ライフサイエンスコーパス: septic arthritis

1 by 10 days of oral therapy is sufficient for septic arthritis.

2 hort-term clinical outcomes in patients with septic arthritis.

3 icile infection occasionally misdiagnosed as septic arthritis.

4 s in murine models of systemic infection and septic arthritis.

5 for the diagnosis and treatment of bacterial septic arthritis.

6 is and management of suspected and confirmed septic arthritis.

7 ynovial fluid laboratory data for diagnosing septic arthritis.

8 eral, monoarticular arthritis who might have septic arthritis.

9 sponse and host defense in a murine model of septic arthritis.

10 95% CI, 15%-24%) are less common findings in septic arthritis.

11 on significantly increase the probability of septic arthritis.

12 inflammatory diseases such as rheumatoid and septic arthritis.

13 ons, including endocarditis, bacteremia, and septic arthritis.

14 al method to increase the yield in suspected septic arthritis.

15 s infective endocarditis, osteomyelitis, and septic arthritis.

16 g complications: osteomyelitis (6 patients), septic arthritis (1 patient), infective endocarditis (4

17 cuss various risk factors for development of septic arthritis and examine host factors (tumour necros

18 The clinical course of septic arthritis and histopathological and radiological

19 ds to infective endocarditis, osteomyelitis, septic arthritis and metastatic abscess formation.

20 Early diagnosis and prompt treatment of septic arthritis and osteomyelitis are essential.

21 A case of Bordetella petrii septic arthritis and osteomyelitis in an elbow resulted

22 being recognized increasingly as a cause of septic arthritis and osteomyelitis in young children.

23 mens can optimize the treatment of pediatric septic arthritis and osteomyelitis.

24 the most up to date literature on pediatric septic arthritis and osteomyelitis.

25 e respiratory tract and is a common cause of septic arthritis and osteomyelitis.

26 f a variety of pediatric diseases, including septic arthritis and osteomyelitis.

27 results in a reduced capacity to cause both septic arthritis and osteomyelitis.

28 e of a man with Erysipelothrix rhusiopathiae septic arthritis and possible infective endocarditis.

29 A case of septic arthritis and possible osteomyelitis as sequelae

30 oppler sonograms does not allow exclusion of septic arthritis and should not preclude aspiration when

31 nia in 27 (18%), meningitis in 22 (15%), and septic arthritis and/or osteomyelitis in 3 (2%).

32 more likely to develop meningoencephalitis, septic arthritis, and spinal infection.

33 Symptoms and signs of septic arthritis are an important medical emergency, wit

34 sis are required to assess the likelihood of septic arthritis before the Gram stain and culture test

35 lternative to surgical incision/drainage for septic arthritis, but this practice has not been widely

36 -binding function of CNA in a mouse model of septic arthritis by comparing the virulence of isogenic

37 oint, prompt identification and treatment of septic arthritis can substantially reduce morbidity and

38 ptic arthritis of the lumbar facet joint and septic arthritis caused by direct inoculation of bacteri

39 mes of 28 reported cases of osteomyelitis or septic arthritis caused by Scedosporium species in immun

40 n the English-language medical literature of septic arthritis caused by this organism.

41 Septic arthritis caused by uncommon microorganisms and s

42 iated with polyarthralgia and renal failure, septic arthritis, classic erysipeloid, and peritonitis.

43 receiving CTLA4-Ig treatment had more-severe septic arthritis, compared with controls and mice receiv

44 s aureus is the most common pathogen causing septic arthritis in humans.

45 hritis caused by uncommon microorganisms and septic arthritis in immunocompromised hosts are other no

46 e isolated from cases of bovine mastitis and septic arthritis in lambs.

47 ly increased the susceptibility to S. aureus septic arthritis in mice, whereas anti-TNF therapy deter

48 Mycoplasma arthritidis causes a severe septic arthritis in rats under natural and experimental

49 These include septic arthritis in rheumatoid arthritis, rheumatic mani

50 uced in DBA/1 mice and Staphylococcus aureus septic arthritis in Swiss mice.

51 cing articular inflammation, particularly in septic arthritis, in which antiinflammatory effects may

52 nal intensity, and contrast enhancement) and septic arthritis (indicated by synovial enhancement and

53 Septic arthritis is a severe and rapidly debilitating di

54 Research using experimental murine models of septic arthritis is also generating novel immunotherapeu

55 ase of a control patient with staphylococcal septic arthritis, it is not clear from the present study

56 e report herein the draft genome sequence of septic arthritis K. kingae strain PYKK081.

57 , vertebral infections, transient synovitis, septic arthritis, Legg-Calve-Perthes disease, lower extr

58 The septic arthritis literature of 2000 revisited several to

59 2), cellulitis (n = 2), peritonitis (n = 1), septic arthritis (n = 1), otitis media (n = 10), and sin

60 ntations including pneumonia (n = 15 [12%]), septic arthritis (n = 9 [7%]), and epiglottitis/supraglo

61 depict increased flow in most patients with septic arthritis, normal flow on power Doppler sonograms

62 Candida septic arthritis occurred concomitantly in 21%.

63 We report a case of septic arthritis of a native knee joint due to Corynebac

64 We review the changing epidemiology of septic arthritis of native joints in adults, encompassin

65 terium striatum, a rare and unusual cause of septic arthritis of native joints.

66 The diagnoses of septic arthritis of the lumbar facet joint and septic ar

67 Evidence of septic arthritis on MR images was present in 53 (33%) fe

68 th advanced pedal infection show evidence of septic arthritis on MR images.

69 es [26; discitis (10), osteomyelitis (nine), septic arthritis (one), cellulitis (six)], vascular syst

70 Of 11 patients with septic arthritis, one had asymmetric increased flow, and

71 The diagnosis, treatment, and monitoring of septic arthritis or osteomyelitis in children has become

72 zed increasingly as an important etiology of septic arthritis, osteomyelitis, and bacteremia, especia

73 enous implant-related infection comprised of septic arthritis, osteomyelitis, and biofilm formation o

74 ients with invasive extraurinary infections (septic arthritis/pyomyositis, nontraumatic meningitis/he

75 Ultimately, the diagnosis of septic arthritis rests on the opinion of a clinician exp

76 iously healthy child whose osteomyelitis and septic arthritis resulted in unusually extensive photope

77 conducted using a murine model of S. aureus septic arthritis revealed that, in contrast to an agr mu

78 Septic arthritis (SA) is a rheumatologic emergency assoc

79 ts with rheumatoid arthritis (RA) developing septic arthritis (SA).

80 3 met the gold standard for the diagnosis of septic arthritis, satisfied all inclusion criteria.

81 ysipelas, cellulitis, pneumonia, bacteremia, septic arthritis, streptococcal toxic shock syndrome, an

82 milar to more significant disorders, such as septic arthritis, the diagnosis should remain one of exc

83 onuclear cell count of at least 90% suggests septic arthritis with an LR of 3.4 (95% CI, 2.8-4.2), wh