ライフサイエンスコーパス: facilitated diffusion

1 e TALE search process is governed in part by facilitated diffusion.

2 and are able to translocate through NPCs by facilitated diffusion.

3 ort and discuss the symport mechanism versus facilitated diffusion.

4 tin disruption, consistent with a process of facilitated diffusion.

5 rolysis after crossing cellular membranes by facilitated diffusion.

6 tration, consistent with a process involving facilitated diffusion.

7 ulation, indicating that transport occurs by facilitated diffusion.

8 target site by the protein commonly involves facilitated diffusion.

9 anslocation mechanisms known collectively as facilitated diffusion.

10 deviate from the model developed to describe facilitated diffusion.

11 ntities of glucose through their tegument by facilitated diffusion.

12 Bacterial TFs undergo facilitated diffusion (a combination of 3D diffusion aro

13 This search process is thought to occur by facilitated diffusion-a combination of three-dimensional

14 ing proteins search for specific targets via facilitated diffusion along a crowded genome.

15 ucleases with cytotoxic activity may rely on facilitated diffusion along poly(A) tails for efficient

16 le-step mechanism in which the first step is facilitated diffusion along the length of the duplex fol

17 The interplay of facilitated diffusion and chromatin structure can determ

18 ts for nonlinear O(2) consumption, myoglobin-facilitated diffusion and nonlinear oxyhemoglobin dissoc

19 Fructose is transported transcellularly by facilitated diffusion and paracellularly (based on lactu

20 kinetic advantages to NTF2 by expediting its facilitated diffusion and reinforces the proposal that K

21 Thus, facilitated diffusion and sequences immediately flanking

22 tle is known about how crowded DNA modulates facilitated diffusion and target recognition.

23 We provide a new perspective on the facilitated diffusion and vesicular transport models to

24 These effects can be captured by facilitated diffusion-based models, but not by standard

25 In skeletal muscle, Mb-facilitated diffusion begins to contribute significantly

26 We examined the hypothesis that facilitated diffusion by the amino acid transporters TAT

27 We find that facilitated diffusion can accelerate the search process

28 guration and confinement, demonstrating that facilitated diffusion does not speed up the search on co

29 earches for free DNA ends by one-dimensional facilitated diffusion, even on nucleosome-coated DNA.

30 hypothesized to reach promoter sequences by facilitated diffusion (FD).

31 Mb-facilitated diffusion has a higher poise in skeletal mus

32 Facilitated diffusion has almost exclusively been studie

33 d to occur in skeletal muscle via metabolite-facilitated diffusion; however, genetic evidence suggest

34 esponse of gm indicates a potential role for facilitated diffusion in C4 -gm .

35 ng cell and proposes a theoretical model for facilitated diffusion in chromatin lattices.

36 our results cast in a new light the role of facilitated diffusion in DNA targeting kinetics within t

37 Despite the widely accepted importance of facilitated diffusion in protein-DNA interactions, the m

38 This review discusses facilitated diffusion in the context of the living cell

39 A rationale for the role of facilitated diffusion in this type II restriction-modifi

40 be generally useful for routine modeling of facilitated diffusion involving protein-DNA systems.

41 Although facilitated diffusion is capable of significantly speedi

42 We propose that this facilitated diffusion is due to conserved features of ol

43 This facilitated diffusion is mediated by Coulombic interacti

44 ion; however, genetic evidence suggests that facilitated diffusion is not critical for normal functio

45 Facilitated diffusion is required in vivo for efficient

46 A facilitated diffusion mechanism is proposed in which the

47 and the interaction between TFs and the DNA (facilitated diffusion mechanism), or between various TFs

48 tin-5 but translocates back into nuclei by a facilitated diffusion mechanism.

49 es with longer substrates, consistent with a facilitated diffusion mechanism.

50 We show that exchange occurs by two facilitated diffusion mechanisms: a second-order intermo

51 e simple diffusion via the aqueous phase and facilitated diffusion mediated by scavenger receptor cla

52 Combining both the facilitated diffusion model and alternating states, we o

53 simplest version of this nonspecific-binding-facilitated diffusion model is solved and the results qu

54 with non-cognate sites, consistent with the facilitated diffusion model.

55 We then present a simplified version of the 'facilitated diffusion' model of Berg, Winter and von Hip

56 Compared to previously considered facilitated diffusion models, corresponding to limiting

57 osphorylated ERK2 into the nucleus occurs by facilitated diffusion not requiring cytosolic transport

58 This mutant LacY protein performs facilitated diffusion of arabinose resulting in homogene

59 ose-sensitive and -insensitive transporters, facilitated diffusion of ascorbate through channels, exo

60 t the putative transporter mediates downhill facilitated diffusion of charged chloroquine (CQ).

61 The known transport mechanisms are facilitated diffusion of DHAA through glucose-sensitive

62 ) acts as a saturable simple carrier for the facilitated diffusion of protonated CQ.

63 diated transport, which can represent either facilitated diffusion or obligatory exchange (also refer

64 to show that this accumulation is caused by facilitated diffusion, or shuttling, of the Dorsal/Cactu

65 A facilitated diffusion process in which a DBP combines th

66 n chitooligosaccharides to pass through by a facilitated diffusion process.

67 ic endonuclease.DNA interactions, reflecting facilitated diffusion processes, that occur prior to Eco

68 ously, we obtained S. mansoni cDNAs encoding facilitated-diffusion schistosome glucose transporter pr

69 res a reduced dimensionality search process (facilitated diffusion) that involves both hopping and sl

70 ates into the proteasome, which can occur by facilitated diffusion through the ATPase.

71 We found that glutathione enters the ER by facilitated diffusion through the Sec61 protein-conducti

72 oys nonspecific DNA binding interactions and facilitated diffusion to conduct a highly redundant sear

73 rate selectivity of the transporter, and the facilitated diffusion transport mode collectively indica

74 Mechanisms of facilitated diffusion vary among proteins; they include

75 Rad50 binds homoduplex DNA and promotes facilitated diffusion, whereas Mre11 is required for DNA