Objective To discuss the uterus artery embolization of uterine flesh tumour clinical curative effect and influence of ovarian function.Methods Participants included 52 routine uterine artery embolization of uterine flesh tumour patients,all patients were followed up for one year,observed the curative effects of all subjects and the influence of the rightness of ovarian function.Results After treatment,the results showed that the curative effects,after 3 months,6 months,12 months compared with the preoperative,uterine tumor size,volume were significantly smaller,menstrual cycle extended,menstrual quantity increased,uterine fibroids oppression,anemia patients were significantly reduced,the difference was statistically significant (t =3.23,3.18,x2 =2.98,4.57,4.42,2.18,respectively,P ＜ 0.05) ; And after treatment with the extension of time,the symptoms and signs of patients were distinct improvement,the difference was statistically significant (t =2.66,2.57,x2 =3.45,5.12,6.54,3.67,respectively,P ＜ 0.05).After treatment of ovarian function results showed that the effects,after 3 months,6 months,12 months compared with the preoperative,serum levels of estradiol (E2),progesterone (P),follicle-stimulating hormone (FSH),corpus luteum erythropoietin (LH),prolactin (PRL) level had no change,there were no statistically significant differences (P ＞ 0.05).Conclusion Uterine artery embolization for treatment in patients with uterine fibroids has obvious curative effect,and the influence of ovarian function is not obvious.

Objective:To investigate the effect of pelvic rotation around coronal axis on the placement angle of acetabular prosthesis after total hip arthroplasty.Methods:According to Murary's definition, the angle between the acetabular axis and the sagittal plane was defined as the acetabular abduction angle, and the angle between the acetabular axis and the coronal plane as the anterior inclination angle. A simple mathematical solid geometry model was established by using the mathematical software GeoGebra to simulate the dynamic changes of the acetabular prosthesis when it rotated around the coronal axis, and the calculation formula of the dynamic changes of the anterior inclination and abduction angle of the acetabular prosthesis was derived. MatLab software was used to generate the function graph of pelvis forward inclination and abduction angle and deduce the motion of acetabular prosthesis.Results:The dynamic changes of acetabular tilt angle and abduction angle when the pelvis rotated around the coronal axis were functionally related to the anterior-posterior tilt of the pelvis in a nonlinear pattern. When the pelvis rotates around the coronary axis, the anterior inclination angle formula is α 1=arcsin (sinβ 1×cosα×cosθ+cosβ 1×sinα); When the acetabulum axis faces downwards the abduction angle formula is θ 1=arccot (cosβ 1×cotθ-sinβ 1×tanα/sinθ); When the acetabulum axis faces upwards the abduction angle formula is θ 1=π-abs[arccot (cosβ 1×cotθ-sinβ 1×tanα/sinθ)] withα being the initial acetabular forward angle, θ being the initial acetabular abduction angle, α 1 being the forward angle of the acetabular prosthesis after pelvic rotation, θ 1 being the external expansion angle of the acetabular prosthesis after pelvic rotation and β 1 being the rotation angle of the pelvis around the coronal axis. When the pelvis is tilted backward, the anterior inclination angle of the acetabular prosthesis increases first and then decreases, and the abduction angle continues to increase. When the pelvis is tilted forward, the abduction angle decreases first and then increases, and the anterior inclination angle continues to decrease to negative. Conclusion:When the initial anterior inclination angle and abduction angle of acetabular prosthesis change, the curve of anterior inclination and abduction angle change accordingly. The larger the initial anterior inclination angle is, the faster it reaches its peak value, and the larger the peak value is, the faster the abduction angle changes. The larger the initial abduction angle is, the slower the initial anterior inclination angle and the abduction angle change.