Effect of transurethral resection of prostate on Uroflowmetry parameters on patients having benign prostatic hyperplasia

Original Article

Abstract

Objective: To determine improvement in uroflowmetry after Transurethral resection of
prostate
Study design: A prospective observational Study

Place and Duration of the Study: January 2014 to June 2016 Department at urology POF Hospital
Wah Cantt, Pakistan

INTRODUCTION:
Lower urinary tract problems affect 15%–60% of men over 40. Complex symptoms include frequency, urgency, nocturia, problems commencing urination, insufficient bladder emptying, low steam force, and steam stoppage. BPH frequently causes male LUTS. Benign prostatic enlargement Chronic BOO may induce urine retention, renal insufficiency, recurrent UTIs, extensive hematuria, and bladder calculi. It involves prostate histopathological cellular element proliferation. BPH and LUTS rise considerably with age. BPH affects 70% of US men aged 60–69 and 80% over 70. Autopsy examinations indicated 8%, 50%, and 80% histological frequency in the 4". and 9*
decades. LUTS risk factors and larger prostates cause benign prostatic enlargement. Formerly, TURP was the best BPH procedure. Higher disease pathophysiology knowledge and digital rectal examination, transabdominal, and transrectal ultrasounds are the second most prevalent interventions in adult male patients worldwide. Urodynamic and serum PSA tests may misdiagnose the condition and require surgery. Uroflowmetry records voiding time from urinal pee. It would assess average flow and obstruction severity. For boys 14–45, the average flow rate is 21 mL/s, 46–65 mL/s, and 66–80 mL/s. Uroflowmetry in post-TURP benign hypertrophic hyperplasia patients will be examined after transurethral prostate removal. 

keywords: transurethral resection , prostate  Uroflowmetry parameters, prostatic hyperplasia