WPRIM Management System> DCMS> Chinese Journal of Urology> 2022> 43> 9

Volume: 43 Issue: 9

1. To promote the development of standardized diagnosis and treatment of lower urinary tract and pelvic floor dysfunction diseases in China Page:646—647
2. To improve the level of prevention and treatment of urinary incontinence after prostatectomy in China Page:648—650
3. Augmentation uretero-enterocystoplasty for lower urinary tract dysfunction: a long-term retrospective efficacy study Page:651—658
4. Long term follow up outcome of artificial urinary sphincter implantation to treat stress urinary incontinence Page:659—664
5. Efficacy and urodynamic analysis of robot assisted laparoscopic sacrocolpopexy in the treatment of pelvic organ prolapse Page:665—670
6. Effect and safety of repeated trigone-including intradetrusor BTX-A injection with intermittent catheterization for male adults with NDO and urinary incontinence secondary to spinal cord injury Page:671—674
7. Clinical observation of adjusting middle urethral sling tension through anatomic position during RMUS Page:675—680
8. Evaluation of sacral neuromodulation system with new six-contact points electrode for the treatment of bladder dysfunction Page:681—685
9. Long-term efficacy of AdVance obturator sling and artificial urethral sphincter in treatment of male stress urinary incontinence Page:686—689
10. A prospective multicenter randomized non-inferiority clinical trial study of a domestic disposable digital flexible cystoscope versus a reusable Olympus digital flexible cystoscope Page:690—695
11. Classification and clinical value of the posterior group of renal calyces Page:696—700
12. Analysis of children urinary stone composition in 592 cases in a single-center Page:701—706
13. IgG4 related disease involving the adrenal glands: a case report Page:707—708
14. Research progress of upper urinary tract urodynamics Page:709—712
15. Research progress about the effect of gut microbiome on the formation process of calcium oxalate stone through gut-kidney axis Page:713—716
16. Role of microenvironment in the pathogenesis of benign prostatic hyperplasia Page:717—720