1. Mass in the right popliteal fossa.

2. Occasionally lymphadenopathy can be found in the popliteal fossa.

3. Prevents hyperextension of, knees and occlusion of popliteal artery caused by pressure from body weight. Trochanter roll prevents external rotation of legs.

4. To clarify the precise displacement of the popliteal artery(PA) during knee flexion using magnetic resonance imaging(MRI).

5. The mass does not extend into the popliteal fossa, knee joint or bones.

6. Objective To evaluate the feasibility of percutaneous popliteal vein blood antegrade interventional treatment for lower extremity deep venous thrombosis (LEDVT).

7. Objective To investigate the clinical value of substitute popliteal vein valve operation (SPVSO) for primary lower limb deep vein insufficiency(DVIS).

8. Methods Eight hundred and fifty-nine patients after substitute popliteal vein valve operation were given gastrocnemius massotherapy, joint exercise and guidance of movement before leaving hospital.

9. To study the diagnosis and therapy principle of popliteal artery trauma.

10. Objective:To investigate the value of transcatheter venography through popliteal vein puncture in diagnosis of lower limbs vein disease.

11. It pierces the popliteal fascia , and lack to the popliteal veins ( 42.86 % ) .

12. Method To do the venous-plasty of popliteal vein with musculus semitendinosus and musculus biceps femoris when the cirsectomy of great saphenous vein is doing.

13. The articular branch of the popliteal artery is not suitable to act as the recipient vessel.

14. Higher expression of BP antigen was observed in popliteal fossa, antecubital fossa, upper back, lower back, medial side of thigh and lower abdomen.

15. Of 70 cases of cysts, 40 cases are popliteal cysts, 16 cases ganglions, 10 cases cysts of menisci and 4 cases prepatellar bursitis.

16. Healthy men received rolling manipulation on left gastrocnemius muscle in prone position. Average volume flow(VF)in popliteal artery was measured by Doppler before and after rolling manipulation.

17. Methods: We operated on 6 ASO patients by using popliteal arterial - posterior tibial venous reversal approaches.

18. The approach was applied for 12 patients with closed popliteal artery injury.

19. Conclusion The value of muscular loop substitute valve of the popliteal vein in the treatment of DVI remains to be further evaluated.

20. Objective To evaluate the operation of annular constriction of popliteal vein for treating deep venous insufficiency of low limbs by color Doppler imaging.

21. Conclusion: Transplantation of the lateral superior genicular retrograde flap, with the pedicle of the lateral superior genicular artery, can cure severe scar contracture of popliteal fossa.

22. Objective To study the early diagnosis and treatment of the blunt popliteal artery injury.

23. The CTA images can clearly show the scope and location of the popliteal artery stenosis and the variations of the muscular structure in the popliteal fossa.

24. Objective To investigate the early diagnosis and treatment methods for the popliteal artery injury associated with knee injury.

25. 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.

26. Methods: The origins, external diameters,[/popliteal.html] branches and the distributions of the subscapular artery and the popliteal artery were observed and measured on 34 adult limb specimens.

27. Objective To investigate the clinical value of rehabilitation nursing after substitute popliteal vein valve operation.

28. Unless patient a very sensitive bowstring sign , no pain is felt in the popliteal fossa region.

29. In epimere poples from the medial to the lateral were popliteal artery, popliteal vein and tibial nerve, ranging from depth to surface in middle, hypomere and external poples.

30. Objective To explore the upper tibia open fracture and surgical treatment of popliteal artery injury issues relative.

31. Objective To study the early diagnosis and treatment of the blunt popliteal artery injury without fracture or dislocation of the knee.

32. The scars were mostly farmed in neck, elbow joint, popliteal fossa , face and breast of women.

33. A 16.6 cm fat containing neoplasm is seen in the popliteal fossa.

34. Conclusion :The popliteal artery injury lies in early diagnosis and early treatment, accurate and skilled microsurgical techniques and proper postoperative treatment is the key to success.

35. Results: The nutrient vessels of PFCN were the branches from the inferior gluteal artery, musculocutaneous branch of perforating artery, and the ascending cutaneous branch of the popliteal artery.

36. Objective To evaluate the results of arthroscopic treatment of popliteal cyst.

37. Objective To evaluate the ultrasonic diagnostic value for popliteal fossa cyst ( PFC ).

37. try its best to gather and make good sentences.

38. Velocity enhancement with IPC was similar between groups and the superficial femoral and popliteal veins.

39. No other focal mass lesion is visualized in the popliteal fossa.

40. Objective To observe dynamic changes of lymph follicles in mouse popliteal lymph node after ray radiation.

41. Results The total length of popliteal artery, its branches and femoral-popliteal stretch, as well as its surrounding structures were fully exposed through the enlarged approach.

42. METHODS A retrospective study was performed in 15 cases of femoral popliteal arterial bypass.

43. The feeding vessel is likely arising from the popliteal vessel.

44. Objective:To provide anatomic basis for ortho-and antidromic puncture of popliteal artery and vein.

45. A 31-year-old female presented with a 2-3 day history of pruritic symmetric erythematous papules on both axillas, popliteal fossa, buttocks and groins .