ライフサイエンスコーパス: facilitated transport

1 re colloids were considered to contribute to facilitated transport.

2 entirely from the larger cytosolic pool via facilitated transport.

3 ethanolamine (PE) wherein LacY only mediates facilitated transport.

4 is taken up into cells via sodium-dependent facilitated transport.

5 ts because of dissolved organic carbon (DOC) facilitated transport across the benthic boundary layer

6 model combining AC effects on gradients, DOC facilitated transport and biodiffusion was evaluated aga

7 hanisms associated with the carrier-mediated facilitated transport and electrodiffusion.

8 lytic binding mechanism for carrier-mediated facilitated transport and Eyring's free energy barrier t

9 Such colloid-facilitated transport can be induced by changes in groun

10 results suggest that the NPC functions as a facilitated transport channel, allowing the selective tr

11 s of the results indicated the presence of a facilitated transport component, while based on the mode

12 chain fatty acids, which do not require CD36-facilitated transport, eliminated the increase in glucos

13 The Arm R10-12 sequence facilitated transport even when beta-catenin was bound t

14 on of LacY as opposed to restoration of only facilitated transport function in the absence of PE.

15 IV) can immobilize Pu or enhance its colloid-facilitated transport in the environment at neutral to m

16 ant role in actinide retardation and colloid-facilitated transport in the environment.

17 Its peptide part is responsible for facilitated transport inside sensitive cells where it is

18 The peptide part is responsible for facilitated transport inside the sensitive cell, where i

19 Particle-facilitated transport is a key mechanism of phosphorus (

20 While this colloid-facilitated transport is largely governed by the electro

21 erns of bead abundance indicate that protist-facilitated transport is not a diffusive-type process bu

22 passed through simultaneously with zinc, no facilitated transport is observed.

23 Protist-facilitated transport may enhance particle mixing in the

24 factants as carrier have been achieved using facilitated-transport membranes.

25 xchange or nonobligate exchange coupled with facilitated transport (mixed transport model).

26 However, a facilitated-transport model associated with FPN can expl

27 Facilitated-transport model can correctly predict cellul

28 According to the facilitated-transport model, intracellular FPN carries l

29 The facilitated transport of Fe by DMT1 at the blood-CSF bar

30 Results show that facilitated transport of florfenicol is significant in t

31 radation under various stress conditions and facilitated transport of GST-LEDGF into the nucleus.

32 On the other hand, the same gL mutants facilitated transport of immature gH to the cell surface

33 mbrane contained smaller pores (10 nm) which facilitated transport of inorganic ions and small organi

34 vement of small molecules and the selective, facilitated transport of large proteins and RNAs.

35 A theory of channel-facilitated transport of long rodlike macromolecules thr

36 Gas ebullition-facilitated transport of metals and polycyclic aromatic

37 ystem require specialized structures for the facilitated transport of nutrients across the blood-brai

38 suggest a structure-based mechanism for the facilitated transport of phospholipids between organelle

39 he potential of hemiaminal formation for the facilitated transport of substrates containing primary a

40 (14)C-ACPC influx, K(1)(ACPC), facilitated transport, partial differential K(1)(ACPC),

41 However, colloid-facilitated transport played only a minor role in enhanc

42 Mannose uptake appears to be through a facilitated transport process since it is not inhibited

43 A facilitated transport process that removes the endogenou

44 to obstruction of passive diffusion than to facilitated transport, revealing a compartmentalized fun

45 Additionally, whether the passive and facilitated transport systems occupy distinct or overlap

46 Depletion of ATP/GTP only blocked facilitated transport through a simultaneous closure of

47 y a dominant role in Pu sorption and colloid-facilitated transport under alkaline conditions, results

48 front is largely unknown; random diffusion, facilitated transport via myosin II contraction, local s

49 also showed that the mass flux due to bubble-facilitated transport was intermittent, and increased wi

50 showed that the VOC mass flux due to bubble-facilitated transport was orders-of-magnitude higher tha