ライフサイエンスコーパス: diffuse through

1 Analytes diffuse through a hollow fiber membrane, where they are

2 phosphate, this intermediate must therefore diffuse through a molecular tunnel that connects these t

3 Whether small molecules passively diffuse through a single central channel or through mult

4 ary to explain the rate at which innovations diffuse through a variety of social groups.

5 The gas diffused through a membrane and dissolved into an accept

6 ng patterns of iron oxides formed as ammonia diffuses through a gel containing FeSO(4).

7 The hydrophobic molecule menadione diffuses through a living cell membrane where it is toxi

8 in determining how a new foraging technique diffuses through a population.

9 mplitudes due to populations of fluorophores diffusing through a focused laser beam and provides a ri

10 ging revealed barium carbonate nanoparticles diffusing through a porous matrix containing copper and

11 nce suggests that O3 is unable to physically diffuse through an exterior semisolid or solid layer thu

12 investigate the time required for glucose to diffuse through an isolated pancreatic islet of Langerha

13 hotons detected from a single molecule as it diffuses through an open confocal volume element are qui

14 We assume that the CO2 diffuses through and/or dissolves into the capillary wat

15 We show that FHL-1 can passively diffuse through Bruch's membrane, whereas the full sized

16 Nitric oxide freely diffuses through cell membranes, and it reacts with supe

17 neous homolytic N-NO bond fission nor freely diffuse through cellular membranes, the ability of this

18 What prevents arsenite toxicity as it diffuses through cytosol to efflux systems?

19 Transcription factors must diffuse through densely packed and coiled DNA to find th

20 The second is when beads diffuse through entangled F-actin networks, bead radius

21 somal enzymes produced by cells is secreted, diffuses through extracellular spaces, and can be taken

22 By diffusing through extracellular matrices more efficientl

23 GMP (cGMP) generated in the granulosa cells diffuses through gap junctions into the oocyte, maintain

24 eceptors summed with that generated by IP(3) diffusing through gap junction channels.

25 microbials are able to act at a distance and diffuse through heterogeneous environments.

26 s, allowing well-coated particles to rapidly diffuse through human mucus.

27 proteins PtlC through PtlH are too large to diffuse through intact peptidoglycan.

28 As charged O2 (-) is unable to diffuse through intracellular membranes, cells express d

29 e generally too large and polar to passively diffuse through lipid membranes, while most known active

30 dical and a gas, properties that allow NO to diffuse through membranes and potentially enable it to f

31 We further show that HSNO can freely diffuse through membranes, facilitating transnitrosation

32 Unconjugated bilirubin rapidly diffuses through model phosphatidylcholine vesicles, wit

33 or not large macromolecules and viruses can diffuse through mucus, we observed the motion of protein

34 iameter, if coated with polyethylene glycol, diffused through mucus with an effective diffusion coeff

35 However, the mechanism by which TFs rapidly diffuse through multiple FG repeats without compromising

36 trodes has revealed that water molecules can diffuse through nanometre-thick layers of dry glass and

37 it is small enough (approximately 27 kDa) to diffuse through nuclear pore complexes.

38 gnificantly, proteins too large to passively diffuse through nuclear pores were readily imported into

39 FMN diffuses through outer membrane porins where it accelera

40 in vivo, that small solutes like sucrose can diffuse through plasmodesmata up to the phloem sieve ele

41 als detected from the AATM molecules as they diffuse through polymer films of different thickness.

42 ull-length Fl-PEDF and Fl-ovalbumin proteins diffused through RPE cell monolayers from either the api

43 Fl-ovalbumin diffused through scleral tissues at constant rates.

44 ngs suggest that signals from cardiomyocytes diffuse through shared channels, inducing [Ca(2+)] oscil

45 upon their ability to dissolve in and freely diffuse through the aqueous solution in which P. aerugin

46 isrupt the hydrogen-bonded amine network and diffuse through the cap without hindrance and fully disp

47 th the result that acidic brine continues to diffuse through the carbonated zone to form a CH-deplete

48 eutral species of amine-containing compounds diffuse through the cell membrane and further into acidi

49 oluble compounds of (111)In, which passively diffuse through the cell membrane, bind to cytoplasmic c

50 ined because the molecules are restricted to diffuse through the central regions of the excitation vo

51 ilin generates actin filament fragments that diffuse through the cytoplasm, bind adaptor proteins at

52 s stochastically turns on and off while they diffuse through the cytoplasm.

53 such as G proteins and phosphoproteins, must diffuse through the cytoplasm.

54 s in which fluorescent molecules in solution diffuse through the depth of the evanescent field, but d

55 atoms into strained Si-Si bonds as the atoms diffuse through the film.

56 ith an S amine, allowing the R enantiomer to diffuse through the gel network, and displacing it from

57 This may explain the ability of Shh to diffuse through the HS-containing extracellular matrix,

58 Although LCFAs can diffuse through the hydrophobic core of the plasma membr

59 ilure of intramuscularly injected insulin to diffuse through the interstitial space and failure to ca

60 thelium, requiring that trigeminal irritants diffuse through the junctional barrier at the epithelial

61 Small molecules (<40 kDa) diffuse through the large pore of this multiprotein comp

62 Because VLCFA diffuse through the lipid bilayer, proteins may not be r

63 herefore, most TAP-transported peptides must diffuse through the lumen of the ER before binding stabl

64 oligonucleotide substrates, these molecules diffuse through the matrix continuously cleaving the sub

65 Thus, cross-linked GPI-anchored proteins can diffuse through the membrane in complex with a transmemb

66 se its permeability (e.g., toxins), ions can diffuse through the membrane, and a potential response f

67 rization in which more stable TM1 homodimers diffuse through the membrane, transiently interacting wi

68 ments showed that both proteins could freely diffuse through the neck between the tube and GUV, and t

69 ent exploration because good solutions could diffuse through the network.

70 Gas molecules seem to diffuse through the non-porous solid into small lattice

71 dent cargos to form transport complexes that diffuse through the NPC and are then disassembled.

72 Small molecules can passively diffuse through the NPC, whereas larger cargos require t

73 ke sequence, which is too large to passively diffuse through the nuclear pores, accumulated in the ce

74 ize hydronium-like species formed as protons diffuse through the outer channel to the proton-shuttlin

75 P) substrate, added to intact bacteria, must diffuse through the outer membrane to reach the enzyme.

76 Gravitons follow a random walk and diffuse through the outer regions of a galaxy.

77 ted) model suggests that granzymes passively diffuse through the perforin pore into the cytoplasm of

78 ulins demonstrates that molecular oxygen can diffuse through the polypeptide matrix and can be sensit

79 of the pore, permits only potassium ions to diffuse through the pore.

80 Larger carbonyl substrates cannot diffuse through the pores of 1, and conversion yields ar

81 her molecular weight (>250 kDa), in order to diffuse through the pores of such cheese structures.

82 minimum size of protein molecule that could diffuse through the pores was also calculated.

83 easing low molecular weight species that can diffuse through the ring elastomer.

84 e on the surface of silver nanoparticles and diffuse through the silver nanoparticles to reach the si

85 g these few minutes allows macromolecules to diffuse through the stratum corneum into the viable epid

86 MDA-like, water soluble, small molecules can diffuse through the subdural/subarachnoid space into the

87 Once secreted, these signaling molecules diffuse through the surrounding medium and eventually bi

88 P is confined to the IPM, being too large to diffuse through the zonulae adherentes between adjacent

89 y a temperature increase or ultrasound, ions diffused through the CNT membranes at a rate similar to

90 We found that HCB diffused through the cortex and reached the cytoplam of

91 nitial stage of the reaction, the guest ions diffused through the Cu2-xS shell and reached the Cu2-xS

92 Both diffused through the endothelium, LUV-TRAIL being more e

93 Denaturants such as low pH buffers can be diffused through the gel pores to the protein to initiat

94 Results showed that (1) [(3)H] muscimol diffused through the meninges into the cortical tissue u

95 The proteins thus liberated diffused through the overlay at rates depending on their

96 e concentrations below 0.0025% (w/v) readily diffused through the vitreous meshwork; at higher concen

97 ble such that singlet oxygen is solvated and diffuses through the aqueous solution until it reacts wi

98 mple mathematical model indicated that rhNGF diffuses through the brain interstitial space and is eli

99 hat cationic molecule rhodamine 6G laterally diffuses through the chromatographic interface of a C(18

100 asma membrane as the Vamp-GFP simultaneously diffuses through the fusion junction.

101 steoarthritis, the H2O2 at low concentration diffuses through the HMs to oxidize their encapsulated e

102 nerated by local activation of the membrane, diffuses through the interior of the cell, suppresses th

103 RBP is synthesized by the central retina and diffuses through the matrix, reaching the undifferentiat

104 fiber sensor is exposed to glucose, glucose diffuses through the membrane into the sensor chamber an

105 H2 produced by cells in the lower plate diffuses through the membrane into the upper plate, caus

106 We report evidence that FGF8 diffuses through the mouse neocortical primordium from a

107 ork data to examine whether the intervention diffuses through the network and whether there are addit

108 umulations inside the organic, which rapidly diffuses through the organic primarily via the exchange

109 ium, and anhydrous diazomethane subsequently diffuses through the permeable membrane into the outer c

110 Finally, the unfolded polypeptide diffuses through the pore into the recipient compartment

111 It diffuses through the tip-substrate gap and undergoes the

112 r hydrogen peroxide (H2O2) generated by Duox diffuses through the tissue to directly regulate chemota

113 a flux of predominantly atomic carbon, which diffuses through the walls of a Joule-heated tantalum tu

114 intensity bursts from particles or molecules diffusing through the confocal probe volume, which works

115 au is locally freely tumbling and capable of diffusing through the droplet interior.

116 d into the vaginal epithelium, presumably by diffusing through the extracellular space, and entered t

117 an approximately spherical conformation when diffusing through the gel matrix, whereas larger ones ar

118 les such as CO(2), O(2), N(2), CO, and CH(4) diffusing through the ice lattice.

119 ng Fe(bpy)(3)(2+) initially in the pore from diffusing through the orifice.

120 e transfer resistance (Rct) of a redox probe diffusing through the polyelectrolyte brush was measured

121 ewater concentrations if target contaminants diffusing through the sediment and into the sampler exhi

122 ver, inner leaflet lipid markers are able to diffuse through these microdomains suggesting that, rath

123 The number and rate of single molecules diffusing through these films increases dramatically wit

124 been proposed that the ammonia intermediate diffuses through this molecular tunnel from the binding

125 in heparin binding dictate their ability to diffuse through tissue, with VEGF121 moving most freely

126 Recent experiments show that activin diffuses through tissues to establish a morphogen gradie

127 ped to some ligand concentration and ligands diffused through two sides.

128 N-(3-oxohexanoyl) homoserine lactone, freely diffuses through Vibrio fischeri and Escherichia coli ce

129 aining holes and the other for rigid spheres diffusing through water-filled cylindrical pores.