ライフサイエンスコーパス: bump

1 d 30 (the so-called autobiographical memory 'bump').

2 ight into usable electrical signals (quantum bumps).

3 sted in the single-photon responses (quantum bumps).

4 ously and produces unitary dark events (dark bumps).

5 eaflet, forming the characteristic subaortic bump.

6 ger span, subjects tended to report only one bump.

7 acy in detecting those with a high number of bumps.

8 p had an amplitude similar to wild-type (WT) bumps.

9 reported whether they felt zero, one, or two bumps.

10 oduction of dark bumps but not light-induced bumps.

11 ifested in a substantially high rate of dark bumps.

12 spatial position signal by modulation of the bump activity levels without significantly interfering w

13 e indicates that B2 RNA operates as a "speed bump" against advancement of RNA polymerase II, and temp

14 reas intracellular calcium and voltage adapt bump amplitude and waveform (sample size).

15 Bump amplitude was constant over the range 1.5-100 micro

16 eered BET bromodomains designed as part of a bump and hole approach.

17 g a specialized algorithm that removes small bumps and pockets, while preserving large-scale structur

18 reliably estimate photon times from quantum bumps and Snyder filters are then used to causally estim

19 Association between number of bumps and UFOV score was assessed in a generalized linea

20 ent membrane (interwoven ridges and grooves, bumps, and pores), which have typically been studied as

21 aken individually, produced illusory virtual bumps, and subjects reported whether they felt zero, one

22 These included increased von Frey, bumps, and warmth detection thresholds as compared with

23 ndividual members of this family, we took a "bump-and-hole" approach and designed a series of N(6)-su

24 ansferase mutant/SAM analogue pairs using a "bump-and-hole" strategy.

25 Using a bump-and-hole-based chemical-genetic method, we have rap

26 ss, spontaneous unitary current events (dark bumps) are produced by spontaneous single Gqalpha activa

27 tion, while single-photon responses (quantum bumps) arise from synchronous activation of several Gqal

28 asm lesion more frequently showed an intimal bump at baseline and intimal gathering during spasm comp

29 zed space and offer experimental support for bump attractor dynamics mediating cognitive tasks in the

30 , and, to date, no demonstration exists that bump attractor dynamics underlies spatial working memory

31 A 'bump attractor' computational model can account for this

32 on or eye position), in terms of continuous 'bump attractors' and 'line attractors'.

33 of pattern separation and memory storage via bump attractors.

34 At resting potential (-70 mV), bumps averaged 10 pA in peak amplitude with a half-width

35 ngle Gqalpha activations do not produce dark bumps, because of a critical phospholipase Cbeta (PLCbet

36 overcoming one of the thiomethyl (SMe) speed bumps before proceeding on to the secondary oxyphenylene

37 readout integrated circuits (ROIC) by indium bump bonding which significantly increases the fabricati

38 The ion exchange reactions affected bump, bulge, and crack formation on the biotite basal pl

39 ty selectively suppressed production of dark bumps but not light-induced bumps.

40 ht-sensitive channel were very similar to WT bumps, but with slightly slower decay times.

41 fusion fluxat the apex of convex millimetric bumps by optimizing the radius of curvature and cross-se

42 boration of the base moiety so as to afford "bumped" cofactor mimics compatible with "hole"-bearing m

43 Standard Amelanotic, Bleeding, Bump, Color uniformity, De novo, any Diameter (ABCD) det

44 age (the so-called autobiographical memory "bump") compared with other time periods in their lives.

45 Using binding and structural analysis of bumped compounds, we show here that the pocket is highly

46 predicted by the linear summation of quantum bumps convolved with their latency dispersion.

47 roduction of single G(q)alpha-activated dark bumps despite a high rate of spontaneous G(q)alpha activ

48 chanical stimuli (von Frey monofilaments and bumps detection test) were measured.

49 showed significant inverse correlation with bumps detection threshold.

50 Bump duration was unaffected by lowering the extracellul

51 Sensitivity to a steric speed bump effect was found to depend on (a) structural locati

52 threading systems, the sensitivity of speed bump effects has not been evaluated as a function of str

53 Discrete events (quantum bumps) elicited by dim light were analysed in whole-cell

54 The energy required for echinocyte bump formation was calculated for a range of bump shapes

55 Thus, if the cell is near the threshold for bump formation, the calculations predict that small chan

56 Cbeta (PLCbeta) activity level required for bump generation.

57 ined areas involved the modification of stud bump geometry with microfabricated silicon molds via an

58 owever, a second rarer (10 %) class of large bump had an amplitude similar to wild-type (WT) bumps.

59 While the general concept of steric speed bumps has been demonstrated in rotaxane shuttles and mac

60 Energy minima corresponding to nonzero bump heights were found when the stress-free area differ

61 Our results indicate that the bump-hole technique can be used to identify Abl family k

62 We applied the bump-hole technique, pioneered by Shokat and colleagues,

63 erentially methylated regions (DMRs) using a bump hunting approach and a permutation-based multiple t

64 hylation studies with small sample size, the bump hunting method and the empirical Bayes method are r

65 For all sample sizes, the bump hunting method had the lowest stability in terms of

66 oss CpG loci are independent, while only the bump hunting method is recommended when DNA methylation

67 Only the bump hunting method showed appropriate FDR control and t

68 ermutation test, empirical Bayes method, and bump hunting method.

69 in each group), both the empirical Bayes and bump hunting methods showed appropriate FDR control and

70 Here, we demonstrate that applying bump hunting via the patient rule induction method (PRIM

71 (i) implementing a computationally efficient bump-hunting approach to identify DERs that permits geno

72 ration in the microwave regime of cloaking a bump in a surface.

73 and facilitates the formation of an intimal bump in patients with vasospastic angina.

74 When runners encounter a sudden bump in the road, they rapidly adjust leg mechanics to k

75 ing CNV or was seen as a sheet with numerous bumps in eyes with GA.

76 Bumps in the track do not significantly disturb NS3 unwi

77 Quantum bumps in trp mutants lacking the major class of light-se

78 Bumps in trpl mutants lacking the second class of light-

79 aised quite dramatically by inserting "speed bumps" in the form of steric and/or electrostatic barrie

80 of generating elementary responses, quantum bumps, in response to single photons using a stochastica

81 Following each bump, individual microvilli are rendered briefly (~100-2

82 The bump interval and amplitude distributions, and the 'freq

83 higher the density, the more often the ants bump into each other.

84 iated with driving cessation and limitation, bumping into objects, slower walking, and falls.

85 Bumped kinase inhibitors (BKIs) of Cryptosporidium parvu

86 Bumped kinase inhibitors (BKIs) specific for parasite ca

87 testinal drug concentrations for a series of bumped kinase inhibitors (BKIs) that have nearly identic

88 We exploited this to develop bumped kinase inhibitors (BKIs) that selectively target

89 ew class of transmission-blocking compounds, bumped kinase inhibitors (BKIs), which inhibit microgame

90 he intrinsic noise components, which include bump latency (mean delay and jitter) and shape (amplitud

91 Bump latency increased by ca 50 % between 1.5 mM and 100

92 neurons represents the animal's heading via bump-like activity dynamics.

93 on their heading preferences, can sustain a bump-like activity pattern whose location can be updated

94 varied the spatial separation between these bump-like force-feedback regions, from being much greate

95 -type symbiosis, but instead developed small bump-like nodules on its roots that were blocked at an e

96 ith a 4.9% increase (P = 0.004) in number of bumps made over the course.

97 se, seeded with obstacles, and the number of bumps made while traversing the course was counted.

98 onal epiretinal proliferation and a retinal "bump." Moreover, it often presented with early ellipsoid

99 omers toward the tip, even the concentration bump of G actin that they create before they jam is enou

100 (a dielectric cylinder with a nanoscale-high bump of the effective radius) can exactly imitate a quan

101 were never admitted, 39 were admitted after bumping of another patient, and 89 were admitted on subs

102 There is an increase or "bump" of cell density 3.5-4.0 mm from the foveal pit, co

103 eously produces a hexagonal grid of activity bumps on a two-dimensional sheet of units.

104 This system enables detection of protein bumps on the DNA and localization of their binding sites

105 aine dyes with different substituents (speed bumps) on the flanking chains and two macrocycles with d

106 n be controlled by introducing steric "speed bumps" or electrostatically switchable gates.

107 olecules (responsible for quantal potential "bumps") produces a photoreceptor generator potential.

108 nclear how phototransduction suppresses dark bump production arising from spontaneous G(q)alpha activ

109 of spontaneous G(q)alpha activation and dark bump production potentially hampers single-photon detect

110 ically adjusting availability of microvilli (bump production rate: sample rate), whereas intracellula

111 level of PLC activity is required to induce bump production.

112 n ultrasmooth pure metal films with grooves, bumps, pyramids, ridges, and holes.

113 to adaptively transduce photons into quantum bumps (QBs, or samples).

114 n these strains are populated by a series of bumps ranging between 7 and 40 nm in diameter, depending

115 bumps were virtually absent and the quantum-bump rate was reduced, indicating that Ca(2+) release fr

116 Our results support a diffusing bump representation for spatial working memory instantia

117 ighlight three of the most common 'lumps and bumps' seen in childhood: nevus sebaceus, pilomatricoma

118 bump formation was calculated for a range of bump shapes for different preferred curvatures.

119 formed for evaluation of these asymptomatic "bumps" should be considered when decisions are made with

120 the INAD scaffolding molecule is disrupted, bumps showed a defect in quantum bump termination, but t

121 When the bump spacing was the same as the finger span, subjects t

122 The number of people who experienced bumps, stumbles, or orientation problems was almost twic

123 bulin islands may act as stop signs or speed bumps, switching a shortening microtubule back into a gr

124 disrupted, bumps showed a defect in quantum bump termination, but their amplitudes and latencies wer

125 Bumps that are rationally designed to integrate these me

126 dermal mesenchyme into a pattern of surface bumps that triggers epithelial gene expression.

127 ted by brief highly synchronous volleys, or "bumps." These bumps were typically so brief that they co

128 graft centration with a cannula; and bubble bumping to unfold peripheral inward folds.

129 n asymmetry in the model allows the activity bumps to be shifted in any direction, at a rate proporti

130 An intimal bump was defined as 1 or more intimal projections into t

131 ctural location, being lowest when the speed bump was near the end of a flanking chain, and (b) macro

132 A series of five pH bumps were applied to elute E. coli tryptic peptides fro

133 Bumps were automatically detected and analysed for ampli

134 At intermediate [Ca2+]o bumps were biphasic with a slow rising phase followed by

135 of eyes, while small RPE elevations and RPE bumps were detected in 31.8% and 22.7% of eyes, respecti

136 ighly synchronous volleys, or "bumps." These bumps were typically so brief that they could not be wel

137 In IP3R-deficient photoreceptors, dark bumps were virtually absent and the quantum-bump rate wa

138 thm characterized by a distinctive spectral "bump," which is coherent across widely separated sites.

139 udy was to determine the association between bumping while walking and divided visual attention, as m

140 by processing speed, independently predicted bumping while walking.

141 l attention is a significant risk factor for bumping while walking.

142 decrements in mobility and increased risk of bumping with worsening visual field function.