ライフサイエンスコーパス: single-file

1 ighV-QUEST output files can be merged into a single file.

2 nearize and thread full-length proteins in a single file.

3 es and (iv) unaligned protein sequences in a single file.

4 ormed by at least two individuals walking in single file.

5 interacting ions move through the pore in a single file.

6 mmodate several dehydrated urea molecules in single file.

7 s, with sequences and other data stored in a single file.

8 water molecules pass through the channel in single file.

9 lecules line up in an amphipathic channel in single file.

10 lling and store variants of all samples in a single file.

11 undancy existing across scans contained in a single file.

12 d by the mean field, and it does not enforce single filing.

13 tion persists despite water translocation in single file and blocks proton transport.

14 laries through which red blood cells flow in single-file-and a D=12 mum tube-a model for a nascent ve

15 This 'single file' approach ensures the persistence of provena

16 -narrow 0.8 nm CNTs, water molecules forms a single-file arrangement with some offset molecules, lead

17 Moreover, the Ciona notochord as a single-file array of forty polarized cells is a uniquely

18 olecules are found to preferentially flow in single-file, branched chains within the POCs.

19 are captured and driven through the pore in single file by an applied voltage.

20 ater6574 and Water6584) that are part of the single-file chain of water molecules within the D-channe

21 orins (CNTPs), which confine water down to a single-file chain, exceeds that of biological water tran

22 ters rapidly and reversibly reorganized into single-file chain-like geometries that substantially red

23 that membrane-spanning networks, rather than single-file chains, are formed around the proton.

24 Water permeability through single-file channels is affected by intrinsic factors su

25 Furthermore, analysis is capable of handling single files collected over extended periods of time, al

26 consisting of only 40 cylindrical cells in a single-file column.

27 re dispensed into the mass spectrometer in a single file confined within a 20-micron-i.d. capillary.

28 Each LRG is contained within a single file consisting of a stable 'fixed' section and a

29 sen obstacles in a regular array is ablated; single-file diffusion in pores; transient anomalous subd

30 Single-file diffusion is the restricted propagation of p

31 iameters of the two types of gallium wheels, single-file diffusion occurs in the Ga(10) channels, whe

32 ult is consistent with a lock-in effect in a single-file diffusion regime of Mg(2+) and K(+) along th

33 h the pore at this rate could be effected by single-file diffusion, which we simulated by a random wa

34 a-1) reflect the expected time dependence of single-file diffusion.

35 8.3, indicating that water crosses the SM in single file fashion via the NOD 26 water channel.

36 ins ammonia (NH(3)) molecules diffusing in a single file fashion.

37 ertial particle focusing to align cells in a single file for improving sorting accuracy and efficienc

38 No water single-file forms in rigid GlpF.

39 esting that K+ ions might literally "hop" in single file from one binding site to the next as permeat

40 Collecting all data for a compound into a single file greatly reduces the number of data files col

41 In N', the cluster is transformed into a single-file hydrogen-bonded chain of four water molecule

42 These structures demonstrate single-file ion transfer through the channels.

43 ould accommodate two water molecules even in single file is in contrast with the 2-A diameter predict

44 number of contiguous ion binding sites in a single file is the key determinant of the channel's sele

45 nanopores are so wide, their AMFE shows that single filing is not necessary for the AMFE.

46 e three-barrier, two-site, double-occupancy, single-filing kinetic model for previously reported curr

47 ydrodynamic focusing drives cells along in a single file line, keeping the cells from clumping and th

48 number of contiguous ion binding sites in a single-file mechanism is the key determinant of the chan

49 nce and notch nanogrooves confined them into single-file molecular chains.

50 e ions move through the pore in coordinated, single-file motion.

51 e ions move through the pore in coordinated, single-file motion.

52 The collective "single-file" motion of water molecules through natural a

53 Assuming single file movement of ions and water within the conduc

54 e binding sites, and logistic assumptions of single-file movement are all unnecessary for the predict

55 Artificial anion selective ion channels with single-file multiple anion-recognition sites are rare.

56 the traditional theory and does not require single filing, multiple occupancy, or momentum-correlate

57 dictions may be accessed individually, and a single file of all predicted orientations may be downloa

58 o any proton conductance while maintaining a single file of hydrogen bonded water molecules throughou

59 robability distribution and orientation of a single file of seven to nine water molecules inside the

60 here is a narrowing or neck, through which a single file of water molecules pass.

61 To accommodate a single file of waters requires narrowing the GlpF pore.

62 The highly ordered single file of waters, which is drastically interrupted

63 are freely available to accessors either as single files or as complete data bank downloads.

64 Here the AMFE is not the result of single filing or multiple occupancy, and so previous vie

65 xplanation of the AMFE that does not require single filing or multiple occupancy: preferential select

66 pass through the channel pore in sequential, single-file order because the limiting diameter of the p

67 yze individual strands as they are driven in single-file order past a nanoscale sensor.

68 s three dimensionally and achieves a flow of single-file particles/cells as they pass through a laser

69 ains an individual aqueous pore that permits single-file passage of water molecules but interrupts th

70 and water appears to cross the channel via a single file pathway, solute flux across NOD 26 appears t

71 a are consistent with the existence of three single-file permeant-ion binding sites: one deep site, w

72 sites and b) between binding sites within a single-file pore.

73 ect (AMFE) has been thought to occur only in single-file pores containing two or more ions at a time.

74 nium chloride buffer enables unidirectional, single-file protein transport propelled by an electroosm

75 The integrity of the single file remains intact during the permeation, indica

76 stromal/ring infiltrate was associated with single-file round/ovoid objects (OR 7.78; 95% CI, 2.69-2

77 Absence of single-file round/ovoid objects was associated with a BC

78 roduce many pedigree diagrams quickly into a single file, serving as alternatives to programs that on

79 OMEX is the basis of the COMBINE Archive, a single file that supports the exchange of all the inform

80 ow vessels where red blood cells travel in a single file, the shear stress on vessel endothelium peak

81 of an AMFE does not imply that ions permeate single file through a multiply occupied pore.

82 concerted movements of K(+) progressing in a single file through a narrow pore.

83 as several ions are moving simultaneously in single file through the narrow pore.

84 m ions diffuse across the cell membrane in a single file through the narrow selectivity filter of pot

85 K(+) ions permeate in single file through the selectivity filter, a narrow por

86 ssels are hierarchical and vasoreactive with single file transit of red blood cells through capillari

87 We also show that single-file transport can be achieved by using 1) nanopo

88 A co-ion-responsive single-file transport mechanism in 15C-MOFSNC is propose

89 traints on fluid behavior and leads to novel single-file transport phenomena.

90 ltiparticle occupancy of the channel and non-single-file transport.

91 hich can only be explained by guest-assisted single-file unidirectional diffusion.

92 The movement of the single file water molecules through the channel is conce

93 ion diffusion in CNTPs in the presence of a single-file water chain is three orders of magnitude slo

94 a transient aqueduct mechanism, migrating as single-file water chains through transient (<5 ns) tunne

95 eability pf and diffusion permeability pd of single-file water channels and demonstrate that the pf/p

96 tion is influenced by the orientation of the single-file water column, which can present a barrier to

97 The importance of the single-file water confirms the conjecture of Mackay et a

98 position reveals a remarkable ability of the single-file water molecules to stabilize K(+) by -40 kca

99 eaks the flow of water and, thus, breaks the single-file water network necessary for proton transloca

100 s assumes the formation of membrane-spanning single-file water wires providing a matrix along which t

101 f large opposing contributions from protein, single-file water, bulk electrolyte, and membrane.

102 f the channel (selectivity filter carbonyls, single-file water, cavity water, reaction field of bulk

103 earlier reports suggesting a single peak for single-file water.

104 Clinical outcomes were harmonized into a single file, which was checked for accuracy of numbers,

105 , as of 5 August 2019) are downloadable as a single file with accompanying metadata.