ライフサイエンスコーパス: culture bottle

1 alent to that of the vented standard aerobic culture bottle.

2 e species were recovered from a single blood culture bottle.

3 the mecA gene directly from a positive blood culture bottle.

4 all central vein catheter lumens in 1 blood culture bottle.

5 ative organisms from the same positive blood culture bottle.

6 ntification of S. aureus from positive blood culture bottles.

7 ely, with 190 GPCC-positive BacT/Alert blood culture bottles.

8 six Candida spp. directly from BACTEC blood culture bottles.

9 BACTEC Plus Aerobic/F and Anaerobic/F blood culture bottles.

10 E. coli and K. pneumoniae in anaerobic blood culture bottles.

11 liquots taken directly from BacT/Alert blood culture bottles.

12 nto BACTEC Plus/F and BacT/Alert FAN aerobic culture bottles.

13 ncluded inoculation to agar plates and blood culture bottles.

14 rform rapid AST directly from positive blood culture bottles.

15 plement to routine culture for NSBF in blood culture bottles.

16 dressing a nationwide supply issue for blood culture bottles.

17 onventional techniques with culture in blood culture bottles.

18 te broth) compared to inoculation into blood culture bottles.

19 ecA, vanA/B, and blaKPC) from positive blood culture bottles.

20 microbial resistance genes in positive blood culture bottles.

21 l and fungal isolates in 784 simulated blood culture bottles.

22 ida species causing BSI, directly from blood culture bottles.

23 -enriched blood samples and standard aerobic culture bottles.

24 s and resistance markers directly from blood culture bottles.

25 7 (6%) were culture positive only with blood culture bottles.

26 using both membrane filter system and blood culture bottles.

27 ediatric FAN (PF) and Bactec Peds Plus blood culture bottles.

28 cal isolates of yeasts inoculated into blood culture bottles.

29 cus species directly from 200 positive blood culture bottles.

30 tance gene mecA directly from positive blood culture bottles.

31 acT/Alert FA Plus and Bactec Aerobic/F blood culture bottles.

32 . albicans and C. glabrata in positive blood culture bottles.

33 iological detection system with spiked blood culture bottles.

34 directly upon subculture from positive blood culture bottles.

35 e with both membrane filter system and blood culture bottles, 11 (26%) with membrane filter system on

36 Of the 231 MP culture bottles, 114 cultures were positive for MTB and

37 e with both membrane filter system and blood culture bottles, 15 (12%) were culture positive only wit

38 luded bacterial culturing of pediatric blood culture bottles; 16SrDNA amplification and sequencing (p

39 th (1) both membrane filter system and blood culture bottles, (2) membrane filter system only, and (3

40 e with both membrane filter system and blood culture bottles, 26 (16%) with membrane filter system on

41 spectively, with 174 GPCC-positive ESP blood culture bottles, 98.5% (67 of 68) and 98.5% (129 of 131)

42 A national shortage of blood culture bottles affected approximately half of US hospit

43 uspected sepsis into an original FAN aerobic culture bottle and an FA bottle.

44 made directly from the contents of the blood culture bottle and hybridized for 90 min at 55 degrees C

45 out IE, the number of initial positive blood culture bottles and days to culture clearance were helpf

46 ntigen test with samples from positive blood culture bottles and defined the duration of detectable p

47 ovine serum albumin to the sample from blood culture bottles and found that it decreased the effects

48 inoculated into aerobic and anaerobic blood culture bottles and incubated at 35 degrees C in an auto

49 o nonvented BM and BD standard aerobic blood culture bottles and incubated in their respective instru

50 dentifying S. pneumoniae from positive blood culture bottles and may enable a diagnosis of pneumococc

51 using bacterial cultures in pediatric blood culture bottles and panbacterial PCR.

52 in comparison to routine subculture of blood culture bottles and phenotypic identification of microbe

53 outine and 25 simulated yeast-positive blood culture bottles and showed 100% sensitivity and 100% spe

54 ctively, with 200 GPCC-positive BACTEC blood culture bottles, and 100% (74 of 74) and 99.1% (115 of 1

55 Blood culture bottles, and possibly continuous-monitoring bloo

56 directly extracted from 234 BacT-Alert blood culture bottles, and results were compared to those obta

57 ered from both solid medium and spiked blood culture bottles, and the results were obtained in <10 mi

58 ntify organisms directly from positive blood culture bottles as culture-based methods.

59 87 blood culture sets collected in FAN blood culture bottles at Geisinger Medical Center.

60 Manual blood culture bottles (BCBs) are frequently used in low-resour

61 m February to April 2021, 102 positive blood culture bottles (BCBs) from hospitalized patients with b

62 sed molecular diagnostics for positive blood culture bottles (BCBs) has not been rigorously assessed.

63 A 2024 global shortage in blood culture bottles (BD Diagnostics) necessitated the implem

64 Manufacturers generally recommend that blood culture bottles be loaded into instruments within a shor

65 The BACTEC MYCO/F Lytic blood culture bottle (Becton Dickinson Diagnostic Instrument S

66 lood-mCIM," was evaluated using Bactec blood culture bottles (Becton, Dickinson and Company, Franklin

67 umoniae and W. confusa in four of four blood culture bottles (both aerobe and anaerobe bottles).

68 ng of antifungal susceptibilities from blood culture bottles by disk diffusion and Etest and the resu

69 he adoption of tissue inoculation into blood culture bottles compared to conventional techniques (mea

70 Blood culture bottles containing antibiotic binding resins are

71 acT/Alert FA Plus and Bactec Aerobic/F blood culture bottles containing antibiotic binding resins was

72 nical laboratories tested 722 positive blood culture bottles containing gram-positive cocci in cluste

73 The assay was tested on 470 positive blood culture bottles containing Staphylococcus aureus or ente

74 a sterile lithium-heparin tube before blood culture bottles (diversion group) or blood cultures firs

75 a sterile lithium heparin tube before blood culture bottles (diversion group) or blood cultures firs

76 Blood culture bottles experimentally inoculated were used as c

77 ated the clinical utility of anaerobic blood culture bottles (FN Plus) and aerobic bottles (FA Plus)

78 The BacT/Alert PF bottle is a reliable blood culture bottle for pediatric blood culture specimens and

79 e eMcFarland, directly from a positive blood culture bottle for use with downstream disk diffusion an

80 e eMcFarland, directly from a positive blood culture bottle for use with downstream disk diffusion AS

81 bination of membrane filter system and blood culture bottles for culture of diluted vitrectomy casset

82 be necessary to routinely incubate FAN blood culture bottles for more than 3 days.

83 on techniques have allowed analysis of blood culture bottles for organisms such as methicillin-resist

84 anels on positive body fluids grown in blood culture bottles for the detection of microorganisms for

85 n positive body fluids inoculated into blood culture bottles for the detection of microorganisms.

86 One hundred BacT/ALERT blood culture bottles growing gram-positive cocci in clusters

87 If the blood culture bottles had been incubated for 5 days, an additi

88 r , simulating a small leak into 30 mL batch culture bottle, had no measurable impact on benzene degr

89 s, but the routine use of an anaerobic blood culture bottle has been challenged in recent years.

90 ecies determination for anaerobes from blood culture bottles has become increasingly important with t

91 BacT/Alert FAN blood culture bottles have been shown to enhance the recovery

92 tes from positive BacT/Alert SA and SN blood culture bottles (identified as 10 MRSA strains, 10 MSSA

93 microorganisms directly from positive-blood-culture bottles in a clinical setting.

94 esigned for use directly from positive blood culture bottles in a FISH format.

95 carbapenemases directly from positive blood culture bottles in patients with gram-negative bacteremi

96 Plus (aerobic) and FN Plus (anaerobic) resin culture bottles in routine clinical use.

97 t valve, and higher number of positive blood culture bottles in the first set of cultures were associ

98 er of positive bottles within a set of blood culture bottles in their assessment.

99 andida albicans directly from positive-blood-culture bottles in which yeast was observed by Gram stai

100 ures of microbes were identified in 29 blood culture bottles, including mixed species of the same gen

101 r identification and AST from positive blood culture bottles inoculated with primary sterile nonblood

102 ation and phenotypic AST from positive blood culture bottles inoculated with primary sterile specimen

103 current BacT/ALERT SA (BTA SA) aerobic blood culture bottle is made from glass, does not require vent

104 ntifungal disk diffusion directly from blood culture bottles is a rapid and easy method for fluconazo

105 of periprosthetic tissue specimens in blood culture bottles is more sensitive than conventional tech

106 n, culture of periprosthetic tissue in blood culture bottles is not only more accurate than but is al

107 Because the routine use of MB culture bottles is resource intensive (expensive and req

108 (herein referred to as yeast-positive blood culture bottles) is described.

109 signated the BacT/ALERT plastic SA (BTA PSA) culture bottle, is made from clear plastic to prevent br

110 Streptococcus pneumoniae from positive blood culture bottles may be difficult due to autolysis of pne

111 but inoculation of synovial fluid into blood cultures bottles may be a more immediate and practical m

112 The blood culture bottle method is technically easier and represen

113 with either membrane filter system or blood culture bottle, mold and Mycobacterium species were cult

114 es adjusted for age, sex, >=3 positive blood culture bottles, native valve disease, prosthetic valve,

115 An evaluation of 197 routine blood culture bottles newly positive for yeast by Gram stainin

116 A shortage of BD BACTECTM blood culture bottles occurred in 2024.

117 tory specimens and in 232 BacT/ALERT MP (MP) culture bottles of respiratory specimens.

118 or having IE with only 1 of 4 positive blood culture bottles on admission ranged from 0.05 (95% CI, 0

119 of most bacteria present in incubating blood culture bottles on average about 16 h sooner than Gram s

120 f culture of periprosthetic tissues in blood culture bottles on laboratory workflow and cost.

121 Blood specimens were divided into two culture bottles, one optimized for aerobic growth (F bot

122 ) membrane filter system only, and (3) blood culture bottles only.

123 filter system only, and 19 (11%) with blood culture bottles only.

124 filter system only, and 12 (29%) with blood culture bottles only.

125 imens are obtained and inoculated into blood culture bottles or four periprosthetic tissue specimens

126 1.74 to 6.46; p < 0.001), >=3 positive blood culture bottles (OR: 3.69; 95% CI: 1.88 to 7.23; p < 0.0

127 verification of the BacT/Alert nonvent blood culture bottles (Organon Teknika, Durham, N.C.) was perf

128 nce between membrane filter system and blood culture bottle (P = .37).

129 re culture positive more commonly with blood culture bottles (P = .021).

130 ction of two aerobic and one anaerobic blood culture bottles per set results in improved yield compar

131 ethods using pelleted material from positive culture bottles performed best.

132 A total of 564 routine blood culture bottles positive for GPCC recovered from both ae

133 lidated with DNA extracted from BACTEC blood culture bottles positive for yeasts (n = 62) and was 100

134 We conclude that the number of culture bottles positive in a given culture set cannot r

135 In this study, we compared positive-blood-culture bottles processed by PCR coupled to high-resolut

136 Adaptations of NSBF in blood culture bottles prompted us to consider the utility of a

137 but a recent global supply shortage in blood culture bottles provided a valuable opportunity to evalu

138 albicans directly from yeast-positive blood culture bottles provides important information for optim

139 Aerobic blood culture bottles received from our distributor during 1-1

140 The utility of anaerobic blood culture bottles remains controversial, especially for sp

141 l established that standard BacT/Alert blood culture bottles require no more than 5 days of incubatio

142 the 270 bacteria isolated from the 255 blood culture bottles, results for pyrosequencing and culture-

143 er during a 5-month period of the 2024 blood culture bottle shortage compared to the same 5-month una

144 ther to routinely utilize an anaerobic blood culture bottle should be influenced by the overall recov

145 on of infected joint fluid and bone in blood-culture bottles should be considered.

146 omated alert signal indicating growth in the culture bottle sounded.

147 ion (PJI) diagnosis using an automated blood culture bottle system for periprosthetic tissue culture

148 ion (PJI) diagnosis using an automated blood culture bottle system for periprosthetic tissue culture.

149 with 40 positive (clinical and spiked) blood culture bottles tested in batches of 5.

150 ntification of S. aureus directly from blood culture bottles that contain GPCC offers important infor

151 lococcus aureus directly from positive blood culture bottles that contain gram-positive cocci in clus

152 e evaluated aliquots from 244 clinical blood culture bottles that demonstrated yeasts on Gram stain u

153 raction of bacterial DNA directly from blood culture bottles that gave quality DNA for PCR in as litt

154 BacT/Alert non-charcoal-based blood culture bottles that were flagged positive by the BacT/A

155 A total of 231 clinical samples from blood culture bottles that were flagged positive by the BacT/A

156 ulation of periprosthetic tissues into blood culture bottles, the greatest accuracy of diagnosis was

157 ned and designated a nonvented aerobic (NVA) culture bottle; this bottle does not require venting.

158 ification of staphylococcal species in blood culture bottles to help improve antimicrobial stewardshi

159 Middlebrook 7H10 agar, or in VersaTREK broth culture bottles (Trek Diagnostics).

160 luding all major BACTEC and BacT/ALERT blood culture bottle types.

161 Each blood culture bottle was inoculated with fresh blood from heal

162 rrent BacT/Alert standard aerobic (VA) blood culture bottle was redesigned and designated a nonvented

163 ed labor cost savings of culture using blood culture bottles was $10,876.83 (+/-$337.16).

164 Culture in blood culture bottles was cost-effective, based on the estimat

165 f Staphylococcus species from positive blood culture bottles was evaluated in a multicenter clinical

166 ve cocci (GPC) directly from VersaTREK blood culture bottles was evaluated.

167 nd anaerobic (SN) 3D media; each of the four culture bottles was filled with 6 to 9 ml of blood.

168 , N.C.), a new nonvented pediatric FAN blood culture bottle, was compared to that of the original ped

169 Specimens from MP culture bottles were analyzed by Accuprobe and conventio

170 total of 88 positive body fluids from blood culture bottles were analyzed using a Gram-Positive, Gra

171 robic resin and BacT/Alert aerobic FAN blood culture bottles were comparable in their abilities to re

172 The six different blood culture bottles were each inoculated with 1000 yeasts pe

173 Contaminated rubber diaphragms of blood culture bottles were identified, and the pseudo-outbreak

174 ed and fifty-five consecutive positive blood culture bottles were included.

175 Blood culture bottles were incubated in a BacT/Alert3D instrum

176 The remaining 117 culture bottles were negative in the LC assay and grew v

177 the utility of extended incubation of blood culture bottles were reviewed at four tertiary care micr

178 the clinical blood culture evaluation, blood culture bottles were spiked with diluted organism suspen

179 A total of 419 yeast-positive blood culture bottles were studied, consisting of 258 clinical

180 Inoculated blood culture bottles were weighed to estimate volume.

181 ), was tested on Bactec and BacT/Alert blood culture bottles which signaled positive on automated blo

182 Blood culture bottles with antimicrobial removal systems are r

183 a regarding the necessity of pediatric blood culture bottles with contemporary blood culture systems

184 A total of 319 positive patient blood culture bottles with GPC seen in clusters with Gram stai

185 on smears made directly from positive blood culture bottles with gram-positive cocci in clusters (GP

186 Blood culture bottles with initial bacterial densities of <10

187 31 monomicrobic isolates from positive-blood-culture bottles with one spot having a score of 99.9%, t

188 One hundred positive blood culture bottles with primary sterile specimens (63 cereb

189 A total of 276 blood culture bottles with Staphylococcus aureus were tested b

190 Candida glabrata can be identified in blood culture bottles within 2.5 h using peptide nucleic acid

191 n directly from signal-positive Bactec blood culture bottles within 24 h of positive signal, with res