ライフサイエンスコーパス: urolithiasis

1 and its complications (eg, nephrocalcinosis, urolithiasis).

2 rlining the role of environmental factors in urolithiasis.

3 tabolism that may result in the formation of urolithiasis.

4 , management, and follow-up of patients with urolithiasis.

5 ection (UTI) and UTI complicated by struvite urolithiasis.

6 hyperoxaluria, a significant risk factor for urolithiasis.

7 uccess of specific management strategies for urolithiasis.

8 preventing hyperoxaluria and calcium oxalate urolithiasis.

9 develop a high incidence of calcium oxalate urolithiasis.

10 technical innovations for the management of urolithiasis.

11 of shockwave lithotripsy in the treatment of urolithiasis.

12 n clinician-led decision-making processes in urolithiasis.

13 ely little research into the role of ANNs in urolithiasis.

14 rtance of this procedure in the treatment of urolithiasis.

15 nd 3 receiving inosine developed symptomatic urolithiasis.

16 licated urinary tract and is associated with urolithiasis.

17 aturia are the typical symptoms of indinavir urolithiasis.

18 ed to have a significant risk for developing urolithiasis.

19 aluria, especially recurrent calcium oxalate urolithiasis.

20 stone formation in an experimental model of urolithiasis.

21 ed risk of hyperoxaluria and calcium-oxalate urolithiasis.

22 sequent nephrocalcinosis and calcium-oxalate urolithiasis.

23 Similar to other forms of urolithiasis, acute flank pain and hematuria are the typ

24 Limited data are available on urolithiasis after pediatric KTx.

25 universally used imaging tool for diagnosing urolithiasis, although ultrasound and magnetic resonance

26 he major risk factors for the development of urolithiasis among spinal cord injury patients.

27 rabilis and P. stuartii coinfection promotes urolithiasis and bacteremia in a urease-dependent manner

28 These species can also cause urolithiasis and bacteremia.

29 es infection but with increased incidence of urolithiasis and bacteremia.

30 Elevated urate can cause gout and urolithiasis and is associated with cardiovascular and o

31 t has also been increasingly recognized that urolithiasis and nephrocalcinosis can coexist in the sam

32 Chinese infant formula with melamine caused urolithiasis and other renal problems in hundreds of tho

33 We review the recent literature on pediatric urolithiasis and present up-to-date findings on epidemio

34 dders of catheterized mice but did not cause urolithiasis and was still severely attenuated in its ab

35 e the impact of coinfection on colonization, urolithiasis, and bacteremia.

36 ia, elevated levels of alkaline phosphatase, urolithiasis, and hydronephrosis.

37 r development: urease, which is required for urolithiasis, and mannose-resistantProteus-like fimbriae

38 cystic fibrosis, sulfite oxidase deficiency, urolithiasis, and other disorders of sulfur metabolism a

39 Children with recurrent urolithiasis are more likely to have detectable metaboli

40 the best imaging modality for patients with urolithiasis, as it offers adequate image quality with m

41 al CT were highest for bowel obstruction and urolithiasis at 75% and 68%, respectively.

42 wo species exhibited higher urine pH values, urolithiasis, bacteremia, and more pronounced tissue dam

43 ces could exist in the mechanisms of calcium urolithiasis between Chinese and Japanese Ethnics.

44 of patients who are at an increased risk of urolithiasis, complications following surgical intervent

45 a possible role for boron in the control of urolithiasis during low-magnesium nutriture.

46 Urolithiasis during pregnancy is not common, however, it

47 tal and neonatal deaths; nor did it increase urolithiasis during pregnancy.

48 Published reports of indinavir urolithiasis estimate its incidence at between 4 and 13%

49 n of interest in cross-sectional imaging for urolithiasis (extending from the evaluation of loin pain

50 evolution of initial radiographic workup for urolithiasis, from abdominal radiograph to three-dimensi

51 Indinavir urolithiasis generally responds to a conservative regime

52 ncreased endoscopic experience with managing urolithiasis has broadened the indications wherein these

53 pinal cord injury patients, the incidence of urolithiasis has not changed.

54 Surgical approaches to urolithiasis in children continue to evolve, with roboti

55 The management of urolithiasis in children has significantly changed over

56 ve to be a useful tool for assessing risk of urolithiasis in children.

57 at 5q35.3, 7p14.3, 13q14.1 and 16p12.3 with urolithiasis in Chinese Han population.

58 ion of the cost of the medical management of urolithiasis in comparison with repeated surgical treatm

59 Urolithiasis in horseshoe and ectopic kidneys presents u

60 mality (eg, unilateral hydronephrosis and/or urolithiasis in patients with an obstructing calculus),

61 maging have improved our ability to diagnose urolithiasis in pregnancy.

62 Early identification and treatment of urolithiasis in spinal cord injury patients will aid in

63 When diagnosing urolithiasis in the gravid patient, the first line study

64 surprisingly few reliable data on pediatric urolithiasis incidence, but widespread anecdotal and sin

65 Factors associated with post-KTx urolithiasis include retention of suture material, recur

66 The management of urolithiasis is a clinical challenge worldwide which may

67 Flank pain due to urolithiasis is a common problem in patients presenting

68 Urolithiasis is a common urological problem, often requi

69 s medical and surgical treatment options for urolithiasis is a practical method of developing rationa

70 Although urolithiasis is a significant side effect of indinavir u

71 Pediatric urolithiasis is an expanding field, due in part to the a

72 Urolithiasis is not uncommon in pediatric KTx patients.

73 The incidence of urolithiasis is on the rise in developing nations; there

74 Urolithiasis is one of the most common urologic diseases

75 Indinavir urolithiasis is unique in that computed tomography, whic

76 nt hyperoxaluria causes nephrocalcinosis and urolithiasis, leading to renal failure, followed by tiss

77 increased incidence of risks associated with urolithiasis lends support for routine genitourinary ima

78 cent studies suggest that many patients with urolithiasis may be subjected to relatively high doses o

79 Urolithiasis occurs in approximately 6% of adult kidney

80 autosomal recessive disorder manifesting as urolithiasis or crystalline nephropathy.

81 lithotripsy predominate in the treatment of urolithiasis, percutaneous nephrolithotomy continues to

82 Patients with spinal neuropathy and urolithiasis pose a significant operative challenge, and

83 (SWL) has been the mainstay of management of urolithiasis; recognized widely by patients and physicia

84 choice for many urologic problems, including urolithiasis, renal masses, urinary tract infection, tra

85 ported SNPs were significant associated with urolithiasis risk in Chinese Han population, which sugge

86 th patients at high risk for calcium oxalate urolithiasis showed a direct correlation between the num

87 gists make endoscopic treatment of pediatric urolithiasis the treatment of choice.

88 physicians need to know more about indinavir urolithiasis to help their patients cope with its potent

89 vide an overview of the impact of imaging in urolithiasis treatment planning in 2013.

90 (15 men, 10 women; mean age, 35 years) with urolithiasis underwent 64-section multidetector CT with

91 In the absence of urolithiasis (urease-mediated stone formation), the swit

92 The use of MRU for the assessment of urolithiasis, vesicoureteral reflux, renal trauma, and f

93 dy, imaging examinations in 99 patients with urolithiasis were assessed.

94 The cost of treating urolithiasis with extracorporeal shockwave lithotripsy a

95 to enable detection and characterization of urolithiasis with unprecedented sensitivity, specificity

96 ages reconstructed with FBP for diagnosis of urolithiasis, without decreases in reader confidence.