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31. Objective To study the effect of transverse tibial bone transport method on stimulating revascularization in a dog hind limb ischemic model.

32. Operation evaluations including the tibial and femur angle(T-F angle) and Knee Society Score System(KSS) were followed-up.

33. Objective To study the efficacy of selective tibial neurotomy for relieving spasticity of the ankle in adult.

34. Objective To study the treatment method of severe tibial plateau fractures.

35. The animal model of nerve injury and gastrocnemius denervation was established by cutting the right tibial nerve.

36. Objective To study the effects of surgical therapy of avulsion fracture of tibial condyle.

37. However, anteromedialization of the tibial tubercle should be performed before or simultaneously with patellofemoral arthroplasty when the Q angle is excessive.

38. Limb dorsalis pedis artery and the posterior tibial artery pulse.

39. The cut angle between the longitudinal axis of femoral diaphysis and tibial plateau (femur-plateau angle).

40. Neuropathy is assessed by checking the foot pulses ( dorsalis pedis and post - tibial ).

41. Objective To evaluate the application of tibialis anterior muscle and deep fascia flaps in the treatment of tibial bone tumor with proximal tibial prosthesis. Sentencedict.com

42. Conclusions Percutaneous wire cerclage is an effective assistant method in treatment of spiral tibial fracture.

43. Methods 33 cases of acute tibial insertion avulsion fracture of posterior cruciate ligament were treated arthroscopically through routine portal and double posteromedial portal.

44. The joint line convergence angle (JLCA) was measured in degrees as the angle between the distal femoral and proximal tibial articular surfaces for both imaging techniques.

45. To discuss the advantages and disadvantages of fibular osteosynthesis and osteotomy in the treatment of tibial fractures.

46. To evaluate long-term therapeutic effect of high tibial osteotomy HTO in the treatment of varus knee osteoarthritis.

47. Objective To study the rotation of femoral component and tibial component with CT and evaluate the relationship between patellofemoral complications and rotational alignment of the components.

48. Objective:To provide anatomic basis for treating knee osteoarthritis with tibial periosteal flap of inferior patellar branch pedicles in descending genicular vessel.

49. Objective To evaluate clinical effects of the treatment of tibial fractures through compression reduction and osteosynthesis with common plate.

50. Methods:Tibial nerves and its important branches were measured with stereomicroscope on 66 adult cadaver specimens.

51. To open the joint an incision through the capsule posterior to the tibial collateral ligament.

52. It was studied the effect of high phosphorus diets on tibial dyschondroplasia of broiler chickens.

53. Objective:To provide anatomical basis of tibial intramedullary tridentate nail(TITN) by applied anatomy of tibia.

54. The X-ray lms showed the tibial intercondylar eminence displaced fracture.

55. Objective:To summarize the effects of high tibial osteotomy(HTO) with LINK giebel blade plates internal fixation in the treatment of knee OA with genu varum.

56. Conclusion C7 nerve transfer to repair the femoral nerve through the vascularized tibial nerve bridging in two stages could reconstruct the movement and sensation function of lower limb of paraplegia.

57. High tibial osteotomy and osteochondral or chondrocyte transplantation can be used in middle stage.

58. Result:There was significant difference between hallux valgus foot and normal foot of the latency and amplitude of posterior tibial muscle and peroneus longus muscle.

59. Methods Selective median nerve rhizotomy was performed for 6 limbs and selective tibial nerve rhizotomy for 18 limbs.

60. Conclusion It is in accordance with biomechanics to treat medial knee degenerative arthritis and patellofemoral arthritis due to tibial rotation, which has satisfactory long term result.