ライフサイエンスコーパス: culture-positive

1 ABM (n = 523 [65%] cerebrospinal fluid [CSF] culture positive).

2 in the HIV-uninfected stratum (85 [28%] were culture positive).

3 ture positive) and 744 to Xpert MTB/RIF (185 culture positive).

4 of 312 samples were collected and 58.3% were culture positive.

5 ions and 0.38% of patients), of which 2 were culture positive.

6 for N. meningitidis, as only 1/13 cases was culture positive.

7 eningitidis, and H. influenzae, only 10 were culture positive.

8 None of the diluted vitreous samples were culture positive.

9 lar and periocular infections, 198(60%) were culture positive.

10 were from noninfected cases, of which 2 were culture positive.

11 t of women with rectal CT per NAAT were also culture positive.

12 727 distinct HAIs, of which 331 (45.5%) were culture positive.

13 algorithm, 2195 (54.4%) were smear-negative/culture-positive.

14 as suspected, 799 (37%) were M. tuberculosis-culture-positive.

15 ts with drug-resistant TB were cough aerosol culture-positive.

16 ter cataract surgery, of which 57 (51%) were culture-positive.

17 hthalmitis were identified, 18 of which were culture-positive.

18 with 46 being culture-negative and 24 being culture-positive.

19 n patients who had only blood or respiratory cultures positive.

20 n patients who had only blood or respiratory cultures positive.

21 M-IRIS if CSF was Mycobacterium tuberculosis culture positive = 9.3 (95% confidence interval [CI], 1.

22 f 133 who returned for test of cure, 13 were culture positive; 9 patients were determined to have exp

23 97 specimens from 54 children were TB culture-positive: 91 (94%) by MGIT and 74 (76%) by MODS

24 cohort of newly diagnosed, sputum smear and culture positive adult individuals with drug-sensitive P

25 dation cohort comprising of newly diagnosed, culture positive adults with drug-sensitive TB was used

26 = 0.009) median levels were elevated in PTB culture-positive (AFB microscopy smear negative) as comp

27 s were positive in 27/5,594 (0.5%) bacterial culture-positive anaerobic bottles that contained cultur

28 sponded to infected cases, of which 160 were culture positive and 118 culture negative.

29 toxin assay positive; group 2, cytotoxigenic culture positive and cytotoxin assay negative; and group

30 (c) corneal scrapings from fungal keratitis (culture positive and negative); and (d) corneal scraping

31 With the use of BRiSK, 57.1% of culture-positive and 100% of culture-negative samples de

32 Twenty-four cases were culture-positive and 26 were culture-negative.

33 72 (74%) culture-positive and 7 culture-negative specimens were X

34 (median age, 18.7 years; 47% male), 35% were culture-positive and an additional 27% were qPCR-positiv

35 ignificant reductions were also observed for culture-positive and culture-negative sepsis and lower r

36 ed with S. epidermidis-colonized screws were culture-positive and displayed minor changes in peri-imp

37 n the HIV-infected stratum (146 [20.5%] were culture positive) and 313 were in the HIV-uninfected str

38 signed 758 patients to smear microscopy (182 culture positive) and 744 to Xpert MTB/RIF (185 culture

39 < .01) and TB qPCR-positivity, whether blood culture-positive (aOR 4.6, 95% CI, 2.1-10.0; p < .01) or

40 ore putative AFB (high positive) and 207 (19 culture positive) as having 1-9 putative AFB (low positi

41 The TBDx system identified 70 specimens (68 culture positive) as having 10 or more putative AFB (hig

42 th fungal keratitis, 25 of 69 (36%) remained culture positive at day 3, and 20 of 62 (32%) were cultu

43 e positive at day 3, and 20 of 62 (32%) were culture positive at day 7.

44 7 rats in the C. acnes inoculated group were culture positive at euthanasia and displayed bone change

45 sues at slaughter from all animals that were culture positive at the same time that supershedders wer

46 Regarding culture positive bacteraemia or sepsis, Staphylococcus a

47 sthesis implantation, with a similar rate of culture-positive bacterial and fungal keratitis.

48 All cases enrolled in SCUT had a culture-positive bacterial corneal ulcer and received mo

49 The rate of culture-positive bacterial keratitis was 0.022 infection

50 December 2008 to determine the proportion of culture-positive biopsy specimens with antimicrobial res

51 ecognized by sera from acute/subacute, blood culture-positive brucellosis patients but also recognize

52 otential C difficile excretor (cytotoxigenic culture positive but cytotoxin assay negative) could be

53 ive cases and 66.6% (95% CI, 43.0%-85.4%) of culture-positive but smear-negative cases.

54 tiple erythema migrans were almost uniformly culture positive by this technique.

55 True-positive specimens were defined as culture-positive (by either PhenoMATRIX CDM or manual re

56 es of endophthalmitis were identified with 1 culture-positive case.

57 y dates to caregivers of patients with blood culture positive cases at enrollment and 6 weeks later t

58 S bacterial PCR, and BRiSK methodologies for culture-positive cases (Fleiss' kappa of 0.621).

59 S identified the cultured organism in 76% of culture-positive cases and identified potential pathogen

60 al management was initiated in 3 of 18 (17%) culture-positive cases compared to 3 of 42 (7%) culture-

61 t, at final follow-up, oral flora-associated culture-positive cases lost 17.5 lines, non-oral flora-a

62 s lost 17.5 lines, non-oral flora-associated culture-positive cases lost 9.1 lines, and culture-negat

63 larly, differences found in the incidence of culture-positive cases of endophthalmitis (5 for unwrapp

64 Of the 1,603 patients screened, 444 (28%) culture-positive cases of pulmonary tuberculosis were id

65 12, a Canadian village of 933 persons had 50 culture-positive cases of tuberculosis, with 49 sharing

66 We analyzed Mycobacterium tuberculosis culture-positive cases reported to the National TB Surve

67 icrobiological and clinical information from culture-positive cases seen at Saint Louis University fr

68 matic carrier proportion among the toxigenic culture-positive cases was >80%.

69 Culture-positive cases were more likely to receive oral

70 Changes in management for culture-positive cases were performed based on declining

71 All Cg-related mortality occurred among culture-positive cases within 1 year of diagnosis.

72 Among 12 culture-positive cases, 10 were PCR positive and sequenc

73 In sputum smear-negative, culture-positive cases, the assay was 74.7% sensitive (9

74 Among TB culture-positive cases, Xpert MTB/RIF had 100% and 81% s

75 ed with 14 days (95% CI, 8-21 days) in Xpert/culture-positive cases.

76 sputum pellets obtained from M. tuberculosis culture-positive clinical specimens were also tested by

77 Fifty children with active or recent culture-positive community-associated MRSA infection wer

78 Eighteen patients (46%) had culture positive conjunctival flora.

79 with data available expectorated infectious culture-positive cough aerosols in the respirable range

80 significantly higher (P = 0.003) in M. bovis culture-positive cows (n = 12) than in culture-negative

81 mmunohistochemical techniques showed that in culture-positive cows, the mean immunolabeling fraction

82 oportions of CD3(+) T cells (P < 0.001) than culture-positive cows.

83 +) (P = 0.007) immunolabeling fractions than culture-positive cows.

84 , 81.6% of colistin cases were found to have culture-positive CRGNIs.

85 In the subset with culture-positive cSSTI within 24 h of admission, the mos

86 individuals were screened by microscopy and culture; positive cultures were tested for drug suscepti

87 Eyes with culture-positive deep stromal fungal keratitis not respo

88 DFA and culture and found that only 17 were culture positive/DFA negative.

89 e cases (2.1%) were associated with a fungal culture-positive donor rim.

90 d with prophylactic antimycotic therapy when culture-positive donor rims are identified.

91 d to report clinical outcomes of grafts with culture-positive donor rims.

92 viewed retrospectively for all patients with culture-positive endogenous fungal endophthalmitis betwe

93 Oral steroid use was associated with culture-positive endophthalmitis (odds ratio [OR] 2.7; 9

94 95% confidence interval [CI], 0.77-3.10) and culture-positive endophthalmitis (OR, 1.51; 95% CI, 0.47

95 Two cases of culture-positive endophthalmitis and 1 case of culture-n

96 imary outcome measures were the incidence of culture-positive endophthalmitis and culture-negative ca

97 Taking into account both culture-positive endophthalmitis and culture-negative ca

98 A consecutive case series of patients with culture-positive endophthalmitis caused by E. faecalis b

99 le-center study evaluating all patients with culture-positive endophthalmitis caused by Streptococcus

100 Patients with persistently vitreous culture-positive endophthalmitis had poor visual outcome

101 All culture-positive endophthalmitis isolates collected from

102 y referral center between 2006 and 2015 with culture-positive endophthalmitis occurring within 6 week

103 uity at presentation in cases that developed culture-positive endophthalmitis was significantly worse

104 s were grouped as 1) Group 1- neonatal blood culture-positive EONS (n=6).

105 apy was inappropriate in 27 episodes (16% of culture-positive episodes).

106 ilable for 1687 disease episodes (72% of all culture-positive episodes): 66% of patients linked to at

107 of the 37 undiluted midvitreous samples was culture positive, equating to a contamination rate of 2.

108 ution (logMAR) VA was 1.09 (~20/250) for the culture-positive eyes compared with 0.59 (~20/80) for cu

109 9 of 111 eyes (8%), including 6 of 57 (11%) culture-positive eyes compared with 3 of 54 (6%) culture

110 (17%) after developing endophthalmitis, and culture-positive eyes developed a secondary RRD in 11 of

111 Change in clinical management for culture-positive eyes was based on declining vision (3 e

112 Patients with culture-positive filamentous fungal ulcers and visual ac

113 vous system tissues of infected animals were culture positive for B. burgdorferi regardless of treatm

114 Patients with endophthalmitis were culture positive for bacteria in 665 cases..

115 Endophthalmitis patients that were culture positive for bacteria.

116 Patients who were culture positive for Burkholderia, Achromobacter, Stenot

117 ose patients with multiple samples that were culture positive for C. acnes, isolates from each sample

118 urine were slightly more likely to be blood culture positive for enteric fever; however, the effect

119 is presented with a corneal ulcer, which was culture positive for ESBL E coli.

120 the 240 study participants, 72 (30.4%) were culture positive for Fusarium species (41 [56.9%] male a

121 Lim broth enrichment; 15% of specimens were culture positive for GBS, whereas 31.5% were positive by

122 ) of persons undergoing upper endoscopy were culture positive for H. pylori.

123 nts were recruited, and 44 (43%) were sputum culture positive for M. tuberculosis.

124 Patients were included if they had a blood culture positive for MSSA and received definitive therap

125 Of 981 specimens, 269 were culture positive for Mycobacterium tuberculosis (27.4%).

126 e eligible for evaluation, of which 109 were culture positive for Mycobacterium tuberculosis.

127 The median (SD) age of children with a culture positive for NTS was 1.8 (3) years.

128 s obtained at times of suspected sepsis were culture positive for other microorganisms; the species c

129 s prescribed ivacaftor, 29% (26/89) who were culture positive for P. aeruginosa the year prior to iva

130 12 participants with specimens GPP negative/culture positive for Salmonella tested positive by GPP.

131 Among these, 304 (5.3%) were culture positive for Salmonella Typhi (249 [81.9%]) or P

132 Of the specimens tested, 37 (33%) were culture positive for the Mycobacterium tuberculosis comp

133 tiple deep samples from the same surgery are culture positive for the same species and the isolates s

134 fectious crystalline keratitis, 1 previously culture-positive for an uncharacterized Staphylococcus a

135 22% (2230/10 094) of patients enrolled were culture-positive for enteric fever.

136 Four cattle and 6 handlers on two farms were culture-positive for M. tuberculosis; M. bovis was not i

137 327 patients were culture-positive for multidrug-resistant tuberculosis at

138 Among the cases, 122 (64%) were culture-positive for Mycobacterium avium complex (MAC) a

139 issions with presumptive PTB, 20 (6.3%) were culture-positive for Mycobacterium tuberculosis.

140 treated without clofazimine remained heavily culture-positive for the entire 9 months of the study.

141 talized patients with septic shock and blood cultures positive for Candida species was conducted at B

142 n for adult hospitalized patients with blood cultures positive for CoNS.

143 cohort study evaluated inpatients with blood cultures positive for GPC in the pre-PCR (15 January 200

144 that identifies isolates directly from blood cultures positive for Gram-negative bacilli (GNB).

145 tive study was conducted in 88 patients with cultures positive for K. pneumoniae hospitalized in the

146 otic selection; initial blood or respiratory cultures positive for methicillin-resistant Staphylococc

147 determine the number of single-patient blood cultures positive for MRSA and methicillin-susceptible S

148 The proportion of hospitalizations with cultures positive for MRSA decreased (from 2.5% to 2.0%;

149 hough people with HIV frequently have sputum cultures positive for NTM, few meet a strict case defini

150 ens revealed panniculitis (n = 5), with skin cultures positive for P aeruginosa (n = 6).

151 Rochester, MN, from 2002 to 2012 with blood cultures positive for Rothia.

152 All urine cultures positive for S. aureus between 2010 and 2013 wi

153 A total of 2540 urine cultures positive for S. aureus from 2054 patients were

154 AB was collected (defined as 1 or more blood cultures positive for S. aureus taken from a patient who

155 n a single-center retrospective study, blood cultures positive for S. aureus were obtained from Janua

156 on day 8; microbiological failure (ie, blood cultures positive for Salmonella enterica serotype Typhi

157 lmitis nor the clinical signs differentiated culture-positive from culture-negative cases.

158 susceptibilities of 47 fungal isolates from culture-positive fungal endophthalmitis are reported.

159 Persistently culture-positive fungal endophthalmitis was associated w

160 022 infections per eye-year, and the rate of culture-positive fungal keratitis was 0.015 infections p

161 ersity of California, San Francisco, who had culture-positive fungal ulcer and baseline visual acuity

162 growth was reported from SF cultures and as culture positive if an organism was detected above prede

163 eyelid margin and conjunctival samples were culture positive in 59.5% (78/138) and 45.8% (60/138) re

164 reservoirs and water treatment plants, with culture positive in 64 of them (77.1%).

165 The percent culture-positive increased with increasing density, exce

166 2009 to January 2011, we enrolled 96 sputum culture-positive index TB cases and their 442 contacts.

167 ecal culture (other than supershedders) were culture positive, indicating a true M. avium subsp. para

168 The cohort comprised N. gonorrhoeae culture-positive individuals identified between May 1, 2

169 There were 291 N. gonorrhoeae culture-positive individuals identified.

170 sessment, additional testing of GPP-negative/culture-positive isolate suspensions with the GPP, and i

171 PCR-negative, culture-positive isolates were recognized during verific

172 lving LD were identified among 1686 cases of culture-positive LD.

173 Community-acquired infections (CAIs) were cultures positive <=2 days of admission among nonneonate

174 ay accurately distinguished Australian blood culture positive melioidosis patients from Australian pa

175 Interestingly, only 46% (6/13) of the culture-positive melioidosis patients in Cambodia were c

176 measured in patients with a first episode of culture-positive meningitis and two or more CSF cultures

177 PKs performed and 67 episodes in 52 eyes of culture-positive microbial keratitis during the study pe

178 iologic organisms at the species-level in 59 culture-positive mono-bacterial blood culture samples wi

179 pectively), and gram-positive organisms were culture positive more commonly with blood culture bottle

180 bottle, mold and Mycobacterium species were culture positive more commonly with membrane filter syst

181 rgical centers were reviewed, and cases with culture-positive MRSA from aspirates were identified.

182 We analyzed culture-positive MTBC cases with reported drug susceptib

183 POPULATION: A retrospective cohort study of culture-positive N. gonorrhoeae infections at a single s

184 (T) values of >35 overlapped broadly between culture-positive (n = 21) and culture-negative (n = 36)

185 rculosis/g of feces) for the animals at each culture-positive occasion were determined.

186 A total of 3,278 (81%) were culture positive, of which 2,419 (74%) had complete data

187 articipants, 59.3% were MGIT M. tuberculosis culture positive, of which 276 (72.8%) were acid-fast ba

188 BD-MRSA PCR; BD GeneOhm, San Diego, CA) were culture positive only for methicillin-susceptible S. aur

189 with membrane filter system, and 7 (6%) were culture positive only with blood culture bottles.

190 Of those organisms that were culture positive only with either membrane filter system

191 tem and blood culture bottles, 15 (12%) were culture positive only with membrane filter system, and 7

192 received topical linezolid, all for cases of culture-positive or presumed gram-positive keratitis.

193 ogically confirmed (either smear positive or culture positive, or both) pulmonary tuberculosis among

194 l pathogen detected by PCR but only 32% were culture-positive (P < .0001).

195 clinical isolates originating from 455 LRTI culture-positive patient samples.

196 Of 360 H. pylori culture positive patients (196 men, 164 women; average a

197 urolisteriosis mortality was higher in blood-culture positive patients (OR 3.67 [1.60-8.40], p=0.002)

198 Urine Xpert, urine LAM and TB-blood-culture positive patients clustered similarly on these a

199 Median TBscore in culture-positive patients did not differ between groups

200 Although, by end of the study, more culture-positive patients in the MTB/RIF group were on t

201 e patients starting same-day treatment, more culture-positive patients starting therapy, and a shorte

202 Ninety-eight (85.2%) of the culture-positive patients were also detected by PCR givi

203 Aspergillus fumigatus culture-positive patients were investigated to identify

204 re and Karnofsky performance score [KPS]) in culture-positive patients who had begun anti-tuberculosi

205 an (LAM) combined identified 88% of TB blood-culture-positive patients, including 9/9 who died within

206 were associated with Pseudomonas aeruginosa culture-positive patients.

207 cords were reviewed to identify Leptotrichia culture-positive patients.

208 less influenced by glycosuria and identified culture positive pediatric (N = 19) and extrapulmonary (

209 acteria in 94.8% (109/115) of sonicate fluid culture-positive PJIs and 37.8% (37/98) of sonicate flui

210 e negative pneumonia, and age (P=0.001) with culture positive pneumonia.

211 73 (37%) had at least one pathogen isolated (culture-positive population).

212 n were categorized as definite tuberculosis (culture positive), probable tuberculosis (chest radiogra

213 The proportions of participants with culture-positive PTB initiated on appropriate TB treatme

214 651 in the POC arm), 159 (12.4%) of whom had culture-positive PTB.

215 ust sensitivities were obtained for cases of culture-positive pulmonary TB (PTB; 91.3%) and extrapulm

216 entification of approximately 54 (74%) of 72 culture-positive pulmonary TB cases over a 1-year period

217 Comparison of serum from culture-positive pulmonary TB patients and TB suspects s

218 19 HIV-seronegative inpatients, 46 (39%) had culture-positive pulmonary TB.

219 come was the proportion of participants with culture-positive pulmonary tuberculosis (PTB) initiated

220 blood samples from HIV-negative, smear- and culture-positive pulmonary tuberculosis (TB) patients fo

221 on was achieved in 28 of 29 (97%) cases with culture-positive pulmonary tuberculosis at bedaquiline i

222 In both groups, the culture-positive rate did not change significantly when

223 The culture-positive rate of the vitreous/aqueous tap was 38

224 gnificant change was found in the MIC level, culture-positive rate, MIC50 level, and MIC90 level in t

225 us to be noncontributory to both the MIC and culture-positive rate.

226 treatment and on the proportion of mice with culture-positive relapse 6 mo after treatment cessation.

227 There were only 2 (1.8%) culture positive relapses, both within 12 months of foll

228 5% (27 to 64% [14/31]) for Xpert against any culture-positive result, with false positives of <1% and

229 es with known culture results, 291 (58%) had culture positive results.

230 ad T2Candida panel negative and myco/f blood culture positive results.

231 2%; 1 in 3173 injections), 4 of which showed culture-positive results (0.011%; 1 in 8725 injections).

232 %; 1 in 2663 injections), 17 of which showed culture-positive results (0.015%; 1 in 6892 injections).

233 %; 1 in 2059 injections), 10 of which showed culture-positive results (0.017%; 1 in 5765 injections).

234 tive specimens (direct ocular specimens with culture-positive results for herpes simplex virus [n = 5

235 A total of 23 cases (13 with culture-positive results) of postoperative endophthalmit

236 Three of the 9 cases had culture-positive results.

237 the remaining subjects with smear-negative, culture-positive results; in this latter group, positive

238 s within 14 days before or after the initial culture-positive sample.

239 tive samples (3.14 log10 copies/mL) than for culture-positive samples (5.02 log10 copies/mL), overall

240 lture-positive samples than for GPP-positive/culture-positive samples (for rectal swabs, 36.9 [interq

241 on drug susceptibility broth culture, and in culture-positive samples (n = 252), the time to culture

242 = 70) and 50% (n = 29) of smear-negative but culture-positive samples (n = 58) (versus 79.3%; 46 posi

243 The LAM-ELISA detected all smear- and MTB-culture-positive samples (n = 70) and 50% (n = 29) of sm

244 ith a sensitivity of 89% for smear-positive, culture-positive samples and 88% for smear-negative, cul

245 The number of culture-positive samples obtained from BCs (13.6%, 57/42

246 In addition, the number of culture-positive samples obtained from the BCs of gastro

247 ficile toxin enzyme-immunoassay-positive and culture-positive samples over 2.5 y from a geographicall

248 antitative PCR, were higher for GPP-negative/culture-positive samples than for GPP-positive/culture-p

249 Overall, TB-LAMP sensitivities among culture-positive samples were 97.2% (243/250; 95% confid

250 positive samples and 88% for smear-negative, culture-positive samples with a specificity of 82%.

251 Culture-positive samples with susceptibility testing wer

252 ng sensitivity and specificity were 100% for culture-positive samples, detecting and characterizing f

253 Among both LAM and MGIT MTB-culture-positive samples, log10-transformed LAM concentr

254 und in all culture-negative samples and some culture-positive samples.

255 ing enterocolitis (Bell stage 2 or 3), blood culture positive sepsis more than 72 h after birth; and

256 Two infants with blood culture positive sepsis were excluded, and the data from

257 patients with refractory CRS concurrent with culture-positive sepsis died, and 3 achieved CR.

258 stool samples could be used to identify the culture-positive shedders, as well as the long-duration

259 days [IQR 21-44]), at a cost of pound481 per culture-positive specimen, whereas routine diagnosis cos

260 usceptibility testing was performed for each culture-positive specimen.

261 All culture-positive specimens (100% [5/5]) were identified

262 llumigene assay detected GAS in 74/74 direct culture-positive specimens (100% sensitivity) and 100/10

263 ens (100% sensitivity) and 100/102 extracted culture-positive specimens (98.0% sensitivity).

264 Among the 15 culture-positive specimens in which PCR-ESI-MS detected

265 Of these culture-positive specimens, 83% of the pulmonary specime

266 plete concordance between the smear-positive culture-positive specimens, independent of the anatomica

267 obtained directly from all 24 smear-positive culture-positive sputa, of which 20 were of high quality

268 , for the 115 HIV-positive participants with culture-positive sputum (13%, 6.4 to 21); and 88% and 83

269 spectively, across all 462 participants with culture-positive sputum (5.4%, 3.3 to 8.0).

270 the 137 participants with smear-negative and culture-positive sputum (difference of 17%, 95% CI 10 to

271 Most NAAT-positive rectal infections were culture positive, suggesting active infection.

272 period, the annual number of smear-negative/culture-positive TB cases diagnosed overseas among immig

273 Comparison of the increase of smear-negative/culture-positive TB cases diagnosed overseas among immig

274 ecificity (190/199, 96%, 95% CI: 92-98%) for culture-positive TB overall, but sensitivity was lower (

275 nts (n = 138), sputum GeneXpert-negative but culture-positive TB patients (n = 10), ill non-TB patien

276 rithm that could not diagnose smear-negative/culture-positive TB.

277 Thirteen (8%) had culture-positive TB.

278 opharyngeal specimens that were pneumococcus culture positive, the TAC pan-pneumococcus lytA assay wa

279 ng suspected infectious endophthalmitis were culture-positive, the most common being Staphylococcal a

280 Culture-positive toxigenic isolates served as the gold s

281 ovide one or more sputum samples, and 94 had culture-positive tuberculosis (prevalence 17.4%, 95% CI

282 We included all culture-positive tuberculosis cases in the City during t

283 Of 53972 reported culture-positive tuberculosis cases, 32000 (59.3%) were

284 s, and decipher chains of transmission among culture-positive tuberculosis cases.

285 d >/=1 Xpert and culture result, yielding 89 culture-positive tuberculosis diagnoses.

286 The corresponding prevalence of culture-positive tuberculosis was 5.3% (95% CI 3.5-7.7),

287 Culture-positive tuberculosis was diagnosed in 126 patie

288 Culture-positive tuberculosis was identified in 58 (6.2%

289 tive cohort study among patients with sputum culture-positive tuberculosis was performed.

290 Xpert result predicted the absence of AFB(+)/culture-positive tuberculosis with an NPV of 99.7%; NPV

291 One hundred forty-eight had culture-positive tuberculosis, 100 had community-acquire

292 .5 cells per muL; IQR 100-233), including 85 culture-positive tuberculosis, 24 of whom (28.2%, 95% CI

293 5 of 7 participants with rifampin-resistant, culture-positive tuberculosis.

294 The majority (>90%) of blood culture-positive typhoid cases remain unobserved in surv

295 bacterial keratitis among 500 patients with culture-positive ulcers receiving 48 hours of moxifloxac

296 tion assays detected UU and UP in ureaplasma culture-positive urine.

297 Of those, 104 (82%) were culture positive with both membrane filter system and bl

298 Out of 168 total isolates, 123 (73%) were culture positive with both membrane filter system and bl

299 Of those, 19 (45%) were culture positive with both membrane filter system and bl

300 CR-positive for diphtheria toxin gene, 1 was culture-positive without further testing, and the remain