ライフサイエンスコーパス: stabilizing factor

1 III.IV formation by acting as an assembly or stabilizing factor.

2 Emi1, an apparent 44-kDa protein, requires a stabilizing factor.

3 ondon dispersion interactions being the main stabilizing factor.

4 the transcription factor JunB as a critical stabilizing factor.

5 suggest that nucleolin functions as a bcl-2-stabilizing factor and that taxol and okadaic acid treat

6 ient for its regulated function as a spindle-stabilizing factor and that this function involves assoc

7 ving the upregulation of endothelium-derived stabilizing factors and the recruitment of resident vasc

8 versatile probe for delineating the triplex stabilizing factors and the results have potential for d

9 These findings show how a MT-stabilizing factor attached to specific sites on MTs can

10 iTreg and promotes iTreg expression of FOXP3 stabilizing factors BACH2 and SENP3.

11 esis, possibly serving as a "stop signal" or stabilizing factor contributing to the maturation of new

12 So, one of the largely unknown stabilizing factors could be using the MN in such attack

13 Structure stabilizing factors (e.g., H-bonds) lower their internal

14 scence is evident upon depletion of the Emi1-stabilizing factor Evi5 or Pin1, respectively.

15 horoughly determined by measuring the fibrin-stabilizing factor; fibronectin; alpha, beta, and gamma

16 lex further explains how Emi1 functions as a stabilizing factor for cyclin accumulation and the need

17 acrine/paracrine manner as a survival and/or stabilizing factor for EC in microvessels.

18 ckel-vanadium combination provides a crucial stabilizing factor for large pacs materials.

19 establish a function for subunit Rtt102 as a stabilizing factor for the Arp7/9 heterodimer, enhancing

20 proteins BRCA1 and BRCA2 have emerged as key stabilizing factors for the maintenance of replication f

21 egradation.BRCA proteins have emerged as key stabilizing factors for the maintenance of replication f

22 ow these viruses to forego the use of capsid-stabilizing factors from the host cell, some of which ha

23 Interestingly, microtubule-stabilizing factors have differential effects on microtu

24 These stabilizing factors have prompted renewed interest in th

25 We have previously shown that the stabilizing factor HuR is overexpressed in malignant gli

26 at the TNF-alpha ARE is a target of the mRNA-stabilizing factor HuR.

27 which may be related to reduced levels of a stabilizing factor (HuR) for beta-actin mRNA.

28 mulation may function as a compatible-solute stabilizing factor in the chloroplast stroma in response

29 in present study, base-stacking is the main stabilizing factor in the DNA double helix.

30 overturning circulation could therefore be a stabilizing factor in the future AMOC.

31 It is an integral and stabilizing factor in the transcription activation nucle

32 H-bonding is a strong stabilizing factor in these nitroalkenes, estimated at 7

33 Identifying stabilizing factors in foodwebs is a long standing chall

34 derstood role of hydrogen bonds (H-bonds) as stabilizing factors in membrane protein complexes.

35 Here, we show one such stabilizing factor is host-plasmid coevolution under ant

36 pression of angiopoietin-1 (Ang-1), a vessel stabilizing factor, leaving unopposed the effects of end

37 Thus, Evi5 functions as a stabilizing factor maintaining Emi1 levels in S/G2 phase

38 ady-state level in normal cells, whereas the stabilizing factor may be absent or functionally inactiv

39 a model in which a labile ribonuclease and a stabilizing factor may modulate the profilaggrin mRNA st

40 al Nervous System (CNS), as one of the major stabilizing factors of cellular membranes, and the major

41 ulated lncRNA, LINC02381 (renamed HOXC10mRNA stabilizing factor or HMS in this study), whose depletio

42 The latter is the main stabilizing factor overcoming the destabilization by vel

43 Interestingly, in the presence of stabilizing factors, PAD is resistant to limited proteol

44 effect of TMR-actin is countered by filament stabilizing factors, phalloidin, S1, and tropomyosin.

45 e formation is controlled by the microtubule-stabilizing factor PRC1 and the kinesin KIF4A.

46 The apamin-sensitive stabilizing factor regulating detrusor excitability is l

47 in amplifying or stabilizing events suggests stabilizing factors seasonally offset CO2 and temperatur

48 e in the presence of a spatial gradient of a stabilizing factor that biases MT dynamics toward the ch

49 ion, appears to be the single most important stabilizing factor that distinguishes the native hyperth

50 Furthermore, we have determined stabilizing factors that accommodate the pH-dependent mo

51 Additional stabilizing factors that compensate for the dearth of hy

52 with UNC-119, which may act as a GTP-binding stabilizing factor, to properly activate another GTPase

53 ts the role of electrostatic interactions as stabilizing factors within the triple helical folding mo