ライフサイエンスコーパス: externalize

1 behavioral problems (i.e., internalizing and externalizing).

2 30-day disorder (49.6% internalizing; 81.7% externalizing).

3 lve center (CENT) and near ACOM and PCOM and externalized.

4 Rare studies show that they are partially externalized.

5 gressively converted to geranylgeraniol then externalized.

6 nus of VP1, which can bind membranes, become externalized.

7 rnal polypeptides that bind to membranes are externalized.

8 rnalizing, axis I externalizing, and axis II externalizing.

9 s associated with increased genetic risk for externalizing.

10 nsions of psychopathology: internalizing and externalizing.

11 t transdiagnostic factors, internalizing and externalizing.

12 ric disorders characterized by high rates of externalizing (aggressive, noncompliant, oppositional) b

13 degranulation process, the granule matrix is externalized and immediately bound by fluorochrome-label

14 cle between larval stages, and pupal ecdysis externalizes and expands the head and appendages to thei

15 children in the intervention group had fewer externalizing and dysregulation problems than those in t

16 are associated with increased risks of both externalizing and internalizing disorders in childhood,

17 birth-weight children had modest excesses of externalizing and internalizing disturbances (adjusted o

18 cally "at risk" range ($10th percentile) for externalizing and internalizing problems.

19 Parent-rated Child Behavior Checklist Externalizing and Internalizing scores served as dimensi

20 Higher ratings for externalizing and internalizing symptoms at baseline pre

21 30-day disorder (15.0% internalizing; 18.4% externalizing) and 11.1% for multiple disorders.

22 s two major dimensions: internalizing versus externalizing, and axis I versus axis II.

23 internalizing, axis II internalizing, axis I externalizing, and axis II externalizing.

24 three higher-order clusters: internalizing, externalizing, and borderline-dysregulated.

25 as suggested an increased risk of attention, externalizing, and internalizing problems.

26 positively related to all 11 internalizing, externalizing, and substance use problems (odds ratios f

27 ying victimization relates to internalizing, externalizing, and substance use problems in adolescents

28 imensions of psychopathology: internalizing, externalizing, and thought disorder.

29 Reports of children's internalizing, externalizing, and total emotional/behavioral problems,

30 nce not only by ensnaring microorganisms and externalizing antibacterial histones together with other

31 d by internalizing (depression, anxiety) and externalizing (antisocial personality, substance depende

32 Thus, the molecular species of externalized APL during platelet activation, apoptosis,

33 In this protocol, externalized APLs are chemically modified by using a cel

34 Currently the phospholipid molecular species externalized are unknown.

35 Within-domain (ie, internalizing or externalizing) associations were generally stronger than

36 nxiety, panic, and posttraumatic stress) and externalizing (attention-deficit/hyperactivity, intermit

37 Childhood externalizing behavior (aggression, hyperactivity, and c

38 tween prenatal maternal depression and child externalizing behavior (p < .05) was mediated by cortica

39 = -12; k = 1) and positively associated with externalizing behavior (x = 24, y = 0, z = -14; k = 8) w

40 cted using Mplus to identify trajectories of externalizing behavior and to test for effects of GABRA2

41 The interaction between pretrauma externalizing behavior and witnessing a threat to a care

42 d/omega-3 long-chain essential fatty acid on externalizing behavior are more mixed.

43 Q mediated the link between malnutrition and externalizing behavior at ages 8 and 11.

44 between degree of malnutrition and degree of externalizing behavior at ages 8 and 17.

45 xternalizing class and a moderate decreasing externalizing behavior class.

46 47 concentrations below the median, adjusted externalizing behavior domain scores were 1.6 [95% confi

47 Two classes of externalizing behavior emerged: a stable high externaliz

48 The association between malnutrition and externalizing behavior has begun to receive attention.

49 and cortico-amygdalar network correlates of externalizing behavior in a large sample of healthy chil

50 valuate the etiological role of nutrition in externalizing behavior in order to inform intervention a

51 cal thinning was associated with presence of externalizing behavior in preadolescent children and may

52 Externalizing behavior is associated with both macromaln

53 o showed persistent elevated trajectories of externalizing behavior more likely to carry the genotype

54 djusted relative risks for internalizing and externalizing behavior problems 81 months following a ch

55 with a steady but nonsignificant increase in externalizing behavior problems during 81 months (10.1%,

56 cits, which in turn predispose to persistent externalizing behavior problems throughout childhood and

57 Poor nutrition is thought to predispose to externalizing behavior problems, but to date there appea

58 iates the relationship between nutrition and externalizing behavior problems.

59 y disorder (ADHD), an early manifestation of externalizing behavior, may identify children at high ri

60 tion as a risk factor for the development of externalizing behavior, with an emphasis on micronutrien

61 gene that broadly predisposes individuals to externalizing behavior.

62 uch neurocognitive impairments predispose to externalizing behavior.

63 correlated in children with higher levels of externalizing behavior.

64 l cortex-amygdala network predicted rates of externalizing behavior.

65 ternalizing (anxiety and mood disorders) and externalizing (behavior and substance disorders) factors

66 cells) has been investigated in a number of externalizing behavioral and clinical phenotypes.

67 Attention Deficit/Hyperactivity Disorder and externalizing behavioral disorders.

68 igh upward mobility is associated with fewer externalizing behavioral problems by age 3 years and wit

69 Externalizing behavioral problems decreased in children

70 ewer restricted and repetitive behaviors and externalizing behavioral problems in females, may contri

71 ng intelligence testing and with more severe externalizing behavioral problems, including attention-d

72 , including social problems, aggression, and externalizing behavioral problems, is a consequence rath

73 problems, and precursive (ages 12-14 years) externalizing behavioral risk.

74 , low sports aptitude (13% higher odds), and externalizing behaviors (i.e., conduct problems) (5% hig

75 Relationships between externalizing behaviors (measured with the Child Behavio

76 lcohol dependence, major depression, general externalizing behaviors and animal phobia showing how hu

77 These effects remained when co-occurring externalizing behaviors and stimulant medication were co

78 Although externalizing behaviors are distributed continuously acr

79 Children with lower levels of externalizing behaviors exhibited positive correlations

80 ngulate, and temporal cortex associated with externalizing behaviors in children; and indicate that o

81 al-amygdala network properties may influence externalizing behaviors, along a continuum and across he

82 mygdala volume alone was not correlated with externalizing behaviors, an orbitofrontal cortex-amygdal

83 comes including activity and inattention and externalizing behaviors, including conduct disorder and

84 distress cues, consistent with theories that externalizing behaviors, particularly proactive aggressi

85 her socioeconomic status, early dating, more externalizing behaviors, positive alcohol expectancies),

86 t between BDEs 47, 99, and 100 and increased externalizing behaviors, specifically activity/impulsivi

87 fficacy, and home safety attitudes and fewer externalizing behaviors,and their children had fewer ext

88 e with a family history of AUD or with prior externalizing behaviors.

89 liability that contributes to a spectrum of externalizing behaviors.

90 r-group deviance is strongly associated with externalizing behaviors.

91 ex thickness were negatively correlated with externalizing behaviors.

92 ypic precursors, including impulsiveness and externalizing behaviors.

93 ing (beta = 0.185; SE = 0.028; P < .001) and externalizing (beta = 0.283; SE = 0.023; P < .001), that

94 sensitivity was also associated with higher externalizing (but not psychopathy) scores, and with hig

95 Agrin, a synapse-organizing protein externalized by motor axons at the neuromuscular junctio

96 pernatants of secondary necrotic, annexin A1-externalizing cells induced chemoattraction of monocytes

97 Clinically significant internalizing or externalizing child behavior problems.

98 As externalized chromatin could entangle bacteria, these st

99 mps provide a number of benefits compared to externalized chronic catheters and confer specific deliv

100 xternalizing behavior emerged: a stable high externalizing class and a moderate decreasing externaliz

101 sitional-defiant disorder the most important externalizing components.

102 his study was to determine the prevalence of externalized conductors and electrical abnormalities in

103 The majority of externalized conductors are not detectable with standard

104 The prevalence of externalized conductors in Riata leads is significantly

105 edian time from implantation to detection of externalized conductors was 65.3 months.

106 Proportion of externalized conductors was higher in 8-F Riata compared

107 The estimated rates of externalized conductors were 6.9% and 36.6% at 5 and 8 y

108 Externalized conductors were observed in 147 leads (14.3

109 Of the 147 leads with externalized conductors, 10.9% had abnormal electrical p

110 headstrong behavior and attention problems (externalizing; CRT, no observed; no CRT, 9%); and elevat

111 l field potentials recorded from temporarily externalized deep brain stimulator electrodes.

112 Childhood anxiety and externalizing diagnoses predict major affective illness

113 psychopathology (that is, internalizing and externalizing dimensions), to a general psychopathology

114 risk = 2.6; 95% CI, 1.1-6.3; P = .04) or an externalizing disorder (3.6; 1.4-9.0; P = .007) was pred

115 ecific transmission effects of four parental externalizing disorders (conduct disorder, adult antisoc

116 with reduced risk for both internalizing and externalizing disorders (social religiosity and thankful

117 ission of a general vulnerability to all the externalizing disorders accounted for most familial rese

118 ned whether the association between parental externalizing disorders and childhood disruptive disorde

119 rmants were used to construct a composite of externalizing disorders and composite measures of 6 envi

120 Internalizing and externalizing disorders at ages 7, 11, and 16 years were

121 dose-response relationship with symptoms of externalizing disorders at independent time points.

122 , there was an increased risk of anxiety and externalizing disorders compared with cases without mood

123 lthood are associated with internalizing and externalizing disorders in childhood.

124 imilar CRH variants could influence risk for externalizing disorders in human subjects.

125 ally primary and secondary internalizing and externalizing disorders in survival analyses, with time-

126 nism underlying the familial transmission of externalizing disorders is primarily a highly heritable

127 fulness), four factors with reduced risk for externalizing disorders only (general religiosity, invol

128 eral mechanism of environmental influence on externalizing disorders regardless of the specific form

129 rding etiology, assessment, and treatment of externalizing disorders should target externalizing liab

130 Externalizing disorders tended to elicit greater concord

131 sorders, axis I internalizing disorders, and externalizing disorders versus anxiety disorders.

132 s, was directly opposite of that observed in externalizing disorders with risk associated with high S

133 liability to DA, by a vulnerability to other externalizing disorders, and by a range of environmental

134 y the transmission of a general liability to externalizing disorders, and this general liability was

135 bstantial comorbidity exists among childhood externalizing disorders, specifically attention-deficit/

136 al stress may increase the risk of childhood externalizing disorders, yet no large cohort study has i

137 Externalizing disorders-drug abuse and alcohol use disor

138 sion of a general liability to a spectrum of externalizing disorders.

139 xes important environmental risk factors for externalizing disorders.

140 unt for most comorbidity among internalizing-externalizing disorders.

141 ors become more important in the etiology of externalizing disorders.

142 arch regarding the etiology and treatment of externalizing disorders.

143 ble into 2 broad groups of internalizing and externalizing disorders.

144 oth a specific liability to AUD and to other externalizing disorders.

145 sion of a general liability to a spectrum of externalizing disorders.

146 chanisms of familial transmission for these "externalizing" disorders is necessary to better understa

147 pporting the importance of the internalizing-externalizing distinction.

148 Externalizing domain T-scores ranged from 30 to 87 with

149 Children in the intervention group had fewer externalizing (effect size=0.23), internalizing (effect

150 he 6 individual variables loaded on a single externalizing factor.

151 Newly externalized GluR1 remained extrasynaptic under basal co

152 In conclusion, externalized GTP-bound TG2 serves as a molecular switch

153 ternalizing (ie, depression and anxiety) and externalizing (ie, hyperactivity and conduct disorder) p

154 In addition, TRPC5 is not externalized in response to lysoPC, supporting the depen

155 human cathelicidin/LL37 (CRAMP), a molecule externalized in the NETs.

156 This VP1 domain can be externalized in vitro in response to limited heating, an

157 ion for problems with adaptation, especially externalizing, internalizing, and attention problems.

158 sical development as well as parent-reported externalizing, internalizing, and autistic-like child be

159 ts in the control arm displayed at least one externalizing, internalizing, or substance abuse psychia

160 Externalized leads are associated with a more pronounced

161 5+/-2.5 mV; P<0.001), and more patients with externalized leads had >/=25% decrease in R-wave amplitu

162 Externalized leads had a significantly pronounced decrea

163 Of these externalized leads, 0%, 13%, and 26% had a dwell time of

164 ibited significant similarity on the general externalizing liability (r = 0.21).

165 m effect for the transmission of the general externalizing liability for biological parents (r = 0.27

166 ent of externalizing disorders should target externalizing liability over a range of severity.

167 ared environmental influences on the general externalizing liability than previously detected in twin

168 current diagnoses, the best-fitting model of externalizing liability was a continuous normal model.

169 er than latent class models, indicating that externalizing liability was continuous and graded, rathe

170 Biometric analyses revealed that the general externalizing liability was highly heritable (a2 = 0.61)

171 Categorical and continuous models of externalizing liability were compared using interview da

172 disorders indicate the presence of a common externalizing liability.

173 ed the latent structure of internalizing and externalizing mental disorders, the effects of this stru

174 ive investigation included the internalizing/externalizing meta-structure of common mental disorders;

175 ize our distinctive tendency to objectify or externalize moral demands, and it is then argued that th

176 re proteolytically removed revealed that the externalized N terminus is located near the tips of prop

177 The N terminus of VP1 rearranges to become externalized near its quasi-3-fold exit, binds to rearra

178 o NETs or to LL-37, an antibacterial protein externalized on NETs.

179 f exchangeable Zn2+ in the vesicle, which is externalized on neurotransmission.

180 orders, as well as with the larger class of "externalizing" or "disinhibitory" disorders.

181 nancy is associated with a number of adverse externalizing outcomes for offspring from childhood to a

182 a calcium-dependent manner, and all stimuli externalized oxidized phospholipids, termed hydroxyeicos

183 othelial exocytosis of Weibel-Palade bodies, externalizing P-selectin and releasing von Willebrand fa

184 k-induced drop in self-views, whereas adults externalized peer rejection, reporting a task-induced bo

185 tsZ ring maintenance nor the localization of externalized peptidoglycan precursors.

186 superinfection of the CSF temporary drainage/externalized peritoneal catheter.

187 Various forms of internalizing and externalizing personality and psychopathologic traits we

188 le and affective instability related to more externalizing personality styles.

189 Genetic factors, externalizing personality traits such as impulsivity, an

190 important information regarding liability to externalizing phenomena.

191 sm, suggest that it is involved in a general externalizing phenotype.

192 and apoptosis (known as pSIVA) by binding to externalized phosphatidylserine (PS) exposed on apoptoti

193 In silico analysis predicted that externalized phosphatidylserine (PS) in MPs may associat

194 lls express specific eat-me signals, such as externalized phosphatidylserine (PS), that are recognize

195 S vesicles and apoptotic cells, possibly via externalized phosphatidylserine.

196 the lipid asymmetry of the plasma membrane, externalizing phosphatidylserine to trigger blood coagul

197 tudy the effects of latent internalizing and externalizing predispositions to the development of como

198 Among adolescents, externalizing problem behavior and substance use disorde

199 r depressive symptoms (effect size=0.16) and externalizing problems (effect size=0.14), and lower pas

200 m, suicide ideation, and suicide attempt), 2 externalizing problems (fighting and vandalism), and 4 s

201 ndividuals with late-onset ADHD showed fewer externalizing problems (OR, 0.93 [95% CI, 0.91-0.96]) an

202 im-perpetrators had increased aggression and externalizing problems (OR, 4.9 and 4.6, respectively).

203 ith anxiety disorders and teacher ratings of externalizing problems above the normal range at 6 years

204 Youth with teacher ratings of externalizing problems above the normal range at age 6 y

205 sive or hyperactive at age 8 years, had more externalizing problems at age 11, and had greater conduc

206 PV was associated with an 18.5% reduction in externalizing problems by 20 months that was sustained a

207 psychosis are at risk for internalizing and externalizing problems by age 7 years.

208 deficit/hyperactivity disorder symptoms, and externalizing problems in urban youth by disrupting the

209 The risk factors for internalizing and externalizing problems may be much the same, and the sam

210 This increase in risk for externalizing problems was observed for female children

211 1.28-1.93) for nocturnal awakenings; RRs for externalizing problems were 1.77 (95% CI, 1.37-2.30) and

212 type (maladaptive groups; internalizing vs. externalizing problems) and behavioral type (adaptive gr

213 internalizing problems) or conduct problems (externalizing problems) were more asthmatic than others

214 ds (e.g., other substance use, internalizing/externalizing problems) were recorded annually from age

215 ild mental health difficulties, particularly externalizing problems, and reviews some effective early

216 usted odds ratio of 2.8 (95% CI=1.5-5.6) for externalizing problems, in particular for children of pa

217 There were no significant nurse effects on externalizing problems, intellectual functioning, and ac

218 lf- and peer reports, and separate tests for externalizing problems, internalizing problems, and subs

219 izing behaviors,and their children had fewer externalizing problems.

220 mPFC for DG was predicted by higher rates of externalizing problems.

221 hildren's early symptoms of internalizing or externalizing problems; and for children's genetic liabi

222 The mechanism by which apoptotic cells externalize PS has been assumed to involve "scramblases"

223 HL-60 cells also failed to externalize PS in response to etoposide treatment.

224 tes genetically defunct in their capacity to externalize PS in response to intracellular Ca(2+) eleva

225 nderwent programmed cell death yet failed to externalize PS.

226 Blocking externalized PS or suppressing TMEM16F inhibited Env-med

227 Externalized PS strongly promotes Env-mediated membrane

228 We found that isolated POS particles possess externalized PS, whose blockade or removal reduces their

229 Peer deviance (PD) strongly predicts externalizing psychopathologic conditions but has not be

230 ccounts for the parent-child transmission of externalizing psychopathology from parents to their prea

231 ying the development of maltreatment-related externalizing psychopathology in children.

232 The association of maltreatment with externalizing psychopathology was mediated by this pertu

233 ic disorders, such as studying a spectrum of externalizing psychopathology, may aid in identifying su

234 notype) for addictive disorders and comorbid externalizing psychopathology, particularly in adolescen

235 Externalizing psychopathology, prior depression, and spe

236 tion might confer risk for internalizing and externalizing psychopathology.

237 will help clarify the etiology of a range of externalizing psychopathology.

238 Large externalized, repeat-rich proteins are emerging as impor

239 VP4 and N terminus of VP1 (residues 1 to 53) externalize reversibly.

240 on was positively correlated with precursive externalizing risk, as well as current and lifetime alco

241 group on the following measures: CBCL/1.5-5 externalizing scale (effect size, 0.34; P < .001), inter

242 version for preschool children (CBCL/1.5-5) externalizing scale (primary outcome), other CBCL/1.5-5

243 nger positive intra-DN RSFC, while increased externalizing scores were associated with reduced negati

244 s between DN RSFC and both internalizing and externalizing scores.

245 on future conflicts that it might resolve by externalizing/socializing cognitive control?

246 ry spatial function: externalized versus non-externalized sound discrimination, moving versus station

247 onal organism, supporting the theory that an externalized spatial memory may be the functional precur

248 Liability to externalizing spectrum disorders is graded and continuou

249 pe for genetic dissection of impulsivity and externalizing spectrum disorders.

250 No clear internalizing/externalizing structure was seen for the unique environm

251 nd cluster C, borderline, and paranoid PDs), externalizing (substance use disorders and antisocial PD

252 xiety/depression, inattention/disinhibition, externalizing, subsyndromal manic, and affective labilit

253 d between each environmental risk factor and externalizing such that greater environmental adversity

254 ronic physiological stress, higher levels of externalizing symptoms (e.g., aggression) but not intern

255 no CRT, 9%); and elevated internalizing and externalizing symptoms (global symptoms; CRT, 6%; no CRT

256 corticosteroid treatment was associated with externalizing symptoms (OR, 1.9; 95% CI, 1.2 to 2.8) and

257 ween the LPP and stress continued to predict externalizing symptoms 8 months after the hurricane.

258 ivity to unpleasant images predicted greater externalizing symptoms 8 weeks after the disaster, while

259 The LPP predicted both internalizing and externalizing symptoms after accounting for prehurricane

260 Patients' self-reported mood, anxiety, and externalizing symptoms along with independent clinical r

261 ipolar disorder in offspring, which includes externalizing symptoms among its many manifestations, ha

262 onnectivity in infancy predicted lower child externalizing symptoms at 6 years as mediated by collabo

263 Suicidal behavior among individuals with externalizing symptoms is not necessarily a result of co

264 ents with JPFS had greater internalizing and externalizing symptoms than healthy comparison peers.

265 The pathway to major depression through externalizing symptoms was not more prominent in men tha

266 of internalizing and externalizing symptoms, externalizing symptoms were related to suicidal behavior

267 ee broad pathways of internalizing symptoms, externalizing symptoms, and adversity.

268 with the presence of internalizing symptoms, externalizing symptoms, and comorbid internalizing and e

269 oms and the comorbidity of internalizing and externalizing symptoms, externalizing symptoms were rela

270 be an independent risk factor for offspring externalizing symptoms, regardless of maternal mental he

271 al stimuli, particularly in adolescents with externalizing symptoms.

272 tology and interacted with stress to predict externalizing symptoms.

273 ing symptoms, and comorbid internalizing and externalizing symptoms.

274 ated stress and children's internalizing and externalizing symptoms.

275 eactivity to pleasant images predicted lower externalizing symptoms.

276 with an inability of stimulated platelets to externalize the negatively charged phospholipid, phospha

277 Apoptosis and energy depletion (aging) externalized the same APLs in a calcium-dependent manner

278 ould trigger vesicular release of DCVs, thus externalizing the receptor.

279 NETs are formed when neutrophils externalize their nuclear DNA together with antimicrobia

280 was previously shown to be antigenic, it may externalize through viral "breathing."

281 ned was anchored to each fibrous trigone and externalized through the mid-lateral mitral annulus.

282 toplasmic leaflet of plasma membrane (PM) is externalized to the exoplasmic leaflet (exPS) during apo

283 MD1 acts as an inhibitor of TMD2 and must be externalized to the periplasm in the lytic pathway.

284 PtdE is externalized to the surface of apoptotic cells and also

285 ined with genetically mediated risk factors (externalizing traits, consumption drive, and drug sensit

286 dex (BMI), drug tolerance, EEG patterns, and externalizing traits, reside on several chromosome regio

287 ring emerged; the association of GABRA2 with externalizing trajectories diminished with high levels o

288 agen, or ionophore-activated human platelets externalize two phosphatidylserines (PSs) and five phosp

289 tain an active form of the enzyme, it is not externalized under physiological conditions, and such ca

290 is expressed at 48% of wild-type levels and externalized upon platelet activation.

291 s were explained by latent internalizing and externalizing variables.

292 stence of mediating latent internalizing and externalizing variables.

293 ree dimensions of auditory spatial function: externalized versus non-externalized sound discriminatio

294 These findings suggest that IL-1F6 can be externalized via a stimulus-coupled mechanism comparable

295 mately 300 ng/2 x 10(8) cells, thrombin), is externalized via calcium mobilization and protease-activ

296 cell entry defect, and, after proteolysis of externalized VP2 N termini, were unable to protect the V

297 ifferences in incarceration stress response (externalizing vs. internalizing) explain these findings,

298 activity and oppositional defiant disorders (externalizing) were the most important predictors.

299 in vitro caused anionic phospholipids to be externalized without inducing apoptosis.

300 viral protein 1 (VP1) amino termini could be externalized without significant damage to the capsid.