ライフサイエンスコーパス: be excited by

1 uggest that dCINs and aCINs, but not adCINs, are excited by 5-HT and are rhythmically active during f

2 oresce in a variety of different colors, yet are excited by a common monochromatic light source.

3 The bar-code markers are excited by a common wavelength of light but distingu

4 terized targeted and activatable probes that are excited by a nuclear decay-derived signal to identif

5 ded because numerous endogenous fluorophores are excited by a two-photon mechanism and highly non-cen

6 In this process a neuron can be excited by a probe stimulus in the current receptive

7 conductor nanocrystal quantum dots, that can be excited by a single laser wavelength but emit at diff

8 Each dye is excited by a 200 fs pulse of light in the visible reg

9 ear-IR region (from 1500 to 1600 nm) when it is excited by a diode laser at 980 nm.

10 e the performance from each platform when it is excited by a He-Cd laser (442 nm), a blue light-emitt

11 eceptors begins when a molecule of rhodopsin is excited by a photon of light.

12 method uses a gated detector and the sample is excited by a pulsed train.

13 Photocurrent was measured when the sensor was excited by a 405nm 100mW laser light.

14 The fluorescence was excited by a solid-state microchip laser operating a

15 Many habenula neurons were excited by a no-reward-predicting target and inhibi

16 The oscillations were excited by a solar flare in the adjacent active reg

17 The RCMs indicated that mitral/tufted cells were excited by activation of a focal region surrounding

18 are formed (1) onto a planar substrate that is excited by an external source (laser) or (2) directly

19 The membrane is excited by an LED at 385 nm wavelength and the intens

20 these devices, a charge-density plasma wave is excited by an ultra-relativistic bunch of charged par

21 The Ca(2+) indicator dye fluo-5F was excited by an argon ion laser to measure changes in

22 that had AP input, 90% of the cells (43/48) were excited by AP stimulation while 10% (5/48) of the c

23 l or selected numbers of the sensor elements are excited by application of an excitation signal.

24 Furthermore, we show that type II neurons are excited by ATP.

25 ferents may be cochlear nociceptors, and can be excited by ATP released during tissue damage, by anal

26 Octopus cells are excited by auditory nerve fibers through the activat

27 population of presumed dopamine neurons that are excited by aversive stimuli is actually not dopamine

28 tween 3 and 49% of presumed dopamine neurons are excited by aversive stimuli.

29 and that a population of nondopamine neurons is excited by aversive stimuli.

30 activity of mesolimbic dopamine neurons that were excited by aversive stimulation.

31 ugh GABAA, and perhaps GABAB, receptors, and were excited by axon collaterals from thalamocortical ce

32 gamma-Motoneurons were excited by bath application of low concentrations o

33 diopulmonary convergent neurons, 81% (47/58) were excited by both IA and IB, and the remainder had co

34 ses: receptive-field centers of red-ON cells were excited by both L increments (bright red) and M dec

35 owever, a greater number of dopamine neurons were excited by both of these stimuli, inconsistent with

36 us, many rat dental primary afferent neurons are excited by capsaicin, and the response appears to be

37 IC18-labeled rat trigeminal ganglion neurons are excited by capsaicin.

38 PPG neurons in the NTS were excited by CCK and epinephrine, but not by the mela

39 mice demonstrate that most T stellate cells are excited by cholinergic agonists through three types

40 he subpopulation of TH-positive neurons, 36% were excited by cocaine and 64% were inhibited.

41 Many cells in the inferior colliculus (IC) are excited by contralateral and inhibited by ipsilatera

42 ing and inhibited by cooling, whereas others are excited by cooling and inhibited by warming.

43 rojection neurons (PNs) in this brain region are excited by cooling, warming, or both.

44 less affected and some putative interneurons were excited by DBS.

45 Group 2 neurons were excited by duodenal distention and were inhibited b

46 d with monomeric intercalating dyes that can be excited by either the 488- or 514-nm line of an argon

47 Strong discrete aurorae on Earth are excited by electrons, which are accelerated along ma

48 Jupiter's X-ray aurora has been thought to be excited by energetic sulphur and oxygen ions precipit

49 ceptive C-fibers (31 of 33 C-fibers studied) were excited by ET-1 (1-20 nmol) in a dose-dependent man

50 We show that bovine adrenal chromaffin cells were excited by etomidate at clinically relevant concent

51 ree C) of the corneal surface, these neurons were excited by evaporation of tears from the ocular sur

52 p-Biphenylyldiazomethane was excited by femtosecond pulses of UV light in acetoni

53 , Julian discusses the idea that this tremor is excited by flow of metamorphic fluids.

54 Local inhibitory neurons were excited by focal pressure ejections of small (appro

55 The complex is excited by focusing a laser beam at the pipet tip to

56 The ZI cells were excited by food deprivation and the gut hunger sign

57 Cocaine-excited neurons were more likely to be excited by footshock.

58 GABA transmission to GnRH neurons, which can be excited by GABA(A) receptor activation.

59 al neurons maintained higher [Cl(-)](i), and were excited by GABA(A)R activation.

60 ns were inhibited by duodenal distention and were excited by gastric distention.

61 nhibited and the majority of the NST neurons were excited by gastrointestinal distention.

62 nditions, most SNr neurons during anesthesia were excited by GLU; the response occurred preferentiall

63 As expected, cartwheel cells are excited by granule cell activation; the latencies an

64 Most gamma-motoneurones were excited by group II afferents from several muscles,

65 In rodent hairy skin these mechanoreceptors are excited by hair movement.

66 e feedback from catecholamine cells that may be excited by hypocretin.

67 study was to determine if neurons in the PAG are excited by hypoxia or hypercapnia in an in vitro env

68 ses are further subdivided into neurons that are excited by image expansion (looming) and are inhibit

69 ement of contrast between "on" elements that are excited by increased afferent activity and "off" ele

70 e produced by extra-cerebellar circuits that are excited by increased tonic activity in cerebellar nu

71 ugh post-inspiratory and expiratory neurones were excited by increasing levels of CO2, and also by io

72 able optical properties and their ability to be excited by infrared radiation.

73 ith a broad spectral range (up to ~ 400 GHz) are excited by injecting picosecond-duration pulses, gen

74 aces shocks in the surrounding material that are excited by interactions with nearby galaxies.

75 eathing vibrational modes of the rods should be excited by laser-induced heating.

76 aracterized, 25 neurons were inhibited and 8 were excited by LH stimulation.

77 Furthermore, OND RGCs are excited by light falling far beyond their dendrites.

78 ectable signal to be emitted when the beacon is excited by light of the appropriate wavelength.

79 g of phosphorescence of an injected dye that is excited by light pulses.

80 Furthermore, we recorded activity that was excited by lung inflation as well as changes that pe

81 renic nerve, in a trough filled with saline, was excited by magnetic coil (MC)-induced stimuli at def

82 study was to determine which neural elements are excited by microstimulation of the central nervous s

83 stretching vibrations of different alcohols were excited by mid-infrared laser pulses, vibrational e

84 atmosphere in the polar regions, is known to be excited by modulated, downward-streaming electrons.

85 tion, indicating that individual neurons can be excited by more than one astrocyte and that individua

86 GoCs are excited by mossy fibers (MFs) and grcs and provide f

87 at Cho neurons, but not class IV da neurons, are excited by natural sounds or pure tones, with tuning

88 ed upconversion nanoparticle (UCNP) that can be excited by near-infrared 740 nm light-emitting diode

89 hoton-upconverting nanoparticles (UCNPs) can be excited by near-infrared light and emit visible light

90 P, S, and fault zone trapped waves were excited by near-surface explosions in two locations

91 rtically projecting, BF GABAergic/PV neurons are excited by neighboring BF and/or brainstem cholinerg

92 M-inh cells were excited by noxious cutaneous stimulation and thus a

93 d within or immediately adjacent to the LRN, were excited by noxious heat and/or noxious pinch of at

94 principal cells: Approximately 15% of cells are excited by odor, and another approximately 15% have

95 nergic inputs from interplexiform cells that are excited by off-centre bipolar cells, whereas bipolar

96 Neurons in the inferior colliculus (IC) that are excited by one ear and inhibited by the other [excit

97 inhibit another, and a particular neuron can be excited by one odor and inhibited by another.

98 By contrast, B1 cells are excited by only forward or backward movement, meanin

99 receptors and glutamate decarboxylase-67 and are excited by orexin.

100 ic range neurons in the cuneate nucleus (CN) were excited by peripheral stimulation.

101 ization (FP) detected when a fluorescent dye is excited by plane polarized light depends mostly on th

102 II core complexes of Synechococcus elongatus are excited by polarized visible light and the transient

103 In summary, most ccRTN neurons are excited by posterior hypothalamic stimulation while

104 We found that some dopamine neurons were excited by reward-predicting stimuli and inhibited

105 They were excited by single, double and triple electrical sti

106 the retina, exhibit spectral opponency; they are excited by some wavelengths and inhibited by others.

107 stent with this pattern, LSO cells generally are excited by sounds that are more intense at the ipsil

108 Neurons sensitive to IIDs are excited by stimulation of one ear and inhibited by s

109 piratory neurons, abundant in BotC and cVRG, were excited by stimulation of cardiopulmonary receptors

110 lar distension-insensitive neurones (n = 30) were excited by stimulation of carotid body chemorecepto

111 E and Pre-I neurones of RVL were excited by stimulation of the arterial chemorecepto

112 e highest hierarchical level of the circuit, were excited by stimuli that produced shortening as well

113 ive fields, whereas the large fusiform cells were excited by such stimuli.

114 long afterglow (>10 h) and their ability to be excited by sunlight as well as room light.

115 nd a subset of confirmed VTA DA neurons that is excited by systemic administration of cocaine.

116 ON cells were inhibited, and most OFF cells were excited by systemic morphine.

117 All responsive long-spike cells were excited by tail-press; excitations were very rapid

118 d that the micro-discs of the waveguides can be excited by terahertz frequency fields to exhibit whis

119 Peripheral nociceptors are excited by the activation of membrane receptors and

120 vibrational modes are important because they are excited by the ambient thermal bath (k(B)T = 200 cm(

121 t fluorescently labeled biological complexes are excited by the evanescent field of the guided light.

122 nd then the spoof surface plasmon polaritons are excited by the localized resonance, and finally the

123 onal populations (abrupt and sustained) that are excited by the noxious visceral stimulus colorectal

124 Three of those lines are excited by the solar Lyman beta photons.

125 The waveguides are excited by the tip of a near-field scanning optical

126 The redox processes are photoinduced: Zncyt is excited by the laser pulse and converted to the tripl

127 An atomic lattice in its ground state is excited by the rapid displacement and release of an a

128 The SERS scattering from STV-NPs is excited by the surface plasmon polariton and collecte

129 Fluorescence in the film was excited by the evanescent wave from attenuated total

130 A majority of them were excited by the no-reward-predicting target and inhi

131 ybrid structures where labeled-acceptor dyes were excited by the QDs and arranged to interact with ea

132 ame collective events occur in crystals that are excited by thermal fluctuations alone; a large therm

133 nds after the photosystem II reaction centre is excited by three single-turnover flashes.

134 Wild-type neurons in layer 5 were excited by tonic mAChR stimulation, and had biphasi

135 echanism, whereby hydrogen atoms in the bulk are excited by tunneling electrons and are promoted to m

136 mission mechanism whereby molecular hydrogen is excited by turbulent mixing of cool molecular gas and

137 s, which necessarily have both fluorophores, are excited by two independent lasers, and give rise to

138 ese interneurons increases tenfold when they are excited by two pyramidal cells.

139 orporating a radical photoinitiator that can be excited by two-photon absorption.

140 hors with superior intrinsic properties that are excited by ultraviolet or blue light-emitting diodes

141 Stained protein bands can be excited by ultraviolet light at approximately 300 nm,

142 Stained proteins can be excited by ultraviolet light of about 302 nm or with

143 itation wavelengths, essentially all FPs can be excited by UV light at 280 nm.

144 seconds into SRI(587.) However, when S(373) is excited by UV-blue light, it photoconverts into SRI(5

145 Some of them were excited by visible light irradiation and emitted fl

146 to spatial patterns and show that many units are excited by visual motion in a direction-selective ma

147 he ventral posterior medial region; VPM) can be excited by visual as well as whisker stimuli.

148 al opponent thermoreceptor cells: some cells are excited by warming and inhibited by cooling, whereas