ライフサイエンスコーパス: corrective

1 pecific or general and as encouraging and/or corrective.

2 rvations suggest that the second saccade was corrective.

3 tests, and allows clinicians to quickly take corrective action (usually by discontinuing the tremor-i

4 menting postlaunch assessments to take rapid corrective action accelerates the uptake of the new vacc

5 We encourage corrective action by the system manufacturers to address

6 equire days to obtain results, whereas swift corrective action can maximize the benefit of public hea

7 ice failure and highlights opportunities for corrective action to save lives.

8 age of these campaigns is essential to allow corrective action, but current approaches are limited by

9 turbation occur before feedback can initiate corrective action.

10 t error recognition and ability to institute corrective action.

11 ne the risks associated with it, and develop corrective actions and outcome measures.

12 s of the temporal structure of participants' corrective actions based on stochastic learning models r

13 sis in decentralized laboratories, therefore corrective actions cannot be applied on time.

14 icies that support rapid visually driven arm corrective actions during transport of hand held objects

15 Canalizing genes enforce broad corrective actions on cellular processes for the purpose

16 Corrective actions should be undertaken for the benefit

17 s to describe the challenges encountered and corrective actions taken during the process of endotrach

18 ocations where historic poisoning has led to corrective actions that have greatly improved environmen

19 of the problem and recommends some specific corrective actions to improve the quality and accuracy o

20 Short, medium, and long-term corrective actions were implemented to mitigate the heal

21 e pill pickup were explored, and appropriate corrective actions were implemented.

22 those contaminants, the cell lines affected, corrective actions, as well as the impact of such events

23 After implementation of corrective actions, the rate of peritonitis returned to

24 current management difficulties and proposed corrective actions.

25 te practices at the national scale and guide corrective actions.

26 bly lesser degree, by increasing the size of corrective actions.

27 threats can crop in any research, the usual corrective activities in science are more likely to be m

28 , and actuate the wing motions that generate corrective aerodynamic torque.

29 ewly acquired brain injuries associated with corrective and palliative heart surgery to antenatal and

30 system weaknesses and enabling more targeted corrective and preventive actions.

31 This surgery is corrective and should be done at as early an age as poss

32 Two alternative corrective approaches applied to four published studies

33 of life is the first step toward developing corrective approaches.

34 ined grip and load force coordination during corrective arm movements elicited (within approximately

35 el object dynamics are integrated into rapid corrective arm movements made in response to visuomotor

36 usual load force changes associated with the corrective arm movements so as to support grasp stabilit

37 we investigated whether the control of rapid corrective arm responses, elicited in response to visual

38 limits the extent to which humans engage in corrective behavior and has been linked to loss of insig

39 Lateral prefrontal damage also affected corrective behavior.

40 information about quality measurements into corrective behaviours, which may result in more positive

41 Thus, both lateral corrective bending near the root apex and root tip imped

42 esults predict the temporal structure of the corrective bias from LMAN given a plasticity rule in RA.

43 glia-related circuit that also contributes a corrective bias to the vocal output.

44 greater number of appropriate candidates for corrective cardiac surgery or transplantation can be ide

45 ertension who are appropriate candidates for corrective cardiac surgery or transplantation more accur

46 ital or valvular heart disease) had received corrective cardiac surgery.

47 ung, whereas carotid body excitation elicits corrective cardio-respiratory reflexes.

48 of rescuing the PFOS-induced injury through corrective cellular organization of cytoskeletal element

49 carotid body excitation by hypoxia initiates corrective changes in breathing patterns via increased s

50 Bmal1 (at ZT6) and Clock (at ZT12) underwent corrective changes in oscillations, but moderate correct

51 in the bloodstream is essential to initiate corrective changes in the breathing pattern of mammals.

52 an such as liver may be sufficient to elicit corrective circulating levels of the deficient enzyme.

53 tic potential of our strategy by targeting a corrective complementary DNA into the IL2RG gene of HSCs

54 dy, we explored adenovirus as a platform for corrective CRISPR/Cas9-mediated gene knock-in.

55 delivery of zinc finger nucleases (ZFNs) and corrective donor template to the predominantly quiescent

56 to inspect the video analysis results, make corrective edits efficiently (one-click editing of an en

57 The corrective effect of chemokine treatment appeared to res

58 The corrective effect of RBCs on platelet adhesion in delta-

59 Na+/- K+_ATPase defect and a preventive and corrective effect on PGE1 in chronically diabetic nerve

60 ponsiveness, but the molecular basis for the corrective effect(s) of BH4 has not been understood.

61 The corrective effects of NAM could be attributed to increas

62 tions of different NBD1 changes had additive corrective effects on F508 maturation that correlated wi

63 asic defect in Menkes syndrome suggests that corrective efforts are likely to be more complicated, a

64 ed of RTB and human alpha-L-iduronidase, the corrective enzyme for Mucopolysaccharidosis type I, were

65 at macrophages alone can provide a source of corrective enzyme for visceral organs and may be benefic

66 imals using transgenic BM overexpressing the corrective enzyme in either erythroid cells or monocytes

67 hat we could exploit this process to deliver corrective enzyme to the fetus.

68 ed PPCA-/- mice efficiently internalized the corrective enzymes in resident macrophages of many organ

69 stigate the effectiveness of a comprehensive corrective exercise program (CCEP) and subsequent detrai

70 condition is well-established, the impact of corrective exercises on these muscles remains inadequate

71 sleep is essential to (re-)consolidate such corrective experiences.

72 suggested that infants are unable to make a corrective eye movement in response to a small base-out

73 3% of infants of 5-8 weeks of age produced a corrective eye movement in response to placement of a pr

74 These results suggest that infants can make corrective eye movements in response to large prismatic

75 Applying corrective factors to creatinine concentration or volume

76 sures/contact area, but requires significant corrective factors: the latter depend also on upper wave

77 ter outperforms the former in explaining how corrective feedback adjusts the decision-making strategy

78 Even when irregularities were identified, corrective feedback did not occur, which is characterist

79 indicate that errorful learning followed by corrective feedback is beneficial to learning.

80 storing regions is sufficient to implement a corrective feedback mechanism that enables persistent ac

81 ions of time intervals under the guidance of corrective feedback, and that their behavior is well exp

82 Corrective feedback, including analysis of the reasoning

83 musculoskeletal system in open-loop with no corrective feedback.

84 ent mice also display a selective deficit in corrective foot movements.

85 after sorting, 100% of the colonies had the corrective GC cDNA, demonstrating the efficiency of this

86 oviral delivery of CRISPR/Cas9 is capable of corrective gene addition, leading to long-term augmentat

87 ckage and deliver foreign DNA into cells for corrective gene delivery applications.

88 These findings demonstrate corrective gene delivery in human XLI patient skin tissu

89 arylsulfatase C (STS), to develop a model of corrective gene delivery to human skin in vivo.

90 ersity of genes and mutations that cause RP, corrective gene therapy approaches currently in developm

91 Corrective gene therapy in this model should provide hig

92 cation-deficient adenovirus (Ad) vectors for corrective gene therapy or for mucosal immunization has

93 target the respiratory epithelium for either corrective gene therapy such as cystic fibrosis or for m

94 ls are the logical targets for many forms of corrective gene therapy, but are poor targets for retrov

95 cacy of both protein replacement therapy and corrective gene therapy.

96 Corrective gene transfer for therapeutic intervention in

97 h to ameliorating this disorder is to target corrective gene transfer therapy to circulating hematopo

98 e goal of using this selectable approach for corrective gene transfer to bone marrow stem cells, CD34

99 rk was therefore undertaken to study whether corrective gene transfer was applicable to an XSCID muri

100 come this issue by permanently inserting the corrective gene.

101 lso as potential vectors for the delivery of corrective genes.

102 of recombinant retroviral vectors to effect corrective genetic therapies in hematopoietic stem cells

103 ing other forms of gingival fibromatosis and corrective gingival-tissue management.

104 cal vision correction, regularity of wearing corrective glasses and risk factors.

105 ms in a manner consistent with tree-specific corrective growth against tension and compression stress

106 tebral stapling that produces asymmetric and corrective growth of the concavity of a deformity, and v

107 trahisian block), which was most amenable to corrective His bundle pacing by recruitment of latent Pu

108 nitially only represented a reduction of the corrective HR increase but was nonetheless accompanied b

109 iruses (AAVs) being developed as vectors for corrective human gene delivery have shown promise in cli

110 ar volume and amine type in combination with corrective increments for specific polar moieties.

111 After corrective inferior oblique surgery, both of these effec

112 Acquired SOP and corrective inferior oblique-weakening surgery create cha

113 sed to help in planning the most appropriate corrective intervention.

114 .50 [95% CI, 0.35 to 0.72; P < .001]); fewer corrective interventions (2.89 vs 4.92 per 1000 access-d

115 ture specific sources of error and implement corrective interventions.

116 who sustain injury from negligence, provide corrective justice, and deter negligence.

117 tients, deterring negligence, and dispensing corrective justice.

118 As hypothesized, error-corrective learning on pitch-shifted vocal gestures gene

119 time constants can be explained by an error-corrective learning processes and agree with learning ra

120 ision were not statistically significant for corrective lens users.

121 roxy for patient response to select the best corrective lens.

122 The use of corrective lenses did not explain the lower conjunctival

123 However, noncitizens using corrective lenses had an adjusted odds ratio (AOR) of 0.

124 ectacles, allocation of resources to provide corrective lenses to those in need likely has great publ

125 Among nonusers of corrective lenses, noncitizens were significantly less l

126 ) perimeter has no provision for introducing corrective lenses, save for the patient's spectacles, an

127 nd hyperopia are common conditions requiring corrective lenses.

128 odies are inherently unstable, necessitating corrective locomotion to maintain stability.

129 lp reduce the frequency of human-in-the-loop corrective management actions for wastewater processing.

130 These corrective maneuvers are triggered rapidly, typically be

131 ecretion, may provide a continuous source of corrective material in trans to unmodified patient bysta

132 rved and estimated weights is applied as one corrective measure and appears to reduce the bias and im

133 cess improvement guidelines, we brainstormed corrective measures and priority-pay-off matrix.

134 diagnose heart failure at early stages, when corrective measures are most effective.

135 Corrective measures are recommended when sensitivity dev

136 Control Points and associated preventive and corrective measures described.

137 linically, these results suggest that taking corrective measures for infantile esotropes before the k

138 Evaluation and implementation of corrective measures on disease surveillance and reportin

139 d to identify patients who will benefit from corrective measures such as post-dilation or valve-in-va

140 n of typically encountered SIM artifacts and corrective measures that should be taken to reduce them.

141 Corrective measures were applied, including the prohibit

142 major identity problem will require multiple corrective measures, including a name change.

143 um and then signals the nucleus to carry out corrective measures.

144 developmental stages, providing a potential corrective mechanism for any reduction in cell numbers t

145 Failure of this corrective mechanism impacts tissue architecture, as per

146 results in accumulating error and, without a corrective mechanism, a breakdown in the calculation of

147 ; thus rate dependence is an artifact of the corrective mechanism, not a sensitivity of the gland to

148 ver-secretion of the hormone influencing the corrective mechanism; thus rate dependence is an artifac

149 disorders provides an opportunity to deploy corrective, mechanism-targeted, topical therapy.

150 I consider a variety of potentially corrective mechanisms, evaluate prospects for collective

151 ance (R(j)) values and minimize the need for corrective methods based on electrode series and cellula

152 Corrective methods for different steps in the qRT-PCR re

153 is not required for mRNA import, whereas for corrective mitochondrial-encoded tRNAs, appending the 3'

154 ich drug target space, allowing for possible corrective modulation of tumor cell behavior.

155 trials and supports the rationale to develop corrective modulators to reverse this defective servomec

156 in transforms sensory prediction errors into corrective motor commands is the basis for how we learn

157 brainstem motor nuclei and are required for corrective motor movements.

158 lso engage feedback mechanisms, resulting in corrective motor responses that continue until the hand

159 Initiation of a corrective movement coincided with activation in SPL.

160 perienced an error but chose to withhold the corrective movement, only the first group received infor

161 peech errors, and were correlated with later corrective movement, suggesting that the suppression may

162 r picture of neurons' activity on individual corrective movements across sessions.

163 descending signals from the brain to promote corrective movements and transmit processed touch inform

164 ate output-potent dimensions when generating corrective movements.

165 6K1 and PDK1 were obtained with little or no corrective mutagenesis.

166 The position of both corrective mutations at the cytoplasmic face of a transm

167 tory-inhibitory memory circuits implementing corrective negative feedback as a substrate for spatial

168 neocortical circuits based on principles of corrective negative feedback that are widely used in eng

169 The patient underwent several corrective operations, and at 12 months of age she was d

170 ide patients with the appropriate refractive corrective option based on the individual's risk-benefit

171 Corrective or neuroprotective gene therapies under devel

172 of the types of channels involved in either corrective or pathologic changes in cell volume.

173 Corrective osmolyte fluxes permeate across channels that

174 tide, Pip6a, enhanced delivery, resulting in corrective outcome for a mouse model of myotonic dystrop

175 Base excision repair (BER) is the major corrective pathway for most spontaneous, oxidative, and

176 ER chaperone GRP78/BIP, reflecting an early, corrective phase of the UPR.

177 ray lens using ptychography to manufacture a corrective phase plate.

178 A corrective plan, funded by oversight agencies and the He

179 h no clearly defined comprehensive, national corrective plan.

180 akeholder should develop and implement solid corrective plans for the local context.

181 ted that modification of BRCAPRO output by a corrective probability index accounting for family struc

182 A corrective procedure was devised to enhance the visualiz

183 the matrix (e.g., chromatography) or use of corrective procedures, such as matrix-matched standards

184 acity to adequately facilitate often complex corrective procedures.

185 In the absence of these corrective processes, they may become toxic to the cell.

186 tify areas with low SIA quality that require corrective programmatic action.

187 ic cells, indicating efficient uptake of the corrective protein by these cells and cross-correction.

188 ent of callosal maps by promoting either the corrective pruning of exuberant axon branches or the spe

189 es in ~50% of trials, triggering a stumbling corrective reaction or absent responses, which we termed

190 ed, Other responses decreased, and stumbling corrective reactions remained relatively unchanged.

191 o be responsible for the de novo initiation, corrective reestablishment, and epigenetic maintenance o

192 6-RdDM in assays for the de novo initiation, corrective reestablishment, and maintenance of TE silenc

193 neurons, argues that the RORalpha INs direct corrective reflex movements by integrating touch informa

194 om angular rotations of the body and mediate corrective reflexes during flight.

195 orimotor behaviors, including protective and corrective reflexes that dynamically adapt ongoing movem

196 nts, and laminae III/IV INs modulate dynamic corrective reflexes.

197 predictive minireceptor model and suggest a corrective remedy in which additional amino acids are ne

198 responsible for triggering the adaptive and corrective remodeling response in these larvae that invo

199 Our results suggest that quick corrective reorientation of bilaterally symmetrical flow

200 ulmonary hypertension may not be amenable to corrective repair.

201 iously showed to be essential for the normal corrective response displayed by the fruit fly larva whe

202 Limb displacement causes muscle stretch; the corrective response has multiple activity bursts, which

203 Nephron segment studies strongly suggest the corrective response is orchestrated in the collecting du

204 orting trajectory control to illustrate that corrective responses appear to return to the original tr

205 ling evidence for trajectory control is that corrective responses are directed back toward the unpert

206 ough it is well established that the gain of corrective responses elicited while reaching toward obje

207 althy individuals also use CD to make rapid, corrective responses following erroneous saccades to T1.

208 Here we show that corrective responses in human subjects can deviate back

209 Balance corrective responses mediated through vestibular-motor p

210 our data suggest a hierarchical process with corrective responses on "how" to attain a behavioral goa

211 hypothesis that ad libitum food intake shows corrective responses over periods of 1-5 d.

212 These corrective responses probably play a crucial role in bri

213 s, little is known about the adaptability of corrective responses supporting the manipulation of obje

214 the motor system is capable of a spectrum of corrective responses that depend on the behavioral goal

215 Human beings show corrective responses to deviations from average energy a

216 Additionally, we found that HD corrective responses to externally-generated force pulse

217 of parietofrontal circuits in processing the corrective responses to haptic perturbations of the fing

218 Corrective responses to limb disturbances are surprising

219 Corrective responses were directed back toward the const

220 Significant corrective responses were observed in food intakes with

221 namics is incorporated in the control of the corrective responses, grip force changes would anticipat

222 ed 1, 2, 3, 4, and 5 d later to estimate the corrective responses.

223 a coupling mechanism that generates a second corrective saccade shortly after a large fixation saccad

224 Importantly, the corrective saccade vector angle was biased in a manner c

225 ally large and thus more likely to trigger a corrective saccade, giving rise to SWJs.

226 Because there was no visual feedback, corrective saccades could only be driven by an internall

227 Analysis of corrective saccades showed that this was not due to fail

228 n error trials: (1) frequency and latency of corrective saccades, and (2) mislocalization of the corr

229 g the error interval between the primary and corrective saccades.

230 echnical aspects and applications of the new corrective scheme.

231 ublished results obtained by using available corrective schemes based on continuum electrostatics tre

232 urvival, scoliosis development, and need for corrective scoliosis surgery.

233 ive saccades, and (2) mislocalization of the corrective (second) saccade in the direction predicted b

234 tly correct an affected gene, or incorporate corrective sequences into a site free from undesirable s

235 are difficulties in stably integrating large corrective sequences into the genomes of long-lived prog

236 ren should not be burdened with orthotics or corrective shoes.

237 fset in time, drifts in activity triggered a corrective signal that counteracted memory decay.

238 nt are significantly reduced by applying the corrective Single-Pixel Interior Filling Function (SPIFF

239 iosis (median Cobb angle 26) and 5% required corrective spine surgery.

240 e approach was used to analyze CDPH-mandated corrective steps to reduce future errors in this multice

241 These corrective strategies allow the cardiomyocyte reticular

242 Therefore, the identities of the ER stress corrective strategies are important targets for the deve

243 ons in the center of mass motion predict the corrective strategies during the next stance, well in ad

244 nature of the EXAFS technique, and discusses corrective strategies.

245 the increased task difficulty by generating corrective submovements, which were closely matched in f

246 ients are subjected to a lifelong journey of corrective surgeries and multidisciplinary management to

247 ommon congenital anomalies, and the multiple corrective surgeries that individuals with isolated clef

248 survival, scoliosis development, or need for corrective surgeries were analyzed using competing-risk

249 up for 18.5+/-9.6 and 6.5+/-4.5 years after corrective surgery and electrophysiological testing, res

250 uveniles patients (4 to 18 years old) during corrective surgery and from 17 adult donors (50 to 95 ye

251 and the duration of inotropic support after corrective surgery as indicators of the pathophysiologic

252 were enrolled within 24 hrs of palliative or corrective surgery for congenital heart disease.

253 EOM samples were obtained during corrective surgery from patients with horizontal strabis

254 l resection was associated with the need for corrective surgery in patients who developed scoliosis.

255 Such corrective surgery is complex and is best undertaken by

256 d to surgeons for cricopharyngeal myotomy or corrective surgery of extraocular muscles to ease ptosis

257 ] years) with late-onset scoliosis requiring corrective surgery were enrolled.

258 d 6,878 with cryptorchidism (3,624 underwent corrective surgery).

259 tension, decisions regarding suitability for corrective surgery, transplantation and assessment of lo

260 pection at the time of cardiac transplant or corrective surgery.

261 oscopic donor nephrectomy that required open corrective surgery.

262 nductive hearing loss but have not undergone corrective surgery.

263 ed in 19 (25%) patients; 6 patients required corrective surgery.

264 younger patients are more likely to require corrective surgery.

265 2) and classified by whether they received a corrective surgical intervention.

266 lity may provide a synergistic mechanistical corrective target, as do SLC4A4 increase coupled with AH

267 corrected by appropriate property rights or corrective taxes.

268 of the temperature calibration and determine corrective temperature offsets.

269 crimal gland function will give insight into corrective therapeutic approaches.

270 for gene therapy of X-SCID, we find that the corrective therapeutic gene IL2RG itself can act as a co

271 Woods et al. forced high expression of the corrective therapeutic gene IL2RG, which encodes the gam

272 tion of pathogenetic mechanisms and possible corrective therapies.

273 with a need for the further investigation of corrective therapies.

274 pendent manner and are potential targets for corrective therapies.

275 esigning diagnostic tools and preventive and corrective therapies.

276 n important advance in the identification of corrective therapy for neuromuscular diseases, such as s

277 us iPSCs can be used to generate a permanent corrective therapy for these diseases.

278 of advanced peptide conjugates for systemic corrective therapy in DM1.

279 vironment, and aids with ultrasonography and corrective therapy in live subjects.

280 ived nonsurgical and, if indicated, surgical corrective therapy prior to implant placement was perfor

281 The key criterion to corrective therapy was the steady controlled release of

282 ate pathways to target for drug discovery or corrective therapy would enhance therapeutic options.

283 ot planning, and, when appropriate, surgical corrective therapy) or control periodontal treatment (CP

284 DMD provide insight into the potential of a corrective therapy, data from genetically homologous lar

285 for diagnosing thyroid diseases and guiding corrective therapy.

286 manipulation of PAX6 after birth may lead to corrective tissue remodeling.

287 ic force, a transient decrease followed by a corrective tonic increase, and (2) EEG and LFP deflectio

288 s typically unstable, but healthy humans use corrective torques to counteract perturbations and stabi

289 Currently, the only corrective treatment available is allergen immunotherapy

290 fers an unparalleled opportunity to initiate corrective treatment for numerous childhood diseases wit

291 tic stem cell transplant (HSCT) has been the corrective treatment of choice for many IEIs presenting

292 In-hospital mortality and the rate of non-corrective treatment were analysed by binary logistic re

293 ty of therapeutic strategies, including gene corrective treatment, gene-directed enzyme prodrug thera

294 ter intervention, and decision to follow non-corrective treatment.

295 the first neurobehavioral disorder in which corrective treatments have been developed from the botto

296 ture, which increasingly supports the use of corrective tricuspid valve annuloplasty, and the growing

297 a male housefly chasing a female executes a corrective turn within 40 ms after a course deviation by

298 s prevented flies from selecting appropriate corrective turns following changes in airflow direction.

299 D environment, minimizing the need for large corrective vergence movements at the end of saccades.

300 how that flies compensate for wing damage by corrective wing movement modulated by closed-loop sensin