ライフサイエンスコーパス: molecular activity

1 lly indistinct from RIPK2 in biochemical and molecular activity.

2 cytoskeletal organization and regulation of molecular activity.

3 ng AID, a B cell-specific protein of unknown molecular activity.

4 ained, emergent behavior on otherwise random molecular activity.

5 not only to molecular abundance but also to molecular activity.

6 tic features scores reflected histologic and molecular activity.

7 n response to real-time measurements of each molecular activity.

8 ted to function in diverse physiological and molecular activities.

9 on an instantaneous relationship between the molecular activities.

10 a position to perturb a wide range of myosin molecular activities.

11 ques able to sensitively detect and quantify molecular activities.

12 ssembly and function, little is known of its molecular activities.

13 es, but represents a new subclass with novel molecular activities.

14 gand chemotype addressing only part of RXR's molecular activities.

15 luencing epigenetic modification via various molecular activities.

16 impairment of the NAD-dependent cellular and molecular activities.

17 these three cells have characteristic small-molecular activity already at cleavage stages as a resul

18 properties of FIC domain catalysis, diverse molecular activities and biological functions of these r

19 In this review, we discuss the molecular activities and cellular functions of ILK, a pr

20 Precision control of molecular activities and chemical reactions in live cell

21 driven by the interactions between internal molecular activities and external environmental exposure

22 wing accurate and unbiased quantification of molecular activities and identification of consensus fun

23 t must contend with limited understanding of molecular activities and interactions at a solid-liquid

24 des a unique opportunity to characterize the molecular activities and interactions of these microbial

25 Innovative techniques to rapidly perturb molecular activities and organelle-organelle communicati

26 informative in understanding the complicated molecular activities and their interactions.

27 response to felzartamab, with an increase in molecular activity and biomarker levels toward baseline

28 ibing recent advances in understanding their molecular activity and network-wide function.

29 ir functional amino acids and domains, their molecular activity and their evolutionary history, we un

30 nstruction at a synapse level, incorporating molecular, activity and morphodynamic information.

31 surements, provide mechanistic insights into molecular activities, and reveal interesting variations

32 cell fates during development, but how their molecular activities are integrated to establish the cor

33 present in many prokaryotes; however, their molecular activities are unknown.

34 n between the MVI score and tissue rejection molecular activity assessed by microarrays or reverse tr

35 an be enhanced by delineating its underlying molecular activities at single-neuron resolution in mode

36 PMLS, which instead displayed an increase in molecular activity at 3 months postlesion, independent o

37 ng, can allow direct imaging of cellular and molecular activity, but the exact cell types that phagoc

38 veness of graph neural networks in advancing molecular activity classification, setting a potential n

39 nformation and alignment, and predictions of molecular activity critically depend on this ligand-base

40 nd SIN3B are key coordinators that influence molecular activities differently between T2DM and non-T2

41 Our study expands the molecular activities employed by bacterial TA modules an

42 tions combine to alter phenotypes, including molecular activities, fitness and disease.

43 Thus, membrane recruitment of Ste5 defines a molecular activity for Gbetagamma.

44 A specific molecular activity for the Bcl-2 protein has not been id

45 The turnover number (molecular activity) for the enzyme was 5.8 x 10(3) min-1

46 The circadian clock controls many molecular activities, impacting experimental interpretat

47 r the simultaneous visualization of multiple molecular activities in a single live cell.

48 The development of arrays that can profile molecular activities in cells is important to understand

49 The spectrum of its biologic and molecular activities in healthy individuals is coming in

50 -1-PUF and SYGL-1-PUF partnerships and their molecular activities in their natural context - nematode

51 HVC contribute to song production, baseline molecular activity in HVC is left-dominant.

52 8 are necessary for GC formation and for its molecular activity in Pax5+PU.1+ B cells.

53 The function of fitness (or molecular activity) in the space of all possible sequenc

54 r poky/ikk1 is conserved, the differences in molecular activity indicate that diversification of an e

55 characterized the spatiotemporal dynamics of molecular activity levels in the central and peripheral

56 he family of longin domain GEFs and define a molecular activity linking Rab23-regulated membrane traf

57 icating SUMO in a wide range of cellular and molecular activities, many of which are conserved throug

58 the level of cortical reactivation with the molecular activity marker zif268 revealed reorganization

59 ations and related the observed modes to the molecular activity mechanisms of these peptides.

60 slide-and-cluster model based on four known molecular activities: MT nucleation near chromosomes, th

61 cellular biology would enable the measure of molecular activity nondestructively within living cells.

62 We therefore undertook to determine the molecular activities of human Cerberus in TGF-beta famil

63 chromatin accessibility reveals contrasting molecular activities of maternally deposited and zygotic

64 In this study, we examined the molecular activities of NF2-causing mutant merlin protei

65 These results highlight distinct molecular activities of PAD4 determining particular aspe

66 ells from diseased patients that support the molecular activities of sex hormones on cells.

67 These findings demonstrate how the molecular activities of SXR can be manipulated to contro

68 lectively, our results lend insight into the molecular activities of the ancient UbiB family and eluc

69 ncluding similar genome organization, shared molecular activities of their early, E6 and E7, oncoprot

70 ydrolysis and substrate binding, the two key molecular activities of this chaperone, are modulated by

71 This review will discuss biological and molecular activities of v-Rel, with particular attention

72 omparative advantages over OBDT by detecting molecular activity of antibiotic Vancomycin.

73 A better understanding of the molecular activity of Cd-SrtB may help spur the developm

74 Herein, we aimed to elucidate the molecular activity of d- and l-amino acids using an in v

75 However, the cellular and molecular activity of NF-kappaB signaling within the ner

76 hering survey allows rapid assignment of the molecular activity of proteins, such as UBAP2L, to speci

77 Our data indicating the molecular activity of SseJ suggest that cholesterol and

78 d in this article has evaluated the relative molecular activity of the 5'-triphosphate of a novel bet

79 The molecular activity of the cysteine-less mutant in the pl

80 Investigation of the molecular activity of the TKD-EGFR yields evidence for a

81 by classical and nonclassical THs as another molecular activity of THs.

82 evelopmental regulation(2-8), the underlying molecular activity of UTX remains unknown.

83 The diversity of caffeine's molecular activities on receptors and enzymes, many of w

84 tocol can be combined with genetic analysis, molecular-activity probes and optogenetic approaches to

85 Here, we review links between molecular activities regulated by iron and the pathophys

86 ts possess multiple native JH homologs whose molecular activities remain unexplored, and diverse synt

87 tablishment of an inflammatory bowel disease molecular activity score which uses biopsy transcriptomi

88 es identification of interesting patterns of molecular activity simultaneously across gene, time and

89 can store and process information to direct molecular activities such as the fabrication of complex

90 concept that redox signaling depends more on molecular activities than molecular structure.

91 These results provide new insight regarding molecular activities that accompany persistence of C. pn

92 ch systems, but also the untapped reserve of molecular activities that might be invoked and exploited

93 Thus, Cobl represents a molecular activity that couples developmental patterning

94 cks confer rhythmic dynamics of cellular and molecular activities to animals and plants.

95 phic branching and must cooperate with other molecular activities to generate appropriate mapping alo

96 domain proteins are toxins that use diverse molecular activities to interfere with bacterial physiol

97 angements of feather epithelia, thus linking molecular activities to organ forms and novel functions.

98 how the Autoimmune Regulator carries out its molecular activity to drive expression of tissue restric

99 Beyond this, little is known about molecular activities underlying germline determination.

100 roid interactions and discover several novel molecular activities underlying nuclear-replicating viro

101 hreshold molecular TCMR and/or ABMR activity molecular activity was detectable as elevated classifier

102 study the polarized spatial distribution of molecular activities, we used cells on micropatterned st

103 isoforms exhibit differences in one or more molecular activities, which often could not be predicted

104 s of interest for understanding evolution of molecular activity, which is used for answering a divers

105 Signaling networks to coordinate growth and molecular activities with these persistent cycles have b

106 rse outcome pathway (qAOP) framework to link molecular activity with individual or population level h

107 ptide array technologies are able to profile molecular activities within cell lysates.

108 ry at a cellular molecular level-as specific molecular activities within identified nerve cells.