ライフサイエンスコーパス: coordinated movement

1 was linked with early twitching and eventual coordinated movement.

2 rcuits, with known functional importance for coordinated movement.

3 mitter dopamine (DA), which is essential for coordinated movement.

4 ment, whereas Myosin II activation increased coordinated movement.

5 rating bilateral sensory information and for coordinated movement.

6 otor integration and the control of skilled, coordinated movement.

7 een the two linkers that may result in their coordinated movement.

8 idly alternated between forward and backward coordinated movement.

9 hase severely delays the first appearance of coordinated movements.

10 form important timing signals to orchestrate coordinated movements.

11 ion, postural control, and the generation of coordinated movements.

12 at highly stereotyped positions to allow for coordinated movements.

13 uals consistently appear at the forefront of coordinated movements [1-4].

14 legans DGC genes lead to specific defects in coordinated movement and can also cause muscle degenerat

15 gration, as manifested in cell polarization, coordinated movement and differentiation into prestalk a

16 g-3 gene is required in the AB.p lineage for coordinated movement and in the AB.a lineage to suppress

17 t are necessary for muscle cell function and coordinated movement and in the development and function

18 teractions, and reduced diffusion, increased coordinated movement and inert probe exclusion at the do

19 The halothane sensitivities of coordinated movement and male mating behavior were highl

20 clear hormone receptor that is necessary for coordinated movement and male mating.

21 ant for many cellular processes that require coordinated movement and positioning of the nucleus.

22 ple motor tasks by the cerebellum results in coordinated movement and the maintenance of balance.

23 Tissue morphogenesis is the process in which coordinated movements and shape changes of large numbers

24 ogenic precursor cells undergo extensive and coordinated movements as they differentiate into properl

25 as a "reversible switch" in facilitating the coordinated movements associated with EF-G-driven GTP hy

26 Distinct coordinated movements captured by the allosteric inhibit

27 In mice, EMG with behavioral indices (coordinated movements, CMs; myoclonic twitches, MTs) has

28 Coordinated movement depends on the creation of synapses

29 d proteins in cells that undergo dynamic and coordinated movements during development.

30 Active sampling of touch and smell involves coordinated movements first observed in the rat half a c

31 ets of flow cytometry variables that exhibit coordinated movement (i.e., multi-variable up or down re

32 Whales caught their prey using a series of coordinated movements: (i) lifting the head above the wa

33 m parallel sensory pathways is a hallmark of coordinated movement in animals.

34 the onset of motor activity and emergence of coordinated movement in Drosophila embryos.

35 pothesize that UNC-8 channels could modulate coordinated movement in response to body stretch.

36 specific chemokine receptors that allow for coordinated movement in vivo.

37 Animal coordinated movement interactions are commonly explained

38 rks enable animals, humans included, to make coordinated movements is a continuing goal of neuroscien

39 cortical initiation of complex sequences of coordinated movements is thought to result in parallel o

40 enetically interact; manifesting deficits in coordinated movement, neuromuscular junction (NMJ) devel

41 mutation of either gene leads to defects in coordinated movement, neuronal migration, male tail deve

42 The assembly of this plate requires the coordinated movement of cargo vesicles whose size is bel

43 oteins reveals that MEDI8852 binds through a coordinated movement of CDRs to a highly conserved epito

44 directed cellular migration facilitates the coordinated movement of cells during development and rep

45 munication system to regulate the long-range coordinated movement of cells.

46 GTPase and its downstream effectors control coordinated movement of epithelia in a developing tissue

47 Tubulogenesis requires coordinated movement of epithelial cells and deposition

48 ion of penton arms, supporting our model for coordinated movement of hexons and pentons on the capsid

49 Membrane protein biogenesis requires the coordinated movement of hydrophobic transmembrane domain

50 ic proteins (where function often requires a coordinated movement of individual subunits).

51 ular homeostasis and integrity that involves coordinated movement of intracellular vesicles to membra

52 ehaviour of Dictyostelium slugs results from coordinated movement of its constituent cells.

53 Social (S)-motility (coordinated movement of large cell groups) requires both

54 gastrulation involves the specification and coordinated movement of large populations of cells that

55 port (IFT) proteins that are involved in the coordinated movement of macromolecular cargo from the ba

56 ction of fluent speech requires the precise, coordinated movement of multiple articulators (for examp

57 Coordinated movement of packs of S-motile Myxococcus xan

58 d to differentiation signals may depend upon coordinated movement of responding gene loci away from t

59 ultidomain protein is accomplished through a coordinated movement of structural elements.

60 Human speech sounds are produced through a coordinated movement of structures along the vocal tract

61 ition of peptide antigen by T cells involves coordinated movement of T cell receptors (TCRs) along wi

62 ectome is justified by the adaptive value of coordinated movement of the animal.

63 active site cleft, including the dynamic and coordinated movement of the carboxyl terminal tail, cont

64 The coordinated movement of the ciliated edge is represented

65 The coordinated movement of the eyes and hands under visual

66 rescent spectroscopy techniques to study the coordinated movement of the first four enzymes of the gl

67 to the fact that, in the absence of serine, coordinated movement of the RBD-SBD domains occurs relat

68 the entire UP receptor complex, including a coordinated movement of the tightly bundled transmembran

69 Precise and coordinated movement of the tRNA-mRNA complex within the

70 -dependent conformational changes as well as coordinated movement of transported substrates.

71 cation that appears to be facilitated by the coordinated movement of two conserved tyrosine residues

72 When the saccade involved coordinated movements of both the eyes and the lids, e.g

73 ons in the C. elegans vab-1 gene disrupt the coordinated movements of cells during two periods of emb

74 Embryo morphogenesis relies on highly coordinated movements of different tissues.

75 Complex behaviors often require coordinated movements of dissimilar motor structures.

76 mitochondria with the cytoskeleton, and the coordinated movements of mitochondria during cellular di

77 during zebrafish gastrulation, and involves coordinated movements of several cell layers.

78 The motor pattern that drives coordinated movements of swimmerets in different segment

79 of the superior colliculus in the control of coordinated movements of the eyes and head, the interact

80 e neuron appears to be involved in producing coordinated movements of the head, involving both somati

81 Loss of coattraction disrupts collective and coordinated movements of these cells.

82 AP in the presence of the Rpo4/Rpo7 stalk by coordinated movements of these domains.

83 Lack of coordinated movement, poor balance, and unclear speech i

84 ted with DFG conformational changes and with coordinated movements possibly associated with phosphate

85 een individuals can give rise to large-scale coordinated movement, such as that seen in schools of fi

86 oth possibilities by developing a battery of coordinated movement tests and examining motor deficits

87 Finally, we consider coordinated movements that include motion of eyes and he

88 spindle morphogenesis is a series of highly coordinated movements that lead to chromosome segregatio

89 ubstrates the monolayers underwent rapid and coordinated movement to generate cell-free areas.

90 cycle, the bacterium Myxococcus xanthus uses coordinated movement to generate three-dimensional aggre

91 o understand the molecular mechanism of this coordinated movement, we imaged various structural and s

92 l, thereby allowing these regions to undergo coordinated movement with a moving anterior region that

93 ted ion channels are important modulators of coordinated movement, yet little is known of their molec