ライフサイエンスコーパス: culture-positive

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

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

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

4 None of the diluted vitreous samples were culture positive.

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

6 727 distinct HAIs, of which 331 (45.5%) were culture positive.

7 samples with discrepant results, and 39 were culture positive.

8 d 48 to 72 h of incubation prior to becoming culture positive.

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

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

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

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

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

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

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

16 97 specimens from 54 children were TB culture-positive: 91 (94%) by MGIT and 74 (76%) by MODS

17 pectively identified patients with PB (blood cultures positive after > or =7 days of therapy) and of

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

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

20 All animals were PBMC culture positive and PCR positive within 3 weeks postinf

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

22 72 (74%) culture-positive and 7 culture-negative specimens were X

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

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

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

26 were seropositive only (51% total sero- and culture positive), and PCR on skin biopsy identified 4 a

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

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

29 Mutants that appeared attenuated (culture positive at some sites) or noninfectious (negati

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

31 Among 167 patients who were sputum culture-positive at initiation of second-line therapy, 1

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

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

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

35 of clinical outcome (P =.001) and aspirating culture-positive bile (P =.008); specifically, 30 (86%)

36 US variables can be used to predict culture-positive bile but not patient outcome.

37 repeat (MIRU-VNTR) typing on M. tuberculosis culture-positive biopsy specimens collected from adults

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

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

40 egative and three specimens that were fungal culture positive but bacterial culture negative.

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

42 t cases were one specimen that was bacterial culture positive but fungal culture negative and three s

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

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

45 Overall, 104 stool specimens had been culture positive (C. jejuni/coli [n = 51], Salmonella sp

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

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

48 Vietnam detected 29/29 (100%) smear-positive culture-positive cases and 33/39 (84.6%) or 38/53 (71.7%

49 losis cases in Uganda detected 63/64 (98.4%) culture-positive cases and 9/9 (100%) cases of rifampin

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

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

52 losis isolates (n = 259) representing 99% of culture-positive cases of tuberculosis diagnosed in Wisc

53 12, a Canadian village of 933 persons had 50 culture-positive cases of tuberculosis, with 49 sharing

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

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

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

57 3/39 (84.6%) or 38/53 (71.7%) smear-negative culture-positive cases, as determined by growth on solid

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

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

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

61 In the first study, 33 of 47 saliva culture-positive CB donors were confirmed by CB-PCR.

62 The five assays were applied to 15 culture-positive cerebrospinal fluid specimens with 100%

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

64 veloped CM-related IRIS and 5 (6%) developed culture-positive CM relapse.

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

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

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

68 l blood mononuclear cells (PMBCs) from fecal-culture-positive cows (low and medium shedders) and cult

69 , 81.6% of colistin cases were found to have culture-positive CRGNIs.

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

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

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

73 nes was the commonest species detected among culture-positive definite prosthetic shoulder infection

74 her were isolated from patients who remained culture-positive despite treatment with a quinolone agen

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

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

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

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

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

80 95% confidence interval [CI], 0.77-3.10) and culture-positive endophthalmitis (OR, 1.51; 95% CI, 0.47

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

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

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

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

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

86 All culture-positive endophthalmitis isolates collected from

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

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

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

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

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

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

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

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

95 Endophthalmitis patients that were culture positive for bacteria.

96 One sample of unfixed brain tissue was culture positive for Balamuthia.

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

98 40) showed that 0 to 15% of the heifers were culture positive for E. coli O157:H7, while 15 to 22.5%

99 d Alberta, Canada, the percentage of animals culture positive for E. coli ONT:H25 ranged from 7.5% to

100 57:H7, while 15 to 22.5% of the animals were culture positive for E. coli ONT:H25.

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

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

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

104 m sites inoculated with the ncaA mutant were culture positive for H. ducreyi 7 days after inoculation

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

106 of 111 coded respiratory specimens that were culture positive for HRV or HEV were tested with the HRV

107 negative MTD results in specimens that were culture positive for M. tuberculosis complex were patien

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

109 ction of MRSA as the gold standard; 187 were culture positive for MRSA.

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

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

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

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

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

115 rom our hospital whose sputum specimens were culture positive for P. apista over the course of severa

116 were culture negative and 50 specimens were culture positive for pneumococci).

117 was significantly lower in children who were culture positive for pneumococcus than in those who were

118 A total of 47 (26%) were culture positive for RSV.

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

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

121 M pathogen, and 6 (22%) of 27 effusions were culture-positive for any pathogen.

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

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

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

125 lf of the rice-water stool samples that were culture-positive for Vibrio cholerae did not contain mot

126 7H9 cultures inoculated with broth from MGIT cultures positive for acid-fast bacilli or growth on a s

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

128 An evaluation was performed on 95 blood cultures positive for Candida spp. to determine the corr

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

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

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

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

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

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

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

136 ded MRSA, information regarding any previous cultures positive for MRSA or other organisms that would

137 aeruginosa, whereas a greater percentage had cultures positive for nontuberculous mycobacteria.

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

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

140 sate and the identification of oropharyngeal cultures positive for P. aeruginosa.

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

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

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

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

145 For blood cultures positive for Staphylococcus aureus (n = 70), th

146 hy blood donors and from patients with blood cultures positive for yeast or bacteria.

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

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

149 Persistently culture-positive fungal endophthalmitis was associated w

150 022 infections per eye-year, and the rate of culture-positive fungal keratitis was 0.015 infections p

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

152 In the culture-positive group, additional species were detected

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

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

155 2009 to January 2011, we enrolled 96 sputum culture-positive index TB cases and their 442 contacts.

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

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

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

159 e from 263 adult patients with proven (blood culture-positive) invasive pneumococcal disease and pneu

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

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

162 mutants survived in the chinchilla, inducing culture-positive middle ear effusions, whereas pgm and s

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

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

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

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

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

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

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

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

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

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

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

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

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

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

177 ically septic patients who were either blood culture positive or repeatedly culture negative.

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

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

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

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

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

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

184 Six culture-positive patients allowed collection of small an

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

186 RFLP results were available from 83% of culture-positive patients from late 1995 to early 2003.

187 les, suggesting that bacteriophage may limit culture-positive patients from producing DF(+) stools.

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

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

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

191 ss II alleles were determined for a group of culture-positive patients with Lyme disease-associated e

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

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

194 were associated with Pseudomonas aeruginosa culture-positive patients.

195 73 (37%) had at least one pathogen isolated (culture-positive population).

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

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

198 651 in the POC arm), 159 (12.4%) of whom had culture-positive PTB.

199 ndividualized treatment for confirmed sputum culture-positive pulmonary multidrug-resistant TB.

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

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

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

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

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

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

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

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

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

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

210 even lower cecal parasite antigen burden and culture positive rates than wild type mice.

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

212 unit counts, and the proportion of mice with culture-positive relapse after treatment, were determine

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

214 l true-positive (TP) result was defined as a culture-positive result for C. trachomatis or N. gonorrh

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

216 2%; 1 in 3173 injections), 4 of which showed culture-positive results (0.011%; 1 in 8725 injections).

217 %; 1 in 2663 injections), 17 of which showed culture-positive results (0.015%; 1 in 6892 injections).

218 %; 1 in 2059 injections), 10 of which showed culture-positive results (0.017%; 1 in 5765 injections).

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

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

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

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

223 ium exhibited higher sensitivity (95.6%; any culture-positive sample as reference) and greater inhibi

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

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

226 al DNA was amplified from all (16/16) of the culture-positive samples and 17% (5/30) of the culture-n

227 Of 56 culture-positive samples genotyped, we detected mixed st

228 ies corresponded to BAL fungal burdens, with culture-positive samples having larger amounts of antige

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

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

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

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

233 Culture-positive samples with susceptibility testing wer

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

235 s (40%) and 14 samples (20%) of the PCR- and culture-positive samples, respectively, were from patien

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

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

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

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

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

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

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

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

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

245 Eighty-seven HRV-culture-positive specimens were correctly identified by

246 Of the 21 culture-positive specimens, 17 (81%) grew Ureaplasma spp

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

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

249 GDH screening detected all culture-positive specimens.

250 A study of 64 smear-positive culture-positive sputa from retreatment tuberculosis cas

251 From 160 culture-positive sputa, mixed LAM and non-LAM strains we

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

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

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

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

256 discriminating the two Ureaplasma species in culture-positive subcultures.

257 Isolates from all culture-positive TB cases diagnosed from 1 January 2001

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

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

260 lyzed by RFLP, representing 98.2% of the 596 culture-positive TB cases reported in Arkansas during th

261 ients, we analyzed data from 300 consecutive culture-positive TB cases reported in four California co

262 per year were diagnosed with smear-negative, culture-positive TB disease within 3 months of US entry;

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

264 trate lyase mRNA was detectable in sputum of culture-positive TB patients receiving a rifampin-based

265 We reviewed data from patients with culture-positive TB who later developed MDR or XDR TB in

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

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

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

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

270 Culture-positive toxigenic isolates served as the gold s

271 Nine (5.3%) patients had culture-positive treatment failure (n = 3) or relapse (n

272 Measurements: Culture-positive treatment failure or relapse.

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

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

275 Among the 2,141 reported culture-positive tuberculosis cases, 2,055 (96%) M. tube

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

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

278 The overall prevalence of culture-positive tuberculosis declined from 6.5 per 1000

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

280 We included all patients with culture-positive tuberculosis from 1999 to 2007 with IS6

281 econdary outcome was change in prevalence of culture-positive tuberculosis from before intervention t

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

283 Culture-positive tuberculosis was diagnosed in 126 patie

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

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

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

287 .5 cells per muL; IQR 100-233), including 85 culture-positive tuberculosis, 24 of whom (28.2%, 95% CI

288 5 of 7 participants with rifampin-resistant, culture-positive tuberculosis.

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

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

291 ence in the number of control mice that were culture positive versus the number in the INP0341-treate

292 The 1-yr mortality in patients who remained culture positive was 34% (13/38) compared with 0% (0/13)

293 Overall, 30 of 86 patients (35%) were culture positive, whereas an additional 15 of 84 (18%) w

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

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

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

297 is of having one or more specimens that were culture-positive) with those of patients who did not hav

298 Additionally, culture-positive women exhibited a range of antibody res

299 aired cervical swab and wick samples from 20 culture-positive women from Baltimore; results for eight

300 d immunoblot and PCR assays in M. genitalium culture-positive women over 1 to 3 years of clinical vis