ライフサイエンスコーパス: scrotal

1 The US features of scrotal adrenal rests assist diagnosis of CAH.

2 In this neonate, scrotal and abdominal ultrasound examination was perform

3 ic cord injury or contusion, and epididymal, scrotal, and urethral injuries.

4 of 26 (92%) subjects, achieving appropriate scrotal anesthesia.

5 oup) were assessed before and after surgery (scrotal approach vasectomy) and either received saline,

6 Scrotal blunt trauma may result in injuries, such as tes

7 re presentation with distracting symptoms of scrotal cellulitis and epididymo-orchitis, as seen in ou

8 of CNS with primary clinical presentation as scrotal cellulitis and epididymo-orchitis.

9 Quantitative scrotal contrast-enhanced US is a noninvasive diagnostic

10 nteers (aged 19-68 years) with no history of scrotal disease, infection, or surgery (including vasect

11 Two patients developed mild scrotal edema (grade 1), and four patients developed mod

12 epigmentation (18 [44%]), xerosis (8 [20%]), scrotal erythema/ulceration (6 [15%]), and nail splinter

13 Five months after implantation of scrotal grafts, we determined that 3% to 7% of the autog

14 , the possibility of a persistent idiopathic scrotal haematoma and/or haematoma secondary to a trauma

15 An idiopathic scrotal hematoma is a very rare condition that can simul

16 testis and spermatic cord that showed a left scrotal hematoma with superior displacement of the didym

17 een a cystic mass in the abdomen and a right scrotal hydrocele - an abdominoscrotal hydrocele (ASH).

18 al failure and its leading presentation with scrotal involvement has not been reported.

19 alue in improving diagnosis in patients with scrotal lesions and consequently can reduce unnecessary

20 If the vascularity and echogenicity of the scrotal mass is similar with the normal testis parenchym

21 or Doppler US examinations were performed of scrotal masses in eight patients.

22 sion of urethra, semen, and either perianal, scrotal, or anal samples resulted in a <5% reduction in

23 The most common indication for US was scrotal pain (40 of 83 patients, 48%), and the most comm

24 f spermatic cord torsion as a cause of acute scrotal pain in the prepubescent male.

25 a specific diagnosis in patients with acute scrotal pain.

26 penis/coronal sulcus, penile shaft/prepuce, scrotal, perianal, anal canal, semen, and urine samples

27 A scrotal, perianal, or anal sample should also be include

28 examined the baseline prevalence of penile, scrotal, perineal/perianal, and intra-anal human papillo

29 s: the trans-abdominal phase and the inguino-scrotal phase.

30 orted by ultrasonographic examination of the scrotal region in association with a colour Doppler stud

31 ematoma secondary to a trauma of the inguino-scrotal region, must be always taken into account.

32 howed swelling and pain of the left inguinal-scrotal region.

33 mplicated with peritonitis tracking into the scrotal sacs was arrived at.

34 chogenic peritoneal fluid tracking into both scrotal sacs.

35 Applications to skeletal scintigraphy, scrotal scintigraphy and renal cortical scintigraphy are

36 However, diligent use of abdomino-scrotal sonography, supported by relevant laboratory dat

37 ally an incidental finding on high frequency scrotal sonography.

38 a 36-year-old male patient who had painless scrotal swelling after cystolithotomy and urethral stone

39 A 21-year-old male with right scrotal swelling and pain complaints was admitted to ano

40 to the scrotum through the fistula, painless scrotal swelling develops, which disappears completely w

41 Common etiologies of scrotal swelling in neonates include hydrocoele, inguina

42 one surgery and symptoms, including painless scrotal swelling, which can be manually compressed after

43 strate testicular torsion in boys with acute scrotal symptoms and indeterminate clinical presentation

44 ent may be at a greater risk in the event of scrotal temperature rise.

45 tation of communication was highest in acute scrotal torsion (70.6%) and ectopic pregnancy (65.4%) an

46 inoscrotal region in the absence of fever or scrotal trauma.

47 aterials and Methods Retrospective review of scrotal ultrasonographic (US) examination reports and pa

48 ively recorded for all patients referred for scrotal ultrasonography between 1996 and 1999.

49 From 2003 to 2012, all patients with scrotal US and report mentioning calcifications or micro

50 ults A total of 37 863 individuals underwent scrotal US during the study period.

51 A total of 3370 boys had scrotal US, 83 (2%) of whom had TM or microcalcification

52 of the scrotum and the scanning protocol for scrotal US, as well as detailed descriptions of disease

53 tween 2006 and 2012 and underwent unenhanced scrotal US, contrast-enhanced US, surgical enucleation,

54 M has a prevalence of 2% in boys who undergo scrotal US.

55 The malignant lesions consisted of scrotal wall liposarcoma, epididymal leiomyosarcoma, and