ライフサイエンスコーパス: polar region

1 e TPC, with another area being unique to the polar region.

2 e with the observed deformation of the south polar region.

3 amolecular hydration/hydrogen bonding in the polar region.

4 and a transient auroral feature in Jupiter's polar region.

5 producing minimal disturbance of the bilayer polar region.

6 precise topographic map of the martian north polar region.

7 neutral low latitudes and a reddish northern polar region.

8 that detach and subsequently aggregate in a polar region.

9 half of the air in the upper troposphere in polar regions.

10 spholipid membrane domains at the septal and polar regions.

11 e due to strong positive feedbacks unique to polar regions.

12 ala), both of which are influenced by fronto-polar regions.

13 and shorter anaphase than nuclei at the two polar regions.

14 om the inner magnetosphere into the planet's polar regions.

15 ce probably abundant water ice, in the lunar polar regions.

16 xtreme conditions, including outer space and polar regions.

17 s are a typical form of auroras in nightside polar regions.

18 ation rates 10- to 10,000-fold in marine and polar regions.

19 urations, polymorphic polar variants and non-polar regions.

20 y of most planktonic groups in temperate and polar regions.

21 try across the Jupiter system, to Ganymede's polar regions.

22 nobacteria) has a global distribution in the Polar Regions.

23 re present in the marine environments of the polar regions.

24 cosystems, including lakes and rivers of the polar regions.

25 ized by the auroral displays seen in Earth's polar regions.

26 and sinks is largely unknown, especially for polar regions.

27 ial heat loss during its transit towards the polar regions.

28 ulate gradually, especially in temperate and polar regions.

29 from aquatic systems from the tropics to the polar regions.

30 nder current Martian conditions, even in the polar regions.

31 e electron acceleration in Jupiter's auroral polar regions.

32 on QQ activity of bacteria isolated from the polar regions.

33 hat connect Earth's space environment to its polar regions.

34 quitous in the environment, including remote polar regions.

35 ents, and shorelines from the tropics to the polar regions.

36 imate change may affect the mercury cycle in polar regions.

37 nd sea and between the tropics and temperate-polar regions.

38 d direct modification of much of the world's polar regions.

39 s to abyssal depths, and from the tropics to polar regions.

40 s) have accumulated in soils and snow/ice in polar regions.

41 across different types of sea ice from both polar regions.

42 ciency was correlated with volume of frontal polar regions.

43 ions, the polluted urban boundary layer, and polar regions.

44 ly (so far) in southern middle latitudes and polar regions.

45 cell cortex becomes differentiated from the polar regions.

46 from the subtropics to the mid-latitudes and polar regions(1,2), making up the majority of polewards

47 Deciduous forests covered the ice-free polar regions 280 to 40 million years ago under warm "gr

48 ils at the northern land limit of the Arctic polar region (83 degrees 05 N).

49 acclimated egg masses from temperate and sub-polar regions across the species range.

50 However, treatment of the polar region also caused a high frequency of abnormal cy

51 in non-polar waters and hypothesize that in polar regions, alterations in community activity in resp

52 thicker at low latitudes and thinner in the polar region and shows evidence for thinning beneath som

53 gression, vesicles are internalized from the polar region and subsequently trafficked to the midbody

54 U-shaped (the turn in the guest occupying a polar region and the two termini competing for occupancy

55 , CHAB-I-5, occurs globally from tropical to polar regions and accounts for up to 22% of the active N

56 ximately 400 K observed independently in the polar regions and at 30 degrees latitude.

57 chlorinated naphthalenes (PCNs) for biota in polar regions and even fewer reports of temporal trends.

58 ough to be transported from their sources to polar regions and high mountain environments where they

59 The low temperatures of polar regions and high-altitude environments, especially

60 s, a geyser that jets outward from the south polar regions and most likely serves as the dominant sou

61 tal records are often short or incomplete in polar regions and precisely-dated temperature proxies wi

62 el has explained why lakes are found only in polar regions and preferentially in the north; how low-l

63 g sharp tropospheric ozone (O3) depletion in polar regions and significant O3 reduction in the marine

64 distribution in remote environments such as Polar Regions and the deep sea is scarce.

65 new particle formation in the relatively dry polar regions and, more generally, provide for the first

66 the molecule, including the fusion peptide, polar region, and the N-terminal heptad repeat, were not

67 anic pollutants (POPs) have been reported in polar regions, and act as sentinels of global pollution.

68 eness of accelerated environmental change in polar regions, and by strong interest in the habitabilit

69 ed that the radio emission originated in the polar regions, and indicated a strong correlation with s

70 he Earth's atmosphere, routinely observed in polar regions, and typical for the near-surface atmosphe

71 her volatiles that accumulated in the Moon's polar regions are among the top priority targets for lun

72 Large areas of the lunar polar regions are currently cold enough to cold-trap wat

73 Feeding grounds at polar regions are currently experiencing major ecosystem

74 rctic sea-ice loss and cold winters in extra-polar regions are dynamically connected through the pola

75 The polar regions are experiencing rapid climate change with

76 Pollutant levels in polar regions are gaining progressively more attention f

77 Polar regions are heavily impacted by climate change.

78 rthern magnetic-cusp region, indicating that polar regions are important sources of Mercury's ionized

79 olar habitats could be key in explaining why polar regions are in fact hot spots of microbial diversi

80 the 1980s, and losses of marine ice in both polar regions are one of the striking responses to a war

81 ent extreme environments, including the cold polar region, arid desert, oxygen-deprived Tibetan mount

82 odels generally predict amplified warming in polar regions, as observed in Antarctica's peninsula reg

83 a data bit means increasing the size of one polar region at the expense of another, and hence the mo

84 airpin-like structure (called hook) with the polar region at the turn forms parallel beta-sheets with

85 ps 300 kilometers by 1000 kilometers of both polar regions at 150-meter spatial resolution and 50-met

86 egrees C have been measured during summer in polar regions at the surfaces of barren fellfield soils

87 are intimately connected to the existence of polar regions at twin boundaries of SrTiO3, developing a

88 (BA) 32] but decreased in the right frontal polar region (BA 10).

89 through the atmosphere and deposited in the polar regions; bioconcentration and biomagnification in

90 rmal water columns, such as those typical of Polar Regions, but the necessary ecological and physiolo

91 gen enhancements have been identified in the polar regions, but these data do not identify the host s

92 ng an inner cell mass (ICM), confined to the polar region by the expanding blastocoel.

93 region by afferent sensory axons and in both polar regions by efferent gamma-motoneurons.

94 most intense auroral emissions from Earth's polar regions, called discrete for their sharply defined

95 embrane proteins engineered to contain large polar regions) can promote protein stacking interactions

96 The deep low-stability layer in the polar region cannot be explained by vertical convection

97 Conversely, local application of CD near the polar region caused inhibition of cytokinesis.

98 n of five positively charged residues in the polar region circumvents the necessity for a Mg(2+), whi

99 n carbon in the planetary boundary layer and polar regions compared to previous modeling studies.

100 o the interface and resides at the head of a polar region comprising R(331)[alpha], E(326)[alpha], an

101 Its south polar region consists of young, tectonically deformed te

102 regime results in a dramatic warming in the polar regions, demonstrated here using both a conceptual

103 development of ice caps and glaciers in the polar region during the Late Miocene global cooling, the

104 Atmospheric mercury (Hg) is deposited to Polar Regions during springtime atmospheric mercury depl

105 ures below about 195 K (i.e., largely in the polar regions during winter).

106 tors measured electrons precipitating in the polar regions, exciting intense aurorae, observed simult

107 egrees C, 550 ppm [pCO(2)]) for species from polar regions experiencing rapid rates of climate change

108 monstrate that deciduous forests covered the polar regions for much of the past 250 million years whe

109 Our results highlight the importance of polar regions for the subtropical hydrological cycle.

110 opy directly revealed that the dispersed non-polar regions frustrate the long-range antipolar orderin

111 Examination of microbial diversity in polar regions has revealed a higher than expected divers

112 Numerous dunes in Mars' north polar region have experienced morphological changes with

113 Mutations at multiple residues of the polar region have little effect on antiport rates.

114 Despite this, Earth's polar regions have been our planet's most environmentall

115 through earlier plant growth in temperate to polar regions have been thought to be a response to clim

116 increased frequency of drifting icebergs in polar regions holds the potential to affect carbon and n

117 35) appear impossible, mainly because of the polar region in the middle of the 16-35 sequence.

118 entification of a previously undisclosed non-polar region in this cleft.

119 restricted taxa differ substantially between polar regions in both microeukaryotic and bacterial biot

120 Chemical ozone destruction occurs over both polar regions in local winter-spring.

121 g organic carbon associated with the Earth's polar regions in the face of changing climate.

122 riven through contacting deep versus surface polar regions in the pocket.

123 Both the polar regions in these spindles are well focused and con

124 ized astral microtubule arrays with expanded polar regions in which the minus ends of the microtubule

125 rds come from high mountain glaciers and the polar regions, including small ice caps and the large ic

126 ght persistent polar aurora and Earth's dark polar region indicate that the planets' magnetospheric t

127 we propose that fast proton transfer into a polar region is involved in this reaction.

128 The polar region is the source of a plume of gas and dust, w

129 The net precipitation in polar regions is balanced in the annual mean by slow alo

130 t focus of global climate change research on polar regions is identified, particularly the opportunit

131 The formation of sea ice in polar regions is possible because a salinity gradient or

132 s as blinking of the upper atmosphere in the polar regions, is known to be excited by modulated, down

133 Water in the polar regions may be water that has migrated to the cold

134 cycle, hence better knowledge of physics of polar regions may lead to improved solar cycle and space

135 al ecosystem services, particularly those in polar regions, may be vulnerable to the same impacts tha

136 Polar regions modulate the global climate system across

137 Frontal-polar regions near BA 10 associate with temporally exten

138 However, in marine and polar regions, NH(3) is generally low, and H(2)SO(4) is

139 Whereas the polar region of AOT and surrounding interfacial water mo

140 In 2005, plumes were detected near the south polar region of Enceladus, a small icy satellite of Satu

141 d nature of a water vapor plume in the south polar region of Enceladus.

142 ed that it is injected and replicated at the polar region of infection.

143 Thermal models for the north polar region of Mercury, calculated from topographic mea

144 as the "PMf" domain), which localizes to the polar region of mycobacteria.

145 cell pole may arise from the release at the polar region of potential energy within the supercoiled

146 MA/dynein/dynactin complexes that occupy the polar region of the cell membrane and are excluded from

147 Conversely, NuMA-based complexes at the polar region of the cell membrane ensure spatially confi

148 nvolved in attachment of the holdfast to the polar region of the cell.

149 of the chain and the methyl terminal in each polar region of the host.

150 nce lifetimes from C152 partitioned into the polar region of the lipid bilayer show evidence of PFOA-

151 our escapes from fissures crossing the south polar region of the Saturnian moon Enceladus.

152 This results in a decreased hydration in the polar region of the SM bilayer compared with DPPC.

153 IMD, enriched in the sub-polar regions of actively growing rod-shaped cells, cont

154 hosphatidylglycerol (PG) concentrated in the polar regions of E. coli cell membranes; depletion of CL

155 flowing along magnetic field lines into the polar regions of Earth are thought to be the main contri

156 Examination of temperate and polar regions of Earth shows that the nonbiological worl

157 d Viking spacecraft images revealed that the polar regions of Mars, like those of Earth, record the p

158 r specifically on the peripheries and in the polar regions of mature heterocysts, coinciding with the

159 terminals associated with the equatorial and polar regions of muscle spindle intrafusal fibers.

160 -free chromosome fragments, generated in the polar regions of PtK1 spindles, were ejected AP and ofte

161 ich is distributed along impact zones of the polar regions of the Moon.

162 s that point to water phase locations in the polar regions of the Moon.

163 at the interface between the hydrophobic and polar regions of the peptide, the substitution was neith

164 The temporal polar regions of the perirhinal cortex had the strongest

165 tosphere, which injects energy mostly in the polar regions of the planet.

166 rom apolar membrane spanning regions to more polar regions of the protein structure with the DDM mole

167 ysis reveals an unexpected stiffening of the polar regions of the stomata complexes, both in Arabidop

168 eri-Rolandic cortex and posterior, basal and polar regions of the temporal lobe; and (3) major receiv

169 d with bilateral atrophy of the inferior and polar regions of the temporal lobes.

170 Tsl protein is specifically localized to the polar regions of the VM in laid eggs.

171 rporation of peptides into the polar and non-polar regions of vesicles and formation of the hydrogen

172 sis confirmed probable binding polar and non-polar region on the active site of tyrosinase.

173 The post-Rheasilvia craters in the north-polar region on Vesta could be the potential source for

174 The polar regions on Mars have distinctive morphologic and c

175 pleting gases were made for mid-latitude and polar regions on the basis of these tropospheric measure

176 of relative meltwater releases from the two polar regions on the distribution of marine oxygen isoto

177 of Arg-44 and Tyr-60, respectively, with the polar region or polar hydrophobic interface of the lipid

178 their latitudinal range (from the tropics to polar regions), owing to their reduced reliance on envir

179 The polar region (PR) at the N terminus of gp41 comprises 17

180 The polar region (PR) of gp41 has been proposed to participa

181 t methane is cold-trapped and accumulates in polar regions, preferentially in the north because the n

182 It has lakes in polar regions, preferentially in the north; dry low lati

183 Few palaeoclimate archives beyond the polar regions preserve continuous and datable palaeotemp

184 more homogeneous growth, including growth in polar regions previously thought to be inert.

185 findings suggest that the entire lunar south polar region probably have experienced contributions fro

186 We predict that in the northern polar region, prominent clouds will form within about tw

187 Further, the few available studies in polar regions reveal that viral control of microbial mor

188 ility to the harshest environments, spanning polar regions, scorching deserts, abyssal oceans, lightl

189 ability in ocean acidification impacts, with polar regions showing heightened vulnerability.

190 Orbital configuration in the two Polar regions shows that the onset of MIS 14 was forced

191 normous deposition of energy in the magnetic polar regions, so it has been presumed that redistributi

192 , which we found to be widely distributed in polar regions, suggests that plastid-mitochondrion inter

193 ermal and fast neutrons from Mercury's north polar region that are consistent with the presence of wa

194 geologic materials and features in the north polar region that span the Amazonian period (approximate

195 erature and low-level wind fields in the two polar regions that contribute to the opposite changes in

196 rbons of the basal plane of GO formed highly polar regions that encompass graphitic regions slightly

197 osystems of the Southern Ocean compared with polar regions that may be more influenced by recent clim

198 Unlike in many polar regions, the spatial extent and duration of the se

199 Climate change is increasingly predisposing polar regions to large landslides.

200 peratures decrease steadily from the auroral polar regions to the equator.

201 The expanding and contracting of these polar regions under external fields, coupled with a larg

202 provides the first evidence of PFAS input to Polar regions via local research stations and demonstrat

203 dividuals, gray matter volume in the frontal polar region was correlated with visual metacognition ca

204 ng a 2D quasi-geostrophic model of Jupiter's polar regions, we constrain the cyclones' deformation ra

205 At the interface between the equatorial and polar regions, we observe synchrotron emission indicativ

206 moved to higher latitudes, and the dawn side polar regions were filled with intense emissions.

207 ected to take place over the sea-ice covered polar region, when sea ice is not fully recovered in win

208 In the south polar region where the emission surpluses were observed

209 he effects are likely to be most apparent in polar regions where ozone holes have developed and ecosy

210 major distributional shifts, particularly in polar regions where the thermal envelope is narrow.

211 r (SOM) in the retention of PCBs and OCPs in Polar Regions, where SOM content is low.

212 In the polar regions, which are vulnerable receptors of mercury

213 do feedback spread explains uncertainties in polar regions while the water vapor feedback spread expl

214 tion of the world's ocean surface, mostly in polar regions, will experience increased oxygenation and

215 sites of plains terrains in the Moon's south polar region, with a total surface area of ~46,000 km(2)

216 subtropical regions (-21.11%) but less so in polar regions, with Chl-a even increasing in the Sub-Ant

217 , both over the Asian seas as well as in the polar regions, with concentrations from 19 to 2000 pg m(

218 and is accepted to occur in lipid-like, non-polar regions within brain proteins.

219 Significant impact on total ozone outside polar regions would require a much larger event, similar