1. OBJECTIVE:To assess the effect of different peroneal neurorrhaphy on nerve function recovery by NFI.

2. The left common peroneal nerve was repaired in an end - to - end coaptation after transection.

3. Conclusion: The combined osteoperiosteal flap, with the retrograde peroneal vessel pedicle, may be used to repair tibia nonunion and defect of ankle joint.

4. Conclusions: Sural nerve with peroneal vessels anastomosis is an ideal donor of nerve graft.

5. After resection of common peroneal nerve, the distal peroneus longus muscle was broken and sarcolemma was resected, and then gastrocnemius muscle of the same side was implanted.

6. Conclusion Application with superficial peroneal nerve lateral supramalleolar flap for repairing Ulcer Of DF is an ideal choice.

7. Surgical repair of tendon tears combined with a peroneal groove-deepening procedure with retinacular reefing is a reproducibly effective procedure for this condition.

8. Results:(1) The position and external diameter of peroneal artery, its accompanying vein and the distribution of fibular nutrient artery were observed.

9. Objective : To reconstruct the coracoclavicular ligament with long peroneal tendon for the treatment of severe acromioclavicular dislocation.

10. Results: The average width of the fibular surfaces decreased gradually from peroneal surface, flexor surface, tibialis posterior surface to extensor surface in order.

11. Horseradish peroxidase was used to label the regenerative axons of peroneal nerves 4 or 9 weeks after epineurial or Perineurial suture or nerve grafting in sciatic nerves in rats.

12. Objective: To study the anatomic and clinical experience turnover flap incorporating superficial peroneal nerve.

13. Conclusions: Patients with retrofibular pain and clicking of the peroneal tendons may not have demonstrable subluxation on physical examination and may have an intact superior peroneal retinaculum .

14. Objective To find a better method of lateral supramalleolar artery pedicled flap with superficial peroneal nerve for reconstruction of soft tissue defects in the lower leg, ankle and foot.

15. There is an increased risk of deep venous thrombosis of the legs, including the peroneal veins.

16. This program deals with the pathogeny, clinical manifestation, and the massage treatment of peroneal nerve paralysis.

17. Methods Perfuse the femoral artery in 18 adult cadavers (36sides) and popliteal artery in 4 lower legs with total 40 sides. Dissect and observe the superficial peroneal arteries and branches.

18. Single unit responses in the ventroposterior lateral nucleus(VPL) to electrical stimulation of the median and peroneal nerves were recorded with glass micropipettes.

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19. We identified a new subgroup of patients with intrasheath subluxation of these tendons within the peroneal groove and with an otherwise intact retinaculum .

20. Objective: To get some anatomical information useful to the smooth operation of block anesthesia of saphenous nerve, superficial and deep peroneal nerves and venesection of great saphenous vein.

21. 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.

22. The diagnostic sensitivity of biopsy was 58% at the superficial peroneal nerve and peroneus brevis and 47% at the sural nerve.

23. Objectives: To assess the risk of injury to the superficial peroneal nerve, saphenous nerve, and saphenous vein in percutaneous fixation of the distal fibula and tibia.

24. For the end to - end enurorrhaphy , the peroneal stump was directly anastomosed end to - end .

25. F - wave: normal persistency at the left tibial nerve and left peroneal nerve stimulation.

26. Objective:To discuss the operative method to repair soft tissue defection by ectocnemial skin flap pedicled with cutaneous branches of the peroneal artery.

27. We designed the combined osteoperiosteal flap of tibia distal segment and fibula pedicled with peroneal vessels based on what was found.

28. Objective To describe a treatment method of old lower tibiofibular articulation separation with long peroneal muscle graft and ligament reconstruction.

29. Objective To observe the therapeutic effects of split tibialis posterior and long peroneal muscle tendon transferring on equinovarus deformity in spastic palsy.

30. Fasting plasma glucose (FPG), lipid, haemorheological parameters, tibial and peroneal nerve motorial conduction velocity (T-PNMCV), the ulcer healing time were observed.