ライフサイエンスコーパス: collide

1 aims or when selfish and prosocial interests collide.

2 ble that their member stars will interact or collide.

3 kage occurs when two translocating complexes collide.

4 f biomedical discoveries and ethical beliefs collide.

5 gh itself and cuts when two enzyme molecules collide.

6 rowded track where motor proteins frequently collide.

7 en their individual and collective interests collide.

8 c energy to other forms, can occur when they collide.

9 omain is where contraction, energy and death collide.

10 o the CFUME surface, was used to detect each collide.

11 duction, urban development, and conservation collide.

12 ringlike cluster and two rings spontaneously collide.

13 mas carrying oppositely directed field lines collide.

14 ls where the upward and downward activations collided.

15 p mitotic spindles in syncytial embryos from colliding.

16 ow will they behave when they fall, roll, or collide?

17 ast Gcn1 protein in complex with stalled and colliding 80S ribosomes.

18 ilation of these circular structures as they collide, a distinctive feature of excitable pulses.

19 n vivo reveals synchronous reorganization of colliding actin networks through engagement of an inter-

20 in and characterizing the mixing dynamics of colliding airborne microdroplets (40 +/- 5 mum diameter)

21 vesicles exhibit interesting behavior: they collide and coalesce, can finger into stripes, and can b

22 n generates 3' flaps as the additional forks collide and displace nascent leading strands, providing

23 wound site, and the converging tissue fronts collide and form a stable interface.

24 anslation events is activated when ribosomes collide and form disome, trisome, or higher-order comple

25 ceeds in embryos lacking centrosomes, nuclei collide and form large irregularly shaped nuclear cluste

26 atalytically active metal NPs are allowed to collide and immobilize on the electrode resulting in the

27 is constantly in flux as atoms and molecules collide and interact with high-energy particles such as

28 Diffusing septin complexes collide and make end-on associations to form elongated f

29 dynamic in the denatured state but when they collide and make enough contacts, they provide a loose s

30 tion are occurring, elongating complexes may collide and proteasomal degradation may be required for

31 At higher grid velocities, the rings collide and reconnect to produce quantum turbulence.

32 Polariton pairs collide and self-organize to avoid each other while cons

33 Unfortunately, DNA-coated colloids generally collide and stick forming kinetically arrested random ag

34 ring explosive eruptions, airborne particles collide and stick together, accelerating the fallout of

35 nt transients had step shapes when L. lactis collided and adsorbed and spike shapes when they collide

36 ided and adsorbed and spike shapes when they collided and then moved away from the electrode.

37 embly of adjacent nucleosomes with which RSC collides and not the disassembly of nucleosomes mobilize

38 regions rich in Gram-negative prey bacteria, colliding and attaching to prey and then ceasing flagell

39 rolled monodisperse microdroplet streams and collide (and thus mix) the microdroplets with high spati

40 tent random walks on the computational grid, collide, and proliferate until they reach confluence.

41 O) on the surface, allowing the reactants to collide, and, with a transient close to a picosecond (ps

42 Individual cells moved, collided, and formed alveolar-like cysts without appreci

43 eraction begins when the centers of two rods collide at a random angle.

44 fluid"-in which massless electrons and holes collide at a rapid rate.

45 Supercollider (SSC) protons, or antiprotons, collide at a rate between 10(5) (Fermilab) and 10(8) (SS

46 These differences in function collide at the AIS.

47 3 ligase ZNF598 through sensing of ribosomes collided at aberrant mRNAs and monoubiquitination of dis

48 al proxies also suggest Wyoming and Superior collided at ca. 2.6 Ga.

49 Adsorption involves molecules colliding at the surface of a solid and losing their inc

50 on and the total energy transfer between the colliding atom and the nanotube also exhibit a roughly M

51 on but enables macrophages to steer clear of colliding axons, in particular the growth cones at the t

52 how that Cl(-) + CH(3)Cl trajectories, which collide backside along the S(N)2 reaction path, do not f

53 In a colliding beam accelerator such as Fermilab or the Super

54 anging from a centimeter to a meter from the colliding beams.

55 Previous experiments on colliding Bose-Einstein condensates have revealed matter

56 only by the velocity at which microdroplets collide but also the geometry of the collision (i.e., he

57 gregation of equal-size spheres because they collide by virtue of their orientation-dependent settlin

58 es microglia motility, steers IAMs away from colliding cells and facilitates matrix compaction.

59 By measuring the overall atomic loss from colliding clouds as a function of magnetic field, we tra

60 ollision of a trailing RNAP into the head-on collided complex dramatically increases the termination

61 xes (OPCs) and elongating complexes (EC) and collided complexes (CC).

62 Cryo-electron microscopy structures of collided disomes from E. coli and Bacillus subtilis show

63 se kinetics for bimolecular reactions in our colliding-droplet microreactor.

64 of coalescence and stretching separation of colliding droplets are delineated based on Weber number

65 phase chemical reactions to be initiated by colliding droplets with different reactants and levitati

66 By irradiating two colliding elliptically-polarized lasers onto two diamond

67 er is produced when interplanetary impactors collide energetically with small inner moons, and is org

68 les or entities where the orientation of the colliding entity does not impact the electrochemical res

69 ART, which include the potential impact of "colliding epidemics" of infection (eg, HIV, tuberculosis

70 Collided eukaryotic ribosomes adopt a unique structure,

71 However, the straightforward laser-laser colliding for copious numbers of pair creation requires

72 usly, but what happens when such polymerases collide--for example due to polymerase pausing or DNA da

73 ing to new replication forks that apparently collide from behind with stalled forks, thereby generati

74 to arise when newly formed replication forks collide from behind with stalled or collapsed forks.

75 s roughly M(1/3), where M is the mass of the colliding gas species (He, Ar, Ne, Kr, Xe, CH4, and N2).

76 such that RNA polymerase and DNA polymerase collide head-on.

77 ns when RNA polymerase II (RNAPII) molecules collide head-to-head.

78 Acting selectively on ribosomes that have collided, HrpA uses ATP hydrolysis to split stalled ribo

79 orming stars, some of which can subsequently collide in giant impacts after the gas component is remo

80 sts generally believed that reactants had to collide in order to effect a transformation.

81 e linear, concentric or spiral and when they collide, instead of annihilating one another they appear

82 discovery, it is suggested that BV probably collides into its prey at random.

83 uding a high-speed intruder galaxy currently colliding into the intragroup medium, have probably gene

84 ation of subunits from the intact complex by colliding it into inert gas atoms such as argon or xenon

85 riments showed transients that occurred when colliding L. lactis reduced transport of FcM to the elec

86 ggregation process, consistent with monomers colliding many times before finding a favorable strong i

87 e inner Solar System in 0.1-1 Myr, and these collided more energetically to form planets.

88 When clones with similar competitive fitness collide, mutant cell fate reverts towards homeostasis, a

89 Finally, we suggest that the problem of colliding networks has general significance in many proc

90 Colliding neutrophils initially bridged by at least one

91 Recent studies reveal that a braided colliding nodal pair can be stabilized in a multi-gap sy

92 and serves both as an adhesive interface for colliding NPs and as a preconcentrated reactive medium t

93 collisions increases the tendency to see the colliding objects as sliding over one another, rather th

94 n of lowlands as they emerged in the form of colliding oceanic island arcs, continental fragments and

95 nstrate that when two or more water droplets collide on an oil-infused substrate, they exhibit noncoa

96 i and breakthrough sites, and largely either collided or merged with each other at variable sites.

97 formed clouds produce precipitation and new colliding outflow patterns that are displaced from the p

98 These colliding outflows form surface convergence zones and ne

99 he axially enhanced mode should occur in any colliding particle system with an elastic scattering res

100 At certain de Broglie wavelengths, the colliding particles can become trapped in long-lived met

101 ontact area between the ligand shells of two colliding particles, and a constant term.

102 mechanics replaces the classical picture of colliding particles.

103 general and independent of the energy of the colliding partner.

104 t converts some of the kinetic energy of the colliding partners into vibrational excitation(,).

105 ion outcome on the mutual orientation of the colliding partners.

106 via electron or proton transfer between the colliding partners.

107 The accuracy of collided photon fluence estimation is largely affected b

108 uch of the disk material originates from the colliding planet.

109 But here we show that colliding planets do not simply merge, as is commonly as

110 cterizing the adhesion probabilities between colliding platelet surfaces for the entire range of near

111 odynamics provided the flow field around the colliding platelets.

112 RNAPII polyubiquitylation, the half-life of collided polymerases increases, so that they can be dete

113 Here, we reconstitute the disassembly of a collided polysome in a mammalian cell-free system.

114 ion and evolution processes in HER on single colliding Pt NPs.

115 findings reveal that the P1 substrate domain collides rapidly with residues on the P4' catalytic doma

116 The difference is most dramatic when waves collide: rather than annihilating one another, myxobacte

117 inherent in the fact that nearby agents may collide repeatedly (and, worse, cannot recognize when th

118 onal changes in the 40S subunit, whereas the collided ribosome acts as a wedge, promoting subunit dis

119 The collided ribosome complex must be disassembled to initia

120 ueprint of the kinase activity of ZAK at the collided ribosome interface.

121 activation by amino acid stress and compared collided ribosome populations induced by diverse transla

122 the canonical ISR components, including the collided ribosome sensor Gcn1.

123 ing a major role for ATF3 in the response to collided ribosome stress.

124 By contrast, the colliding ribosome adopts a rotated state with peptidyl-

125 repeats span from the P-stalk region on the colliding ribosome to the P-stalk and the A-site region

126 t Cue2 cleaves mRNA within the A site of the colliding ribosome.

127 turbations that result in elevated levels of collided ribosomes and RQC activation cause sub-cellular

128 Collided ribosomes are specifically recognised by ZNF598

129 reveal the interaction of these domains with collided ribosomes by cryo-EM.

130 ents with FXS, we showed that FMRP regulates collided ribosomes by recruiting activating signal coint

131 tor 1 (EDF1) as a novel protein recruited to collided ribosomes during translational distress.

132 QC The studies also structurally explain how collided ribosomes generate a unique interface not prese

133 Indeed, cGAS preferentially binds collided ribosomes in vitro, and orthogonal perturbation

134 Recent studies have shown that collided ribosomes serve as sensors for multiple process

135 re we found using quantitative proteomics of collided ribosomes that EDF1 is a ZNF598-independent sen

136 ranslational repressors GIGYF2 and EIF4E2 to collided ribosomes to initiate a negative-feedback loop

137 hese data implicated FMRP in the handling of collided ribosomes to maintain protein homeostasis durin

138 ons as a core ISR factor by interacting with collided ribosomes to mediate Gcn2 activation.

139 data suggest that cells evolved Hel2 to bind collided ribosomes with a relatively high affinity but k

140 (and its human homolog EDF1) is recruited to collided ribosomes, a known activator of the ISR.

141 p1 acted in a multipronged manner to resolve collided ribosomes, abort stalled translation, and remov

142 e-associated quality control (RQC) factor to collided ribosomes, and either positively or negatively

143 reveal how HrpA simultaneously binds to two collided ribosomes, explaining its selectivity, and how

144 ation activity, and downstream resolution of collided ribosomes, is responsible for suppressing the I

145 because hypomodified tyrosine tRNAs lead to collided ribosomes, resulting in stress to cell physiolo

146 and coordinators of downstream resolution of collided ribosomes, termination of stalled translation,

147 Ribosome quality control (RQC) resolves collided ribosomes, thus preventing their cytotoxic effe

148 ut imparts higher affinity of the factor for collided ribosomes-resulted in increased activation of t

149 tive in ribosome association and handling of collided ribosomes.

150 omal interactions and stably associated with collided ribosomes.

151 identifies and processes aberrant mRNAs with collided ribosomes.

152 ematically identify proteins associated with collided ribosomes.

153 ode of the Gcn2-activating protein Gcn1 with colliding ribosomes and provide insight into the regulat

154 ide mechanistic insight into the behavior of colliding ribosomes during translation and suggest natur

155 y auto-phosphorylates on the minimal unit of colliding ribosomes, the disome.

156 o results in RNAPII stopping, and removal of collided RNAPII from the DNA template can be achieved vi

157 y actually reflect off one another when they collide, so that each wave crest oscillates back and for

158 ory currents from these regions propels each colliding spiral to rotate faster than the single spiral

159 te acceleration increases with the number of colliding spiral waves.

160 Colliding stellar winds from late-stage, asymptotic-gian

161 s connecting initial and final states of the colliding system.

162 ile a strong terahertz field accelerates and collides the electrons with the holes.

163 This has been increased to 99 cleavages by colliding the ions with a background gas while subjectin

164 When black holes collide, their tendexes and vortexes interact and oscill

165 ent densities showed that when two filaments collided, their paths were affected in a manner that dep

166 ut-of-phase' from several sites, propagated, collided then evolved to TdP.

167 re both hard spheres, and when two reactants collide they form product with a reaction probability, p

168 niverse of science, two worlds have recently collided-those of RNA and chromatin.

169 , identifying the "stop signal" that induces colliding tissues to cease migrating and heal remains an

170 leation region of the probe and target first collided to form a double helix.

171 Planetesimals collided to form Moon-to-Mars-sized protoplanets in the

172 At lower densities, proteins collide too rarely.

173 assage requires a DNA-bound topoisomerase to collide twice in rapid succession with a second DNA segm

174 We collided two optically dressed neutral atomic Bose-Einst

175 predicting where animal movement and humans collide, we provide a basis to plan for broad-scale cons

176 verwhelms FtsK when these two motor proteins collide while traveling along the same DNA molecule, ind

177 te current drops when particles irreversibly collide with a microelectrode.

178 here a mobile working electrode could easily collide with a separately positioned reference electrode

179 med from the collision of two molecules-that collide with a third and chemically inert 'bath gas' mol

180 After replication forks collide with an ICL, the leading strand approaches to wi

181 mplex from chromatin after replication forks collide with an ICL.

182 ytic for a specific electrochemical reaction collide with an inert electrode surface.

183 ird order spikes in a burst could be made to collide with antidromic spike.

184 the quantum state selected NO molecules that collide with Ar atoms.

185 Desorbed ions collide with background gas during desorption, leading t

186 Short working distance objectives can collide with compact surgical windows or other instrumen

187 odules such as APC11-UBCH10 approximately Ub collide with distally tethered disordered substrates rem

188 concluded that GPCRs (R) and G proteins (G) collide with each other randomly after receptor activati

189 s: reactants, intermediates and products may collide with each other throughout the assembly time cou

190 crete molecular objects that move around and collide with each other.

191 Both goals collide with fundamental tenets of the medical malpracti

192 traveled as an independent microcontinent to collide with Gondwana.

193 as vibrationally highly excited NO molecules collide with it.

194 nocytogenes were also observed to physically collide with mitochondria and push them away from the ba

195 ess excitable tissue, where they detached to collide with nonconducting boundaries.

196 quences (Rap1 and Reb1), and (3) potentially collide with nucleosomes during transcription (RNA polym

197 few minutes, including 17% that appeared to collide with obstacles and 13% that moved with a signifi

198 h tunnel vision) reported whether they would collide with obstacles appearing at different offsets fr

199 e forced to make jerky steering adjustments, collide with obstacles, or miss waypoints altogether.

200 probabilities that pairs of chromosomal loci collide with one another in living cells of budding yeas

201 hat different pairs of chromosomal loci will collide with one another in vegetatively growing diploid

202 Whenever cells collide with one another, their microtubule arms transie

203 he MT lattice and in trans when MT plus ends collide with SEPT2/6/7 filaments.

204 Faster components in the jet catch up to and collide with slower ones, leading to internal shocks tha

205 th N-alkylators arise when replication forks collide with SSBs generated during BER.

206 ple semiclassical picture in which electrons collide with the atoms of a conductor, generating heat l

207 istics, suggesting that single liposomes can collide with the CFE and electroporate multiple times.

208 es a gamma-ray burst (GRB), expanding ejecta collide with the circumburst medium and begin to deceler

209 masses of material are again ejected, which collide with the earlier ejecta.

210 The dense gamma-photons then collide with the focused counter-propagating lasers to i

211 e encounter states that form when antibodies collide with the HIV-1 Envelope (Env).

212 L repair is triggered when replication forks collide with the lesion, leading to FANCI-FANCD2-depende

213 Spin-labeled sites that collide with the lipid-bound metal relaxing agent provid

214 ile endosomes containing activated receptors collide with the metastable PKA puncta and pause in clos

215 face bound oxygen species when the particles collide with the microelectrode.

216 Its likely fate would be to collide with the Moon at approximately 2-3 km s(-1), wel

217 y associated with HIV infection is likely to collide with the pathophysiology of skeletal aging, lead

218 sed the professional aspects of our lives to collide with the personal, as friends and family reached

219 minescence, as organisms carried by currents collide with the telescope infrastructure, resulting in

220 ltramicroelectrode (UME) changes when Pt NPs collide with the UME in a hydrazine solution.

221 They collide with the wall and each other without suffering d

222 double strand breaks after replication forks collide with topoisomerase I cleavage complexes.

223 er these conditions, when a parent wavefront collided with a primitive obstacle, the resultant fragme

224 kable spindle defect where the spindle poles collided with an unyielding cell cortex and the interpol

225 Deep Impact collided with comet Tempel 1, excavating a crater contro

226 eciphering the nature of impactors that have collided with Earth during its history.

227 rassic, and colonized Southeast Asia when it collided with Eurasia in the early Cenozoic.

228 so noted at shear rates <100/s when Ps-beads collided with isolated neutrophils.

229 The Burma Terrane collided with mainland Asia in the Late Eocene, leading

230 imaging to visualize FtsK in real time as it collided with other proteins.

231 d proximally toward the stimulation site and collided with the activation front originating from the

232 e oxidation would be possible when a droplet collided with the electrode, no current spikes were obse

233 rection opposite to the reentrant wave front collided with the leading edge of the reentrant wave fro

234 Particles emanating from comet 81P/Wild 2 collided with the Stardust spacecraft at 6.1 kilometers

235 As its detached upper-stage launch vehicle collided with the surface, instruments on the trailing L

236 hat created the Moon (when a Mars-sized body collided with the young Earth).

237 When a replication fork collides with a DNA topoisomerase I (Top1) cleavage comp

238 to the cell wall may occur when the complex collides with a flagellar basal body and MotA makes spec

239 onstrates elastic collision behavior when it collides with a hydrophobic surface.

240 usly act on the molecule, as occurs when DNA collides with a polymer during electrophoretic separatio

241 ngly asymmetrically charged cytochrome as it collides with a redox partner, the stoichiometry of comp

242 (or assembly) scenarios if a single swimmer collides with a ringlike cluster and two rings spontaneo

243 ped DNA cleavage when a translocating enzyme collides with a static enzyme bound to its site.

244 When a replication fork collides with an ICL, it triggers a damage response that

245 also causes fork instability if a newer fork collides with an older one, generating double-strand bre

246 When a toluene droplet irreversibly collides with an ultramicroelectrode biased sufficiently

247 on by a single redox enzyme molecule when it collides with an ultramicroelectrode.

248 Diffusive She1 collides with and pauses motile dynein motors, prolongin

249 ated by a light-activated rhodopsin molecule collides with and phosphorylates a second molecule of rh

250 herein deuterium hydride (HD) (v = 1, j = 2) collides with molecular deuterium (D2) to form HD (v = 1

251 rated in the relativistic burst ejecta as it collides with surrounding material.

252 elease' model, the lagging strand polymerase collides with the 5' terminus of an earlier completed fr

253 ght afterglows are produced when the outflow collides with the ambient medium.

254 amplitude oscillation in which it repeatedly collides with the charged core it left behind.

255 Surprisingly, when a Pol II collides with the DNA fork head-on and becomes backtrack

256 sing the efficiency with which the redox tag collides with the electrode and thus altering the observ

257 probe and detecting the motion as the probe collides with the eye and bounces back.

258 creasing the effective mass of the body that collides with the ground.

259 Our results suggest that Ca2+.CaM collides with the membrane-bound MARCKS-(151-175) peptid

260 orated into the model indicate that Kar3Vik1 collides with the microtubule at 2.4 mum(-1) s(-1) throu

261 The cycle begins as Vik1 collides with the microtubule followed by Kar3 microtubu

262 main IA of the NBD and suggests that the SBD collides with the NBD at this area to establish alloster

263 o the Earth's surface, where it diverges and collides with the outflows of neighbouring precipitating

264 When a ligand collides with the patch, it reacts with probability p(rx

265 g replication, and we propose Pol delta-PCNA collides with the slower CMG, and in the absence of a st

266 approximately 250 ns after the precursor ion collides with the surface.

267 ial streams out of young stellar objects and collides with the surrounding interstellar medium.

268 ary complexes become nonreversible when UvrD collides with the Topo IV-Norf-DNA ternary complexes, wh

269 iased nature of randomised controlled trials collides with their most vexing implementation problems.

270 ere the original stable epithelial attractor collides with two saddle points sequentially with increa

271 Bdellovibrio collides with, enters and replicates within bacterial pr

272 proach to the problem of an edge dislocation colliding with a cluster of self-interstitial atoms (SIA

273 emission is consistent with supernova ejecta colliding with a dense shell of material, potentially ej

274 ng experiments for O((3)P) and O((1)D) atoms colliding with a graphite surface, in which the initial

275 a scenario of a high-speed supernova ejecta colliding with a low-density pre-supernova stellar wind

276 the rotational orientation of H(2) molecules colliding with a nickel surface and change the balance b

277 Visualization of flowing neutrophils colliding with adherent 1-mum-diameter beads presenting

278 c cartilage, and then grow unidirectionally, colliding with and damaging surrounding structures.

279 Moreover, we show that microtubules colliding with cell boundaries zip-up or depolymerize in

280 bsequent cell cycle stages due to ssDNA gaps colliding with DNA replication forks.

281 elocities in al directions, and terminate by colliding with each other or with adjacent neurally supp

282 igible probability of the 1-kilometer object colliding with Earth.

283 of the ring were caused by silicon particles colliding with high angle.

284 the spin-orbit ground Ar(+)((2)P(3/2)) when colliding with N(2).

285 of tracking the reference trajectory without colliding with obstacles.

286 ix turnover, and fail to halt migration when colliding with other cells.

287 smell, and touch, to move around by avoiding colliding with other humans or objects.

288 By visualizing single replication forks colliding with preloaded cohesin complexes, we find that

289 erosion of Theia's silicate mantles prior to colliding with proto-Earth.

290 regular diffraction patterns for NO radicals colliding with rare-gas atoms that can be explained by t

291 from the debris disk created by a large body colliding with the early Earth.

292 Most have a chance of approximately 0.5% of colliding with the Earth in the next million years.

293 X-rays generated by hiss-scattered electrons colliding with the Earth's atmosphere after removal from

294 The global pandemic of COVID-19 is colliding with the epidemic of opioid use disorders (OUD

295 ers coped with the impact caused by the foot colliding with the ground before the invention of the mo

296 how auroral electrons are accelerated before colliding with the ionosphere and producing auroral ligh

297 s by taking a random walk along the support, colliding with their neighbors, and fusing to form dendr

298 ements within preformed secondary structures collide, with the success of these collisions dependent

299 re oppositely charged droplets are forced to collide within channel junctions.

300 In multiwave spirals, individual waves collide, yielding regions with negative wavefront curvat