ライフサイエンスコーパス: gender difference

1 ere at day 35 post TBI without a significant gender difference.

2 ensitive and precise enough to identify this gender difference.

3 pulation and tested birth cohort effects for gender differences.

4 erstand outcome processing, impulsivity, and gender differences.

5 rsonality were greater than comparable human gender differences.

6 There were no gender differences.

7 ce may imply a role for urocortin 2 in these gender differences.

8 hat other factors may be responsible for the gender differences.

9 ogen or estrogen receptors do not affect the gender differences.

10 s in brain volume and account for behavioral gender differences.

11 h clinical measures, and reflected important gender differences.

12 Two-sample T-tests were used to calculate gender differences.

13 Conduit EFs and total EFs showed gender differences.

14 ain information on possible geographical and gender differences.

15 examines the following: (1) the evidence for gender differences; (2) energy, glucose, and lipid metab

16 r or panic attacks were analyzed to test for gender differences across 18 panic symptoms.

17 clinical course of study subjects displayed gender differences: Affected LQTS women experienced a si

18 tenuous, because it is difficult to compare gender differences among biologically similar groups wit

19 of health care contact and examined age and gender differences among the subjects.

20 By delineating normal gender differences and age-related morphometric changes

21 kinson's disease and Tourette syndrome, show gender differences and age-related onset.

22 Behaviour of mutation load also exhibits gender differences and late-life reversals, explaining s

23 In order to elucidate the molecular basis of gender differences and sex determination, we used RNA-se

24 Statistical methods for the analysis of gender differences and similarities are reviewed, includ

25 This study examined gender differences and temporal changes in the clinical

26 vidence that both the magnitude of mean math gender differences and the frequency of identification o

27 Cognitive gender differences and the reasons for their origins hav

28 l cell types, organelles, synaptic function, gender differences and the subventricular neurogenic nic

29 No study has analyzed gender differences and time trends in patients referred

30 rsonalized approach may be more sensitive to gender differences and to the impact of psychiatric co-m

31 This study examined age-related changes, gender differences, and the interaction of age and gende

32 This gender difference appears to be mediated in part by an i

33 Cardiovascular gender differences are apparent long before CVDs appear

34 t and gender interacted, which suggests that gender differences are diminished in more recent cohorts

35 equency of arrhythmia recurrence and whether gender differences are independent of clinical, electroc

36 These gender differences are mediated, at least in part, by ef

37 HF patients with impaired LVEF, significant gender differences are present, and the prognostic predi

38 lying mainly on evidence from meta-analyses, gender differences are reviewed in cognitive performance

39 ghtly older than Group I with no significant gender difference between groups.

40 Here we report that there is also a gender difference between pulmonary metastasis and lymph

41 This study assessed within-gender differences between psychiatrists and other physi

42 The consistent gender differences confirm and expand existing results s

43 Although no gender difference could be identified for total Co conce

44 This gender difference could result from estrogen regulation

45 We hypothesize that the estimated gender differences critically depend on how we elicit th

46 switched from monetary to child-benefitting, gender differences disappear.

47 s in females were double that in males, this gender difference disappeared when attention-deficit/hyp

48 erm follow-up only, because this may reflect gender differences during follow-up.

49 There were no gender differences evident in the amount, quality, or ma

50 ummarizes major theories designed to explain gender differences: evolutionary theories, cognitive soc

51 Do gender differences exist among the mathematically talent

52 Significant race and gender differences exist in the population distribution

53 Significant gender differences exist, with women spending a greater

54 repancy among studies, and (2) whether a sex/gender difference exists in response to phytoestrogen in

55 opportunities are associated with increased gender differences favoring women in some cognitive func

56 izophrenia pedigrees also failed to show the gender difference for traumatic brain injury (more commo

57 s (RBANS), previous study showed significant gender differences for cognitive deficits in immediate a

58 Although this gender difference has been primarily attributed to diffe

59 A similar gender difference has been reported in some strains of t

60 Major racial and gender differences have been documented in the natural h

61 Gender differences have been suggested in BM-MSCs therap

62 d amyloid beta (Abeta) and/or tau pathology, gender differences have not been well documented in thes

63 of E(2) on baclofen responses, there was no gender difference in 5-HT(2C) receptor-mediated effects.

64 in male myocytes during MI and abolished the gender difference in [Na(+)](i) during MI.

65 o, waist circumference, or visceral fat, the gender difference in CAC was not significant in diabetic

66 These mice also showed a gender difference in cancer-related death.

67 The gender difference in depression may result from a differ

68 There was no gender difference in disease severity along the airways

69 rance in male and female mice, we observed a gender difference in EPO effects in weight control.

70 The only gender difference in fracture risk was a 2.6-fold higher

71 This gender difference in ICa in isoproterenol-treated myocyt

72 center was associated with a decrease in the gender difference in kidney donation.

73 No gender difference in low-density lipoprotein or total ch

74 In whites, there was little overall gender difference in obesity prevalence.

75 The gender difference in PCDH20 expression may reflect olfac

76 Our studies demonstrate a multilevel gender difference in post-infarction remodeling, with wo

77 We also identified a gender difference in postvaccination antibody avidity (f

78 The authors sought to determine whether the gender difference in prevalence for major depression was

79 None of the gender difference in prevalence of major depression coul

80 This is the first clinical report of a gender difference in response to cardiac angiogenic ther

81 tions of salivary testosterone, however, the gender difference in risk aversion disappeared, suggesti

82 This gender difference in sensitivity to cytotoxic agents may

83 in human SLE raises the possibility that the gender difference in SLE may in part be attributed to se

84 ed as female-predominant without evidence of gender difference in survival.

85 Although there was a significant gender difference in the effects of E(2) on baclofen res

86 These findings suggest no gender difference in the relation between caffeine and P

87 of CNVs in controls, we found no significant gender difference in the risk conferred by these loci.

88 There was no significant gender difference in the risk of myopia.

89 In this study, the gender difference in the sweetpotato whitefly Bemisia ta

90 in skin carcinogenesis and suggest that the gender difference in tumor development is more influence

91 If humans have a similar gender difference in vitamin D(3) metabolism in the CNS,

92 tekeepers with the power to create or reduce gender differences in academic reputations.

93 There are also gender differences in activated leukocyte behavior in th

94 istic regression analysis indicated that the gender differences in acute PTSD were not associated wit

95 We analyzed the effects of gender differences in aging on in vivo measurements of a

96 ss-sectional studies demonstrated ethnic and gender differences in ambulatory blood pressure patterns

97 g in the United States, significant race and gender differences in ARDS mortality exist.

98 Any gender differences in arterial stiffness could influence

99 However, the gender differences in AT(2)R and BW changes have not bee

100 al mechanisms must play a role in regulating gender differences in autoimmune disease of the CNS.

101 -mediated tolerance mechanism contributes to gender differences in autoimmunity.

102 Gender differences in BAs and microbiota may account for

103 nd Spain, was designed, in part, to evaluate gender differences in baseline sexual activity, function

104 e data provide the first evidence for within-gender differences in basic sensorimotor gating mechanis

105 All sexually reproducing animals exhibit gender differences in behavior.

106 Gender differences in both vulnerability to stroke and o

107 Furthermore, we found gender differences in brain activation and functional co

108 Second, clear gender differences in brain aging were evident, suggesti

109 a distinction would be possible only if sex/gender differences in brain features were highly dimorph

110 more cortical surface area, which may offset gender differences in brain volume and account for behav

111 roviding an example for the genetic basis of gender differences in cancer and showing that the genoty

112 These gender differences in cardiac and LV mass were parallele

113 We explored whether there are gender differences in cardiac remodeling and whether eti

114 Our studies further demonstrate that gender differences in cardiac remodeling in ICM are larg

115 This observation may be related to gender differences in cardiac remodeling.

116 Mechanisms underlying gender differences in cardiovascular disease are poorly

117 r signaling, the effect of class II HDACs on gender differences in cardiovascular disease remains uns

118 Baseline gender differences in cerebellar morphology may in part

119 Gender differences in child development have been extens

120 el processes and societal norms that lead to gender differences in child development in the early yea

121 n-based study we quantified the magnitude of gender differences in child development using the East A

122 ic molecular pathways to previously observed gender differences in clinical COPD phenotypes.

123 nt management of stable angina and to assess gender differences in clinical outcome at 1 year.

124 ntervention have noted remarkably consistent gender differences in clinical, angiographic, and proced

125 ationally representative data to investigate gender differences in cognitive performance in middle-ag

126 The current study examines gender differences in colloquium speakers at 50 prestigi

127 is required to better address the impact of gender differences in colorectal cancer.

128 iate regression analysis to evaluate whether gender differences in compensation existed after account

129 sconsin patients demonstrated no significant gender differences in cough and wheezing experiences or

130 arch is needed to determine whether race and gender differences in CRP levels contribute to differenc

131 th Bonferroni correction was used to compare gender differences in cytokine concentrations.

132 Gender differences in cytokine production have been obse

133 d to responses specific for myelin proteins, gender differences in cytokine production upon stimulati

134 The authors examined gender differences in d-amphetamine-induced displacement

135 to study behaviour identifying seasonal and gender differences in daily activity and feeding times.

136 to stress exposure, onset, pathogenesis and gender differences in depression.

137 Gender differences in development associated with four n

138 In Mongolia, smaller gender differences in development were associated with i

139 his sample of career-oriented professionals, gender differences in domestic activities existed among

140 Finally, we reveal gender differences in dynamics of TCR diversity constric

141 Gender differences in early ventricular repolarization w

142 Nevertheless, there were no significant gender differences in either the intensity of neuropil s

143 These findings elucidate specific gender differences in essential neurocognitive functions

144 Purpose To determine whether there were gender differences in full professorship after accountin

145 Primary outcome of gender differences in full professorship was estimated b

146 dence of a physiologic component is based on gender differences in gastrointestinal transit time, vis

147 The marked gender differences in gene expression in wild-type mice

148 The potential gender differences in genes in the Egfr axis have been s

149 There were no gender differences in global LVEF (men = 0.69; women = 0

150 Reasons for the striking age and gender differences in HCC associated with HBV compared w

151 We examined gender differences in health status over time from basel

152 Furthermore, ablation of IL-6 abolished the gender differences in hepatocarcinogenesis in mice.

153 These findings suggest unique gender differences in how complex interactions between n

154 Gender differences in hypothalamus-pituitary-adrenal (HP

155 tereotypes and considers how these relate to gender differences in important life outcomes.

156 In supplemental analysis examining if gender differences in incarceration stress response (ext

157 In conclusion, gender differences in insulin resistance-associated fat

158 Age and gender differences in LA were further explored.

159 ations to humans, a species reported to have gender differences in language acquisition, and found th

160 AR)alpha is a nuclear receptor that mediates gender differences in lipid metabolism.

161 This study is aimed at describing the gender differences in long-term recovery patterns and ex

162 We observed significant ethnic and gender differences in longitudinal trajectories of ambul

163 nd other nations, we address 3 questions: Do gender differences in mathematics performance exist in t

164 In tfm mice, there were no gender differences in measures of anxiety in the open fi

165 ects of genetic ablation of cyclophilin D on gender differences in mice expressing G93A mutant CuZn s

166 labor market, while we found no support for gender differences in motivation.

167 ardiac and LV mass were paralleled by marked gender differences in myocyte volume, such that average

168 g free testosterone, not estradiol, mediates gender differences in natriuretic peptides.

169 ll, the findings of this study highlight the gender differences in neural responses associated with f

170 In addition, gender differences in neural responses associated with l

171 Gender differences in nitric oxide bioavailability are p

172 hunger in women as a contributing factor to gender differences in obesity.

173 New research contributes to our knowledge of gender differences in osteoporosis risk, diagnosis and m

174 rsistent high-risk characteristics in women, gender differences in outcomes in patients undergoing co

175 iveness and suggested that there are notable gender differences in perceiving facial attractiveness a

176 Gender differences in peritraumatic dissociation may hel

177 Moreover, there are significant gender differences in physiologic contributions of mPGES

178 The changes in CYPs account for the gender differences in porphyria and DDC metabolism.

179 Given the significant gender differences in predisposition to human alcohol-re

180 Limited information exists regarding gender differences in prognostic value of exercise echoc

181 rome-P450 (CYP) enzymes revealed significant gender differences in protein expression and activity in

182 Our analyses reveal that gender differences in publication rate and impact are di

183 In adolescence, gender differences in rates of affective disorders emerg

184 berrations in volumes of subcortical nuclei, gender differences in rates of cortical grey matter redu

185 male versus female kidneys, indicating that gender differences in renal CYP2J5 expression are regula

186 a, we investigated the natural experiment of gender differences in resistance to infections.

187 Gender differences in response to metyrapone were seen i

188 Gender differences in response to psychological treatmen

189 Recent clinical trials indicate that gender differences in responsiveness to drug therapy als

190 ting data, although sparse, suggest possible gender differences in risk factors for SCD.

191 sample, thus allowing for the examination of gender differences in risk for suicide attempts associat

192 Gender differences in salary exist in this select, homog

193 ogy of these symptom differences may involve gender differences in sensitivity to CO(2) and in the th

194 Gender differences in service access among children are

195 Gender differences in smoking vary cross-nationally.

196 Gender differences in social cognition are a long discus

197 Gender differences in social factors, psychological symp

198 y shows gray matter loss with age as well as gender differences in structure and function, but little

199 of neoplastic lesions, it also abolished the gender differences in survival and reduced the differenc

200 Data regarding gender differences in survival, recently collected in a

201 th CAD, it partially accounts for racial and gender differences in survival.

202 bsence of estrogen, plays a critical role in gender differences in susceptibility of the kidney to is

203 ulated with myelin proteins and may underlie gender differences in susceptibility.

204 hanistic etiology of these developmental and gender differences in TCR diversity and specificity, as

205 The review also identified important gender differences in terms of stroke risk factors, prev

206 drome, behavioral risk factors and diabetes, gender differences in the association between diabetes a

207 Gender differences in the association of blood and urine

208 Documented sex/gender differences in the brain are often taken as suppo

209 dy demonstrates that, although there are sex/gender differences in the brain, human brains do not bel

210 ggression in males, there may be substantial gender differences in the clinical efficacy of commonly

211 This report examined gender differences in the clinical manifestations of cur

212 anges in its transcription may contribute to gender differences in the clinical severity of HCM.

213 erences, which represent the most persistent gender differences in the cognitive literature, are part

214 There were gender differences in the components of EaI/E(LV)I durin

215 gest the need for further investigation into gender differences in the contribution of mineral metabo

216 Thus, gender differences in the coronary vasculature may be a

217 Gender differences in the development of coronary heart

218 ught to determine whether there are race and gender differences in the distribution of C-reactive pro

219 ; however, metabolic risks largely explained gender differences in the educational gradient in corona

220 een thoroughly characterized with respect to gender differences in the human brain.

221 The results revealed distinct gender differences in the impacts of obesity and stress

222 Epidemiological studies have shown gender differences in the incidence of congestive heart

223 Further, age and gender differences in the incidence of contralateral pat

224 This review considers gender differences in the molecular and cellular physiol

225 Gender differences in the overall hazard of alcohol use

226 These data demonstrate important ethnic and gender differences in the pathogenesis of insulin resist

227 There are gender differences in the patterns of violent behavior a

228 This study suggests that there are gender differences in the prevalence, risk, and clinical

229 Some gender differences in the progression of human immunodef

230 The authors assessed gender differences in the proportion of clinical visits

231 However, gender differences in the relation between socioeconomic

232 greater dopamine release in women as well as gender differences in the relationship between regional

233 ) the constitutive activity of GHSR; and (c) gender differences in the sensitivity to deletion of the

234 Gender differences in the symptoms of major depression h

235 In this group of matched twins, gender differences in the symptoms of major depression w

236 Although gender differences in the therapeutic benefit of seroton

237 In this study we determined the gender differences in the TMEV-specific immune response,

238 hite, black, Hispanic, Asian, and other) and gender differences in the use of these therapies in the

239 efficiency hypothesis, and possibly also of gender differences in the visuo-spatial domain.

240 are decreasing in more recent cohorts, while gender differences in time from first use to dependence

241 , and one reason for these variations may be gender differences in transporter expression.

242 Gender differences in UVB-induced skin carcinogenesis we

243 and vitamin D, appeared to contribute to the gender differences in UVB-induced vitamin D production a

244 Overall, there were no significant age or gender differences in variability between and within sal

245 The evidence on gender differences in variance is summarized.

246 The present study investigated gender differences in violent behaviors among patients w

247 In stratified analyses, the gender differences in VT/VF recurrence were greatest in

248 e mice in the water maze, while there are no gender differences in water maze performance in wild-typ

249 Gender differences in wave 1 of the National Heart, Lung

250 Gender differences in WD-induced steatosis, insulin sens

251 s well recognised, but little is known about gender differences in white matter microstructure.

252 ontrol of dyslipidemia, including ethnic and gender differences, in persons free of known clinical ca

253 Future education of rescuers should take gender differences into account.

254 owever, the underlying mechanism behind this gender difference is poorly understood.

255 owever, the underlying mechanism behind this gender difference is poorly understood.

256 The reason for this gender difference is unclear.

257 This gender difference may be due to an interaction between c

258 We have previously shown that these gender differences may be due to over expression of prog

259 hyperactivity disorder (ADHD) suggests that gender differences may be operant in the phenotypic expr

260 ted with airflow limitation in men, and that gender differences may exist in the relation of oxidativ

261 Gender differences may exist in the relationship between

262 Awareness of the gender differences might increase attention toward popul

263 ta presented herein suggest that species and gender differences observed in BD-induced cancer are dir

264 crophages and plays an important role in the gender differences observed in HIV protease inhibitor-in

265 st that eNOS and nNOS both play roles in the gender differences observed in ischemia/reperfusion inju

266 This study examined the gender differences of cognition using the measurement an

267 Ethnic and gender differences persisted after adjustment for height

268 han anticipated number of males (33%), and a gender difference regarding concomitant involvement of c

269 tients, yet the detailed mechanisms for this gender difference remain unclear.

270 r caries in the X chromosome may explain the gender differences seen in caries frequency.

271 effect of IL-17 signaling and indicates that gender differences should be taken into account in the p

272 The gender differences suggest that females are more sensiti

273 ribute uniquely to the evaluation of sex and gender differences (termed "sex effects").

274 e aware of the risk for osteoporosis and the gender differences that exist within this disease.

275 Aside from gender differences, there is significant variation in th

276 favorably than women, and, of concern, this gender difference was especially prominent among STEM fa

277 s cell type in budgerigars because a similar gender difference was found in a visual nucleus, the ent

278 However, no significant gender difference was found when we compared females ver

279 The only gender difference was in diastolic filling rate, which w

280 To study this gender difference, we demonstrated that pri-miR-216a is

281 investigate the molecular mechanisms of this gender difference, we examined the effect of genetically

282 vious research on major depressive disorder, gender differences were also evident among participants

283 Gender differences were assessed across all domains.

284 Gender differences were evaluated.

285 No significant gender differences were found between the two groups (P=

286 No gender differences were found in the frequency of other

287 Gender differences were identified in the nature of supp

288 Gender differences were independent of measured clinical

289 g and working memory than females, but these gender differences were not presented in schizophrenia p

290 No gender differences were noted.

291 Gender differences were observed in correlations of chan

292 When nonsignificant gender differences were removed from the models, correla

293 When nonsignificant gender differences were removed from the models, the gen

294 rong association with SAF, particularly when gender differences were taken into account.

295 Significant gender differences were unveiled, with numerous alterati

296 Since these brain networks show gender differences when mediating emotional and cognitiv

297 A system have important implications for the gender differences which are observed in animal models o

298 These data suggest significant gender differences with glutamate and lactate/pyruvate p

299 tor gating mechanism and also shows a robust gender difference, with women exhibiting lower PPI than

300 We found important gender differences, with female rescuers showing inferio