ライフサイエンスコーパス: antibiogram

1 ed identical antibiotic resistance profiles (antibiogram).

2 d gel electrophoresis, plasmid analysis, and antibiogram.

3 CLSI guidelines was observed in only 3 (9%) antibiograms.

4 nths to analyze data from urine cultures and antibiograms.

5 17.8]) compared with isolates with identical antibiograms (12.7 SNVs [95% CI, 12.5 to 12.8]) (P < 0.0

6 Thirty-two of 37 (86%) hospitals provided antibiograms; 26 of 37 (70%) also provided survey respon

7 Lack of standardization in antibiogram (ABGM) preparation (the overall profile of a

8 possible CTX-M producers on the basis of the antibiogram alone.

9 The isolates had the same antibiogram and pulse-field gel electrophoresis pattern

10 tle had indistinguishable or closely related antibiograms and pulsed-field gel electrophoresis patter

11 ysis, biochemical profiles, protein spectra, antibiogram, and pathogenicity) properties, we classify

12 thods: (i) determination of a combination of antibiogram, auxotype, serovar, Lip type, and patterns o

13 The 209 antibiograms collected from 149 institutions showed at l

14 Unit-specific antibiograms could benefit empirical therapy decisions;

15 These antibiogram data may be useful in establishing the ident

16 when duplicate isolates are removed from the antibiogram data.

17 ple isolates from the same patient on annual antibiogram data.

18 s were found between specific PFGE patterns, antibiograms, dates of isolation, or geography.

19 s in vitro using a chemogram, similar to the antibiogram for microorganisms, establishing an individu

20 Cumulative antibiograms from 2012 were reviewed for criteria on rep

21 Antibiograms from across the United States were obtained

22 h 5 of the remaining 24 strains exhibited an antibiogram identical to those of the NICU isolates, all

23 as to compare patient group-specific urinary antibiograms in the ED.

24 e (CLSI) guidance for creation of cumulative antibiograms is uncertain.

25 The biochemical profile and antibiogram of each isolate suggested that the isolates

26 el was observed, significantly impacting the antibiogram of outbreak isolates.

27 this study were identified by evaluating the antibiograms of Enterobacteriaceae isolated in the UCLA

28 o rapidly screen patient samples to identify antibiograms of infecting pathogens.

29 nce in clinical therapies by identifying the antibiograms of pathogens.

30 triction endonuclease analysis and taxonomic antibiograms of strains causing the outbreak demonstrate

31 The antibiograms of these isolates were assigned to 10 antib

32 Common phenotypic antibiogram patterns were compared for all MRSA isolates

33 the 6-year period, and 64% were of a single antibiogram phenotype.

34 siella species and E. coli having suspicious antibiogram phenotypes.

35 were sent a voluntary, electronic survey on antibiogram preparation practices.

36 ntional analysis of epidemiological data and antibiogram profiles.

37 y several different typing methods including antibiograms, pulsed-field gel gel electrophoresis, and

38 This descriptive cohort study of antibiogram reporting practices included community hospi

39 Patient group-specific urinary antibiograms revealed distinct differences in E. coli su

40 Both subpopulations had identical antibiograms, serotypes, and restriction fragment profil

41 These findings suggest that antibiograms should be reviewed thoroughly by infectious

42 Twelve (38%) antibiograms specified methods used for compiling data a

43 fy areas for improvement in the reporting of antibiogram susceptibility data.

44 uated, unexpected results included the 7% of antibiograms that reported <100% vancomycin susceptibili

45 ed NCCLS M39-A guidelines for preparation of antibiograms to identify areas for improvement in the re

46 Requiring identical antibiograms to trigger investigation could miss importa

47 tes belonging to Nocardia asteroides complex antibiogram type IV.

48 Six antibiogram types were noted among the infection-related

49 e combination of the results of capsular and antibiogram typing can be used as a useful epidemiologic

50 Alternate strategies, such as regional antibiograms using pooled data and educational outreach

51 jective of this study was to analyze current antibiograms using the recently published NCCLS M39-A gu

52 ll adherence to CLSI guidelines for hospital antibiograms was uncommon.

53 Urinary Escherichia coli antibiograms were compared between institutional versus

54 Differences in antibiograms were the following: lower CFZ and SXT susce