ライフサイエンスコーパス: bacteriological

1 Quantitative bacteriological analysis of the lungs and spleens of inf

2 According to bacteriological and histological results, BAL samples we

3 ingitis, using Kaplan-Meier survival curves, bacteriological and histological studies, and measuremen

4 assessing overall and symptom-free survival, bacteriological and histological studies, as well as flo

5 We evaluated bacteriological and histopathological changes in lungs,

6 In a subsequent study, bacteriological and histopathology analyses revealed tha

7 Limited retrospective reviews of bacteriological and patient records showed a lack of ass

8 ty in response to beta-lactam antibiotics in bacteriological and physiological media; (v) differentia

9 Nitrite, added to cured meat for its bacteriological and technological properties, is implica

10 is complex, involving various environmental, bacteriological, and host factors, among which concomita

11 We report here clinical, pathological, bacteriological, and virological findings in 68 fatal Am

12 atory tests as well as histopathological and bacteriological assays.

13 ovel evaluations, including histological and bacteriological assessments of placental and fetal tissu

14 Bacteriological assessments were done at 15, 30, 45, and

15 e prevalence, phylogenetic distribution, and bacteriological associations of the papA alleles among 7

16 porous media and for the design of improved bacteriological chemotaxis assays.

17 For each CMS course, clinical cure, bacteriological clearance, daily serum creatinine cleara

18 3 reference standards: Xpert MTB/RIF Ultra, bacteriological confirmation (Xpert MTB/RIF Ultra and/or

19 .e., lower cost but also lower accuracy) for bacteriological confirmation and (ii) 'high accuracy' te

20 ntive vaccination campaigns across different bacteriological confirmation and vaccine targeting assum

21 sitivity of stool Xpert Ultra when using any bacteriological confirmation as a reference standard (0.

22 els during the first week of treatment and a bacteriological confirmation at diagnosis in a large coh

23 When using any bacteriological confirmation from a respiratory sample a

24 d Xpert Ultra can contribute to increase the bacteriological confirmation in this population, even wh

25 where childhood tuberculosis is common, and bacteriological confirmation of any mycobacterial diseas

26 ded 608 patients with TBM, of whom 67.1% had bacteriological confirmation of disease and 88.2% had se

27 l notified patients with tuberculosis had no bacteriological confirmation of disease.

28 The addition of stool Xpert Ultra increased bacteriological confirmation of tuberculosis by 38.6% ov

29 F Ultra, 29% (95% CI, 25%-34%) compared to a bacteriological confirmation, and 22% (95% CI, 18%-26%)

30 F Ultra, 84% (95% CI, 75%-90%) compared to a bacteriological confirmation, and 54% (95% CI, 44%-64%)

31 rsus a reference standard (culture only, any bacteriological confirmation, and tuberculosis case defi

32 ults when compared to Xpert MTB/RIF Ultra or bacteriological confirmation.

33 lla species remain unverified due to limited bacteriological confirmation.

34 of stool Xpert Ultra tests for tuberculosis bacteriological confirmation.

35 % to 21.7% and private: 20.8% to 17.6%), and bacteriological confirmed disease increased (public: 48.

36 otropic properties of macrolides, unintended bacteriological consequences such as augmented pathogen

37 The outcome of interest was sputum bacteriological conversion: the proportion of patients h

38 samples were collected for determination of bacteriological counts and histopathological analysis.

39 ns of trachoma, and swabs were collected for bacteriological culture and RNA and DNA isolation.

40 hne's disease (paratuberculosis) compared to bacteriological culture, which is constrained by time, l

41 c islands that are dispensable for growth in bacteriological culture.

42 frequency, mimic UTI symptoms, and therefore bacteriological cultures are needed to confirm the diagn

43 Although many post-mortem bacteriological cultures in SUDI yield organisms, most s

44 , which allow for good protein expression in bacteriological cultures, yet can be induced to co-assem

45 Accelerated bacteriological cure was not linked to an increase in th

46 had no significant effect on clinical cure, bacteriological cure, pathogen clearance rate or bacteri

47 Obtaining a precise bacteriological diagnosis before starting antibiotic the

48 Bacteriological diagnosis has these characteristics, but

49 induction provides an adequate sample and a bacteriological diagnosis more frequently than instructi

50 its inclusion in the reference standard for bacteriological diagnosis of childhood TB in research an

51 lts aged 18 years and older with a confirmed bacteriological diagnosis of multidrug-resistant tubercu

52 Xpert MTB/RIF assay might be used to expand bacteriological diagnosis.

53 main limitation of our study is the lack of bacteriological documentation, which may have resulted i

54 a, yogurt is an excellent aid to balance the bacteriological ecosystem in the human intestine.

55 Direct bacteriological examination of conjunctival secretions s

56 The specimens were subjected to bacteriological examination, serotyping, congo-red bindi

57 provide insight into the epidemiological and bacteriological factors that facilitate the spread of tu

58 nfavourable outcome) at 76 weeks; any death, bacteriological failure or recurrence, and major treatme

59 Study end points included sustained cure, bacteriological failure, toxicity, and death.

60 s: four deaths, seven treatment changes, two bacteriological failures, and one withdrawal.

61 eriodontal parameters, we measured clinical, bacteriological (in plaque and cervico-vaginal samples),

62 , and placental findings, and results of PCR bacteriological investigation and minimally invasive tis

63 To address this issue, we combined bacteriological manipulation and light sheet fluorescenc

64 Bacteriological mechanism of action investigations on a

65 t intracellular growth and high viability on bacteriological media after introduction of a plasmid th

66 Extracellular growth of NU229 in bacteriological media was similar to that of wild-type s

67 m genes, which are dispensable for growth on bacteriological media, dotL is required for the viabilit

68 tandard methods of susceptibility testing in bacteriological media, not only because the media fails

69 pilD mutant and its parent grew similarly in bacteriological media, they did differ in colony attribu

70 s viable, but resists cultivation on routine bacteriological media.

71 s essential for viability of the organism on bacteriological media.

72 drug-resistant Mycobacterium tuberculosis in bacteriological medium and in human and mouse macrophage

73 alled lid-) that showed reduced viability on bacteriological medium in the presence of an intact Dot/

74 and the export of ESX-1 substrates into the bacteriological medium in vitro as measured by both immu

75 In addition, exoproduct production in bacteriological medium in vitro may differ significantly

76 rane to the cell wall, cell surface, and the bacteriological medium in vitro.

77 nsmissive to the replicative phase in either bacteriological medium or macrophages.

78 ress a null phenotype for ExoS production in bacteriological medium produced but did not secrete the

79 Extended culture in bacteriological medium resulted in both diminished infec

80 med on uncoated polystyrene in nutrient-rich bacteriological medium were mediated by the previously c

81 cell surface, rather than secretion into the bacteriological medium, correlates with virulence in M.

82 , but only low levels were released into the bacteriological medium.

83 d only low levels of Esx-1 substrates in the bacteriological medium.

84 J774A.1 cells but displayed normal growth in bacteriological medium.

85 ar examination is still the most widely used bacteriological method of diagnosis, cultural methods wi

86 ries of biochemical tests using the standard bacteriological method.

87 We evaluated clinical and bacteriological outcomes with a seven-drug, linezolid-co

88 l as BSA (a negative control) were coated on bacteriological plastic and evaluated for their attachme

89 These did express FAK, even when plated on bacteriological plastic, to which they did not adhere.

90 However, standard bacteriological procedures for isolation of the cholera

91 2079 bacteriological samples were taken, of which 571 (27%) w

92 ing) to 96% (identified closest relative and bacteriological sampling before initiating antibiotics).

93 Bacteriological sampling was done in 470 (93%) of the re

94 rease in MRSA was seen in blood and in other bacteriological specimens and occurred in all age and ra

95 n day 0 and day 7 of TB therapy) to identify bacteriological status at diagnosis among 127 HIV-infect

96 Fungal and bacteriological studies showed Cryptococcus in 64 (19.5%

97 , far beyond what is appreciated in standard bacteriological susceptibility testing media.

98 on following a negative result on an initial bacteriological test (e.g., sputum smear microscopy (SSM

99 ilable detection methods, including standard bacteriological test and immuno-based detection, are spe

100 based on clinical criteria after a negative bacteriological test result.

101 isions to initiate TB treatment when initial bacteriological test results are negative.

102 d nonexistence of mixed H. pylori infection, bacteriological testing of subjects negative for H. pylo

103 n, were investigated for active TB by sputum bacteriological testing.

104 agnoses due to subpar specificity of current bacteriological tests for screening.