ライフサイエンスコーパス: locomotive

1 ssified as exploratory, hind paw movement as locomotive.

2 on average, 12% lower than RY rates for five locomotives.

3 ettings were, on average, 19% lower for four locomotives.

4 of two-stroke engines used in many passenger locomotives.

5 uld be considered to maximize restoration of locomotive abilities.

6 atment with D737 increases the life span and locomotive ability of flies in a Drosophila melanogaster

7 of SOD2, which failed to improve survival or locomotive ability of Sod2(n283).

8 s); the 'fittest' machines (defined by their locomotive ability) are then fabricated robotically usin

9 his line displayed progressive impairment in locomotive ability, reduced heart tube function and a sh

10 Msh2-null mice were also impaired in locomotive activity and had an abnormal response to heat

11 nditure, which was correlated with decreased locomotive activity and reduced fatty acid beta-oxidatio

12 Minor impairment in locomotive activity was observed in propofol treated ado

13 ife span, intact cardiac function and normal locomotive activity.

14 on often display polymerases that track like locomotives along their DNA templates.

15 s, and may also be associated with decreased locomotive and increased anxiety-type behaviors in mice.

16 rips between Raleigh and Charlotte, NC, on 7 locomotives and 18 sets of measurements in the rail yard

17 pear normal externally, but display abnormal locomotive behavior and circadian rhythms, and defective

18 al resolution imaging of transmission during locomotive behavior at glutamatergic synapses of the Dro

19 quantitative screen for genes regulating the locomotive behavior in Caenorhabditis elegans.

20 t reduced heroin-induced antinociception and locomotive behavioral changes following repeated subcuta

21 experience of hypoxia modifies a C. elegans locomotive behavioral response to O(2) through the EGL-9

22 related to acoustic conditional stimuli and locomotive behavioral responses of 152 anterior and medi

23 erences suggest that Col9a1(-/-) mice select locomotive behaviors that limit joint loads.

24 vealed several functional modules regulating locomotive behaviors, including sensory genes that detec

25 g of how neuronal signaling genes coordinate locomotive behaviors.

26 Towards this end, we have fabricated locomotive "bio-bots" from hydrogels and cardiomyocytes

27 l microfish featuring biomimetic structures, locomotive capabilities, and functionalized nanoparticle

28 the onset of neurological symptoms, improved locomotive capacity and extended overall survival.

29 S-motility: We show that the TFP of leading "locomotive" cells initiate the collective motion of foll

30 escription of spike activity patterns during locomotive contraction waves in semi-intact wild-type an

31 o abnormal spindle formation and deficits in locomotive control.

32 lating PINK1 or Parkin partially rescued the locomotive defects and enhanced the survival rate in tra

33 studies show that Hrp38 deficiency produces locomotive defects and life span shortening in TDP-43 wi

34 such as embryonic lethality and sensory and locomotive defects in adults.

35 50 genes that had never been associated with locomotive defects.

36 ere decrease in the number of progeny and in locomotive defects.

37 These locomotive deficits progressively worsened with age and

38 ovided evidence against the possibility that locomotive differences contributed to the observed diffe

39 icate substantial potential to reduce in-use locomotive emissions for existing older locomotives, wit

40 er, this method may not represent real-world locomotive emissions.

41 ots), and muscle (truncal postural and thigh locomotive) FFA uptake using [(11)C]palmitate positron e

42 ellipodia, which are required for generating locomotive force in cell motility.

43 Furthermore, we quantified the locomotive forces produced by C. elegans undulatory moti

44 (33 degrees C) have been reported to improve locomotive function as well as forelimb gripping strengt

45 neurophysiological studies [14-16], is that locomotive heading is guided by optic flow.

46 Compared with MI-U937(-), the locomotive histogram (n = 150 cells) of MI-U937(+) or MI

47 We evaluated the locomotive mechanisms of several designs of bio-bots by

48 hus glides over surfaces using two different locomotive mechanisms, called S (social) and A (adventur

49 By recording the locomotive motor activities, we further demonstrate that

50 (CO2) emission rates were measured for three locomotives operating on ultra-low sulfur diesel (ULSD)

51 Locomotive prime mover engine emission rates are typical

52 For someone with severe locomotive problems, the right wheelchair can affect mob

53 ve epistasis analysis methods to analyze the locomotive profiles and validated the prediction of the

54 ns for the descending control of the larva's locomotive repertoire.

55 This manuscript describes a unique class of locomotive robot: A soft robot, composed exclusively of

56 We show that zebrafish larvae exhibit robust locomotive sleep/wake behaviors as early as the fifth da

57 Using pupillometry and animal locomotive speed as indicators of arousal, we found that

58 near 200-hp motors and 1 patient close to a locomotive starter drawing up to 400 A.

59 tionary pressures would have eliminated such locomotive strategies.

60 Notably, locomotive T cells arriving at endothelial junctions wer

61 inking water after weaning exhibited a hyper-locomotive trait and prolonged circadian periods, as rep

62 A method for in-use measurement of passenger locomotives, using a portable emissions measurement syst

63 of activity that occurred concurrently with locomotive waves were frequently observed in wild-type l

64 end points, including both developmental and locomotive, were examined at QD exposures of low (10 mg/

65 -use locomotive emissions for existing older locomotives, with the exception of NOx.