1) Releasing lateral retinaculum adequately for patellar subluxation.

2) Conclusions The posterior retinaculum of the hip joint remains intact after a displaced femoral neck fracture in all of Garden type III fractures and in the great majority of Garden type IV fractures.

3) Results:The lateral patellar retinaculum can be divided into superficial and deep layers.

4) Conclusion Peripatellar retinaculum contracture can be considered as one of the pathological factors of knee extension stiffness.

5) Results The patellar retinaculum include the medial and lateral patellar retinaculum, and could be divided into superficial and deep layers.

6) Objective: Discusses under the arthroscope bin the flank retinaculum lysis and refers to at the treatment knee joint osseous arthritis's application value drafts the choice.

7) The integrity of the posterior retinaculum was examined intraoperatively in every patient during the procedure.

8) Objective To study the peripatellar retinaculum contracture in the treatment of knee extension stiffness.

9) The deep layer of the lateral patellar retinaculum included the transverse ligament,[http:///retinaculum.html] the lateral patellotibial ligament and the epicondylopatellar ligament.

10) Obvious clinical manifestations, diagnosis is relatively straightforward, taking knee joint lateral retinaculum lysis. Some patients taking cartilage lesions clean-up and drilling in the treatment.

11) The mechanism of injury is usually related to severe dorsiflexion associated with a torn flexor retinaculum , allowing the tendon to slide out of its groove.

12) 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 .

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

14) These authors described the use of a towel clip to attach the medial retinaculum to the patella when assessing patella tracking.

15) Objective Through investigating MRI appearance of individual structures of the patellar retinaculum in different imaging directions to establish the optimal methods of MRI to display them.

16) Objective To study the effects of arthroscopic realignment surgery for patellofemoral chondromalacia by bilateral retinaculum releasing and traditional Chinese medicine washout.

17) Objectives To study the anatomic characteristic of medial patellar retinaculum and its function in patellar stability.

18) Conclusion:The lateral transverse ligament is the strongest structure in the lateral patellar retinaculum and plays a crucial role in maintaining appropriate patellar tracking.

19) Objective: To investigate anatomic feathers of the lateral patellar retinaculum and its role in maintaining appropriate patellar tracking.