ライフサイエンスコーパス: hemisphere

1 2.8 years, range 22-77; 63 females; 64 right hemispheres).

2 processing to perform local TMR in one brain hemisphere.

3 owth and decay of ice sheets in the Northern Hemisphere.

4 public health threat throughout the Northern Hemisphere.

5 e of a relative EEG slowing over the injured hemisphere.

6 lar to tropical environments in the Southern Hemisphere.

7 etwork, and a compensatory role of the right hemisphere.

8 mon tick-transmitted disease in the Northern Hemisphere.

9 coastal ecosystems of the temperate northern hemisphere.

10 ld have been more pronounced in the Southern Hemisphere.

11 nsolation effect also exists in the Southern Hemisphere.

12 t prevalent vector-borne disease in northern hemisphere.

13 tential impact on agriculture in the Eastern Hemisphere.

14 freshwater sponge found across the northern hemisphere.

15 en and thalamus ipsilateral to the implanted hemisphere.

16 ric sonications targeted 36 locations in one hemisphere.

17 and species-rich tree genera in the northern hemisphere.

18 mpacts affecting the weather of the Northern Hemisphere.

19 Populus, a model tree genus in the Northern Hemisphere.

20 is currently under-utilized in the northern hemisphere.

21 mice caused profound HN loss in the affected hemisphere.

22 ds an increased reliance on the ipsilesional hemisphere.

23 .0%, respectively; P = 0.02) in the affected hemisphere.

24 lly larger in the northern than the southern hemisphere.

25 ction following stroke-induced damage to one hemisphere.

26 ew geographic regions, including the Western Hemisphere.

27 retrieval and semantic judgement in the left hemisphere.

28 uch study has been conducted in the southern hemisphere.

29 and sleep spindles specifically in the cued hemisphere.

30 al visual areas, predominantly over the left hemisphere.

31 emissions from deforestation in the Northern Hemisphere.

32 ognition, and emotional prosody to the right hemisphere.

33 f spatial deficits after damage to the right hemisphere.

34 present when stimulating the contralesional hemisphere.

35 eterogeneously distributed across the entire hemisphere.

36 fied in other paleo-archives in the Northern hemisphere.

37 lateralized suppression in the contralateral hemisphere.

38 particularly in the memory areas in the left-hemisphere.

39 aptic neural population in the contralateral hemisphere.

40 to find signals unique to the contralateral hemisphere.

41 y have reduced connections with the opposite hemisphere.

42 nsolation effect also exists in the Southern Hemisphere.

43 ten acidified ecosystems across the northern hemisphere.

44 n in association and visual cortex of either hemisphere.

45 nto-temporal projection in the left cerebral hemisphere.

46 and P = 0.01, respectively) in the affected hemisphere.

47 proximation for different regions across the hemisphere.

48 e of hematologic malignancies in the Western hemisphere.

49 rall predominance of the right over the left hemisphere.

50 the first time on analogues of the southern hemisphere.

51 d increased land-ice volumes in the Northern Hemisphere.

52 urrents are flowing out of the sunlit (dark) hemisphere.

53 tal cortex neurons from control and PD brain hemispheres.

54 least and most clinically affected cerebral hemispheres.

55 ated with differing rates of warming between hemispheres.

56 , automatically, the cortical layers in both hemispheres.

57 ctivity between intact and deprived cortical hemispheres.

58 was calculated between tracer uptake in both hemispheres.

59 ared between analyses of single and combined hemispheres.

60 estion by studying dayside auroras from both hemispheres.

61 physiological independence of their cerebral hemispheres.

62 ve and might involve neural networks in both hemispheres.

63 cally recording neural responses across both hemispheres.

64 and pretectum or bilaterally to both tectal hemispheres.

65 void excessive conduction delays between the hemispheres.

66 d with reduced beta bursts across all tested hemispheres.

67 established networks within and across both hemispheres.

68 co-opting the capacities of the two cerebral hemispheres.

69 ution of slow-wave origin probability across hemispheres.

70 ly symmetric between left and right cortical hemispheres.

71 l, in cell and synapse numbers between brain hemispheres.

72 eft hemisphere, 1.18 x10(3)mum(2)/sec; right hemisphere, 1.17 x10(3)mum(2)/sec), anterior limb of the

73 limb of the internal capsule (mean ADC: left hemisphere, 1.18 x10(3)mum(2)/sec; right hemisphere, 1.1

74 pole heat transport led to a warmer Northern Hemisphere(2).

75 had significantly lower ARI values (affected hemisphere: 5.0 vs. 3.6; unaffected hemisphere: 5.4 vs.

76 affected hemisphere: 5.0 vs. 3.6; unaffected hemisphere: 5.4 vs. 4.4, p = 0.03) and more likely to ha

77 jections from both M1 and SMA (regardless of hemisphere); 83% of reticulospinal cells with input from

78 in the same or adjacent location in the same hemisphere 97% of the time.

79 presentations and highlight a potential left-hemisphere advantage for mnemonic representations.

80 lolide A analogues comprised of the southern hemisphere against protein phosphatase 2A are described.

81 ased on data acquired mainly in the Northern Hemisphere, an outstanding question is if the auroral so

82 s the most developed regions of the Northern Hemisphere and a taxonomic bias towards the most charism

83 at large areas of the tropics in the Western Hemisphere and in Asia have climatic conditions that cou

84 common vector-borne disease in the northern hemisphere and is caused by spirochetes of the Borrelia

85 n the cued hemisphere relative to the uncued hemisphere and negatively correlated with select memorie

86 graphic distribution throughout the Northern Hemisphere and parallel adaptation to freshwater, threes

87 language and praxis lateralizing to the left hemisphere and spatial attention, face recognition, and

88 Using volumetric analysis of whole hemisphere and subcortical structures, we observed wheth

89 and key outcomes, stratified by hippocampal hemisphere and subfield, were volume, neuron number, neu

90 this asteroid, mostly covering the northern hemisphere and the equatorial region, beyond 2.5-um to s

91 st common tick-borne illness in the Northern Hemisphere and the number of cases, and geographic sprea

92 concentration between the pristine Southern Hemisphere and the polluted Northern Hemisphere oceans c

93 /15 Hz) responsivity prevailing in the right hemisphere and theta and gamma band (6/40 Hz) activity p

94 roximate symmetry between the left and right hemispheres and a net bias for upward-nasal motion in th

95 exponentially decaying spatial modes in both hemispheres and discuss their precise spatial extent, an

96 CYC is decreased in the ischemic hemispheres and pCECs from WT but not in miR-34a(-/-) mi

97 ned sectors defined as superior and inferior hemispheres and temporal and nasal sectors were evaluate

98 ecentral gyrus as well as to both cerebellar hemispheres and the ipsilateral brain stem.

99 ified electroencephalography (30 s from each hemisphere) and visual electroencephalography (60 s) usi

100 as highly induced in neurons in the ischemic hemisphere, and postnatal deletion of the neuronal EP2 r

101 tions are present in both the left and right hemisphere, and that the representations of the left and

102 reasing latitude, especially in the Northern Hemisphere, and varied largely with ecosystem types.

103 tion started with the contraction of vegetal hemisphere approximately 20 s after the fertilization-in

104 Taxa from the Northern Hemisphere are disproportionately over-represented among

105 r, in very young children, lesions to either hemisphere are equally likely to result in language defi

106 ies of a secondary auditory area in the left hemisphere, are capable to predict future song copying a

107 e onset is confined to a brain region in one hemisphere, arises in several brain region simultaneousl

108 of language in either the left and/or right hemisphere as assessed by a very high incidence of disso

109 trans-catheter perfusion of the ipsilateral hemisphere as visualized by contrast-enhanced perfusion

110 dence between the spinal hemicords and brain hemispheres as well as sensory versus motor segregation

111 QA values of the identified tract in the LA hemisphere associated with increased severity of bradyki

112 rved analogous evolutionary patterns in both hemispheres associated with convergent evolution to coas

113 oes not affect the relative tendency of each hemisphere at generating slow waves.

114 st years of recent millennia in the Northern Hemisphere at the start of one of the coldest decades.

115 t and Bad expression was similar in cerebral hemispheres at 24 h post-MCAO.

116 millennial and sub-millennial scale Northern Hemisphere atmospheric circulation patterns.

117 (group A), CBF relative to the contralateral hemisphere (AUC 0.80) showed the best estimation of the

118 1960-2012, significant increases in Northern Hemisphere average frequency (~1.03 days decade(-1)) and

119 limate to insolation forcing as the Northern Hemisphere became increasingly glaciated through the MPT

120 n species in conifer forests of the Northern Hemisphere, but with global trade, it has invaded and be

121 These include: scarcely rounded cerebral hemispheres, cerebellum exposed in dorsal view with litt

122 tuses were significantly lower in cerebellar hemispheres (CH) (1.239 vs. 1.280.5 x 10(-3) mm(2)/s, p

123 Its occurrence in the Northern Hemisphere challenges biogeographical hypotheses of a Go

124 tipsychotic-treated vs HC's in a larger left hemisphere cluster (100 voxels, CCLAV = 0.01).

125 ), which has the longest continuous northern hemisphere CO(2) record, shows an increasing SCA before

126 ker cortical gray matter overall (left/right hemispheres: Cohen's d = 0.61/0.65), but focal thickness

127 -speech-to-brain delay of ~70 ms in the left hemisphere, compared with ~20 ms in audio-only.

128 ng-state connectivity than seeding the tumor hemisphere (connectivity seeded:contralateral = 1.34 non

129 pha-band activity that was greatest over the hemisphere contralateral to the target (which we call "t

130 a trans-equatorial migration to the Southern Hemisphere, contrasting with 17% of the adults which rem

131 frequent from about 1.35 Ma, as the Northern Hemisphere cooled, and permanent after about 0.4 Ma.

132 es, peripapillary VD and IOS of the affected hemisphere correlated significantly with functional meas

133 ptomic, and proteomic differences between PD hemispheres correspond to the lateralization of PD sympt

134 l VD and IOS were measured from the affected hemisphere corresponding to the VF hemifield of more sev

135 ased functional MRI voxel activation in left hemisphere cortical regions for verb generation (from 3.

136 the higher rates of warming in the northern hemisphere create an interhemispheric temperature gradie

137 pervasive reductions in 22q11DS (left/right hemispheres: d = -1.01/-1.02).

138 s driven by ice-sheet growth in the Northern Hemisphere decreased EAIS susceptibility to ocean meltin

139 C in the contralateral, but not ipsilateral, hemisphere decreased relapse.

140 onkeys and caviomorph rodents of the Western Hemisphere derive from source groups from the Eocene of

141 ypically, accounts invoke models wherein the hemispheres differ in time-frequency resolution or integ

142 bias due to earlier reports suggesting right hemisphere dominance for faces, or would show an upper o

143 The Northern Hemisphere dominates our knowledge of Mesozoic and Cenoz

144 timescales tend to be shorter in the summer hemisphere due to the shallower mixed layer.

145 selectively produces effects in one amygdala hemisphere during a critical period of brain development

146 e sources and transport pathways of Southern Hemisphere dust during the Last Glacial Maximum (LGM).

147 asymmetry in neuronal epigenomes, such that hemispheres epigenetically converge in late life.

148 e widespread than the normal pattern in both hemispheres, especially when lesions were incomplete.

149 ing the Last Glacial Maximum in the Northern Hemisphere, expanding ice sheets forced a large number o

150 m to ~2 cm and with geometries that resemble hemispheres, fire balloons, flowers, concave lenses, sad

151 single recent introduction into the Eastern Hemisphere followed by rapid dispersion.

152 ensory-motor behaviours, favouring the right hemisphere for fight-or-flight processes and the left he

153 e for fight-or-flight processes and the left hemisphere for performing structured motor sequences.

154 from M1 received projections from M1 in both hemispheres; for SMA, the equivalent figure was even hig

155 umes data of 68 cortical regions across both hemispheres from 1379 PTSD patients to 2192 controls wit

156 n 3D histology reconstruction of whole human hemispheres from two donors.

157 to be significant for superior and inferior hemisphere GCIPL thickness.

158 omposition is scarce and focused on southern hemisphere genotypes.

159 ntarctic ice sheet and the onset of Northern Hemisphere glaciation.

160 Western hemisphere goats have European, African and Central Asia

161 stimulation over the contralesional, intact hemisphere has generally been shown to ameliorate neglec

162 t decades, the mid-latitudes of the Northern Hemisphere have been rapidly warming globally.

163 observations largely focused on the northern hemisphere have suggested that annual phytoplankton biom

164 Within temperate regions of the Northern Hemisphere, herbivorous bird species often track the phe

165 the levels necessary for initiating Northern Hemisphere ice sheets.

166 caused by the progressive decay of Northern Hemisphere ice-sheets.

167 Focused ultrasound subthalamotomy in one hemisphere improved motor features of Parkinson's diseas

168 ate more often in the right than in the left hemisphere in both callosotomized and healthy adult indi

169 is dominantly processed in the left cerebral hemisphere in most of the population.

170 a-level rise due to ice loss in the Northern Hemisphere in response to insolation and greenhouse gas

171 sed frequently to describe the action of one hemisphere in suppressing or impeding processing in its

172 onal cortex and crossing to the ipsilesional hemisphere in the pons explained proximal motor function

173 to hemispheric debates implicating the right hemisphere in therapy-driven language recovery.

174 rom the pathologic hemisphere to the healthy hemisphere in TLE patients.

175 ry of fall armyworm, a native of the Western Hemisphere, in western Africa in 2016 was rapidly follow

176 ebellar vermis with fusion of the cerebellar hemispheres, in 8/10 individuals.

177 -adapted H3N2 component of the 2019 Southern Hemisphere influenza vaccine elicits an antibody respons

178 The 2019-2020 Northern Hemisphere influenza vaccine includes antigens from 3c3.

179 cine component update for 2019-2020 northern hemisphere influenza vaccines.

180 e show that stationary waves in the Northern Hemisphere integrate tropical and extratropical impacts

181 ory for specific words processed in the cued hemisphere (ipsilateral to stimulated nostril) was impro

182 uestion is whether upregulation of the right hemisphere is adaptive for language recovery.

183 e of atmospheric CO(2) (SCA) in the northern hemisphere is an emerging carbon cycle property.

184 here is sunlit and is smaller when the polar hemisphere is dark.

185 tron precipitation, is larger when the polar hemisphere is sunlit and is smaller when the polar hemis

186 nal survival gradient exists in the northern hemisphere, is dampened or absent for southern hemispher

187 anscallosal connections to the contralateral hemisphere, is involved in maintaining normal motor func

188 ments are solely driven by the contralateral hemisphere, it appears that the ipsilateral hemisphere p

189 eater recent carbon uptake into the Northern Hemisphere landmass(10) reinforce our conclusion that th

190 res of directed connectivity across the left hemisphere language network revealed a continuous inform

191 h higher variance of tracer uptake in single hemispheres, leading to higher required sample sizes.

192 chronic aphasia after left rather than right hemisphere lesions, and the basis of partial recovery in

193 zation per se but rather on patterns of left-hemisphere (LH) and right-hemisphere (RH) activation acr

194 own that language is lateralized to the left hemisphere (LH) in most neurologically healthy adults.

195 While in the northern hemisphere, many studies have been conducted on the voca

196 th abnormalities being most prevalent in the hemisphere matched to side of symptom predominance.

197 Seeding from the nontumor hemisphere may attenuate asymmetry in patients with tumo

198 STATEMENT Focal damage to the right cerebral hemisphere may result in a variety of deficits, often af

199 e, these responses were stronger in the left-hemisphere MD regions.

200 lly annotated samples from a single cerebral hemisphere, measured from 2D histological sections.

201 rocessing; attention processing in the right hemisphere; memory retrieval and semantic judgement in t

202 The onset of deglaciation in the Southern Hemisphere mid-latitudes has been attributed to the sout

203 ct carbon sequestration capacity of Northern Hemisphere (NH) forests.

204 ny methane over a range of latitudes in both hemispheres, obtaining an upper limit for methane of abo

205 outhern Hemisphere and the polluted Northern Hemisphere oceans can be used as a proxy for anthropogen

206 (happy, angry, sad and neutral) in the left hemisphere of 21 two-month-old infants using diffuse opt

207 le recording downstream from the ipsilateral hemisphere of DMS in rats, performing a variant of the S

208 strong diurnal tides of dust in the Southern Hemisphere of Mars.

209 The synthesis of the southern hemisphere of spirastrellolide A was achieved involving

210 and vocal acts and, in the language dominant hemisphere of the human brain, has been adapted to serve

211 An epithelial monolayer covers the anterior hemisphere of the lens, and its organization is the key

212 o extended perturbation in the contralateral hemisphere of these rats, such as increased deposition o

213 rophysiological changes in the corresponding hemisphere of V1 including decreased noise correlations

214 Nigrostriatal tracts were identified in both hemispheres of PD patients.

215 s send widespread axonal projections to both hemispheres of rats with ischemic lesions in the cerebra

216 es within multiple cortical regions over two hemispheres of the awake mouse brain.

217 and 5) expression patterns in the peripheral hemispheres of the eyes suggest visual specializations n

218 regional gray matter volume changes in both hemispheres of the frontal lobe, which suggests that str

219 s, giving rise to global changes across both hemispheres of V1.

220 id not reveal consistent asymmetries between hemispheres or regions.

221 that represents crowding of function in one hemisphere, or a reversal of the standard functional org

222 Caribbean regions as the most likely Western Hemisphere origins of the African infestations.

223 nning all major forest types in the northern hemisphere outside the tropics.

224 Maturation occurred earlier in the right hemisphere (P < .001) in several regions, including the

225 ADC maturation occurred earlier in the left hemisphere (P < .001) in several regions, including the

226 t, was significantly higher in the sonicated hemisphere (P < 0.01).

227 ostoperatively reduced thinning were in both hemispheres, particularly, but not exclusively, in regio

228 sures compared well with those from northern hemisphere pilot whales.

229 refrontal language-related regions and right hemisphere pitch-related regions, which reflected the be

230 hemisphere, it appears that the ipsilateral hemisphere plays an active and specific role in the plan

231 plus baclofen injections into the Pir in one hemisphere plus unilateral muscimol plus baclofen inject

232 ctica, they reach values typical of Northern Hemisphere polluted outflows.

233 iruses currently circulating in the Southern Hemisphere possess antigenic site A substitutions.

234 oint to reorganization in the contralesional hemisphere, possibly suggesting competition for cortical

235 ssessed thus far, the retina of the southern hemisphere pouched lamprey, Geotria australis, is unique

236 onal SW power increase was lower in the cued hemisphere relative to the uncued hemisphere and negativ

237 n patterns of left-hemisphere (LH) and right-hemisphere (RH) activation across individual participant

238 being processed with the recruitment of each hemisphere's IPL.

239 ct influenza epidemics a different (northern hemisphere) scales.

240 heric interaction, a large or rapid Northern Hemisphere sea-level forcing enhances grounding-line adv

241 hese interactions, the inclusion of Northern Hemisphere sea-level forcing in our model increases the

242 response of AIS grounding lines to Northern Hemisphere sea-level forcing is more complicated than pr

243 that AIS dynamics are amplified by Northern Hemisphere sea-level forcing.

244 al sectors and between superior and inferior hemisphere sectors were less than 2 mum.

245 :contralateral = 1.34 nontumor vs 1.38 tumor hemisphere seeded; P = .03, false discovery rate thresho

246 ion of cortical auditory processing in the 2 hemispheres, shedding light on the neural dynamics that

247 with little superimposition by the cerebral hemispheres, short temporal lobe, and long sylvian fissu

248 erences in slow-wave generation across brain hemispheres.SIGNIFICANCE STATEMENT The slow waves of NRE

249 olicus australis is a predominantly southern hemisphere species found in the Pacific, Indian and sout

250 misphere, is dampened or absent for southern hemisphere species, and that differences between passeri

251 buted to the southward shift of the Northern Hemisphere storm tracks and the associated delayed icebe

252 nctional connectivity in patients with right-hemisphere stroke and found a pattern of correlations be

253 n the perception of C-tactile touch in right hemisphere stroke patients (N = 59), revealing that righ

254 nd ROI-to-ROI connectivity in subacute right-hemisphere stroke patients.

255 52 speakers during the acute stage of a left hemisphere stroke.

256 icipants with aphasia due to unilateral left hemisphere stroke.

257 d a weakened and poleward displaced Southern Hemisphere Subtropical Convergences Zones.

258 vident in both ipsilateral and contralateral hemispheres, suggesting that ICH also induces functional

259 of coronavirus disease 2019 in the Southern Hemispheres' summer and early fall.

260 ecies exhibits several traits in the Western Hemisphere that if transferred to Africa would significa

261 ge axon tract connecting the two neocortical hemispheres that emerged exclusively in eutherian mammal

262 k, which is robustly lateralized to the left hemisphere, these responses were stronger in the left-he

263 es globally after 2000, or over the Northern Hemisphere throughout the period.

264 ric stroke, CA is impaired across the entire hemisphere to a variable extent.

265 ific regions of interest from the pathologic hemisphere to the healthy hemisphere in TLE patients.

266 y frozen ground (permafrost) in the Northern Hemisphere to warming is less clear, and its long-term t

267 concentration for the Northern and Southern hemispheres to gain insight into the temporal and spatia

268 l eye field and intraparietal sulcus in each hemisphere) to identify regions of the dorsal attention

269 changes result in drier-than-normal Southern Hemisphere tropics and subtropics.

270 show robust near-surface trends in Southern Hemisphere tropospheric circulation towards the end of t

271 In the left hemisphere, visual and sentential constraints jointly su

272 call types were almost identical to northern hemisphere vocalisations, even though the geographic ran

273 ate that DBS implantation surgery may affect hemisphere volume at the level of subcortical structures

274 located over the region known as the Western Hemisphere Warm Pool (WHWP) centred on the Gulf of Mexic

275 In riparian forests across the northern hemisphere, warming could decouple seed release from sno

276 e OP1/OP4 region-of-interest in the affected hemisphere was analysed before and after 6 weeks of CMR.

277 4 patients, autoregulation over the affected hemisphere was calculated based on direct, 15 to 20-minu

278 d the auditory evoked field, while the right hemisphere was sensitive to visual constraints only in t

279 In the left hemisphere, we find that CA1-entorhinal connectivity inc

280 stimated in marine mammals from the Northern Hemisphere, we performed a fluorine mass balance on live

281 rial conducted in both northern and southern hemispheres, we evaluated nirsevimab for the prevention

282 Instead, cells in each hemisphere were tuned to 45 degrees ipsilateral, forming

283 Intact formalin-fixed cerebral hemispheres were scanned on a 3 T MRI scanner.

284 The cerebellar hemispheres were the major target of resulting disynapti

285 , whereas the occipital lobes and cerebellar hemispheres were unaffected.

286 cean dynamics are influenced by the Southern Hemisphere westerly winds (SWW), changes in the westerly

287 nts are more likely to occur in the northern hemisphere, where feeding by tropical herbivores is pred

288 global subtropical regions and the Northern Hemisphere, where transport of microorganisms from conti

289 y aligned cortical actomyosin in the vegetal hemisphere, which in turn generates the directional move

290 filaments at the cell cortex of the vegetal hemisphere, which ran perpendicular to the animal-vegeta

291 languages tending to lateralize to opposite hemispheres, while production showed negligible change a

292 ty between the ipsilateral and contralateral hemispheres, while the rate of bi-hemispheric population

293 s associated with volume of pretherapy right hemisphere white matter and post-therapy grey matter tis

294 land types, despite forming a large northern hemisphere-wide ecosystem.

295 ing and summer months arrive in the Northern Hemisphere) will not necessarily lead to declines in cas

296 dividual NREM epochs tended to differ across hemispheres, with a relative overall predominance of the

297 asymmetry between the northern and southern hemispheres, with all known geysers concentrated over th

298 y are ecologically dominant in many northern hemisphere woodlands.

299 rlogging and cold tolerance for 799 northern hemisphere woody species, we determined the number of di

300 ss from the IHM region, seeding the nontumor hemisphere yielded less asymmetric hand motor resting-st