A Clinica1 Observation of Scrotal Disease / 대한비뇨기과학회지

Recently the scrotal diseases have been tended toward increment and take a important share in urologic disease entities. The reasons of them are thought for early reconstruction of the scrotal disease, increase of the diseases that need catheter indwelling and inclination of the scrotal injury by accident. Also up-to-date mass vasectomy have been performed for family planning, the scrotal complications have been increased. So authors report a clinical observation was made on 171 cases with scrotal disease who had been admitted to Department of Urology. E.W.U.H., Seoul, Korea, during the period from Apr. 1, 1976 through Mar. 1, 1981. The results were as follows; 1. Among 1025 cases of in-patients for past 5 years, 171 cases belong to scrotal disease giving a rate of 16.7%. 2. The most common population was 1-10 years of age giving a rate of 31.5%. 3. The most common disease was hydrocele giving a rate of 29.2%. The cryptorchism was 21%, epididymitis 15.8%, vasectomy complication 9.9%, scrotal injury 5%, sterility 4.7% and others 14.3%. 4. Of 171 cases, operation was performed in 152 cases (88.9%). 5. Most common operation was hydrocelectomy (27%), orchiopexy (19.1%), epididymectomy (9.9%) and incision and drainage (7.3%) in order.

One Case of True Hermaphroditism / 대한비뇨기과학회지

True hermaphroditism in which both ovarian and testicular tissues are present in same individual is a rare abnormality. Abnormal differentiation of external and internal genitalia is also observed. A total of 30O cases found in the literature by Niekerk, V.A. During exp1oratory surgery, testicular as well as ovarian tissues are found generally. Authors experienced one case of true hermaphroditism who had an ovotestis on the right gonad an ovary on the left with a karyotype of 46, XX and report this case with the review of literatures.

A Study on Measurement of Kidney Size by Ultrasonography in Normal Kidney and Hydronephrosis of Korean Adults / 대한비뇨기과학회지

Advances in gray scale ultrasonography have increased the usefulness of their modality in the clinical diagnostic method. Major improvements in the image resolution have greatly increased the diagnostic value of renal ultrasonography. The non-invasive and safe nature of ultrasound makes this technique ideal for accurate and quick evaluation. It has been well known facts that it is very difficult to obtain precise size, shape parenchymal thickness of the kidneys by conventional radiological techniques such as retrograde pyelography, antegrade percutaneous pyelography or arteriography and also the techniques are invasive to patients comparatively. Because of its simplicity, innocuousness and accurateness, diagnostic ultrasound is quite useful in the evaluation of functionally inactive kidney and should precede or be substitute for other aggressive technique. In those kidneys which remain unseen even after massive dose of dye, the ultrasound scan should be used before retrograde ureteral catheterization is undertaken. The author measured the size of kidney longitudinally, transversely and in thickness by ultrasonogram and compared with that of excretory urogram in 60 normal healthy persons and 32 cases of hydronephrosis. The results were obtained as follows: 1. The length of right kidney on ultrasonogram (11.4+/-0.55 cm) was smaller than on excretory urogram (12.2+/-0.45 cm) and the difference was 0.8 cm (t value: 2.21, p<0.02), and the length of left kidney on ultrasonogram (11.9+/-0.42 cm) was smaller than on excretory urogram (12.6+/-0.78 cm) and the difference was 0.7 cm (t value: 2.43. p<0.02). The width of right kidney on ultrasonogram (5.4+/-0.57 cm) was smaller than on excretory urogram (6.3+/-0.61 cm) and the difference was 0.9 cm (t value: 1.75, p<0.1) and the width of left kidney on ultrasonogram (5.6+/-0.58 cm) was smaller than on excretory urogram (6.3+/-0.49 cm) and the difference was 0.7 cm (t value: 1.82, p<0.1). The parenchymal depth of right kidney on ultrasonogram (2.2+/-0.48 cm) was larger than on excretory urogram (2.1+/-0.56 cm) and the difference was 0.1 cm (t value: 2.89, p<0.001), and the parenchymal depth of left kidney on ultrasonogram (2.1+/-0.54 cm) was alike on excretory urogram (2.1+/-0.57 cm) and there was no difference (t value: 2.31, p<0.05). 2. Among the 32 cases of hydronephrosis. 17 cases of hydronephrosis could be diagnosed by excretory urogram. In mild hydronephrosis, the length of kidney on ultrasonogram (12.2+/-0.56 cm) was smaller than on excretory urogram (12.8+/-0.46 cm) and the difference was 0.6 cm, the width of kidney on ultrasonogram (6.1+/-0.27 cm) was smaller than on excretory urogram (6.4+/-0.38 cm) and the difference was 0.3 cm, and the parenchymal depth of kidney on ultrasonogram (2.1+/-0.34 cm) was alike on excretory urogram (2.1+/-0.49 cm) and there no difference. In moderate hydronephrosis, the length of kidney on ultrasonogram(13.5+/-0.47 cm) was smaller than on excretory urogram(14.2+/-0.67 cm)and the difference was 0.7cm, the width of kidneys no ultrasonogram(7.2+/-0.58 cm) was smaller than on excretory urogram(7.8+/-0.73 cm) and the difference was 0.6cm, and the parenchymal depth of kidney on ultrasonogram(1.2+/-0.57 cm) was smaller than on excretory urogram(1.47+/-0.27 cm)and the difference was 0.2 cm. In severe hydronephrosis, the length of kidney on ultrasonogram(15.7+/-0.39 cm)was smaller than on excretory urogram(16.6+/-0.53 cm) and the difference was 0.9cm, the width of kidney on ultrasonogram(8.8+/-0.46 cm) was smaller than on excretory urogram(9.5+/-0.48 cm)and the difference was 0.7 cm, and the parenchymal depth of kidney on ultrasonogram was 0.7+/-0.27 cm but could not be measured on excretory urogram. 3. Among 32 cases of hydronephrosis,15 cases of hydronephrosis were non-visualized kidney on excretory urogram. On them, the renal sized and parenchymal depth were measured accurately by ultrasonography. By reviewing the above results, the ultrasonography of kidney is useful in measurement of kidney size and can be substitute for invasive uroradiological methods in evaluation of patients with hydronephrosis.

A Case of Cholesteatoma in the Renal Pelvis / 대한비뇨기과학회지

Cholesteatoma is a form of squamous metaplasia resulting in a collection of desquamated epithelium Cholesteatomas are commonly found in the ear, brain and less often in the intestinal tract, genitalia, skin and eye. They occur rarely in the urinary tract. Cholesteatoma of renal pelvis was first described by Rokitansky in 1861. Since then total 23 cases have been reported until now. The authors experienced the cholesteatoma of the renal pelvis incidentally in 11 years old male patient who had been chronically suffered from intermittent pair in the right upper quadrant, and report the case with review of the literatures.