Hindlimb @entity2057 occurs from XXXX in a @entity35 @entity9 model.

@entity1897 @entity158 @entity35 @entity2057 @entity121 @entity9
OBJECTIVE: The purpose of this study was to examine the effect of @entity9 produced by @entity1897 on mass, myofibrillar protein content, and cross-sectional areas of Type I and II fibers of @entity35 hindlimb muscles. METHOD: Adult male @entity35 were assigned to one of three groups: a @entity158 group (n = 10) that underwent ligation and cut of the left L5 spinal nerve, a sham group (n = 10) that underwent a sham cut procedure, or a control group (n = 10) that underwent no procedures. The withdrawal threshold test was done to assess @entity158 threshold on each of Days 1-7 and 14. Activity, body weight, and food intake were measured daily for 2 weeks. At 15 days, @entity35 were anesthetized and the bilateral soleus, plantaris, and gastrocnemius muscles dissected. RESULTS: At 15 days post-ligation, the @entity158 group had significant decreases in total dietary intake, body weight, activity, and muscle weight as compared to sham and control animals. Muscle weight and cross-sectional area of Type II fiber of the ipsilateral soleus, plantaris, and gastrocnemius muscles decreased as did myofibrillar protein content of the @entity121 . Muscle weight of the contralateral gastrocnemius muscle decreased, as did myofibrillar protein content and cross-sectional area of Type II fiber of the contralateral plantaris muscle. CONCLUSION: Hindlimb @entity2057 occurs in both ipsilateral and contralateral sides following induction of @entity9 by unilateral @entity1897 . Muscle changes of the ipsilateral side are more pronounced than those of the contralateral side.
