sport which involves continuous movement, quick changes in direction and explosive movements to hit the ball.
Cricket - Playing cricket involves a combination of physical, mental and skill-based activities that can have various effects on the body. Cricket requires players to have good overall physical fitness, including strength, endurance, agility and flexibility. Running between the wickets, fielding and bowling all require different physical abilities and can help improve cardiovascular fitness and muscle strength.
Gym Power - Strength training in the gym involves lifting weights, resistance exercises, and bodyweight movements to build muscle strength, power, and endurance. The body requires specific physiological adaptations and mechanisms to support strength training, cardiovascular exercise, and overall physical fitness.
Resistance training stimulates muscle growth and hypertrophy, leading to increased muscle size, strength, and endurance.