ライフサイエンスコーパス: arrow

1 FCX (3 downward arrow), and ACNG (1 downward arrow).

2 d release of these peptides: STR (7 downward arrow).

3 protease cleavage motif (R-X-R/K-R downward arrow).

4 kappaBalpha upward arrow, IkappaBbeta upward arrow).

5 ly shed hTfR1 by cleavage at Arg100 downward arrow.

6 ognize the canonical motif RX(R/K)R downward arrow.

7 eceptor lipoprotein-related protein-5 (LRP5)/Arrow.

8 lation, and a destabilizing effect of active Arrow.

9 ical Wnt signaling placing Dsh downstream of Arrow.

10 face PAR1 through cleavage at Arg46 downward arrow.

11 otentially by PCs at Arg41XXXXArg46 downward arrow.

12 incongruent (high cognitive load) 'flanking' arrows.

13 ently reviewed the radiographs for furcation arrows.

14 er agreement on what constitutes a furcation arrow?

15 erred furin cleavage site [RX(K/R)R downward arrow].

16 rential (970 000 M(-1) right arrow over left arrow 11 600 M(-1)).

17 ement 10 --> 11 --> 12 right arrow over left arrow 13 right arrow over left arrow 14 can be formulate

18 he rearrangement of 12 right arrow over left arrow 13 right arrow over left arrow 14 constitutes a ca

19 row over left arrow 13 right arrow over left arrow 14 can be formulated.

20 row over left arrow 13 right arrow over left arrow 14 constitutes a carbene-carbene rearrangement.

21 d hysteretic spin crossover (T(1/2) downward arrow = 168 K, T(1/2) upward arrow = 179 K, and DeltaT(1

22 T(1/2) downward arrow = 168 K, T(1/2) upward arrow = 179 K, and DeltaT(1/2) = 11 K) between the high-

23 AMP or ADP (ATP + AMP left arrow over right arrow 2 ADP).

24 ctivated receptor-2 (PAR2) at R(36) downward arrowS(37) and reveal a tethered ligand that excites noc

25 osphatase-PAR1 in NRVMs at DPRS(42) downward arrow(43)FLLRN.

26 es near and distant from the G(447) downward arrowD(448) cleavage site in DSP-PP(240) had dramatic ef

27 affinity (40 300 M(-1) right arrow over left arrow 5000 M(-1)), five pi-pi contacts produced a 17-fol

28 Phe (fMLP), 42 polarized to the left of this arrow, 6 polarized to the right, and 12 polarized direct

29 change (126 000 M(-1) right arrow over left arrow 7400 M(-1)), and strategically located hydrogen-bo

30 d influx Kt at pH 5.5 for H247A was downward arrow 8.4-fold.

31 eversibility of 7 + CO right arrow over left arrow 9 is also evidenced by DeltaG = -2.9 kcal mol(-1)

32 f grating patches, which were followed by an arrow (a postcue) indicating one of them as the target.

33 epresented by the sequence RYSR(72) downward arrow, a motif that is conserved in higher eukaryotic FG

34 tes, G downward arrow AATTC and TTT downward arrow AAA, 1 inhibited DNA hydrolysis by HindIII and Psp

35 eir respective restriction sites, G downward arrow AATTC and TTT downward arrow AAA, 1 inhibited DNA

36 ves the RNA at a pentad sequence, U downward arrow ACAU.

37 drolysis by HindIII and PspOMI at A downward arrow AGCTT and G downward arrow GGCCC (arrows mark clea

38 ified furin-processing sites (Arg74 downward arrow and Arg287 downward arrow) the ADAMTS9 propeptide

39 sicular trafficking of Wg and its receptors, Arrow and DFrizzled-2 (DFz2), and investigate whether tr

40 Subsequently, Wg, Arrow and DFz2 are trafficked through the endocytic path

41 We demonstrate a role for Arrow and DFz2 in Wg internalization.

42 spond to the direction of a central 'target' arrow and ignore adjacent congruent (low cognitive load)

43 scarabs: the observation by Darwin, Lameere, Arrow and others that this one family of beetles appeare

44 as part of the lead optimization program at Arrow and tested in the XTT assay.

45 the multibasic motifs R-X-(R/K/X)-R downward arrow and, as a result, transform proproteins, including

46 ogous to nanoscale single- and double-headed arrows and spears.

47 row, IL-10 upward arrow, and TGF-beta upward arrow) and enhanced regeneration of damaged pancreas (Re

48 rnative furin cleavage site (KSISKR downward arrow) and was also cleaved by both furin and the C. par

49 row), AY (4 downward arrow), FCX (3 downward arrow), and ACNG (1 downward arrow).

50 ling correlates with greater colocalized Wg, Arrow, and Dishevelled on endosomes.

51 ged pancreas (Reg4 upward arrow, PTF1 upward arrow, and PDX1 upward arrow) are also promoted.

52 ligand capture and internalization, whereas Arrow, and perhaps downstream signalling, are essential

53 the equivalent site, KKRKILKR(198) downward arrow, and requires the presence of Arg(198) at P1 and a

54 nward arrow, IL-4 upward arrow, IL-10 upward arrow, and TGF-beta upward arrow) and enhanced regenerat

55 and 6 (LRP5/6) and their Drosophila homolog Arrow are single-span transmembrane proteins essential f

56 Cellerator reaction arrows are now input in text files.

57 The arrows are parsed by Pycellerator and translated into di

58 Our results clarify that curly arrows are rooted in physical reality-a notion which has

59 rameters of the network ("the numbers on the arrows") are equally important in determining the result

60 rd arrow, PTF1 upward arrow, and PDX1 upward arrow) are also promoted.

61 family (LDL-receptor-related protein 5/6 or Arrow) are essential for efficiently transducing a signa

62 n vertebrates, and their Drosophila ortholog Arrow, are single-span transmembrane proteins that are i

63 rizzled (Fz) and Fz2, and the Wg co-receptor Arrow (Arr) in Wg gradient formation in the wing disc.

64 CKIgamma can phosphorylate the Wg coreceptor Arrow (Arr), which may account, at least in part, for th

65 sensitivity and specificity of the furcation arrow as a diagnostic indicator?

66 rin activity, identifying RAKR(212) downward arrow as a major furin cleavage site within the prodomai

67 lipoprotein E and serum amyloid P-component (arrows) as well as the identity of the critical main cul

68 orded the presence or absence of a furcation arrow at each proximal furcation.

69 row), ENT (5 downward arrow), HC (4 downward arrow), AY (4 downward arrow), FCX (3 downward arrow), a

70 e delivery of a negative polarity ( downward arrow) back pulse of equal voltage and width; thereby th

71 Anti Resonant Reflecting Optical Waveguide (ARROW) based on porous silicon (PS) material can be used

72 ) with a compact, optionally palette-driven, arrow-based notation to represent biochemical reactions

73 ions which do not assign any cause-to-effect arrows between the two correlated variables.

74 e antiresonant reflecting optical waveguide (ARROW) biosensor chip, a detection limit of 0.021pfu/mL

75 ver right arrow Y(730) left arrow over right arrow C(439) in alpha2.

76 l absorption characteristics (~4-fold upward arrow C(max) and AUC values relative to 1) in a mouse mo

77 over right arrow Y730 left arrow over right arrow C439 in alpha); each oxidation necessitates loss o

78 over right arrow Y730 left arrow over right arrow C439 in alpha2).

79 s TEM and the channels mediating this upward arrow[Ca(2+)]i are unknown.

80 Buffering upward arrow[Ca(2+)]i in endothelial cells does not affect leuk

81 r, the mechanism by which endothelial upward arrow[Ca(2+)]i regulates TEM and the channels mediating

82 as the calcium channel mediating the upward arrow[Ca(2+)]i required for TEM at a step downstream of

83 ely blocks TEM, suggesting a role for upward arrow[Ca(2+)]i specifically for this step.

84 olic free calcium ion concentration ( upward arrow[Ca(2+)]i) is required for TEM.

85 t the bond rearrangements expressed by curly arrows can be directly observed in ab initio computation

86 rd arrow, HMGB1 downward arrow, MPO downward arrow, CD68 downward arrow, IL-4 upward arrow, IL-10 upw

87 ms CH(3)Y + CH(2)=Y(-) right arrow over left arrow CH(2)=Y(-) + CH(3)Y, i.e., on the effect of the cy

88 does the presence or absence of a furcation arrow correlate with the true clinical status of the fur

89 ibria 2[Cu(I)N(2)P(2)] right arrow over left arrow [Cu(I)N(4)] + [CuP(n)](+) + (4 - n)P favor the rig

90 d direction discrimination task, in which an arrow cue presented at the start of each trial communica

91 activity level of LIP neurons following the arrow cue, which persisted into the presentation of the

92 peripheral locations specified by a central arrow-cue.

93 ion or manual response selection by means of arrow cues elicits a characteristic sequence of laterali

94 isguise, related to the visual processing of arrow cues.

95 We conclude that the S right arrow over left arrow D interconversion involves concerted trans-cis iso

96 symmetries (D2d or D2 right arrow over left arrow D4) in solution.

97 )T(+2)T(+1)p downward arrowN (where downward arrow denotes the cleavage site).

98 ts demonstrate that this signaling from LRP6/Arrow derivatives can occur in a Frizzled- and ligand-in

99 alues, +/- [planck]/2 (conventionally upward arrow, downward arrow), so that the spin current and mom

100 We now find that an arrow drawn from the center of the nucleus of an unpolar

101 ongruent or incongruent flanking distracting arrows during either Pure blocks (distracters always abs

102 or other brain regions were: CBL (5 downward arrow), ENT (5 downward arrow), HC (4 downward arrow), A

103 METHODS AND In the ARROW factorial trial, 1,206 children initiating ART in

104 rrow), HC (4 downward arrow), AY (4 downward arrow), FCX (3 downward arrow), and ACNG (1 downward arr

105 NH2)2(H2bim)]2+...ONH2 left arrow over right arrow [FeII(H2N=CHCH=NH2)2(Hbim)]2+...HONH2.

106 behavioral performance on a response-choice arrow flanker task known to elicit theta activity.

107 r-related negativity and positivity) from an arrow flanker task with low-conflict and high-conflict c

108 tified as the SD of correct RTs in a speeded arrow flanker task, and Tract-Based Spatial Statistics w

109 All species pairs are connected by an arrow from the inferior to the superior.

110 BPC consist of a positive polarity ( upward arrow) front pulse followed by the delivery of a negativ

111 This [G(-H)(*):H(+)C left arrow over right arrow G(*+):C] equilibrium allows for the hydration of G

112 se share similar cleavage sites, L( downward arrow)G and P( downward arrow)G.

113 e sites, L( downward arrow)G and P( downward arrow)G.

114 downward arrow)L, in addition to P( downward arrow)G.

115 OMI at A downward arrow AGCTT and G downward arrow GGCCC (arrows mark cleavage sites) more efficientl

116 PLSDIE(56)) and PAR4 ((51)KSSDKPNPR downward arrow GYPGKFCANDSDTLELPASSQA(81), downward arrow = site

117 proton release (H(2)S left arrow over right arrow H(+) + HS(-)) were recorded in the immediate membr

118 eaction: 2H(+) + 2e(-) left arrow over right arrow H(2) while using only the earth-abundant metals ni

119 reaction 2H(+) + 2e(-) right arrow over left arrow H2.

120 This other time arrow has been present in science but not recognized as

121 These data suggest that the furcation arrow has limited usefulness as a diagnostic marker of f

122 radiographic entity known as the "furcation arrow" has long been used in practice even though little

123 ere: CBL (5 downward arrow), ENT (5 downward arrow), HC (4 downward arrow), AY (4 downward arrow), FC

124 rrow, IL-1beta downward arrow, IL-6 downward arrow, HMGB1 downward arrow, MPO downward arrow, CD68 do

125 ntial kinetic model (N right arrow over left arrow I --> D) for facilitated dissociation, thus explai

126 -P65 downward arrow, NF-kappaB1/p50 downward arrow, IkappaBalpha upward arrow, IkappaBbeta upward arr

127 paB1/p50 downward arrow, IkappaBalpha upward arrow, IkappaBbeta upward arrow).

128 ward arrow, CD68 downward arrow, IL-4 upward arrow, IL-10 upward arrow, and TGF-beta upward arrow) an

129 ic inflammatory response (TNF-alpha downward arrow, IL-1beta downward arrow, IL-6 downward arrow, HMG

130 ard arrow, MPO downward arrow, CD68 downward arrow, IL-4 upward arrow, IL-10 upward arrow, and TGF-be

131 (TNF-alpha downward arrow, IL-1beta downward arrow, IL-6 downward arrow, HMGB1 downward arrow, MPO do

132 activating cleavage step at Ser(43) downward arrow Ile(44) in mouse pro-Crp4-(20-92) removes nine aci

133 The sensitivity of the furcation arrow image as a diagnostic marker was 38.7%, and the sp

134 ng, testing the assertion that the furcation arrow image is an accurate predictor of furcation invasi

135 ns, 43 (38.7%) were predicted by a furcation arrow image seen by at least three of the five examiners

136 to correlate the appearance of the furcation arrow image to the actual degree of furcation invasion a

137 First, what is the prevalence of furcation arrow images in the radiographs of maxillary molars with

138 of this study was to evaluate the furcation arrow in a clinical setting, testing the assertion that

139 iscriminated the direction of the centermost arrow in an array of five, responding with the left or r

140 site 5'-C(+5)C(+4)C(+3)T(+2)T(+1)p downward arrow in duplex DNA.

141 The methods presented here place another arrow in metabolic engineers' quiver, providing a simple

142 a putative furin cleavage site RSRR downward arrow in the deduced amino acid sequence of gp40/15 from

143 function due to approximately 12-fold upward arrow in the folic acid influx Kt.

144 sk, discriminating the direction of a target arrow in the presence versus absence of congruent or inc

145 experiments, participants retained coloured arrows in working memory and, during the delay, were cue

146 to environmental changes, the connections ("arrows") in gene regulatory networks determine which gen

147 n at ProArg41 downward arrow (where the down arrow indicates the cleavage location), and potentially

148 cids at the F protein cleavage site, and the arrow indicates the site of cleavage.) Contrary to what

149 cids at the F protein cleavage site, and the arrow indicates the site of cleavage.).

150 als were violently killed by blunt force and arrow injuries before being deposited in a commingled ma

151 which is reiterated five times in the LRP5/6/Arrow intracellular domain, is necessary and sufficient

152 ata lead to a signal activation model, where Arrow is required to localize Dsh to the membrane during

153 n invasions are truly present, the furcation arrow is seen in <40% of sites.

154 hat the intervalley (K left arrow over right arrow K') electron-electron scattering mixes bright and

155 the intradomain cleavage of the PGD downward arrow L(50) sequence of the prodomain is essential for t

156 oes intradomain cleavage at the PGD downward arrow L(50) site followed by the release of the degraded

157 [L(2)H...F](-) + F(-) left arrow over right arrow [L(2)](-) + HF2(-).

158 trate at G( downward arrow)P and P( downward arrow)L, in addition to P( downward arrow)G.

159 the cleavage sites were ALRRLLG1156 downward arrow L1157FG and ALRRLLS2068 downward arrow L2069FG, re

160 nward arrow L1157FG and ALRRLLS2068 downward arrow L2069FG, respectively.

161 ely by MMP-2 and MMP-9, or the Gly (downward arrow) Leu cleavage site within the consensus interstiti

162 This pathway includes the canonical elements arrow/LRP (low-density lipoprotein receptor-related prot

163 The amplification function of Arrow/LRP appears to be particularly important for long-

164 d amplification steps, both of which require Arrow/LRP.

165 n even in the absence of the Wnt co-receptor Arrow/LRP5/6.

166 understanding the function and regulation of Arrow/Lrp5/Lrp6 in Wnt signaling.

167 We discuss Arrow/Lrp5/Lrp6 interactions with Wnt and the Frizzled f

168 ward arrow AGCTT and G downward arrow GGCCC (arrows mark cleavage sites) more efficiently.

169 , demonstrated that the R-X-R/K/X-R downward arrow motif alone is insufficient for predicting furin p

170 nces representing the R-X-(R/K/X)-R downward arrow motifs of human, bacterial, and viral proteins.

171 d arrow, IL-6 downward arrow, HMGB1 downward arrow, MPO downward arrow, CD68 downward arrow, IL-4 upw

172 site 5'-C(+5)C(+4)C(+3)T(+2)T(+1)p downward arrow N(-1) in duplex DNA.

173 site 5'-C(+5)C(+4)C(+3)T(+2)T(+1)p downward arrow N(-1) in duplex DNA.

174 ate groups (N-core(up) left arrow over right arrow N-core(down) coupled to strap(down) left arrow ove

175 coupled to strap(down) left arrow over right arrow N-core(down), i.e., coupled motion #2 in the abstr

176 NF-kappaB signaling pathway (p-P65 downward arrow, NF-kappaB1/p50 downward arrow, IkappaBalpha upwar

177 n endonuclease (REase) BisI (G(m5)C downward arrow NGC) is found in Bacillus subtilis T30.

178 cognition sequence of BglI (GCCNNNN[downward arrow]NGGC), and both enzymes cleave their target DNAs t

179 SfiI recognition sequence (GGCCNNNN[downward arrow]NGGCC) is a subset of the recognition sequence of

180 arrow SGC (relaxed specificity RCN downward arrow NGY, containing at least four (m5)C).

181 tor, a Python library for reading Cellerator arrow notation from standard text files, conversion to d

182 cation invasions were predicted by furcation arrows observed by at least three of five examiners.

183 gnetic field that curl around the fictitious arrow of the toroidal dipole vector.

184 Science holds that the arrow of time in nature is imprinted on one-way (irrever

185 Here I show that the arrow of time is painted much more visibly on another se

186 states represents the local reversal of the arrow of time which only seemingly violates the second l

187 It is therefore often called the arrow of time.

188 The "curly arrow" of Robinson and Ingold is the primary tool for de

189 er 84-fold differential (970 000 M(-1) right arrow over left arrow 11 600 M(-1)).

190 overall rearrangement 10 --> 11 --> 12 right arrow over left arrow 13 right arrow over left arrow 14

191 The rearrangement of 12 right arrow over left arrow 13 right arrow over left arrow 14

192 --> 12 right arrow over left arrow 13 right arrow over left arrow 14 can be formulated.

193 t of 12 right arrow over left arrow 13 right arrow over left arrow 14 constitutes a carbene-carbene r

194 nge in chloride affinity (40 300 M(-1) right arrow over left arrow 5000 M(-1)), five pi-pi contacts p

195 oduced a 17-fold change (126 000 M(-1) right arrow over left arrow 7400 M(-1)), and strategically loc

196 Reversibility of 7 + CO right arrow over left arrow 9 is also evidenced by DeltaG = -2

197 nks as the equilibria 2[Cu(I)N(2)P(2)] right arrow over left arrow [Cu(I)N(4)] + [CuP(n)](+) + (4 - n

198 y reported systems CH(3)Y + CH(2)=Y(-) right arrow over left arrow CH(2)=Y(-) + CH(3)Y, i.e., on the

199 We conclude that the S right arrow over left arrow D interconversion involves concert

200 different point symmetries (D2d or D2 right arrow over left arrow D4) in solution.

201 r the catalyzed reaction 2H(+) + 2e(-) right arrow over left arrow H2.

202 hree-state sequential kinetic model (N right arrow over left arrow I --> D) for facilitated dissociat

203 Using the scheme right arrow over left arrow reversible unfolded (intermediate)

204 ate is limited by the slow rate of CIP right arrow over left arrow SIP interconversion, and the self-

205 yielding allylic radicals (LZZ + S(*) right arrow over left arrow SL(*) --> SL'(*)) that are slowly

206 ition studies show that the HSn(9)(3-) right arrow over left arrow Sn(9)(4-) + H(+) equilibrium is fu

207 ations of ATP and AMP or ADP (ATP + AMP left arrow over right arrow 2 ADP).

208 n [FeII(H2N=CHCH=NH2)2(H2bim)]2+...ONH2 left arrow over right arrow [FeII(H2N=CHCH=NH2)2(Hbim)]2+...H

209 o the equilibrium [L(2)H...F](-) + F(-) left arrow over right arrow [L(2)](-) + HF2(-).

210 ough aromatic amino acid residues (Y122 left arrow over right arrow [W48] left arrow over right arrow

211 731) left arrow over right arrow Y(730) left arrow over right arrow C(439) in alpha2.

212 o Y731 left arrow over right arrow Y730 left arrow over right arrow C439 in alpha); each oxidation ne

213 o Y731 left arrow over right arrow Y730 left arrow over right arrow C439 in alpha2).

214 This [G(-H)(*):H(+)C left arrow over right arrow G(*+):C] equilibrium allows for t

215 acidification by proton release (H(2)S left arrow over right arrow H(+) + HS(-)) were recorded in th

216 the reversible reaction: 2H(+) + 2e(-) left arrow over right arrow H(2) while using only the earth-a

217 Here, we show that the intervalley (K left arrow over right arrow K') electron-electron scattering

218 rhanging carboxylate groups (N-core(up) left arrow over right arrow N-core(down) coupled to strap(dow

219 arrow strap(up) coupled to strap(down) left arrow over right arrow N-core(down), i.e., coupled motio

220 equilibrium, P-Fe(IV) horizontal lineO left arrow over right arrow P(+)-Fe(III)(OH2)2.

221 The Phax left arrow over right arrow Pheq equilibrium constants at 103

222 igration of the Pb(II) ions (N-core(up) left arrow over right arrow strap(up) coupled to strap(down)

223 row N-core(down) coupled to strap(down) left arrow over right arrow strap(up), i.e., coupled motion #

224 r (PCET) via a specific pathway: Y(122) left arrow over right arrow W(48)[?] left arrow over right ar

225 2) left arrow over right arrow W(48)[?] left arrow over right arrow Y(356) in beta2, across the subun

226 across the subunit interface to Y(731) left arrow over right arrow Y(730) left arrow over right arro

227 involving redox active tyrosines (Y122 left arrow over right arrow Y356 in beta to Y731 left arrow o

228 (Y122 left arrow over right arrow [W48] left arrow over right arrow Y356 in beta2 to Y731 left arrow

229 The pH dependence of the F3Y122* left arrow over right arrow Y356* interconversion (pH 6.8-8.0

230 over right arrow Y356 in beta2 to Y731 left arrow over right arrow Y730 left arrow over right arrow

231 w over right arrow Y356 in beta to Y731 left arrow over right arrow Y730 left arrow over right arrow

232 e(IV) horizontal lineO left arrow over right arrow P(+)-Fe(III)(OH2)2.

233 cleaves the peptide substrate at G( downward arrow)P and P( downward arrow)L, in addition to P( downw

234 The Phax left arrow over right arrow Pheq equilibrium constants at 103 K are 2.21 for 1

235 s, where nodes represent genotypes and where arrows point toward more fit genotypes.

236 sents a formal total synthesis of the famous arrow poison alkaloid tubocurarine.

237 indicates a cleavage site at Arg200 downward arrow Pro201.

238 In contrast, a chimeric Arrow protein containing the dimerization domain of Tors

239 Expressing a chimeric Frizzled2-Arrow protein in flies that lack endogenous Wg or Arrow

240 of these models, our data imply that LRP5/6/Arrow proteins constitute the distal signal-initiating c

241 istent with other reports, we find that LRP6/Arrow proteins deleted for their extracellular domain ar

242 egeneration of damaged pancreas (Reg4 upward arrow, PTF1 upward arrow, and PDX1 upward arrow) are als

243 f of FRA (Pro-X-X-Leu-(Arg/Ala/Leu) downward arrow) resembles that of human matrix metalloproteinases

244 ly cleaved at its internal Gln(152) downward arrow, resulting in a secreted enzymatically inactive co

245 eavage of the propeptide at PR(221) downward arrow results in activated protein C (APC; residues 222-

246 ane-anchoring cholesterol at the tail of the arrow results in display of RNA aptamer or folate on the

247 Using the scheme right arrow over left arrow reversible unfolded (intermediate) --> irreversibl

248 t processes, named breathing equilibrium and arrow rotation, that allow a dense network connection am

249 sis at the highly conserved His-Leu downward arrow Ser(518) cleavage site can occur inside the endopl

250 ) and worsening renal function (WRF) (upward arrow serum creatinine [SCr] >or=0.3 mg/dl) during treat

251 nother homolog, Esp638I cleaves GCS downward arrow SGC (relaxed specificity RCN downward arrow NGY, c

252 The orientation of arrow-shaped RNA was altered to control ligand display o

253 protein in flies that lack endogenous Wg or Arrow showed that this construct functions as an activat

254 ndR (RPARSGR downward arrowSAGGSVA, downward arrow shows cleavage site), on phage or coated it onto s

255 y the slow rate of CIP right arrow over left arrow SIP interconversion, and the self-exchange proceed

256 d arrow GYPGKFCANDSDTLELPASSQA(81), downward arrow = site of cleavage) have been solved at 2.0 and 3.

257 c radicals (LZZ + S(*) right arrow over left arrow SL(*) --> SL'(*)) that are slowly reduced by thiol

258 ow that the HSn(9)(3-) right arrow over left arrow Sn(9)(4-) + H(+) equilibrium is fully reversible.

259 ck]/2 (conventionally upward arrow, downward arrow), so that the spin current and momentum need not b

260 ople hunting Savannah fauna with the bow and arrow spread southward.

261 We provide evidence that Arrow stimulates the targeting of Frizzled2-Wingless (bu

262 ked priming stimuli were followed by visible arrow stimuli, instructing for a left- or right-hand res

263 b(II) ions (N-core(up) left arrow over right arrow strap(up) coupled to strap(down) left arrow over r

264 coupled to strap(down) left arrow over right arrow strap(up), i.e., coupled motion #1 in the abstract

265 sor waveguide based on evanescent waves, the ARROW structure is designed to allow a better overlap be

266 The interesting feature of the studied ARROW structure is that it is elaborated from the same m

267 ating mode of an optical biosensor using the ARROW structure.

268 s Gln at P1 of its canonical ENLYFQ downward arrowS substrate, was engineered to recognize selectivel

269 The definitive study of the furcation arrow suggests that its presence on a radiograph reliabl

270 e result of its adornment with arrowheads or arrow tails, is the best known and most controversial of

271 s an asymmetric DNA sequence, 5'-CC downward arrow TCAGC-3'/5'-GC downward arrow TGAGG-3', as indicat

272 w TGAGG; and R(2), which acts at CC downward arrow TCAGC.

273 5'-CC downward arrow TCAGC-3'/5'-GC downward arrow TGAGG-3', as indicated.

274 nt subunits: R(1), which acts at GC downward arrow TGAGG; and R(2), which acts at CC downward arrow T

275 ordering of spatial overlap as noted by the arrows that highlight the blue group arriving after the

276 We show that Arrow (the Drosophila homologue of LRP5/6), another rece

277 es (Arg74 downward arrow and Arg287 downward arrow) the ADAMTS9 propeptide was also furin-processed a

278 How Wnt activates LRP5/6/Arrow to initiate signal transduction is not well define

279 The model is irreversible, giving an arrow to time, and allowing the position of the root bet

280 tiretroviral therapy (ART) initiation in the ARROW trial (case-cohort design).

281 onvertase(s) (PCs) at KKRSHLKR(199) downward arrow (underlined basic residues critical for the recogn

282 at cleavage site 1 (CS1), (247)Gly downward arrow Val(248), in the polyprotein.

283 on, which is hydrolyzed at the Gly (downward arrow) Val bond selectively by MMP-2 and MMP-9, or the G

284 ecific pathway: Y(122) left arrow over right arrow W(48)[?] left arrow over right arrow Y(356) in bet

285 no acid residues (Y122 left arrow over right arrow [W48] left arrow over right arrow Y356 in beta2 to

286 ependent cleavage sequence (R-Q-S-R downward arrow) was replaced by each of three sequences whose cle

287 AG, MagNA Pure, EZ1 Advanced XL, and Nordiag Arrow were evaluated.

288 is cleaved by thrombin at ProArg41 downward arrow (where the down arrow indicates the cleavage locat

289 All of the original Cellerator arrows, which represent reactions ranging from mass acti

290 Chaetognaths (arrow worms) are a separate phylum (Chaetognatha) of sma

291 ce from a member of the phylum Chaetognatha (arrow worms).

292 tional order of a director field SE pointing arrow(x,t) interacting with the the velocity field u(x,t

293 -MMP activation, the R(108)RKR(111) downward arrow Y(112) prodomain sequence is processed by furin.

294 r right arrow W(48)[?] left arrow over right arrow Y(356) in beta2, across the subunit interface to Y

295 it interface to Y(731) left arrow over right arrow Y(730) left arrow over right arrow C(439) in alpha

296 active tyrosines (Y122 left arrow over right arrow Y356 in beta to Y731 left arrow over right arrow Y

297 over right arrow [W48] left arrow over right arrow Y356 in beta2 to Y731 left arrow over right arrow

298 endence of the F3Y122* left arrow over right arrow Y356* interconversion (pH 6.8-8.0) reveals that th

299 w Y356 in beta to Y731 left arrow over right arrow Y730 left arrow over right arrow C439 in alpha); e

300 Y356 in beta2 to Y731 left arrow over right arrow Y730 left arrow over right arrow C439 in alpha2).