Pathological Changes in the Gastrocnemius Muscle throughout Hind Limb Ischemia Modeling in RatsPavlov V.M.,
Fedotova A.Y.,
Shinelev M.V.,
Palikov V.A.,
Zamyatina A.V.,
Borozdina N.A.,
Atyakshin D.A.,
Patsap O.I.,
Ignatyuk M.A.,
Semushina S.G.,
Bondarenko D.A.,
Dyachenko I.A. We present a two-stage model for the study of chronic
hind limb ischemia in rats. In the area
Mechanisms of spinal motoneurons survival in rats under simulated hypogravity on earth of spinal motoneurons of rats after 35-day antiorthostatic
hind limb suspension. Following weight bearing
Influence of Gravitational Unloading on Titin’s Structure in the Rat Hind Limb Muscles. This study was designed to investigate the changes of the titin’
s structure in m. soleus and m. extensor
Influence of Gravitational Unloading on Titin’s Structure in the Rat Hind Limb Muscles. This study was designed to investigate the changes of the titin’
s structure in m. soleus and m. extensor
Motor Function Disturbances: Contralateral Effects gastrocnemius muscle during unilateral limitation of the
hind leg motor function. Elimination of one
hind leg
Mechanisms of spinal motoneurons survival in rats under simulated hypogravity on earth of spinal motoneurons of rats after 35-day antiorthostatic
hind limb suspension. Following weight bearing