ライフサイエンスコーパス: lumbar puncture

1 st that HLA typing is a useful screen before lumbar puncture.

2 had not received antibiotic treatment before lumbar puncture.

3 ICP was measured by lumbar puncture.

4 neurological examination, venipuncture, and lumbar puncture.

5 ) underwent CT of the head before undergoing lumbar puncture.

6 ography (CT) of the head before performing a lumbar puncture.

7 s selecting relatively low-risk patients for lumbar puncture.

8 onoamine diet for a minimum of 3 days before lumbar puncture.

9 subsample of participants also consented to lumbar puncture.

10 d a neuropsychological (NP) assessment and a lumbar puncture.

11 by CT scan of the head possibly followed by lumbar puncture.

12 in patients with thrombocytopenia undergoing lumbar puncture.

13 hy subjects and NT1 patients was obtained by lumbar puncture.

14 ation and 100% required acetazolamide and/or lumbar puncture.

15 g additional clinical investigations such as lumbar puncture.

16 al alternation test (MAT), venipuncture, and lumbar puncture.

17 s a superior option for patients who require lumbar puncture.

18 n proposed to lower complication rates after lumbar puncture.

19 ts to undergo magnetic resonance imaging and lumbar puncture.

20 nts thought to be CNS negative by diagnostic lumbar puncture.

21 use of intravenous (IV) fluid bolus prior to lumbar puncture.

22 with the most common adverse event following lumbar puncture.

23 CSF was tested after lumbar puncture.

24 Coagulopathy at the time of lumbar puncture.

25 ural 3T magnetic resonance imaging (MRI) and lumbar puncture.

26 pathy may deter physicians from performing a lumbar puncture.

27 reduction, and aiding in the performance of lumbar punctures.

28 variant B, DNA in all of 3 patients who had lumbar punctures.

29 sease Research Center completed four or more lumbar punctures.

30 Of the 53 (35%) who underwent lumbar puncture, 22 (42%) had documented abnormal cerebr

31 (29%) at-risk patients received a diagnostic lumbar puncture; 24 (23 women, 17 Hispanic or Latino) we

32 Of the 77 patients who underwent a lumbar puncture, 27 were excluded secondary to a history

33 g 98 symptomatic patients with no documented lumbar puncture (65%), 12 (12%) were treated for and/or

34 roup was more likely to receive an indicated lumbar puncture (86% vs 32%, p<0.001), and more likely t

35 By means of lumbar puncture, a single dose of 0.5 mL of gadopentetat

36 Lumbar puncture after eight days showed an increased lev

37 bone marrow stromal cells (BMSCs) following lumbar puncture alleviates early- and late-phase neuropa

38 tine lumbar punctures with the timing of the lumbar puncture alternating between 2 and 6 hours to cap

39 on-making regarding select vs routine use of lumbar puncture among infants classified as being at low

40 rospinal fluid white-cell count on the first lumbar puncture among patients who presented with mening

41 M requires cerebrospinal fluid (CSF) through lumbar puncture-an invasive sample collection method, an

42 amples were obtained 2 weeks apart, first by lumbar puncture and 2 weeks later from an external ventr

43 CNS disease; 25 subjects (35.2%) required >1 lumbar puncture and 8 (11.3%) required ventriculostomies

44 l mean age 36.5 years, SD = 8.7) underwent a lumbar puncture and a cognitive battery prior to ART ini

45 ell as in patients with negative findings at lumbar puncture and at clinical or MR imaging follow-up

46 erior chest wall mass was nondiagnostic, and lumbar puncture and bone marrow biopsies were negative.

47 Lumbar puncture and cerebral imaging, especially if seru

48 M(+) and 11 M(-) participants who underwent lumbar puncture and compared the findings to PiB-PET and

49 records of patients who had CSFP measured by lumbar puncture and data to calculate BMI at the Mayo Cl

50 registries to identify persons who underwent lumbar puncture and had cerebrospinal fluid analysis (Ja

51 cognitive impairment assessed with baseline lumbar puncture and longitudinal structural magnetic res

52 Patients with CIS underwent a lumbar puncture and magnetic resonance imaging scan with

53 Initiative study, who had undergone baseline lumbar puncture and magnetic resonance imaging.

54 Results of a prior lumbar puncture and temporal artery biopsy from an outsi

55 Both groups underwent a follow-up lumbar puncture and were followed until complete recover

56 BR-tau measures are reproducible in repeated lumbar punctures and can be used to distinguish CBD from

57 Repeated lumbar punctures and corticosteroid therapy led to impro

58 l angiography use were associated with fewer lumbar punctures and higher detection of unruptured intr

59 decide how far diagnostic procedures such as lumbar punctures and immunotherapies should go in unclea

60 ation carriers and ten non-carriers) who had lumbar punctures and venepunctures, mutation carriers ha

61 Consenting participants also had lumbar punctures and venepunctures.

62 in the emergency department, performance of lumbar puncture, and administration of antibiotics.

63 am or continuous video electroencephalogram, lumbar puncture, and genetic testing may be considered i

64 ated with simultaneous ICP, assessed through lumbar puncture, and IOP measurements when supine, sitti

65 gnitive PCC) underwent clinical examination, lumbar puncture, and venipuncture >=3 months after COVID

66 rial infections are unlikely to benefit from lumbar puncture, antibiotics, or hospitalization, yet th

67 ved effective antimicrobial therapy prior to lumbar puncture are excluded, the CSF Gram stain is 92%

68 tic populations with low plasma CrAg titers, lumbar punctures are likely unnecessary as administratio

69 Routine blood tests and routine lumbar punctures are usually unnecessary, and the risks

70 r catheter, subdural screw, epidural sensor, lumbar puncture, are associated with an increased risk o

71 with suspected or confirmed LF who underwent lumbar puncture as part of their routine clinical manage

72 en appropriate, the time between imaging and lumbar puncture assessments.

73 20:30, and 22:00; 37 RLS and 36 controls had lumbar puncture at 21:30.

74 We performed lumbar puncture at 3-5 time points in human immunodefici

75 her was cognitively healthy at 79 years, and lumbar puncture at 76 years showed normal levels of amyl

76 spinal anesthesia and patients scheduled for lumbar puncture at a university medical center were elig

77 itted with CNS symptoms or signs requiring a lumbar puncture at Mahosot Hospital, Vientiane, Laos.

78 The effect of traumatic lumbar puncture at the time of initial diagnostic workup

79 INTERPRETATION: Among patients who had lumbar puncture, atraumatic needles were associated with

80 t with hyperphenylalaninemia, require that a lumbar puncture be performed and that specific metabolit

81 ing to the hospital who had had ESI, 131 had lumbar puncture because of symptoms or signs consistent

82 rom 85 patients with gliomas who underwent a lumbar puncture because they showed neurological signs o

83 edle gauge, patient position, indication for lumbar puncture, bed rest after puncture, or clinician s

84 In CrAg-positive participants, postscreening lumbar puncture before initiating preemptive fluconazole

85 f medical records of 62,468 subjects who had lumbar puncture between 1985 and 2007 at the Mayo Clinic

86 edical records of all patients who underwent lumbar puncture between 1991 and 2007 in the neuro-ophth

87 and duration of follow-up (p=0.27) underwent lumbar puncture between March 23, 2008, and July 16, 201

88 tudy of consecutive patients who underwent 2 lumbar punctures between the beginning of 1995 and the e

89 rs in CSF (cerebrospinal fluid obtained from lumbar puncture) between ZIKV-exposed neonates with/with

90 All participants underwent 3 lumbar punctures, blood draw, clinical assessment of str

91 ildren in coma or other contraindications to lumbar puncture, both of which lead to under-ascertainme

92 ration may be a risk factor for unsuccessful lumbar punctures, but to our knowledge, no studies have

93 se findings may inform decision-making about lumbar puncture by describing rates in this sample, the

94 ating leukemic blast cells during diagnostic lumbar puncture can adversely affect the treatment outco

95 al suspicion of severe second-stage disease, lumbar puncture can be avoided and fexinidazole can be g

96 In 35 of the patients, lumbar puncture, clinical assessment, and magnetic reson

97 ncreased (18.8%; 95% CI, 17.7% to 20.3%) and lumbar punctures decreased (-11.1%; 95% CI, -12.0% to -1

98 A simulated lumbar puncture demonstrated needle tip visualization th

99 CT cerebral angiography and/or lumbar puncture during the ED encounter.

100 primary outcome was receipt of at least 1 of lumbar puncture, empirical antibiotics, or hospitalizati

101 corticosteroid therapy, opening pressures on lumbar puncture fell an average of 14 cm.

102 They underwent lumbar puncture for collection of CSF samples, from whic

103 A subset of patients also underwent a lumbar puncture for CSF biomarker analysis.

104 ent, including blood pressure assessment and lumbar puncture for determination of cerebral spinal flu

105 laboratory records from patients receiving a lumbar puncture for evaluation of meningitis.

106 ey are similar in age to patients undergoing lumbar puncture for evaluation of neonatal fever and are

107 t international guidelines recommend routine lumbar punctures for all febrile infants 28 days or youn

108 of diurnal cortisol patterns, and underwent lumbar punctures for cerebrospinal fluid (CSF) sampling.

109 Lumbar punctures for collection of CSF were performed in

110 acceptable and feasible for patients than a lumbar puncture (for cerebrospinal fluid collection) or

111 binding substances (TABS) in CSF obtained by lumbar puncture from 55 children.

112 altered CSF composition, we obtained CSF via lumbar puncture from patients with myotonic dystrophy ty

113 vational study, CSF samples were obtained by lumbar puncture from patients with video polysomnography

114 condary analyses included risks of traumatic lumbar puncture (>300 x 106 erythrocytes/L after excludi

115 Three of 14 patients who underwent lumbar puncture had malignant cells on CSF cytopathology

116 ents with neurologic toxicity at the time of lumbar puncture had many of the highest concentrations o

117 s cannulation, urethral catheterization, and lumbar puncture has become more accepted.

118 However, lumbar punctures have limited availability and may be pe

119 (four [33%]), nausea (three [25%]), and post-lumbar puncture headache (three [25%]).

120 f CSF) may be associated with transient post-lumbar puncture headache, without increasing rates of pe

121 hypotension should not be equated with post-lumbar puncture headaches.

122 if antigen-positive, 4) CRAG screening with lumbar puncture if antigen-positive and either amphoteri

123 Brain imaging should be performed before lumbar puncture if patients present with altered mental

124 lography, blood sampling at days 1, 3, 5 and lumbar puncture, if clinically indicated, for cerebrospi

125 ospinal fluid (CSF) obtained through routine lumbar puncture in 53 patients with suspected or known C

126 Although CRAG screening followed by lumbar puncture in all antigen-positive individuals was

127 , reducing the impact of the side effects of lumbar puncture in clinical practice.

128 raphy has been promoted as an alternative to lumbar puncture in this diagnostic pathway.

129 We performed lumbar punctures in 3 patients with this presentation an

130 ing the AMBITION-cm regimen with therapeutic lumbar punctures in routine care during 2022-2023.

131 univariate and multivariable analyses of 338 lumbar punctures in the Dominantly Inherited Alzheimer N

132 tic needles and conventional needles for any lumbar puncture indication.

133 Neonatal and infant lumbar puncture is a commonly performed procedure in eme

134 Treatment studies show that the diagnostic lumbar puncture is a valuable intervention beyond its di

135 hould prompt induction antifungal therapy if lumbar puncture is not feasible.

136 y noncontrast head computed tomography (CT); lumbar puncture is recommended if computed tomography is

137 tiatives for febrile young infants recommend lumbar puncture (LP) and cerebrospinal fluid (CSF) testi

138 CrAg-positive patients were offered lumbar puncture (LP) and treated with antifungals.

139 nfected adult patients undergoing diagnostic lumbar puncture (LP) at a single center between 2011 and

140 Lumbar puncture (LP) has become increasingly common for

141 erized tomography (CT) is recommended before lumbar puncture (LP) if mental impairment.

142 uted tomography (CT) scan of the head before lumbar puncture (LP) in adults with community-acquired m

143 Lumbar puncture (LP) is an attractive route to deliver d

144 Incidence and microbiology of LOM; lumbar puncture (LP) performance in late-onset sepsis (L

145 Traumatic or bloody lumbar puncture (LP) reduces the diagnostic value of the

146 tudy of Aging patients who underwent routine lumbar puncture (LP) studies with eye examinations were

147 Venipuncture and lumbar puncture (LP) were performed.

148 of microglial markers at time of diagnostic lumbar puncture (LP) with different aspects of disease a

149 Whether such patients can safely undergo lumbar puncture (LP) without prophylactic platelet trans

150 ents who were undergoing medically indicated lumbar puncture (LP).

151 diagnosis of encephalitis did not undergo a lumbar puncture (LP).

152 negative cerebrospinal fluid CrAg tests from lumbar punctures (LPs) at the time of CrAg screening.

153 Performing cranial imaging prior to lumbar punctures (LPs) in patients with suspected centra

154 as negative in 11 cases (4%), exclusively in lumbar punctures (LPs) performed less than 4 days after

155 mortality, and guidelines recommend frequent lumbar punctures (LPs) to control ICP.

156 ilical artery catheters (UACs), intubations, lumbar punctures (LPs), and peripheral phlebotomy perfor

157 restricted NPCs using the minimally invasive lumbar puncture method for the treatment of spinal cord

158 e include high temperature and lethargy, and lumbar puncture might reveal pleocytosis.

159 (aged 48-77) from the ALFA cohort with SLE, lumbar puncture (n = 393), and/or structural magnetic re

160 departments, yet traumatic and unsuccessful lumbar punctures occur 30% to 50% of the time.

161 Traumatic lumbar punctures occurred more frequently among patients

162 esis of oligoclonal antibody (examination by lumbar puncture of the cerebrospinal fluid).

163 Lewy bodies a mean 3.4 years (SD 2.6) after lumbar puncture, of whom 31 (97%) were a-synuclein posit

164 rebrospinal fluid samples were obtained from lumbar puncture on 21 infants and children without traum

165 Success of lumbar puncture on first attempt, failure rate, mean num

166 Lumbar puncture opening pressure (LPOP) exceeding 250mmH

167 gns were present and was associated with the lumbar puncture opening pressure and ophthalmological ou

168 Internal validation of associations with lumbar puncture opening pressure and outcome and externa

169 variable clinical syndromes and often normal lumbar puncture opening pressure associated with this di

170 change in intracranial pressure measured by lumbar puncture opening pressure at 12 months, as assess

171 Secondary outcomes included lumbar puncture opening pressure at 24 months as well as

172 One-week postflight, lumbar puncture opening pressure was normal, at 19.4 cm

173 che, normal neuroimaging findings, or normal lumbar puncture opening pressure.

174 Lumbar puncture opening pressures were low, normal (60-2

175 Incidence of IIH, lumbar puncture opening pressures, and body mass index.

176 cture during neuraxial procedures, such as a lumbar puncture or spinal anesthesia.

177 ult patients undergoing clinically indicated lumbar punctures or other CSF-related procedures.

178 rocedures (bone marrow aspiration or biopsy, lumbar puncture, or combined procedures) was performed a

179 We directly evaluated associations of 3 post-lumbar puncture outcomes (immediate postprocedural heada

180 probability that any NICU infant received a lumbar puncture (p = .0001) or peripheral phlebotomy (p

181 ded a diagnostic and management algorithm, a lumbar puncture pack, a testing panel, and staff trainin

182 After lumbar puncture, participants were assessed clinically f

183 ly 25 children (18.5%) with meningitis had a lumbar puncture performed before death.

184 Newborns with cCMV and a lumbar puncture performed were included and classified a

185 In children with cerebral malaria who had a lumbar puncture performed, angiopoietin-2 was associated

186 We analyzed CSF from 17 lumbar punctures performed in 14 liver recipients receiv

187 The findings of the first 2 lumbar punctures performed on 546 patients with newly di

188 The low rate of lumbar punctures performed was especially worrying, sugg

189 rs Cohort Study (A5321) underwent concurrent lumbar puncture, phlebotomy, and neurocognitive assessme

190 In patients undergoing lumbar puncture, platelet transfusion is recommended whe

191 intrathecal injection and an identical sham lumbar puncture procedure, separated by 1 week, in a dou

192 Lumbar puncture-related adverse events were observed in

193 ecal delivery of NPCs at lumbar spinal cord (lumbar puncture) represents an important and clinically

194 Intrathecal bpV(phen) infusions through a lumbar puncture rescued dorsal column sensory axons inne

195 The neurological exam and lumbar puncture results were within normal at that time.

196 Lumbar puncture revealed high cerebral spinal fluid (CSF

197 Lumbar puncture revealed normal intracranial pressure, a

198 nditions or procedures (Dystonia RR = 121.9, Lumbar Puncture RR = 119.0).

199 A lumbar puncture sample did not contain lymphoma cells.

200 derwent amyloid-beta PET with (18)F-AZD4694, lumbar puncture, structural MRI, and genotyping for APOE

201 underwent amyloid-B PET with (18)F-AZD4694, lumbar puncture, structural MRI, and genotyping for APOE

202 permit being enrolled in the blood draw and lumbar puncture studies, respectively, were 92% and 75%.

203 studies of varying risk-benefit profiles (a lumbar puncture study, a drug randomized controlled tria

204 , and nearly half (48%) to a blood draw plus lumbar puncture study.

205 d draw study and 70% for the blood draw plus lumbar puncture study.

206 The most common events were post-lumbar puncture syndrome (3/8 [38%] vs 8/24 [33%]), back

207 e falls, procedural pain, headache, and post lumbar puncture syndrome.

208 Lewy bodies at 2, 4, 6, 8 and 10 years after lumbar puncture than participants who were a-synuclein p

209 In a subset of subjects who underwent a lumbar puncture, there was a trend for the perimetry-abn

210 herally inserted central catheter placement; lumbar puncture; thoracentesis; paracentesis; and intuba

211 The percentage receiving a lumbar puncture, time to appropriate therapy, and functi

212 Lumbar puncture to analyze cerebrospinal fluid will rema

213 eviously known as T807) who also underwent a lumbar puncture to assess cerebrospinal fluid levels of

214 Each participant received a lumbar puncture to collect and quantify CSF levels of TN

215 uded either a blood draw or a blood draw and lumbar puncture to explore older persons' attitudes on t

216 opsychological assessment in parallel with a lumbar puncture to obtain CSF was performed 1.5-7 years

217 urvival rates were assessed from the date of lumbar puncture to the date of diagnosis of any neurodeg

218 Disease Control and Prevention criteria for lumbar puncture underwent standardized history, neurolog

219 gns of IH likely does not require systematic lumbar puncture unless concerning symptoms or papilledem

220 Mean follow-up from lumbar puncture until the end of the study was 7.1 years

221 ered to the injured cervical spinal cord via lumbar puncture using a mixed population of neuronal-res

222 narios, to grant leeway in 3 of 4 scenarios (lumbar puncture, vaccine, and gene transfer), and to enr

223 ort study, risk of spinal hematoma following lumbar puncture was 0.20% among patients without coagulo

224 The median (IQR) time to lumbar puncture was 2.0 (1-4.8) hours, and the median ce

225 ples were taken every 30 to 60 minutes and a lumbar puncture was performed 6 hours after the infusion

226 Lumbar puncture was performed and cerebrospinal fluid (C

227 A lumbar puncture was performed at the bedside.

228 Lumbar puncture was performed in 128 laboratory-confirme

229 Lumbar puncture was performed in 167 patients to screen

230 A lumbar puncture was performed in all participants to mea

231 Lumbar puncture was performed on 5958 suspected meningit

232 A lumbar puncture was performed, which revealed cloudy cer

233 Lumbar puncture was preceded by brain imaging in 61 of 2

234 The mean (SE) interval between lumbar punctures was 2.0 (0.1) years, and the mean (SE)

235 cy by actigraphy in the six nights preceding lumbar punctures, was associated with higher tau (r = 0.

236 ing (MRI), electroencephalography (EEG), and lumbar puncture were done under sedation.

237 Elevated opening pressures on lumbar puncture were followed in seven nonimmunocompromi

238 ) since admission, while cranial imaging and lumbar puncture were performed after 6.3 hours (2.5-31.0

239 Polysomnography and lumbar puncture were performed in OSA and control groups

240 Venipuncture and lumbar puncture were performed.

241 A total of 83 711 individual lumbar punctures were identified among 64 730 persons (5

242 Lumbar punctures were performed and assayed for cerebros

243 Lumbar punctures were performed at the time of diagnosis

244 were monitored with daily self-ratings, and lumbar punctures were performed during both hypogonadal

245 Lumbar punctures were performed in 49 subjects with Alzh

246 Lumbar punctures were performed in drug-free subjects wi

247 Lumbar punctures were performed in GWI, CFS and control

248 Lumbar punctures were performed in the morning after an

249 atory tests, magnetic resonance imaging, and lumbar puncture, were nondiagnostic.

250 sion for patients having elective diagnostic lumbar puncture with a platelet count less than 50 x 109

251 a-analysis to compare patient outcomes after lumbar puncture with atraumatic needles and conventional

252 CNS leukemia (CNS-3 status) or a traumatic lumbar puncture with blast cells at diagnosis and a high

253 and were taking ART and underwent venous and lumbar puncture with measurement of HIV RNA concentratio

254 )-infected Ugandan adults with CM had serial lumbar punctures with measurement of CSF opening pressur

255 CSF was collected from routine lumbar punctures with the timing of the lumbar puncture

256 angiography use increased 6-fold relative to lumbar puncture, with a 33% increase in the detection of

257 on CT, and all three subsequently underwent lumbar puncture, with no evidence of brain herniation on

258 Patients underwent lumbar puncture within 7 days of clinical assessment.