ライフサイエンスコーパス: flocculation

1 ation and also mediates cell-cell adherence (flocculation).

2 ation, but was not involved in M. aeruginosa flocculation.

3 eins, which results in their aggregation and flocculation.

4 r layer-by-layer assembly or vacuum-assisted flocculation.

5 with surface-adsorbed trastuzumab exhibited flocculation.

6 lacking both CheB1 and CheR1 was delayed in flocculation.

7 particles from secondary- to primary-minimum flocculation.

8 tion in mating, invasion, filamentation, and flocculation.

9 ggregate in the calcium-dependent process of flocculation.

10 th in diploids, haploid invasive growth, and flocculation.

11 ng these cellular functions directly affects flocculation, a cellular differentiation process initiat

12 lution of cooperative behavior by revisiting flocculation, a self-adherence phenotype lacking in most

13 Visual and SEM observations confirmed the flocculation action of the mucilage as visible flocs for

14 Flocculation allows contaminants to accumulate at the se

15 The reversible flocculation allows the conjugates to be readily separat

16 FLO1 in the laboratory strain S288C restores flocculation, an altered physiological state, reminiscen

17 addition, we found that Als1p mediates both flocculation and adherence of C. albicans to endothelial

18 stance (EPS) content, resulting in increased flocculation and formation of MOS.

19 highly aggregated Fe(OH)(3), which promotes flocculation and gradual settling of the decomposed cyan

20 eoxidation with chlorine dioxide followed by flocculation and settling have been shown to be effectiv

21 oil by the addition of n-alkane, leading to flocculation and subsequent filtration.

22 s when predicting diffusive contributions to flocculation and to single collector efficiency in media

23 tic of zinc-deficient cells, suggesting that flocculation and vacuolation serve homeostatic functions

24 istributions during the slow mixing stage in flocculation and, to some extent, their settling charact

25 Clumping precedes and is required for flocculation, and both processes appear to be independen

26 which was attributed to droplet coalescence, flocculation, and digestion.

27 functional groups include growth inhibition, flocculation, and the SRP/TIP1 family.

28 Most analyses of Brownian flocculation apply to conditions where London-van der Wa

29 f the chromophoric DOM (CDOM) was removed by flocculation, approximately 4-5 mg L(-1) total organic c

30 rowth and bud's site selection, clumping and flocculation, as well as increased sensitivity to a wide

31 rst step in the two-step synthesis process ("flocculation assembly").

32 Microstructure images revealed decreased flocculation at higher concentrations.

33 Microstructure images showed depletion flocculation at lower biopolymer concentrations, and thu

34 The P-O/W emulsions showed intensive flocculation at pH 5 and above 200 mM NaCl where the ele

35 charge neutralization contributed to kaolin flocculation, but was not involved in M. aeruginosa floc

36 h electrostatic and steric effects, bridging-flocculation can occur in the presence of multivalent ca

37 Pretreatment of OSPW with coagulation-flocculation (CF) was investigated to determine the effe

38 ferric (Fe(III)) salt was investigated as a flocculation-coagulation system to remove arsenic (As) f

39 binding isotherms, exchange rates, critical flocculation concentrations, and the composition of mixe

40 The flocculation conditions of EPS-1 were optimized, and the

41 ow disinfection rates necessitating extended flocculation/contact times to achieve significant log-in

42 Derepression of the flocculation gene FLO1, which is normally repressed by t

43 diffusion in complex media, aggregation and flocculation, hindered behavior of particles in confined

44 ion of Che1 to the control of chemotaxis and flocculation in A. brasilense remains poorly understood.

45 Repression of FLO11-dependent flocculation in diploids is conferred by the mating-type

46 he addition of NaCl (300-400 mM) only caused flocculation in nanodispersion stabilized by SDS-Tween 8

47 expression and in sequence, suggesting that flocculation in S. cerevisiae is a dynamic, rapidly evol

48 nd how the membranes were stabilized against flocculation in salt water.

49 hollow spheres are theorized to form through flocculation, in which the charge-driven aggregation of

50 Mass spectrometric results revealed that flocculation induced substantial changes in the DOM and

51 We suggest intracellular biomass flocculation is a key mechanism of killing for cationic,

52 Flocculation is abolished when FLO11 is disrupted.

53 In contrast, cell-cell adhesion (flocculation) is a desirable property of industrial Sacc

54 locculin because of its demonstrated role in flocculation, its structural similarity to other members

55 m were evaluated, including plug dispersion, flocculation kinetics, membrane degradation, and channel

56 toxoids vaccine (Td) containing 2 limits of flocculation (Lf) diphtheria toxoid was evaluated.

57 rated from those associated with DOC using a flocculation method.

58 PI-stabilized nanoemulsions were unstable to flocculation near the protein isoelectric point (pH 5.0)

59 veral minor components were identified after flocculation (nitrocellulose) or precipitation (sawdust,

60 In addition, flocculation of C. neoformans skn7 mutants suggests a po

61 Moreover, both the bases and ribose inhibit flocculation of decanoic acid by salt.

62 ncomitant formation of exopolysaccharide and flocculation of heterotroph-methanogen cellular aggregat

63 esses remains unaddressed in coagulation and flocculation of insoluble precipitates (flocs), which pl

64 matter in metal-rich aquatic systems or the flocculation of organic matter in wastewater treatment p

65 observations suggest gelation occurs via the flocculation of semicrystalline colloidal particles, whi

66 e alterations in phenotypes (e.g., adhesion, flocculation or biofilm formation).

67 multiple excitation wavelengths and similar flocculation or deposition methods in comparative analys

68 changes in SWNT bundling based on differing flocculation or deposition methods.

69 We focused on the characteristics and flocculation performance of EPS-1, especially with regar

70 surement of target transcript levels and the flocculation phenotype characteristic of Zfs1 deletion.

71 Inhibition studies revealed that the flocculation phenotype induced by CAD1/AAF1 was similar

72 ell adherence in S. cerevisiae by inducing a flocculation phenotype.

73 S. cerevisiae expressing either of two flocculation phenotypes, Flo1 or NewFlo, adhered to endo

74 ew DBPs, which could not be prevented by the flocculation process.

75 ering experiments, which indicates a dynamic flocculation process.

76 Flocculation protects the FLO1 expressing cells from mul

77 the membrane-solution interface by unsettled flocculation residuals.

78 tional water treatment involving coagulation-flocculation-sedimentation may be impeded by vascular pl

79 Bench-scale coagulation/flocculation/sedimentation simulated conventional treatm

80 uble mutants demonstrated that the increased flocculation seen in zfs1Delta mutants is due, at least

81 he glasses were determined to estimate their flocculation tendency.

82 RF data, as assayed by both the bentonite flocculation test (BFT) and the sheep cell agglutination

83 A flocculation test demonstrated that neutralizing the ani

84 collisional analysis based on Smoluchowski's flocculation theory was employed to fit the kinetics of

85 Flocculation, therefore, is driven by one of a few known

86 The influence of flocculation time and temperature emphasized the importa

87 ned by centrifuging wet sediment followed by flocculation to remove colloids.

88 ind have properties (e.g. growth inhibition, flocculation, vanadate resistance, stress response) that

89 were added to resting incubations; analogous flocculation was also observed in soil enrichments.

90 ence, the relationship between adherence and flocculation was examined.

91 Flocculation was only observed during exponential growth

92 Sweep flocculation was the primary virus destabilization mecha

93 Bridging and depletion flocculation were mostly observed for P-O/W emulsions co

94 Viscosity, molecular interactions, and flocculation were the most important parameters controll

95 is known to increase cell-cell adhesion and flocculation when overexpressed.

96 ction between primary- and secondary-minimum flocculation when the interparticle potential curve refl

97 rated that 9c polyplexes had a low degree of flocculation, whereas 9a and 9b polyplexesd aggregate ra