A. ureteral obstruction

B. proteinuria

C. stone formation

D. renal scarring

A. perivesical abscess with fistula to bladder

B. acute tubular necrosis

C. renal papillary necrosis

D. xanthogranulomatous pyelonephritis

A. antibiotic therapy is recommended for affected individuals with documented trichomonal infection and sexual partners even if asymptomatic

B. empirical treatment for gonococcal urethritis should cover chlamydia trachomatis

C. consistent and proper usage of condoms is estimated to prevent HIV transmission by approximately 80 to 95%

D. vaccinations are available for the prevention of human papillomavirus, N. gonorrhea, chlamydia trachomatis

A. type I

B. type II

C. type III

D. type IV

A. adherence of bacteria to vaginal cells

B. vaginal dryness

C. O serogroup

D. vaginal pH

A. the cytological examination of the urine and/or EPS

B. transrectal ultrasonographic examination

C. the presence of ≥10 WBCs/HPF in the urine with negative culture in type III-b

D. the positive urine culture, and negative EPS support type III-a

A. the incidence of scarring following a single episode of febrile UTI is 4.5%

B. intra-renal reflux is common in convex papillae

C. scarring and chronic pyelonephritis lead to hypertension in 10-20%

D. scarring is best detected and followed up by DMSA

A. ureteral obstruction

B. proteinuria

C. stone formation

D. renal scarring

A. PCNL after treating the infection

B. cystoscopy and placing a retrograde ureteral stent followed by ESWL

C. perc. nephrostomy and placing antegrade ureteral stent

D. nephrectomy

A. VB1 and VB3

B. prostatic secretions and the VB3

C. prostatic secretions and the VB2

D. prostatic secretions and the VB1

A. sulfonamide for several months

B. TUR of the bladder lesion followed by proper staging

C. radical cystectomy and urinary diversion

D. intravesical installation of mitomycin without irradiation

A. neurogenic bladder

B. the use of spermicide

C. urinary catheterization

D. fecal incontinence

A. giant staghorn stone

B. perivesical abscess with fistula to the bladder

C. bacterial resistance

D. self-inflicted infection

A. P blood group

B. fimbria

C. pili

D. hemolysin

A. substitution cystoplasty and continent diversion

B. fulguration of a Hunner`s ulcer or hydrodistention

C. intravesical installation of silver nitrate or dimethyl sulfoxide

D. low dose external beam irradiation

A. the average time from the beginning of radiation therapy to initial symptoms could be 2 4 weeks

B. treatment with stationary radiation, portals carry a higher risk of morbidity than treatment with rotating portals do

C. it occurs in about 10% of patients treated with definitive irradiation therapy for prostate cancer after 10 years

D. most cases are mildly affected and require no specific therapy

A. categorizes CP-CPPS, IC, and painful bladder syndrome based on 5 etiological principles

B. meant to classify CP-CPPS and IC patients into 6 domains

C. helps establish a reliable diagnosis of CP/CPPS or IC

D. the diagnostic scores of UPOINT depend on cystoscopy, TRUS, urine analysis and culture of uncommon microbes

A. results from ectopic nephrogenic blastema cells in the detrusor muscle

B. might undergo malignant transformation in 15 40% of the cases

C. on cystoscopy, it appears as a bladder mucosal irregularity or large intramural mass

D. the preferred treatment is cystectomy and urinary diversion

A. produces yellow whitish, scanty, frothy urethral discharge

B. shows gram (+), extracellular diplococcic

C. infection could be contracted from the spouses eyes

D. responds fairly to azithromycin

A. 45% are caused by E. coli

B. related to an indwelling urinary catheter in approximately 40% of cases

C. responds fairly to oral antibiotics

D. tends to report higher antibiotic resistance

A. inflammatory bowel disease

B. rheumatoid arthritis

C. systemic lupus erythematosus

D. fibromyalgia

A. fever, chills, abdominal pain

B. costovertibral angle tenderness

C. hypogastric and loin pain

D. flank pain, dysuria

A. improperly drained hair follicle scrotal abscess

B. syphilitic orchitis

C. tuberculous epididymitis

D. all of the above

A. probably due to antibody/antigen reaction

B. has no diagnostic findings on cystoscopy

C. has no specific medical therapy

D. on histology, Von Brunn`s nests appear invaginating the urothelium into the lamina propria

A. mode of administration

B. level in the serum

C. level in the urine

D. dosage

A. pH of vaginal secretions increases after menopause

B. estrogen deficiency manifests as trophic urethritis and atrophic vaginitis

C. topical conjugated estrogen replacement carries a significant risk of breast and endometrial cancers

D. manifestations might include obstructive symptoms and non-infectious cystitis

A. rifampicin

B. doxycycline

C. azithromycin

D. none of the above

A. is a premalignant condition

B. it can be locally aggressive and invades surrounding structures causing bone erosions

C. kidneys are the most commonly affected organs

D. characterized by rounded intracellular inclusions (owls-eyes) in large esinophilic histocytes

A. histocytes

B. T lymphocytes

C. mast cells

D. B lymphocytes

A. N. gonorrhea and C. trachomatis

B. E. coli and Pseudomonas species

C. Mycoplasma genitalium and Ureaplasma species

D. Trichomonas vaginalis and Gardnerella vaginalis

A. is best diagnosed by ascending urethrography

B. occurs mostly in diabetic and immunosuppressed patients

C. could be due to maceration injury, irritant dermatitis, or Candida

D. commonly presents with deep inguinal lymphadenopathy