In denervation, there was loss of protein in gastrocnemius muscles and this loss of was more in @entity617 treated animals. There was significant change of protein loss between tenotomy and tenotomy with @entity617 treatment. The reduction of protein in denervation and denervation with @entity617 treatment were also highly significant. Significant loss of muscle @entity908 was observed in denervation with @entity617 treatment. It was about 50% of the normal control group and about 40% when compared to other limb. In denervation alone, the @entity908 loss was about 24%. In tenotomy and in tenotomy with @entity617 treatment, the loss of @entity908 was also significantly high. All these figures regarding the reduction of muscle @entity908 in different experiments were highly significant. The reduction of muscle weight, protein and @entity908 content of muscle in denervation were due to inactivation of the muscle and due to trophic changes caused by loss of motor supply to the muscle. But in tenotomy, the reductions were only due to inactivation.

Effect of glucocorticoid on protein and XXXX content of inactivated muscle of rats.

@entity908 :: ('MESH:D003401', 'Chemical') :: ['creatine'] @entity617 :: ('MESH:D011239', 'Chemical') :: ['prednisolone']
@entity908 :: (MESH:D003401,Chemical) :: ['creatine']
