ライフサイエンスコーパス: HFO

1 HFO at lower rates may be the optimal method of respirat

2 HFO distribution and spike onset were compared in cases

3 HFO frequency was also affected (p < 0.01).

4 HFO may extend the window of time available for removal

5 HFO may provide smaller tidal volumes and more complete

6 HFO power and frequency were compared between the condit

7 HFO rates were compared using a two-way repeated measure

8 HFO synchronization expresses individual frequency peaks

9 HFO synchronization is also characterized by a laminar p

10 HFO through the endotracheal tube is feasible and safe m

11 HFO was synthesized, labeled with (65)Cu to achieve a Cu

12 HFO-1234yf is volatile at ambient temperatures; however,

13 HFO-1336mzz(Z) has been detected in >90% of all measurem

14 HFO-IEDs were characterized by a pronounced pre-peak inc

15 HFO-PLV was initiated by instillation of perflubron at a

16 HFOs and HCFOs readily decompose in the atmosphere to fo

17 HFOs and spikes were only significantly spatially reliab

18 HFOs appear excellent markers for the epileptogenic zone

19 HFOs are a proposed biomarker of epileptic brain tissue

20 HFOs are composed of a myocardial layer lined by endocar

21 HFOs in ripple and fast ripple frequency ranges were eva

22 HFOs occurred spontaneously in extracellular field poten

23 HFOs show promise for improving surgical outcome and acc

24 The introduction of open, high-field, 1.0T (HFO) MR scanners offers advantages for examinations of o

25 o new substitution patterns from HFO-1234yf, HFO-1234ze, and HFO-1336mzz, previously inaccessible by

26 a total of 2,967 interictal spikes and 1,477 HFO events).

27 f iron and zinc was found in genotypes OS-6, HFO-638, HFO-915 & HFO-918, whereas, elevated levels of

28 d zinc was found in genotypes OS-6, HFO-638, HFO-915 & HFO-918, whereas, elevated levels of manganese

29 found in genotypes OS-6, HFO-638, HFO-915 & HFO-918, whereas, elevated levels of manganese and zinc

30 mpal high-frequency electrographic activity (HFOs) represents one of the major discoveries not only i

31 Additionally, HFO/NIV RDV group had a lower risk of mortality at 14 da

32 Anesthesia selection affected HFO and sharp-spike rates.

33 After HFO analysis, centres provided the electrode contacts lo

34 th conditions combined, sharp-spikes and all HFO subtypes were increased in the SOZ (p < 0.01).

35 During sleep, all HFOs, except fRonO, were larger in amplitude compared to

36 AE varied slightly among HFO preparations, suggesting modest influences of NOM an

37 s to compare standard cMRI sequences from an HFO scanner and those from a cylindrical, 1.5T MR system

38 Standard cardiac MRI sequences in an HFO platform offer a high image quality that is comparab

39 on patterns from HFO-1234yf, HFO-1234ze, and HFO-1336mzz, previously inaccessible by transition metal

40 stent with As(V) sorption to both MnO(2) and HFO.

41 elated with increased locomotor activity and HFO power in the OB.

42 When compared with both CV and HFO at 10 Hz, the TGV in the HFO at 15 Hz group was sign

43 e reduced ketamine-induced hyperactivity and HFO power and frequency.

44 vessel operated on marine gas oil (MGO) and HFO, respectively.

45 ites revealed that z-score normalized MI and HFO rate were higher at seizure onset versus nonepilepti

46 C) in the STN was specific to beta phase and HFO amplitude, and this coupling was strongest at the do

47 Inter-group comparisons of spike-rates and HFO-rates were done by Mann-Whitney U test.

48 locarbons from CFCs through HCFCs, HFCs, and HFOs, the merits and challenges of each will be discusse

49 standing of the optimal approach to applying HFO in human studies.

50 ndicated that the majority of Cu ingested as HFO was assimilated (values >70%), implying that colloid

51 rly crystalline Fe(III) oxyhydroxides and As-HFO phases suggest a high As mobilization potential unde

52 rphous As(V)-rich hydrous ferric oxides ("As-HFO") with a reduced number of corner-sharing FeO6 octah

53 of the OB and naris blockade both attenuated HFO recorded locally and in the ventral striatum.

54 a variety of field and synthetic As-bearing HFO sludges, which is a critical first step to enable sl

55 agreement is clinically significant, because HFOs may be good markers of epileptogenic areas.

56 We found higher beta-HFO PAC near DBS lead contacts that were clinically effe

57 indings provide additional support that beta-HFO PAC may be central to the pathophysiology of PD and

58 omparing each unit's firing directly between HFO- and non-HFO-IEDs, we found that most cells had high

59 esidue samples from the 2007 M/V Cosco Busan HFO spill (San Francisco, CA).

60 s (PSs) from clusters of bursting cells, but HFOs in the ripple and the fast ripple range are vastly

61 Event-specific co-HFO patterns that occur during event viewing reoccur fol

62 lated (values >70%), implying that colloidal HFO potentially represents a source of dietary Cu to ben

63 luoroolefins (HFOs), and blends that contain HFOs.

64 Beta-coupled HFOs and field-locked neurons had different preferred ph

65 sufficient for the emergence of beta-coupled HFOs.

66 sorbed to synthetic hydrous ferric oxide (Cu-HFO).

67 ssed randomization window (15%), and current HFO use (14%).

68 They were then randomized to CV, HFO at 10 Hz, or HFO at 15 Hz.

69 Consistent with ketamine-dependent HFO being driven by nasal respiration, unilateral naris

70 at nasal airflow entrains ketamine-dependent HFO in diverse brain regions, and that the OB plays an i

71 ipsilateral reduction in ketamine-dependent HFO power compared to the control side.

72 Bursts of ketamine-dependent HFO were coupled to "fast" theta frequency sniffing.

73 s underlying wake-related ketamine-dependent HFO.

74 What determines the expression of different HFOs?

75 During HFO, 25 of 30 patients maintained acceptable gas exchang

76 rified the mechanisms of gas exchange during HFO, identified approaches to setting mean airway pressu

77 Comparing each unit's firing during HFO-IEDs to its baseline activity, we found many neurons

78 s (40%, p< .007) remained hypercarbic during HFO at 15 Hz.

79 achieve the lowest oxygenation index during HFO-PLV is between 5 and 15 mL/kg.

80 ound that most cells had higher rates during HFO-IEDs and, moreover, identified a distinct subset of

81 zapine, and the bursting pattern seen during HFO was abolished.

82 er of MHCs during T. potens growth on either HFO or AQDS, and that several MHCs are localized to the

83 We categorized ENE patients as ENE-HFO and ENE-CV based on receipt of HFO at any time.

84 atients in respective arms of the trial, ENE-HFO patients were younger and had worse lung injury, whe

85 The pathophysiology of epileptic HFOs is challenging, probably involving populations of n

86 al meaning, and pathophysiology of epileptic HFOs.

87 Laboratory experiments explored HFO-1234yf degradation by (i) microbial processes under

88 cy in predicting seizure outcome was 85% for HFO, 60% for Spikes, and 79% for Spike + HFO.

89 pplying a previously validated algorithm for HFO marking without the need for adjusting to new datase

90 Clinical management algorithm for HFO that minimized delivered tidal volumes by encouragin

91 We provide guidelines for HFO in adults with acute respiratory distress syndrome t

92 f the fuel injection system is optimized for HFO operation.

93 rable to that determined in naturally formed HFO, and then aged.

94 restricted in the brain than lower-frequency HFOs.

95 om HFO-1225ye(Z), and (0.12-0.01+0.04)% from HFO-1234yf, while HCFO-1233xf ozonolysis produces CFC-13

96 % from HFO-1225ye(E), (1.02-0.05+0.05)% from HFO-1225ye(Z), and (0.12-0.01+0.04)% from HFO-1234yf, wh

97 d the PFC-14 yield is (1.04-0.05+0.07)% from HFO-1225ye(E), (1.02-0.05+0.05)% from HFO-1225ye(Z), and

98 bar, the HFC-23 yield is (7.9-0.2+0.4)% from HFO-1234ze(E) ozonolysis, and the PFC-14 yield is (1.04-

99 Mass transfer of (65)Cu from HFO to the diatom was less than 1%, indicating that HFO

100 minated diet and assimilation of (65)Cu from HFO was determined following 1-3 days of depuration.

101 te that even the fine particles emitted from HFO based combustion can have a significant effect on cl

102 ition metals) were significantly higher from HFO than from DF operation, at all engine loads.

103 that lead to new substitution patterns from HFO-1234yf, HFO-1234ze, and HFO-1336mzz, previously inac

104 ncentrations indicates that Pb released from HFO and PbS is retained by POM.

105 icate that although both hippocampi generate HFOs with similar features that probably reflect non-pat

106 Removal of brain tissue generating HFOs has been related to better postsurgical outcome tha

107 DNAs encoding histone H2A (HTA), histone H4 (HFO), and histone H3-11 (HTR11) displayed increased tran

108 We studied how HFOs and spikes in combined pre- and postresection ECoG

109 nce in aquifers should be expected; however, HFO-1234yf is not inert and a biomolecule may mediate re

110 ne expression was observed when histone HTA, HFO, or HTR11 overexpression constructs were cotransfect

111 Hydrofluoroolefins (HFOs) and hydrochlorofluoroolefins (HCFOs) are fluorinat

112 Hydrofluoroolefins (HFOs) and hydrochlorofluoroolefins (HCFOs) are the leadi

113 Hydrofluoroolefins (HFOs) constitute the newest generation of fluorocarbon r

114 inated olefins, known as hydrofluoroolefins (HFOs), and blends that contain HFOs.

115 of high-frequency oscillations (130-180 Hz, HFO) and behavioral activation after ketamine in freely

116 cellular correlates of interictal and ictal HFO events.

117 Importantly, HFO synchronization is both transiently enhanced and sup

118 In HFO-IEDs, many neurons are moderately activated, and som

119 ested to be explained by the metals found in HFO contributing to metal oxide particles catalyzing the

120 that single-unit firing rates were higher in HFO- than in non-HFO-IEDs.

121 ndent increases in fast sniffing and instead HFO coupling to slower basal respiration.

122 Interictal HFOs were recorded from hippocampal microelectrodes in 1

123 These results demonstrate that interictal HFOs are organized in networks and indicate a possible n

124 However, most research investigating HFO in humans comes from microwire recordings, whose rel

125 Ketamine-HFO was of larger magnitude and was phase-advanced in th

126 esults reveal the OB as a source of ketamine-HFO which can contribute to HFO in the ventral striatum,

127 It also reduced the amplitude of late HFO.

128 tality overall and for patients on NSO, LFO, HFO/NIV, and IMV/ECMO.

129 We, retrospectively, marked HFOs, divided into fast ripples (FRs; 250-500 Hz) and ri

130 We marked HFOs during 1 hour of recordings.

131 While most HFOs were limited to single channels, approximately 10%

132 summary, our study reveals that HFO- and non-HFO-IEDs have different single-unit correlates.

133 unit's firing directly between HFO- and non-HFO-IEDs, we found that most cells had higher rates duri

134 underlying mechanisms are distinct from 'non-HFO-IEDs'.

135 ferential occurrence of HFOs, whereas in non-HFO-IEDs, there was only a mild pre-peak increase follow

136 firing rates were higher in HFO- than in non-HFO-IEDs.

137 , the utility and translation of noninvasive HFOs, although highly desirable, is impeded by the diffi

138 trials, is needed to confirm the benefits of HFO in apnea testing.

139 ygroscopic even as fresh and, in the case of HFO+LFO emulsion, the hygroscopic growth of the particle

140 ch may leak to the atmosphere-in the case of HFO-1336mzz(Z), for example, the ozone-depleting CFC-113

141 Theta coupling of HFO bursts were also found in the prefrontal cortex and

142 especially during the first several days of HFO.

143 , we applied a fully automated definition of HFO that was independent of the dataset.

144 Sequential reductive defluorination of HFO-1234yf to 3,3,3-trifluoropropene and 3,3-dichloropro

145 y range, compared to a broad distribution of HFO frequencies recorded from microwires.

146 The distribution of HFO frequencies recorded from the macroelectrodes was co

147 term study of the lung-protective effects of HFO-PLV.

148 water emulsion of HFO, and water emulsion of HFO mixed with light fuel oil (LFO).

149 he studied fuels were HFO, water emulsion of HFO, and water emulsion of HFO mixed with light fuel oil

150 y bulb (OB) is a locus for the generation of HFO following a subanesthetic dose of ketamine.

151 ume recruitment with HFOV, the initiation of HFO-PLV was best tolerated with the two lower doses in o

152 Early institution of HFO at 15 Hz in meconium aspiration may exacerbate air t

153 ts as ENE-HFO and ENE-CV based on receipt of HFO at any time.

154 was consistent with the OB as the source of HFO.

155 The study of HFO in large animal models has been essential to our und

156 Modification of the goals and tactics of HFO use may better protect against ventilator-associated

157 ffects on patient outcome of the best use of HFO compared to the most protective use of conventional

158 This contrasts with the typical use of HFO in adults, in which frequencies generally do not exc

159 , we show that the consistent concurrence of HFOs with epileptiform spikes (pHFOs) provides a tractab

160 However, the distribution of HFOs during seizures remains undefined.

161 l extent, classification and distribution of HFOs using a dense 4 x 4 mm(2) two dimensional microelec

162 derlying the emergence of these two forms of HFOs by combining multisite, single-cell and paired-cell

163 and effects of normal and abnormal forms of HFOs have been controversial.

164 ion results in the emergence of two forms of HFOs reminiscent of ripples and fast ripples recorded in

165 nical and pathophysiological implications of HFOs within the frontal cortical region are unclear and

166 is was supported by optogenetic induction of HFOs in LS.

167 oincided with the preferential occurrence of HFOs, whereas in non-HFO-IEDs, there was only a mild pre

168 reviously been reported, and the presence of HFOs during absence seizures is a novel finding.

169 Furthermore, the production of HFOs involves climate-active substances, which may leak

170 to resecting channels with highest rates of HFOs.

171 a cognitive task, significant reductions of HFOs rates were found in epileptic hippocampi.

172 wed us to validate the clinical relevance of HFOs to plan the surgical resection.

173 The similarity of HFOs properties recorded at rest in epileptic and non-ep

174 Despite such clinical utility of HFOs, the spatial context and neuronal activity underlyi

175 spectively evaluated the predictive value of HFOs for developing epilepsy in scalp electroencephalogr

176 ine engine, operated on both heavy fuel oil (HFO) and distillate fuel (DF), was studied under various

177 2 +/- 0.04 gkW(-1) h(-1) for heavy fuel oil (HFO) containing 2.51 wt % sulfur.

178 Heavy fuel oil (HFO) is a commonly used fuel in industrial heating and p

179 nd to be more effective with heavy fuel oil (HFO) than with light fuel oil.

180 Furthermore, switching from heavy fuel oil (HFO) to ultra-low-sulfur fuel oil (ULSFO) greatly reduce

181 nvestigated, namely, diesel, heavy fuel oil (HFO), and very low sulfur fuel oil (VLSFO).

182 by the unintended release of heavy fuel oil (HFO).

183 nents abundant in crude and heavy fuel oils (HFOs) as well as transformation products.

184 ironmental impacts of scrubbers operating on HFO to those of low-S fuels across various categories, t

185 vestigated the impact of a cognitive task on HFOs with the aim of improving differentiation between e

186 en volunteers underwent cMRI both in an open HFO and in a cylindrical MR system.

187 ile the association between HA and SiO(2) or HFO inhibited U desorption.

188 were then randomized to CV, HFO at 10 Hz, or HFO at 15 Hz.

189 und that interactions between HAs and ZnO or HFO greatly inhibited the sorption of U onto colloids in

190 n promoted crystallization of poorly ordered HFO and decreased particle specific surface area, with s

191 , three-dimensional heart-forming organoids (HFOs) by embedding human pluripotent stem cell aggregate

192 urces within the high-frequency oscillation (HFO) bandwidth (70-150Hz) localized primarily to the fro

193 ntial utility of high-frequency oscillation (HFO) has been acquired in animal studies.

194 between LFP and high-frequency oscillation (HFO) signals closely resembled the relationships between

195 CILLATE trial of high-frequency oscillation (HFO) versus conventional ventilation (CV) in adults with

196 The timing of high-frequency oscillation (HFO), which was sometimes present in the correlations, w

197 High-frequency oscillations (HFO) characteristic for the adult inspiratory nerve acti

198 mplitude of the high frequency oscillations (HFO) seen during the expulsion phase were markedly reduc

199 h suggests that high-frequency oscillations (HFO), in the ripple (80-250 Hz) and fast ripple (250-100

200 and the area of high-frequency oscillations (HFO).

201 -frequency neuronal population oscillations (HFO, 130-180 Hz) are robustly potentiated by subanesthet

202 rally locked to high-frequency oscillations (HFOs) (120-180 Hz) in LS, with strongest coupling during

203 High-frequency oscillations (HFOs) are a promising biomarker for localizing epileptog

204 High frequency oscillations (HFOs) are bursts of neural activity in the range of 80 H

205 pileptic spikes high frequency oscillations (HFOs) are important biomarkers of epileptogenic tissue.

206 High frequency oscillations (HFOs) are newer biomarkers for epileptogenesis.

207 Hippocampal high-frequency oscillations (HFOs) are prominent in physiological and pathological co

208 that 100-400 Hz high-frequency oscillations (HFOs) may be synchronized between widely distributed bra

209 High-frequency oscillations (HFOs) may synchronize neural activity during these proce

210 at pathological high-frequency oscillations (HFOs), called fast ripples (FR, 150-500Hz), reflect abno

211 Interictal high frequency oscillations (HFOs), in particular those with frequency components in

212 ptic spikes and high-frequency oscillations (HFOs).

213 In epilepsy, high-frequency oscillations (HFOs, >80Hz) have proven particularly important and usef

214 Transient high-frequency oscillations (HFOs; 150-600Hz) in local field potentials generated by

215 ral dynamics of high-frequency oscillations (HFOs; 200-500 Hz) and single neurons, potentially compro

216 High-frequency oscillations (HFOs; 80-500 Hz) are thought to mirror the pathophysiolo

217 High-frequency oscillations (HFOs; 80-500 Hz) seem better biomarkers for epileptogeni

218 ition to adsorption to hydrous ferric oxide (HFO) and clay.

219 f Fe(II) adsorbed onto hydrous ferric oxide (HFO) has been studied using ferrocene (bis-cyclopentadie

220 tion to coprecipitated hydrous ferric oxide (HFO) in the binuclear, bridging ((2)C) complex.

221 colloidal SiO(2), ZnO, hydrous ferric oxide (HFO) or humic acids (HAs) as well as heterogeneous suspe

222 e (P) and the reactive hydrous ferric oxide (HFO) sorbent.

223 to synthetic colloidal hydrous ferric oxide (HFO) was evaluated from the assimilation of (65)Cu by tw

224 solutions by means of hydrated ferric oxide (HFO)-treated sugarcane bagasse (SCB-HFO) (Saccharum offi

225 n to the reduction of hydrous ferric oxides (HFO) or anthraquinone-2,6-disulfonate (AQDS), an analog

226 g compounds increased relative to the parent HFO, likely from bio- and photodegradation.

227 Pathological HFOs, such as FR, may provide a reliable surrogate marke

228 e difficulty in differentiating pathological HFOs from nonepileptiform high-frequency activities and

229 s a tractable means to identify pathological HFOs automatically, and this in turn demarks an epilepti

230 ptic correlates of two types of pathological HFOs in humans and have important implications for clini

231 ction overlap in frequency with pathological HFOs.

232 OM, coupled with the formation of PbS and Pb-HFO, maintains dissolved Pb concentrations below 17 ug L

233 ditions, Pb-bearing Fe(III)-(hydr)oxides (Pb-HFO) and sulfides (PbS) are dissolved and (re)precipitat

234 They differ from physiological HFOs in not being paced by rhythmic inhibitory activity

235 owever, has been the fact that physiological HFOs associated with normal brain function overlap in fr

236 To record HFOs, the intracranial EEG needs to be sampled at least

237 Here, we recorded HFOs in slices of the subiculum prepared from human hipp

238 OB, current source density analysis revealed HFO current dipoles close to the mitral layer and unit f

239 , supporting the hypothesis that fast-ripple HFO are primarily generated by highly localized, sub-mil

240 Ripple and fast-ripple HFO recorded from both microwires and clinical macroelec

241 Fast-ripple HFO were most often recorded on a single microwire, supp

242 The average frequency of ripple HFO recorded from macroelectrodes was lower than that re

243 while a bulk carrier vessel was burning 3% S HFO, 0.1% S marine gas oil (MGO), and 0.5% S very low-S

244 We propose that large-scale HFOs, rather than the more frequent highly focal events,

245 c oxide (HFO)-treated sugarcane bagasse (SCB-HFO) (Saccharum officinarum L.) was investigated.

246 The adsorption capacity of SCB-HFO for As(V) was found to be 22.1 mg/g under optimum co

247 m the solution phase onto the surface of SCB-HFO.

248 ion influenced the removal efficiency of SCB-HFO.

249 defining the neuronal correlate of specific HFO frequency bands could improve electroencephalographi

250 for HFO, 60% for Spikes, and 79% for Spike + HFO.

251 In patients with propagating spikes, HFO rate was maximal at the onset of spike propagation.

252 imaging in 2,081 individual events (spikes, HFOs, and seizures) from a cohort of 42 fDRE patients, c

253 In summary, HFO morphology is altered by anesthesia.

254 med brain death via the standard apnea test, HFO yielded consistent diagnostic results while maintain

255 ydrofluoroolefin 2,3,3,3-tetrafluoropropene (HFO-1234yf) has been introduced to replace 1,1,1,2-tetra

256 rated higher elemental carbon emissions than HFO at typical load points (50% and 75%) for marine oper

257 These investigations demonstrated that HFO-1234yf was recalcitrant to microbial (co)metabolism

258 the diatom was less than 1%, indicating that HFO was the source of (65)Cu to the grazers.

259 olecular-level characterizations reveal that HFO interacted with HAs by electrostatic interactions, a

260 In summary, our study reveals that HFO- and non-HFO-IEDs have different single-unit correla

261 These findings show that HFO synchronization constitutes a functionally significa

262 es, given identical compliance, suggest that HFO at 15 Hz resulted in greater large airway obstructio

263 Taken together, these findings suggest that HFO-1234yf recalcitrance in aquifers should be expected;

264 in the current study supports the fact that HFOs might significantly improve the presurgical assessm

265 Additionally, we found that HFOs were commonly associated with widespread interictal

266 ving the seizure onset zone, indicating that HFOs may mark cortex that needs to be removed to achieve

267 the two structures were low, suggesting that HFOs are generated locally within the LS GABAergic popul

268 segments were recorded: 6/960 (0.6%) by the HFO and 17/960 (1.8%) segments by the cylindrical system

269 urons with a significant increase during the HFO component or ascending part, but almost none with a

270 rt, both power and deltaP were higher in the HFO at 15 Hz group (p< .001).

271 ith both CV and HFO at 10 Hz, the TGV in the HFO at 15 Hz group was significantly higher following ra

272 ine sequence was significantly higher in the HFO platform compared to the 1.5T MR scanner (0.685+/-0.

273 SNR was significantly lower in the HFO scanner (all p<0.001).

274 ke propagation, the spike onset included the HFO area.

275 Among seizure-free patients, the HFO area was completely resected in 31 and not completel

276 Among patients with recurrent seizures, the HFO area was completely resected in 14 and not completel

277 Therefore, the HFO frequency band reflects a range of firing dynamics o

278 ghly focal events, are the substrates of the HFOs detected by clinical depth electrodes.

279 ver multiple epochs, they were labelled the 'HFO area'.

280 f channels as the median delay between their HFOs and constructed a time line of the delay of each ch

281 Here, we aimed to dissect these 'HFO-IEDs' at the single-neuron level, hypothesizing that

282 l spikes with HFO had comparable accuracy to HFO.

283 urce of ketamine-HFO which can contribute to HFO in the ventral striatum, known to project diffusely

284 g of mitral/tufted cells was phase locked to HFO.

285 each steady-state when switching from MGO to HFO and approximately 84 min in the opposite direction.

286 r epileptogenic zone compared to traditional HFOs.

287 leptogenic zone when compared to traditional HFOs.

288 ) indicating that biomolecules can transform HFO-1234yf at circumneutral pH and at ambient temperatur

289 ll yield a smaller tidal volume than typical HFO settings where frequency is limited to 6 Hz or less

290 lts can maintain adequate gas exchange using HFO frequencies well above 5-6 Hz.

291 for high-frequency oscillatory ventilation (HFO) in adults provide acceptable gas exchange but may n

292 ], high-flow oxygen/noninvasive ventilation [HFO/NIV], and invasive mechanical ventilation/extracorpo

293 The studied fuels were HFO, water emulsion of HFO, and water emulsion of HFO mi

294 < 0.001), spike-gamma (P < 0.001), wideband HFOs (P < 0.001), ripples (P = 0.009) and fast ripples (

295 0.12), spike-gamma (69%, P = 0.12), wideband HFOs (63%, P = 0.03), ripples (45%, P = 0.01) or fast ri

296 ue better than spikes, spike-gamma, wideband HFOs, ripples and fast ripples.

297 With HFO's inherent low tidal volumes, progression of meconiu

298 with the T-piece and 71.3 +/- 6.0 mm Hg with HFO.

299 Combining interictal spikes with HFO had comparable accuracy to HFO.

300 stribution matrixes, electrode contacts with HFOs and VHFOs were detected and analyzed.