soleus造句
1) The soleus originates the upper tibia and fibula, then the calf to attach to the heel.
2) Objective To compare the morphological differences in soleus between tail - suspended and 30 - month - old rats.
3) The control group showed a decrease in soleus muscle mass and strength, the development of insulin resistance, and a loss of bone mineral density and resistance to breakage.
4) Gastrocnemius and soleus muscle are very important leg muscles. So their characteristic affect the improvement of many sports programmes athletes' performance, such as track and field, high jump, etc.
5) The Achilles tendon that connects with soleus, gastrocnemius muscle and calcaneus behaves like a "three stings system".
6) Objective To observe the value of soleus muscle flap repairing the wound surface with the bone leaked out on the crus.
7) Soleus muscle of two lower limbs was harvested at 7 weeks old.
8) Compared with gastrocnemius and soleus muscle, gastrocnemius muscle acoustic signal' approximate entropy increases faster, but Soleus muscle acoustic signal' approximate entropy increase more gently.
9) Results were: (1)soleus muscle H wave was inhibited obviously under the state of tibialis anterior muscle fatigue and the difference was significant when compared with the quiet state.
10) Objective To evaluate the vascularised gastrocnemius, soleus muscle flap grafting in limb salvage for proximal tibial malignant tumor.
11) Conclusion Soleus muscle flap has become a successful technique in the management of chronic osteomyelitis of tibia.
12) In 30% cases, the nerve into the soleus muscle originates from the nerve into the lateral gastrocnemius muscle.
13) Objective To study changes in ultrastructure of soleus muscle spindle induced by simulated weightlessness in rats.
14) Muscles examined included soleus ( SOL ), medial grastrocnemius ( MG ), lateral grastrocnemius ( LG ) and extensor digitorum longus ( EDL ).
15) In the training groups, the Z-line abnormal rate of soleus muscle began to increase after training, reached the peak value at the 3rd week, and then decreased gradually.
16) Conclusion Fast silver-staining can easily used to show the nerve endings of muscle spindle in rats' soleus muscle.
17) Objective To establish stable silver-staining method for showing nerve endings of muscle spindle in rats' soleus muscle.
18) Nutrient vessel of cutaneous nerve-superficial vein and its blood supply relationship with tibia, fibula and gastrocnemius muscle and soleus muscle.
19) Objective To elucidate the underlying mechanisms of the high fatigability in mouse atrophic soleus during high-frequency tetanic contraction.
20) Objective To establish stable silver - staining method for showing nerve endings of muscle spindle soleus muscle.
21) The muscular branches of the arteria tibialis posterior mainly distribute to the muscle flexor digitorum longus, and muscle soleus.
22) Objective To observe the dynamic changes in tetanic tension in 4 week tail suspended rat soleus (SOL) and extensor digitorum longus muscle (EDL)and to elucidate its underlying mechanisms.
23) Tube through the fibula and between flexor long, from the soleus muscle and between the peroneus longus muscle and out.
24) Objective To investigate changes induced by hindlimb unloading in morphology of nerve endings in soleus muscle spindles.
25) Exercise-induced muscle damage was reflected by Z-band abnormality of rat soleus muscle, with changes of serum and red gastrocnemius muscle CK measured simultaneously.
26) Objective: To provide anatomical basis for the reverse transposition of soleus musculocutaneous flap pedicled with peroneal vessels to repair tissue defect in the middle and low segments of the leg.
27) Seated calf rise the plantar flexion of the contraction of posteriOR leg muscles ( soleus ).
28) Conclusion High frequency vibration can counteract the changes in expression of MHC in intrafusal and extrafusal fibers of rats soleus under muscles of rats in simulated weightlessness situation.
29) Conclusion The expression level and patterns of MHC in intrafusal fibers of rat soleus muscle changed after simulated weightlessness.
30) In terms of histology,[http:///soleus.html] the type I fiber of the soleus muscle increased in the exercise group.
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