ライフサイエンスコーパス: center of mass

1 s carried on the hind legs, farther from the center of mass.

2 ent, with the protein dimer located near the center of mass.

3 slocate; this "visceral pistoning" moves the center of mass.

4 d state but only to oscillate around the S-S center of mass.

5 nce of the surface residues to the protein's center of mass.

6 oss in body mass, and a cranial shift in the center of mass.

7 eter secondary revolving around their common center of mass.

8 s rather than the loss of mass or a shift in center of mass.

9 inertial axes calculated with respect to the center-of-mass.

10 zation microscopy, with ca. 9 nm between the centers of mass.

11 significantly, with the distance between the centers of mass.

12 , with attached C(beta) atoms and side-chain centers of mass.

13 Specifically, a loss of center-of-mass-acceleration information, which allowed f

14 s' swing phase, suggesting that the animal's center of mass advances forward during the midabdominal

15 een the bilayer and valproic acid respective centers-of-mass along the bilayer normal as reaction coo

16 The fluctuation of helix centers of mass also remained highly anharmonic in the t

17 red shift of the Neurop tryptophan emission center of mass and a reduced residual anisotropy but wit

18 The offset between the asteroid's center of mass and center of figure indicates a small de

19 each shape, the nucleus is positioned at the center of mass and is stretched by microtubules along an

20 their abdomen about the thorax to adjust the center of mass and thus regulate spin at takeoff.

21 i associated with survival deviated from the center of mass and were less likely to be hubs in the GR

22 n the growing and shrinking speeds, leads to center-of-mass and breathing oscillations in bioriented

23 imulated images and compare it to well-known center-of-mass and cross-correlation methods.

24 he method to calculate the segmental masses, centers of mass, and moments of inertia for an adult Tyr

25 bscures potentially important changes in the center of mass as a result of internal tissue movements.

26 ethods to assess LAT: onset (B-LATOnset) and center of mass (B-LATCoM) of bipolar electrogram, and ma

27 oss a highly yielding surface could move the center of mass beyond the edges of the region of stabili

28 a significantly greater displacement of the center of mass by HD subjects than by control subjects (

29 overlap of 40% +/- 25% and separation of the centers of mass by 9 +/- 8 mm.

30 ect sequential 8 nm steps in the microtubule center of mass, characteristic of a single kinesin molec

31 te digit placement on an object based on its center of mass (CM) when it can be anticipated.

32 nges, the resulting changes in segment mass, center of mass (CM), and moments of inertia can be recom

33 Center of mass (CM), center of pressure (CP) dynamics (i

34 n predict object properties [e.g., weight or center of mass (CM)], fingertip forces are appropriately

35 A lower center-of-mass collision energy (0.20-0.41 eV) is requir

36 in the reaction of Cl(-) with CH(3)F in the center-of-mass collision energy range 0.05-27 eV.

37 the retinal position of the training shape's center of mass (CoM) [11, 12] when heading toward the fe

38 Within each region, we identified the center of mass (COM) for each representation, and the ov

39 Excursions of the body center of mass (CoM) in the direction opposite to that o

40 In this study, we compared shifts in the center of mass (COM) of CA3 and CA1 place fields in a fa

41 an increasing number of laps on a track, the center of mass (COM) of the HDTC tended to shift backwar

42 ouble dissociation between the shifts in the center of mass (COM) of the place fields that were simul

43 lation reveals that the forward speed of the center of mass (CoM) oscillates about its average speed

44 minimize vertical displacement of the body's center of mass (CoM) with the objective to optimize ener

45 te in single support, redirecting the body's center-of-mass (COM) motion upward.

46 y was assessed (peak activation variability, center of mass [COM] variability, intraclass correlation

47 d by changes in electrical potential are the center of mass depth, the swivel/kink degrees of conform

48 spatially coincident regions with an average center-of-mass error of 2.68 +/- 1.0 mm between FMT and

49 thicknesses was accomplished with an average center-of-mass error of 4.1 +/- 2.1 mm between FMT and S

50 The separation of the centers-of-mass for the Ku/24-mer DNA complex is 46 A, w

51 strate that achieving task-level constraints center of mass forces and moments while minimizing contr

52 have been calculated in terms of kinetic and center-of-mass frame energy.

53 nce of functional amino acids to the general center of mass (GCM) of the structure, relative solvent

54 g evidence for sub-8-nm steps of the cargo's center of mass in our multiple motor records.

55 , and the distance between the corresponding centers of mass in (18)F-FET PET and MRS imaging of Cho/

56 that the transverse velocity of the system's center of mass is extremely small.

57 The movement of the center of mass is likely powered by muscle contractions

58 ipathicity of their N- and C-ends, and their centers of mass lie ~1.2-3.6 A below the plane defined b

59 ications of these methods toward cooling the center-of-mass motion of a bead in vacuum to the quantum

60 ble when the mechanical mode consists of the center-of-mass motion of a levitated nanosphere.

61 ontrolled interactions by cavity cooling the center-of-mass motion of an optically trapped submicron

62 We applied an external force to the center-of-mass motion of an ultracold atom cloud in a hi

63 e light scattering is caused by the coherent center-of-mass motion of the atoms in the condensate.

64 iversity of running animals, most run with a center-of-mass motion that is similar to a simple mass b

65 tronic transitions independent of the atomic center-of-mass motion.

66 in all three cases, while the model captures center-of-mass motions and vertical force variations wel

67 moves processively on actin with an average center-of-mass movement of approximately 30 nm for each

68 ouncing on a sprung leg can approximate both center of mass movements and ground reaction forces duri

69 r that moves processively on actin, with the center of mass moving approximately 37 nanometers for ea

70 tructure is tiled with tetrahedra having the center of mass of one amino acid side-chain at each vert

71 y are particularly effective at shifting the center of mass of repeating fields, although it is also

72 FCS) combined with real-time tracking of the center of mass of single NPCs in live, unperturbed cells

73 n spectroscopy and real-time tracking of the center of mass of single NPCs.

74 and dermal armor that may have affected the center of mass of the animal, and differences in locomot

75 pneumatic picopump, producing a shift in the center of mass of the cell that was related to intensity

76 -Brownian electrokinetic trap to confine the center of mass of the DNA without perturbing its interna

77 The residual anisotropy, quantum yield, and center of mass of the emission spectrum are consistent w

78 d but likely ensue from the transposition of center of mass of the ion within its geometry frame affe

79 e gradient across the bilayer increased, the center of mass of the peptide shifted in a direction tow

80 istance curves were calculated by fixing the center of mass of the protein at several separation dist

81 istance between the anomalous center and the center of mass of the protein.

82 peting rate-limiting process takes over: the center of mass of the remaining free chain has to drift

83 samples informs about the trajectory of the center of mass of the replications.

84 adius of revolution of the cluster about the center of mass of the spherical part of the nucleus, are

85 differential Stark shift generated when the center of mass of the tuned ions is slightly moved out o

86 of Heschl's gyri, computed as the geometric center of mass of the volume.

87 The center-of-mass of the vesicle performs a persistent rand

88 The distance between the centers of mass of neighboring subunits is 2.8 +/- 0.3 n

89 The centers of mass of the activated areas were within 2.5 r

90 The separation of the centers-of-mass of the CaM and MLCK components is shorte

91 the known ability of insects to compute the "center of mass" of large shapes: ants learn a desired he

92 activation to reduce movements of the body's center of mass or center of pressure.

93 cked by monitoring either the tail position (center of mass) or the position of one or both heads.

94 ctar is stored in the abdomen near the bee's center of mass, pollen is carried on the hind legs, fart

95 at the collisions give rise to shifts in the center-of-mass positions of outgoing clouds.

96 Here, umbrella sampling with a novel center-of-mass pseudodihedral reaction coordinate was us

97 that gradually redirect the velocity of the center of mass rather than a single abrupt impulse.

98 pid dynamics: the diffusion constant for the center-of-mass "rattling" motion was reduced by a factor

99 during locomotion is possible only when the center of mass remains within a theoretical region of st

100 Ca2+ addition decreased the center of mass separation by about 1.5 nm.

101 The center of mass separations of the catalytic cores in the

102 These movements position their center of mass so that leg extension will push them away

103 s are placed at a distance xi0 between their centers of mass so that they are overlapped by a factor

104 esin is a processive motor that takes 8.3-nm center-of-mass steps along microtubules for each adenosi

105 high-resolution measurements directly in the center of mass system.

106 the binding site residues are closer to the center of mass than the non-binding surface residues.

107 e protein's mass moves further away from the center of mass; this results in an even more asymmetric

108 a reduced ankle and knee angle and vertical center-of-mass velocity at contact with the lower level,

109 reduced ankle angular velocity and vertical center-of-mass velocity during initial landing (P < 0.03

110 sulting ballistic trajectory of the walker's center-of-mass will facilitate stepping on target footho