ライフサイエンスコーパス: multitask

1 sion of labor) of DC subsets and plasticity (multitasking).

2 ocessing that severely limits our ability to multitask.

3 tem functionally changes to support improved multitasking.

4 shift in processing strategy (P < 0.001) in multitasking.

5 These results demonstrate that media multitasking, a rapidly growing societal trend, is assoc

6 nt study was to assess school-age children's multitasking abilities during degraded speech recognitio

7 ed an established cognitive control measure, multitasking ability, with structural brain imaging in a

8 We show that multitasking and fluid intelligence are separable cognit

9 tion and improved workflow while maintaining multitasking and rapid patient result turnaround.

10 well as media-nonmedia and nonmedia-nonmedia multitasking and sole-tasking.

11 ponent (single) tasks and their combination (multitask) and not for the control group.

12 33 protein, previously called rSp0032, shows multitasking antipathogen binding ability, suggesting th

13 In supervised prediction applications, our multitask approach leverages similarities in response pr

14 se a novel, biologically motivated, Bayesian multitask approach, which explicitly models gene-centric

15 runs an operating system that is capable of multitasking: as a demonstration, we perform counting an

16 can be used for many real-time multivehicle, multitask assignment problems.

17 Inflammatory cells multitask at the wound site by facilitating wound debrid

18 lves additional cognitive processes, such as multitasking, attention, and conflict monitoring.

19 k metrics reflect the ability of trainees to multitask (automaticity) and may improve performance ass

20 equirement, humans are thought to be poor at multitasking because of the processing limitations of fr

21 Therefore, the FP-SC system supports multitasking behavior by segregating constituent task re

22 temporal correlations are a signature of a 'multitasking' behavior of network agents, characterized

23 It is clear that multitasking behaviour has become ubiquitous in today's

24 undergo structural transformation to enable multitasking binding activity toward a wide range of tar

25 straint on the architecture and operation of multitasking biological networks.

26 Men may not be able to multitask, but it is emerging that proteins can.

27 Cellular networks multitask by exhibiting distinct, context-dependent dyna

28 n and cell cycle regulation, emphasizing the multitasking capabilities of this factor.

29 y functionalities may provide precisely such multitasking capabilities.

30 often err and must pay extra costs for their multitasking capacity.

31 The multitasking central pattern generator (CPG) that drives

32 Such multitasking costs are thought to largely reflect capaci

33 e, older adults (60 to 85 years old) reduced multitasking costs compared to both an active control gr

34 Yet, typical parameters indicating specific multitasking costs were not affected.

35 , extensive training can greatly reduce such multitasking costs.

36 rence in results between assessment with the multitask design and that with the traditional block des

37 with similar results; therefore, use of the multitask design is feasible in a clinical setting.

38 Finally, the multitask design was tested in a patient undergoing preo

39 d substantial evidence has accrued regarding multitasking difficulties and cognitive control deficits

40 Conserved, multitasking DNA helicases mediate diverse DNA transacti

41 es to the magnitude of dual-task costs while multitasking during degraded speech recognition.

42 How can stable multitasking emerge despite this flawed decision-making?

43 assembly and assign another function to this multitask enzyme but also provide useful insights into a

44 Several multitasking functions of the S1R are underwritten by ch

45 to simultaneously accomplish multiple goals (multitasking), generating interference as the result of

46 t in sustained attention and preservation of multitasking improvement 6 months later.

47 alyses (MVPA) revealed that training induced multitasking improvements were predicted by divergence i

48 their functional complexity through protein multitasking, in which many genes adopt new roles to cou

49 A trait media multitasking index was developed to identify groups of h

50 Here, we show that the reduction of multitasking interference with training is not achieved

51 Our ability to multitask is severely limited: task performance deterior

52 Though multitasking is pervasive, it is not clear where tension

53 Chronic media multitasking is quickly becoming ubiquitous, although pr

54 These results suggest that multitasking leads to more significant working memory di

55 drug response data sets to demonstrate that multitask learning across drugs strongly improves the ac

56 We then adapted multitask learning algorithms and multiple output regres

57 ity prediction against a panel of drugs in a multitask learning framework by formulating a novel Baye

58 nst a panel of drugs simultaneously within a multitask learning framework improves overall predictive

59 article, we propose a new sparse multimodal multitask learning method to reveal complex relationship

60 m from a machine learning angle: as either a multitask learning problem or a multiple output regressi

61 The multitask learning technique we develop uses a task-base

62 urthermore, SeqGL can be naturally used with multitask learning to identify genomic and cell-type con

63 red sparsity regularizations into multimodal multitask learning to integrate multidimensional heterog

64 on a formalism from machine learning called 'multitask learning', which considers the problem of buil

65 d bright light on the necessity of designing multitasking ligands, displaying not only enticing quadr

66 Herein, we report a brand new design of such multitasking ligands, whose structure experiences a quad

67 , they also provide a mechanistic account of multitasking limitations, namely the poor speed of infor

68 like kinase 1 (PLK1), a tumor suppressor and multitasking mitotic kinase.

69 ing the top-performing methodology, Bayesian multitask MKL, and we provide detailed descriptions of a

70 Befitting its role as a multitasking molecule, we show that CAV1 sensitizes cell

71 Multitasking negatively influences the retention of info

72 from t1 to t2 at matched performance in the multitasking network of chemotherapy-treated patients, w

73 In fact, these multitasking neurons had the strongest category effects.

74 These findings suggest that multitasking neurons provide a computational advantage f

75 ing than specialized cells, and (3) pairs of multitasking neurons represent these cognitive parameter

76 , we show that the latter population, called multitasking neurons, improves the encoding of both the

77 ng hardware in a computer running a standard multitasking operating system.

78 frontopolar area 10 is recruited in complex multitask operations.

79 ing (fMRI) sessions interspersed by either a multitasking or an active-control training regimen.

80 is a rapidly increasing trend in media-media multitasking or MMM (using two or more media concurrentl

81 ts of skin biology, we portray the skin as a multitasking organ ensuring body homeostasis.

82 e purpose of this study was to test a hybrid multitask paradigm in healthy subjects and in a patient

83 ntal cortex-associated with the magnitude of multitasking performance benefits induced by training at

84 Multitasking performance can, however, be greatly improv

85 Here we show that multitasking performance, as assessed with a custom-desi

86 is study, the influence of SAR on memory and multitasking performance, as two potentially vulnerable

87 Although training is known to improve multitasking performance, it is unknown how the FP-SC sy

88 is brain region's purported role in limiting multitasking performance.

89 n how training alters the brain to solve the multitasking problem, it likely involves the prefrontal

90 Dna2 nuclease/helicase is a multitasking protein involved in DNA replication and rec

91 ptimized its genome by evolving a small but 'multitasking' protein to simultaneously control viral an

92 at these pathogens make use of virus-derived multitasking proteins, as well as dedicated host factors

93 s work reports tert-butyl nitrite (TBN) as a multitask reagent for (1) the controlled synthesis of N-

94 e propose a novel regularization scheme over multitask regression called jointly structured input-out

95 In this article, we propose a sparse, multitask regression model together with co-clustering a

96 ticle, we consider the problem of learning a multitask regression model while taking advantage of the

97 In addition, we generalize this new multitask regression to structurally regularized polynom

98 und between these increases and decreases in multitasking-related brain activation.

99 Multitasking requires individuals to allocate their cogn

100 of anti-1,2-diols has been developed using a multitasking Ru catalyst in an assisted tandem catalysis

101 at we can perceive and what we can act on in multitask settings.

102 s in a target-specific manner and to perform multitasking signal transduction.

103 se results have implications for learning in multitask situations, suggesting that, even if distracti

104 Several automation and multitasking strategies were developed and implemented t

105 ; P = 0.015) were positively associated with multitasking strategy.

106 f the system, we have demonstrated that this multitasking system can be exploited in breeding barley

107 rmed a functional magnetic resonance imaging multitasking task in the scanner before the start of tre

108 This all-in-one multitask therapeutic device can be considered as a cand

109 only reveal how training leads to efficient multitasking, they also provide a mechanistic account of

110 We relate fluid intelligence and multitasking to multiple brain measures, including grey

111 h electroencephalography, were remediated by multitasking training (enhanced midline frontal theta po

112 udy of 100 healthy adults, we tested whether multitasking training benefits, assessed using a standar

113 playing an adaptive version of NeuroRacer in multitasking training mode, older adults (60 to 85 years

114 Autophagy is a catabolic multitask transport route that takes place in all eukary

115 As such, MRP1 is a multitasking transporter that likely influences the etio

116 To analyse how kinesin-8 multitasks, we studied the structure and function of the