Respiratory Muscle Training for Cervical Spinal Cord Injury Essay

Respiratory Muscle Training for Cervical Spinal Cord Injury - Essay Example Several articles would be used as a way of finding conclusive statement that would be aimed to be a solution to the several problems associated with patient with spinal cord injuries. The other methodology applied in training of patient with spinal cord injury is use of simple breathing device. The effect of these devices would ensure improved respiratory function as a result of the increased strength of the expiratory muscles. The training includes a repeated action by patients through the expiratory muscle training equipment with focuses being laid on the voluntary nature of the patients while in some instances the patients would need to endure a compulsory training session. The focus of the devices according to Roth et al(2010) the training that deploys a low resistance levels would result in improved pulmonary functions which are essential to patients with spinal cord injury. The article also indicate the effectiveness of the resistance training group as compared to the sham model of training The levels of cough according the article are an indicator of the strength of the expiratory muscle which is subject to the training and improvement for the pulmonary fu nctions. Both Silveira et al (2010) and Roth et al (2010) indicates two modes of training with both articles indicating a sitting position to be the preferred method while carrying out the training to people with spinal cord injuries. Roth et al (2010) indicate the effectiveness of the resistance training group as compared to the sham model of training. There is a relationship between trainer and the outcome to quadriplegic patients. The mode of training will involve inspirational training at low loads which would indicate the patient being subjected to conditions of about 30 percent of MIP (Silveira et al, 2010 P 317). The article indicates an improved 20% for the 8 weeks training period for sitting patient Upon attaining the required load