ライフサイエンスコーパス: spatial orientation

1 ft and right chambers into their appropriate spatial orientation.

2 e neural correlate of the animal's perceived spatial orientation.

3 signals to those that enable such vestibular-spatial orientation.

4 underlines the importance of the nodulus in spatial orientation.

5 nd phototropism to control their posture and spatial orientation.

6 r function which, in turn, may contribute to spatial orientation.

7 nt materials with preferred shapes, size and spatial orientation.

8 degrees of freedom specifying an object's 3D spatial orientation.

9 only when the ligands are in the appropriate spatial orientation.

10 o maintain the imagined object in its proper spatial orientation.

11 ntageous for investigating the mechanisms of spatial orientation.

12 re studies investigating the neurobiology of spatial orientation.

13 capturing prey, avoiding being eaten and for spatial orientation.

14 stimates of cognitive variables like current spatial orientation.

15 contribute critically to both navigation and spatial orientation.

16 of the ring-forming sequences share the same spatial orientation.

17 ative stress, and inflammation, and improved spatial orientation.

18 well as the proteins' relative distances and spatial orientations.

19 ly can undergo nucleophilic attack from many spatial orientations.

20 varied in a wide range (8 mum-14 mum) by the spatial orientation (0 degrees -180 degrees ) of the str

21 When tested in the Morris water maze for spatial orientation abilities, whereas APP/PS1 mice deve

22 e major challenges to the technique (access, spatial orientation, anastomosis, and closure), and poin

23 Such sensation is necessary for spatial orientation and balance.

24 us and uvula (NU)] are thought important for spatial orientation and balance.

25 Directory for molecules that mimic both the spatial orientation and basic polymorphism of PrP residu

26 mable, the size of the nanoparticles and the spatial orientation and density of cancer-targeting liga

27 considered in this study possess the proper spatial orientation and distinct electrostatic character

28 -vestibular cortical areas are important for spatial orientation and facilitate the control of the br

29 ficant differences were also detected in the spatial orientation and helical content of the long cent

30 A fundamental challenge for maintaining spatial orientation and interacting with the world is kn

31 art of a novel processing stream involved in spatial orientation and learning related to somatosensor

32 Vestibular information influences spatial orientation and navigation in laboratory animals

33 l of locomotion, and more abstract models of spatial orientation and navigation.

34 y animals rely on Earth's magnetic field for spatial orientation and navigation.

35 mical stimuli is crucial for food detection, spatial orientation and other adaptive behaviours in ani

36 -based tools that permit rapid analysis with spatial orientation and relative abundance of hundreds t

37 primary visual cortex that are sensitive to spatial orientation and speed.

38 timal conditions for ASE are met in only one spatial orientation and with one polarization.

39 neurons, velocity components in two or more spatial orientations and then combining these velocity c

40 ich undergo nucleophilic attack from limited spatial orientations and via highly polar transition sta

41 ype of learning (such as object recognition, spatial orientation, and associative learning tasks), we

42 sect brain with a key role in visual memory, spatial orientation, and motor control.

43 compass and polarized light, we developed a spatial orientation assay and trained zebra finches to m

44 tworks revealed a novel neural mechanism for spatial orientation behavior.

45 Spatial orientation behaviors in animals are fundamental

46 a2 to alpha6 NC1 domains, thus providing the spatial orientation between interacting alpha121 and alp

47 availability of FH CCPs 19-20 and an optimal spatial orientation between the N- and C-terminal FH reg

48 ocated on the surface of this protein with a spatial orientation characteristic of a salt bridge.

49 quitous allocentric reference to the brain's spatial orientation circuits.

50 the visual frame of reference for processing spatial orientation cues.

51 Spatial orientation depends critically on the brain's ab

52 species and requires the ability to maintain spatial orientation during locomotion.

53 s called 'path integration') to maintain our spatial orientation during self-motion in the dark.

54 might contribute to neuronal mechanisms for spatial orientation during self-movement and for represe

55 Memory for spatial orientation during spontaneous exploration remai

56 molecules with respect to the solute through spatial orientation functions as well as radial/angular

57 systems that accurately monitor an animal's spatial orientation in an environment.

58 Impaired spatial orientation in finding a hidden platform at the

59 In the nematode Caenorhabditis elegans, spatial orientation in gradients of soluble chemoattract

60 ty and functionality of circuits controlling spatial orientation in higher organisms.

61 that is thought to play an important role in spatial orientation in insects is the central complex (C

62 as the ADN and PoS, and the reported loss of spatial orientation in rodents and humans with RSP damag

63 r vermis, however, MSTd neurons also carry a spatial orientation-independent rotation signal from the

64 nslating interspin distance measurements and spatial orientation information into structural constrai

65 that the mushroom bodies may participate in spatial orientation, landmark recognition, and visual in

66 or function, visual and auditory perception, spatial orientation, memory retrieval, and olfaction may

67 eral pulmonary vessels (n = 26) and improved spatial orientation, MIP images were superior to helical

68 diastereopeptides allow us to manipulate the spatial orientation of amino acid side chains to alter t

69 Variations in the spatial orientation of amino acids around different mono

70 l evidence so far suggests that the absolute spatial orientation of an experiment never affects its o

71 experience of odor gradients is important in spatial orientation of animals.

72 emical spacer, capable of inducing favorable spatial orientation of aromatic rings, a key factor for

73 s not interact with IRBCs due to the altered spatial orientation of carboxyl group.

74 elical phasing within the promoter indicates spatial orientation of CREB/ATF and NF-kappaB, proteins

75 extracellular matrix plays a key role in the spatial orientation of epithelial polarity and formation

76 lays an instrumental role in determining the spatial orientation of epithelial polarity and the forma

77 restricted analogues of threonine with fixed spatial orientation of functional groups.

78 We show that the spatial orientation of gp120-CD4 receptor binding relati

79 nce mapping by EPR spectroscopy, determining spatial orientation of helical segments in oriented spec

80 The longitudinal spatial orientation of individual nerve fascicles was tr

81 The demonstrated level of control over the spatial orientation of LCLC opens opportunities for engi

82 is important to recognize that it is the 3D spatial orientation of residues that drives sequence con

83 troduce an approach to exploring the role of spatial orientation of signaling complexes in living cel

84 Furthermore, we suggest that a fixed spatial orientation of signals is required for cleavage.

85 Spatial orientation of tetraspanins within these complex

86 Our results indicate that the electronic and spatial orientation of the 5'-phosphate analog was criti

87 First, the spatial orientation of the alpha-benzylic position influ

88 Based on the hypothesis that the spatial orientation of the aromatic ring at position 4 o

89 ccord with the experimental data only if the spatial orientation of the Arp2/3 complex is restricted

90 r these sugars, which are dependent upon the spatial orientation of the C-4 hydroxyl group.

91 nteractions, specifically with regard to the spatial orientation of the cyclotide kalata B1 from Olde

92 merase II, the enzyme is responsible for the spatial orientation of the DNA termini for ligation.

93 n underlying mechanism to alter the relative spatial orientation of the DNA-binding domains.

94 ffer for bacterial ferrochelatases since the spatial orientation of the enzyme within prokaryotic cel

95 is affected by combined effects of posture (spatial orientation of the esophagus), physical properti

96 tructures reveals a significant shift in the spatial orientation of the Ig fold, in the region of hig

97 reduced in Ala-Leu-His due to an unfavorable spatial orientation of the imidazole and COOH groups and

98 ation, critical methyl substitution, and the spatial orientation of the key methyl groups.

99 n a unique multi-step mechanism in which the spatial orientation of the loop with respect to the P35

100 rolled charge migration as a function of the spatial orientation of the molecule and determined the s

101 Findings revealed that a difference in spatial orientation of the orthosteric tropane moiety tr

102 The diastereoisomers differ in the relative spatial orientation of the P horizontal lineO groups ins

103 While spatial orientation of the pelvis was similar in both gr

104 milarly, in the periplasm, MreC controls the spatial orientation of the penicillin binding proteins a

105 nal and rotational motion, thus changing the spatial orientation of the points.

106 the stabilizing function of the support and spatial orientation of the polymer chains and template f

107 e same structural scaffold, we find that the spatial orientation of the primary receptor-binding site

108 trongly dependent on both the nature and the spatial orientation of the quinoxaline moieties, suggest

109 -CSF receptor agonists in which the relative spatial orientation of the receptor agonist domains is v

110 on allow a strict control of the valency and spatial orientation of the recognition motifs (glycotope

111 A characteristics are shown to depend on the spatial orientation of the SPDC emission pattern.

112 omotes certain reactions by establishing the spatial orientation of the substrate peptide relative to

113 two classes of SAM films is directed by the spatial orientation of the surface-confined species that

114 Additionally, because the spatial orientation of the tags is predicted to change d

115 As the Earth rotates, the absolute spatial orientation of the two parts of the wave packet

116 ciate the cdb3 dimer, nor does it change the spatial orientation of the two peripheral domains relati

117 required for optimal DAA, suggesting that a spatial orientation of the two sites is important.

118 s, but more notably and importantly also the spatial orientation of their principal axes.

119 that both the positive charge and the proper spatial orientation of this residue were required for in

120 The relative spatial orientation of TnC domains bound to TnI was calc

121 on for different residues were driven by the spatial orientation of tryptic peptides upon interaction

122 This constrained compound fixes the spatial orientation of two critical rings for the minima

123 ophane macrocyclic systems provide access to spatial orientations of functionality that would not be

124 iological experiments suggest that different spatial orientations of the coils relative to the neuron

125 -temperature (13)C NMR studies show that the spatial orientations of the ligands remained fixed with

126 the temporoparietal junction showed impaired spatial orientation performance for leftward (contralesi

127 First, compared to healthy controls' spatial orientation performance, we found that of the 18

128 due to alterations in the W25-L47 side-chain spatial orientations, possibly the result of slight conf

129 distance between functional groups and their spatial orientation proved that (1S,4r,6R)- and (1R,4r,6

130 ctive for translation and ignored changes in spatial orientation relative to gravity.

131 -motion from those resulting from changes in spatial orientation relative to gravity.

132 f body motion through space is necessary for spatial orientation, self-motion perception, and postura

133 mation into earth-referenced self-motion and spatial orientation signals.

134 tics of acoustic signals used by the bat for spatial orientation-sonar vocalizations-offering support

135 These animals were subsequently tested on a spatial orientation task using a circular water maze, an

136 though many animal species sense gravity for spatial orientation, the molecular bases remain uncertai

137 selectivity to self-motion (translation) and spatial orientation (tilt).

138 present the galloyl groups with the correct spatial orientation to induce activity.

139 t optimal distance and with optimal relative spatial orientation to provide near optimal interactions

140 vestigate biases in the visual processing of spatial orientation to understand how prior expectations

141 mplete assessment of their circumference and spatial orientations to other anatomic structures.

142 e were measured with the monkey in different spatial orientations (upright and rolled left/right ear

143 o discriminate mechanisms related to tactile spatial orientation, vascular regulation, and nociceptio

144 Visual processing for spatial orientation was assessed using perceptual thresh

145 nsations of self-motion ('am I moving?') and spatial orientation ('where am I now?') are distinct.

146 on condition emphasized reflexive aspects of spatial orientation, while the other required controlled

147 Alternatively, the deficits in timing and spatial orientation with temporoparietal junction lesion

148 first requires accurate perception of one's spatial orientation within the environment, which consis