#36
Message
par mauricemaltais » 23 janv. 2012, 17:35
Bonjour
À Jean-François, que tu me traites de charlatan cela me fait sourire. L'appareil dont je me sers est employé depuis plusieurs années par le centre de recherche de Floride par plusieurs chercheurs. Cet appareil a été inventé en partie par La personne qui dirige ce centre, Christine Sapienza. Quant à sa valeur par un sain emploi, je donne le texte . Parmi ses résultais bénéfiques on parle de changement chez les neurones.
Quant à l'effet sur la sexualité , cela te tracasse beaucoup, fais comme moi ,sers-toi de cet appareil et en très peu de temps tu vas constater un changement assez rapidement. Mais contrairement à d'autres bénéfices ceux-là provoquent des inconvénients de différentes sortes.
Maurice
spire Product
The concept of strength training muscles is not new. The outcome of strength training studies on limb muscles shows that within a short period of time the muscles change and improve balance, flexibility, mobility and stability (Beneka et al., 2005; Powers & Howley, 2003).
The muscles of the respiratory system are very similar to the muscles of the arms and legs and will increase breathing power if properly trained. The strength of the respiratory muscles is necessary to help you breathe easier and move your chest and abdomen during exercise and other breathing tasks such as speech, singing and even coughing (Kim & Sapienza, 2005, Kellerman, et al). The methods and device used for strengthening the respiratory muscles, the EMST 150, are based on extensive research studies.
Improvements in expiratory muscle strength of 50% or greater can occur within 4 weeks of using the EMST 150 (Baker, Davenport, & Sapienza, 2005; Kim & Sapienza, 2005; Sapienza, Davenport & Martin, 2002) by following the simple protocol we provide you with.
The effects of long-term respiratory strength training include both neural and structural changes.
The neural changes include, increased mass of contractile protein, increased nerve to muscle communication and potentially other changes higher up in the brain making movement more capable and effective.
The structural changes to the muscle include making the muscle larger, increasing the muscle protein and increasing the strength of supporting tissue like the ligaments and tendons. All these changes make the muscle able to produce greater force. Expiratory muscles that can produce greater force will assist in breathing tasks during exercise, singing, speaking and