ライフサイエンスコーパス: push-pull

1 ntrast evoke responses of the opposite sign: push-pull.

2 t thalamus, however, is center-surround with push-pull.

3 has the smallest receptive fields but lacks push-pull.

4 in one hemisphere is hardly perturbed by the push-pull acceptors in the other, which suggests that el

5 e cochlear partition disappeared without the push-pull action provided by the outer hair cell and Dei

6 presence of highly colored, highly polarized push-pull alpha,beta-unsaturated thione groups in their

7 spatially opponent, "antiphase" inhibition ("push-pull"), and spatially matched, "same-phase" excitat

8 These results argue for a push-pull approach to maximize vaccine efficacy, especia

9 rmation of an unprecedented system featuring push-pull architecture.

10 cement of the pi-basic pyrene with polarized push-pull aromatics should afford more powerful CPP acti

11 The synthesis of a series of push-pull arylvinyl (styryl), aryl, and arylethynyl quin

12 A new series of push-pull arylvinyldiazines has been efficiently prepare

13 omerization step proceeds via a dual Au(III) push-pull assisted intermediate with a low computed rota

14 ulation of RGC signalling involves a dynamic push-pull between direct TRPV1 activation and PKA-depend

15 pendent input normalization through a timely push-pull between local and lateral networks.

16 A series of push-pull BODIPYs bearing multiple electron-donating and

17 atively low fluorescence quantum yields, the push-pull BODIPYS were effective for cell imaging, readi

18 The push-pull cannula (PPC) technique was applied to examine

19 age: 8-11 months old) were implanted with a push-pull cannula in the medial preoptic area (MPA) and

20 d adult male Sprague-Dawley rats with both a push-pull cannula in the paraventricular nucleus (PVN) a

21 Adult male rats were implanted with a push-pull cannula in the PVN and a jugular catheter to f

22 A push-pull cannula was introduced to the lumbar dorsal ho

23 hol inhibited the surge of LHRH (measured by push-pull cannulation) and LHRH neuronal activation (mea

24 A push-pull canula was used to perfuse the dorsal horn of

25 This is a consequence of the push-pull character of the electron donor twisted violog

26 thiocyanato group with Cys/Hcy increased the push-pull characteristic of the probe and resulted in em

27 oiety mimicking NADPH linked to a conjugated push-pull chromophore with nonlinear absorption properti

28 croscopic nonlinear optical response of the "push-pull" chromophore RuPZn incorporated into a single

29 These nonplanar push-pull chromophores are potent electron acceptors, fe

30 pectroscopic characterization of a series of push-pull chromophores based on a novel coumarin scaffol

31 All new nonplanar push-pull chromophores display amphoteric redox behavior

32 report the preparation of new fulvene-based push-pull chromophores via formal [2 + 2] cycloaddition-

33 Three new azo-benzene-based push-pull chromophores with dendritic architecture were

34 lanilino)acetylene provides facile access to push-pull chromophores with diverse new scaffolds.

35 "Push-pull" chromophores based on extended pi-electron sy

36 The new dibranched, heterocyclic "push-pull" chromophores bis{1-(pyridin-4-yl)-2-[2-(N-met

37 The title "push-pull' chromophores", except MS 1, were integrated w

38 behavioral responses arise from overlapping push-pull circuits driven by two classes of pheromone-se

39 chilla, cat, and human, featuring an active "push-pull" cochlear amplifier mechanism based on the cyt

40 This is induced by a "push-pull" combination effect produced by the proximal A

41 rt an enhancement of the 1D-character by the push-pull concept in the doped state - an important view

42 hibitory receptive fields may participate in push-pull corticothalamic circuits that, acting together

43 The synthesis of a series of push-pull derivatives bearing triphenylamine electron-do

44 A prominent example is push-pull developed in sub-Saharan Africa using a combin

45 synthesis of a series of beta-functionalized push-pull dibenzoporphyrins was realized.

46 ns are preferred, despite repulsion from the push-pull dipole.

47 Push-pull dipoles generated from the Rh(II)-catalyzed re

48 he two-color photoanode, based on an organic push-pull dye together with a porphyrin dye, yielded hig

49 A new class of push-pull dyes is reported based on the structures of be

50 rove intramolecular interaction, enhance the push-pull effect between the donor unit indacenodithieno

51 ioselectivities that could be expected by a "push-pull" effect.

52 These porphyrins display subtle push-pull effects, demonstrating the exceptional tunabil

53 This manuscript presents a push-pull electrochemical scanner able to image reactivi

54 The push-pull electrochemical scanner has also been coupled

55 n ring from o-quinone methide precursors and push-pull enaminoketones has been developed.

56 ls have center-surround receptive fields and push-pull excitation and inhibition, including neurons w

57 nsformed by voltage-dependent properties and push-pull excitatory-inhibitory interactions.

58 er, inhibition is coupled to excitation in a push-pull fashion, where inhibition decreases as excitat

59 y an E/I functional balance maintained by a 'push-pull' feedback regulatory mechanism that is capable

60 proton-coupled DNA folding, we developed a "push-pull" fluorescent nucleoside analog composed of dim

61 A push-pull fluorogenic reagent, NBD-SCN, was applied for

62 ic azido DCDHFs, a class of photoactivatable push-pull fluorogens which produce bright fluorescent la

63 a red-emitting dicyanomethylenedihydrofuran push-pull fluorophore so that it is dark until photoacti

64 A new class of push-pull fluorophores featuring the pentafluorosulfanyl

65 dent red shift of absorption and emission of push-pull fluorophores originates from antiparallel ion

66 i-tert-butyl terpyridine ligand generates a "push-pull" force on the electrons upon excitation, impar

67 ring astral microtubules, thereby generating pushing/pulling forces at the cell cortex.

68 hyrin sensitizers in the first series with a push-pull framework appeared in 2009; the best cell perf

69 We studied push-pull in the motor output stage of the feline spinal

70 Simple cells receive push-pull inhibition: ON inhibition in OFF subregions an

71 this complex cell inhibition, antiphase or "push-pull" inhibition from tuned simple inhibitory neuro

72 r results point to a functionally meaningful push-pull interaction between learning and adaptation in

73 ur results suggest that greater antagonistic push-pull interaction between synchronizing and desynchr

74 Protonation enhances the push-pull interaction; the OC charge is increased from a

75 The effect of push-pull interactions in a series of variously substitu

76 teractions between the two pathways, such as push-pull interactions, their receptive fields may be ra

77 Push-pull is a canonical computation of excitatory corti

78 ne LGN ( approximately 40%), indicating that push-pull is key in the form vision pathway across speci

79 that combine excitation and inhibition from push/pull JONs in different ratios.

80 the contralateral dominance is created by a "push-pull"-like mechanism, with contralaterally dominant

81 We believe the push-pull macrocycle design may be useful in engineering

82 cribe the synthesis and characterization of "push-pull macrocycles": electron-rich and electron-poor

83 Controls indicate that strong push-pull macrodipoles are important, operational probes

84 at LIP activity encodes timed movements in a push-pull manner by signaling for both saccade initiatio

85 receptive fields were aligned in a specific push-pull manner for disparity.

86 enter cortical Y-like cells in an unbalanced push-pull manner to generate orientation-selective, cue-

87 el that pools such neurons in an imbalanced "push-pull" manner, to generate orientation-selective cue

88 conformation suggest a unified piston-like, push-pull mechanism for ATP hydrolysis-dependent conform

89 The new results support the push-pull mechanism of dealkylation in soman-inhibited c

90 d cluster of opposing receptors based on the push-pull mechanism.

91 s of attention, results in a precisely timed push-pull mechanism.

92 We propose a "push-pull" mechanism in which actin polymerization drive

93 the ionization of Tyr 55 are explained by a "push-pull" mechanism in which His 117 facilitates proton

94 yme-catalyzed ring opening and we present a "push-pull" mechanism in which His388 breaks the O5-C1 bo

95 These results suggest a "push-pull" mechanism of import, which may be common to o

96 d by the uracil leading to the paradigmatic "push-pull" mechanism of nucleotide flipping.

97 nd establish a "pull-push", as opposed to a "push-pull", mechanism for nucleotide flipping.

98 newly designed and synthesized planarizable push-pull mechanophores, sulfide acceptors in the twiste

99 Using an in situ, push-pull method, we estimated rates of inorganic N upta

100 The new push-pull methodology was validated with mesocosm experi

101 isual cortex suggest that different from the push-pull model proposed for simple cells, layer 2/3 sim

102 These observations suggest a "push-pull" model, in which lymphocyte extravasation is d

103 The model differs from previous push-pull models in requiring dominant rather than balan

104 different solvents upon introduction of the push-pull moieties.

105 UMO energy gaps upon the installation of the push-pull moieties.

106 n of the zwitterionic excited states of such push-pull molecules is on the order of 2.0 kcal mol(-1)

107 led stability of both arms of the c-MYC/MXD1 push-pull network, and FBW7 ablation attenuated 1,25D re

108 sensing systems in which a receptor drives a push-pull network.

109 In the gas phase, most of the so-called push-pull nitrogen bases exhibit a very high basicity.

110 re and conjugation of various subfamilies of push-pull nitrogen bases: nitriles, azoles, azines, amid

111 strong basicity of biomolecules containing a push-pull nitrogen substructure, such as bioamines, amin

112 tatory neurons-an inversion of the canonical push-pull of feedforward input.

113 Another common motif is push-pull or "crossover" inhibition, in which increases

114 Although the presence of push-pull organization has been demonstrated in single c

115 Push-pull organization was clearly present in ankle exte

116 This illustrates the paradox at the heart of push-pull organization: increased force output can be ac

117 Three uncharged push-pull oxazol-5(4H)-ones were synthesized and thoroug

118 e of messenger activation/deactivation by a "push-pull" pair of opposing enzymes, we analyze it in te

119 oduction and wintering habitat, motivating a push-pull paradigm to explain irruptions of Pine Siskins

120 The dynamic "push-pull" pattern of load effects on visual and auditor

121 cyclization, to yield an ethenylene-extended push-pull pentafulvene.

122 nally, HPLC measurement of NE levels in MPOA push-pull perfusate indicated no increase in NE release

123 ique based on electroosmosis (EO), called EO push-pull perfusion (EOPPP), that is in principle suitab

124 Low-flow push-pull perfusion is a sampling method that yields bet

125 sus monkeys at the prepubertal stage using a push-pull perfusion method.

126 Animals were subjected to push-pull perfusion of the MPA and perfusates collected

127 In the first experiment, push-pull perfusion of the MPOA with nor-binaltorphimine

128 deliver artificial cerebrospinal fluid to a push-pull perfusion probe, pull sample from the probe, p

129 In this work, in vivo low-flow push-pull perfusion sampling was utilized with a rapid c

130 To meet these challenges, push-pull perfusion was coupled with segmented flow to a

131 Push-pull perfusion was performed from 1000-1600 h.

132 These results demonstrate that low-flow push-pull perfusion with segmented flow can be used for

133 of amino acid neurotransmitters by low-flow push-pull perfusion.

134 l corn oil, s.c.) at 1000 h and subjected to push-pull perfusion.

135 A series of unsymmetrical and symmetrical push-pull phenothiazines (3-7) were designed and synthes

136 Interestingly, we find the 1D-approach in push-pull polarons in agreement to the model, pointing a

137 Optical push-pull poling and driving were also used to reduce ha

138 s in the ground and doped state in a complex push-pull polymer.

139 portant view in light of the main purpose of push-pull polymers for photovoltaic devices.

140 ing effect was observed for pyridyl carrying push-pull porphyrin 4c in the presence of an acid.

141 ent the implementation of an electrochemical push-pull probe, which combines a microfluidic system wi

142 For in vivo measurements, push-pull probes were implanted in the striatum of anest

143 ppers" are introduced to create planarizable push-pull probes with the mechanosensitivity and fluores

144 The design principle of the push-pull protocol can potentially lend itself as an eff

145 We found that this push-pull protocol reduces SED (shifts the balance towar

146 "Push-pull" purines have been synthesized by the introduc

147 n oscillator, together with its accompanying push-pull read-out circuit that responds primarily to th

148 ng provides the molecular basis for complex "push-pull" regulation of VMN neuronal excitability by HA

149 This push/pull regulatory theme carries through to the molecu

150 titative Hammett analysis, which supports a "push-pull" relationship between the electronically asymm

151 like blue-yellow cells, red-green cells gave push-pull responses: receptive-field centers of red-ON c

152 Push-pull results also identify carbonate and silicate d

153 Twisted push-pull scaffolds with large and bright dithienothioph

154 reveals two general conditions and a robust push-pull scheme for precision sensing, which should be

155 trachain homocoupling defects in alternating push-pull semiconducting PDPPTPT polymers based on dithi

156 Using this versatile method, a near-IR push-pull sensor was prepared installing the electron-do

157 By uncovering this push-pull shift between lateral and basal nuclei, these

158 amines, amino acids, and peptides containing push-pull side chains, nucleobases, and their nucleoside

159 nd and the formation of two quite different "push-pull" stabilized products with borane- and carbene-

160 hydrochloride gives a species containing two push-pull-stabilized parent monochlorosilylenes that are

161 reviewing work on the development and use of push-pull strategies in each of the major areas of pest

162 Push-pull strategies involve the behavioral manipulation

163 Push-pull strategies maximize efficacy of behavior-manip

164 racter and plain electronic structure of the push-pull structure.

165 ical center-surround receptive fields had a "push-pull" structure of excitation and inhibition within

166 The influence of the push-pull substituents on the spectroscopic and electroc

167 he intrinsic nonlinear optical properties of push-pull substituted azobenzenes.

168 nded for the synthesis of highly fluorescent push-pull substituted thiophene-5-acrylates by using bro

169 The push-pull-substituted extended pentafulvenes feature int

170 These push-pull-substituted oligoene chromophores were also ac

171 The push-pull substitution of BDI also leads to sensitive fl

172 ing proton and electron transfers on excited push-pull surfaces.

173 doindolone core fitted out with a conjugated push-pull system and a carboxy linker for a conceivable

174 f direct and indirect pathways that act as a push-pull system of cortico-basal ganglia circuits.

175 e stimulo-deterrent diversionary strategy or push-pull system, have become an important target for su

176 ion around the mesoionic ring resulting in a push-pull system, theoretical estimations predict large

177 n to be dependent on the substituents of the push-pull system.

178 out the differences between single-unit and push-pull systems to obtain the desired structural- elec

179 cking wrist task, (2) an isometric whole-arm push-pull task, and (3) a reach-to-grasp task.

180 ory batch experiment and a field single-well push-pull test on the same aquifer sediment and groundwa

181 ces a novel modification of the single-well "push-pull" test that uses nonvolatile and multiple volat

182 temporally resolved sampling and single-well push-pull tests (PPT), followed by LC-MS/MS analysis.

183 velocity, appropriate for the simulation of push-pull tests (PPTs) with CMC stabilized nZVI.

184 ization, laboratory experiments, single-well push-pull tests (PPTs), and reactive transport modeling

185 Single-well push-pull tests were conducted to measure RDX degradatio

186 is to demonstrate in situ bioremediation and push-pull tests, in which isotopes are injected into aqu

187 d nitrate-reducing conditions, using in situ push-pull tests.

188 capped polyynes as precursors to substituted push-pull thiophenes was next presented.

189 However, it was found that in disubstituted "push-pull" tolanes steric control of an ortho-group can

190 Here we designed a novel push-pull training protocol to reduce sensory eye domina

191 The stronger learning effect with the push-pull training than the push-only training underscor

192 organic azides to afford diverse classes of push-pull triazenes and triazene salts.

193 l bis-(N,N-dialkylanilino) donor-substituted push-pull trienes and tetraenes showed better electron-a

194 By pushing/pulling two syringes that produce two orthogonal

195 A variety of push-pull type organic dyes are facilely synthesized thr

196 to functionalize the Zn-porphyrin, and four "push-pull"-type NP-substituted and fused porphyrin dyes

197 of the promoter on the metal, followed by a push-pull-type collapse of the resultant five-coordinate

198 entally different types of tasks such as arm push-pull versus reach-to-grasp (81% stable).

199 These results may be inconsistent with the push-pull vestibular model in which each nerve drives th

200 e vicinal tricarbonyl motif via oxidation of push-pull ynamides, and imido acylsilanes from silyl-sub

201 n core to suppress the dye aggregation for a push-pull zinc porphyrin, the PSSC achieved a record 12.