ライフサイエンスコーパス: polydisperse

1 fficult to predict and the products are more polydisperse.

2 in length and composition and, hence, highly polydisperse.

3 and the alpha-crystallin assemblies are more polydisperse.

4 weight distribution while the other (B) was polydisperse.

5 ze distribution of vesicles tends to be very polydisperse.

6 in seawater, and the aggregates were highly polydispersed.

7 ding polymer analogues, which are inherently polydispersed.

8 izes and chemical compositions of individual polydisperse aerosol particles in real time.

9 es were fully transformed to Ag(2)S, and the polydisperse, aggregated particles were not fully sulfid

10 Lattice kirigami, ultralight metamaterials, polydisperse aggregates, ceramic nanolattices, and 2D at

11 However, it appears to form polydispersed aggregates, which confounds understanding

12 nd sedimented through sucrose gradients as a polydisperse, aggregating system.

13 Two types of AgNPs-an engineered polydisperse and aggregated AgNP powder, and a laborator

14 The loops are polydisperse and bind via a set of hydrogen bonds betwee

15 Their cores are often polydisperse and coated by a stabilizing shell that vari

16 al Voronoi tessellations with cells that are polydisperse and distorted, away from their regular shap

17 s (sHSPs) are molecular chaperones that form polydisperse and dynamic complexes with target proteins,

18 malian small heat shock proteins (sHSP) form polydisperse and dynamic oligomers that undergo equilibr

19 e generally difficult to access, samples are polydisperse and precise dimensional control is not poss

20 Polydisperse and racemic mixtures of helical fragments o

21 ins, prescreened to avoid proteins providing polydisperse and/or aggregated samples.

22 ize of nanomaterials in samples that contain polydisperse and/or multimodal nanoparticle populations.

23 peripheral branches of irregular, flexible, polydisperse, and highly branched molecules can facilita

24 Hs) are structurally complex, heterogeneous, polydisperse, and highly negatively charged mixtures of

25 end of the measurement, the domains remained polydisperse, and true thermodynamic equilibrium was not

26 equent stacking of the duplex oligomers into polydisperse anisotropic rod-shaped aggregates, which ca

27 rocess in two-phase mixtures consisting of a polydisperse array of spherical particles.

28 ydrolyzable analog of GTP, became larger and polydisperse as the potassium concentration was decrease

29 ysis indicated that IIM transcripts were not polydispersed as is found in mammalian mucin transcripti

30 o transition to either expanded symmetric or polydisperse assemblies.

31 sHsps are ATP-independent and generally form polydisperse assemblies.

32 ctra of micelles and reverse micelles reveal polydispersed assemblies containing several hundred CTAB

33 during diffusion-controlled coarsening of a polydisperse assembly of particles have proved difficult

34 Acemannan is a polydispersed beta-(1,4)-linked acetylated mannan with a

35 Acemannan is a polydispersed beta-(1,4)-linked acetylated mannan with a

36 e envisaged a biothreat scenario wherein the polydispersed bioaerosol is disseminated in bulk over an

37 ited to placing linear DNA segments within a polydisperse block copolymer.

38 in a highly complex spectrum of overlapping, polydisperse charge states.

39 milarity between a FRA3B segment and a small polydispersed circular DNA.

40 as well as sequences with homology to small polydispersed circular DNAs (spcDNAs).

41 rement of the dielectric permittivities of a polydispersed cis-polyisoprene samples.

42 sed milk substitutes were significantly more polydisperse compared to those of bovine milk.

43 rom oligomerization of structural units into polydisperse complexes typically with three to eight str

44 iol ligands, Cu(NO(3))(2) hydrolyzes to form polydisperse copper(II) oxide particles with diameters f

45 tyl acrylate) copolymers self-assembled into polydisperse core-shell-type micelles as a result of the

46 We compared the results from a polydisperse cytoplasmic model (PD model) produced by CG

47 ently released to yield pure hybrids free of polydisperse digested DNA fragments and serum biomolecul

48 10-30 nm as well as a smaller heterogeneous polydisperse dissolved organic matter (DOM) fraction.

49 us toxoid) incorporated) can be modeled as a polydisperse distribution of perforated bilayer vesicles

50 modelling show that MIP-1 reversibly forms a polydisperse distribution of rod-shaped polymers in solu

51 polypeptides in which the sheets had highly polydisperse distribution of sizes in the (x/y)- and (z)

52 microm) perfluorocarbon liquid droplets from polydisperse droplet emulsions, which is crucial in prep

53 sperse droplet drying experiments and during polydisperse droplet equilibration experiments at 75% re

54 the molecular chaperone alphaB-crystallin, a polydisperse ensemble of between 10 and 40 identical sub

55 matrix comprising parallel arrays of small, polydisperse fibrils (27-51 nm) that often alternate in

56 asing evidence suggests that highly dynamic, polydisperse folding intermediates, which occur during f

57 mocomplexes of mutant subunits become highly polydisperse following incubation at 37 degrees C, refle

58 nd STX are expressed as high molecular mass, polydisperse forms that are associated with the cell and

59 the experimental observations for naturally polydisperse granular materials, and another with a "nor

60 The joints were infused with polydisperse HA of weight-average mass 2100 kDa (4 mg x

61 The method was validated for a polydisperse HA sample with a weight-average molecular m

62 A sample load of 2.5 mug for polydisperse HA samples was employed.

63 The methods were validated for polydisperse HA samples with viscosity-average molecular

64 ged with saline, and injected with saline or polydisperse HA, and samples were obtained for analysis

65 ent-driven molecular dynamics simulations of polydisperse hard-sphere systems and use mode-coupling t

66 A-I fourth exon sequence may account for the polydisperse HDL pattern as observed by others in transg

67 lts demonstrate that HSP27 and alphaB formed polydisperse hetero-oligomers in vitro, which had an ave

68 (SDS) and 2-mercaptoethanol, and migrated as polydisperse, high-molecular-weight bands on SDS-polyacr

69 MBL and ficolins are polydisperse homo-oligomeric molecules, found in complex

70 ctor approach shows a sample that is broadly polydisperse in both molar mass and size, with strings r

71 The VLPs are highly polydisperse in their radius distribution.

72 The Au/Ag-core/shell NPs were observed to be polydispersed in size, nonspherical, and contain off-cen

73 Here we show that stabilizer-free polydispersed inorganic nanoparticles (NPs) can spontane

74 sociated with enhanced light absorption when polydisperse, laboratory-generated ns-soot particles wer

75 actin creates longer aggregates with a more polydisperse length distribution in which actin aligns s

76 er cell of a 6 kb genome, arranged mainly as polydisperse linear concatemers.

77 s demonstrated the presence of spherical and polydisperse <100 nm Cu particles in product B.

78 sphate because, unlike DPE2, it can generate polydisperse malto-oligosaccharides from maltose.

79 in contrast to some literature reports with polydispersed manganese oxides and electro-deposited fil

80 ble characterization method of virtually any polydisperse metallic NP dispersion, many of them availa

81 The unprecedented stabilities of these polydisperse microphase separated melts are discussed in

82 -heptane, asphaltenes are a highly aromatic, polydisperse mixture consisting of the heaviest and most

83 P, alphaB-crystallin ('alphaB'), forms large polydisperse multimeric assemblies.

84 r-quality crystals can be obtained from more polydisperse nanoparticle solutions.

85 ts the robust size available in the starting polydisperse nanoparticles.

86 ion, are rare, owing at least in part to the polydisperse nature (distribution of chain lengths) of p

87 erogeneous sHSPs have been confounded by the polydisperse nature of alphaB oligomers.

88 mass 2100 kDa (4 mg x ml(-1), n = 17), with polydisperse neutral dextran of similar average mass (20

89 on between amyloid-beta (Abeta) monomers and polydisperse, NMR-invisible ('dark') protofibrils, a pro

90 he tsE octamers and yielded the formation of polydisperse NSP2 aggregates, events not observed with w

91 Linear polymersomes produced polydisperse oil droplets with diameters of ~50 mum rega

92 When mixed in vitro, these two sHSPs form a polydisperse oligomer array composed solely of heterodim

93 c weight, they typically assemble into large polydisperse oligomers that vary in both size and shape

94 nd CCL5 assembly into high-molecular-weight, polydisperse oligomers.

95 Current model membranes display a polydisperse particle size distribution and can suffer f

96 ean prehistory, hilltop enclosures made from polydisperse particle-and-block stone walling were expos

97 Both monodisperse and polydisperse particles are considered in clusters with v

98 Both probes bound in a polydispersed pattern, which is characteristic of mucin

99 e corrected molecular weight averages of the polydispersed PBA obtained from measurements using MALDI

100 We also reduced the molecular size of the polydispersed PEG3400 to monodispersed PEG27 and PEG12 (

101 in ESI mass spectra of high molecular weight polydisperse PEGylated molecules.

102 We find that a polydisperse Percus-Yevick hard-sphere liquid-structure

103 rip alkali cations (Na+) from several narrow polydisperse poly(ethylene glycol) standards.

104 l standard in a quasi-equimolar mixture with polydispersed poly(butylene adipate) (PBA) indicated tha

105 a broad range of network materials including polydisperse polymer precursors.

106 to chemical composition are used to separate polydisperse polymers and polymer mixtures into the narr

107 The application of ThFFF/MALDI-TOFMS to polydisperse polymers and polymer mixtures was demonstra

108 xperimental data for solutions of moderately polydisperse polymers and polymer mixtures.

109 xperimental data for solutions of moderately polydisperse polymers and their binary and ternary mixtu

110 he varying contour lengths of the uncharged, polydisperse polymers engender different amounts of hydr

111 lem encountered in the MALDI-TOF analysis of polydisperse polymers is mass discrimination against hig

112 ing MALDI-TOF for directly measuring MWDs of polydisperse polymers, especially those highly polydispe

113 lydisperse polymers, especially those highly polydisperse polymers.

114 During the lag phase, highly polydisperse, polymorph, and compact oligomers (oligomer

115 Fractionation of polydispersed polysiloxanes (1-2 g) into narrow molecula

116 Specifically, high molecular weight, polydisperse polyvalent ligands are effective inhibitors

117 The two polydisperse polyvinylimidazoles were previously describ

118 her measured before or after conversion to a polydisperse population with incubation.

119 ing fractions, and (iii) the separation of a polydisperse sample into fractions of differing mean cor

120 is demonstrated using a dilute, structurally polydisperse sample of single-walled carbon nanotubes de

121 lved isolation of different fractions from a polydisperse sample.

122 his new approach can be applied to arbitrary polydisperse samples and gives access to the whole diffu

123 Polydisperse samples of Au nanoparticles protected with

124 We show that highly polydisperse samples of single-walled nanotubes grown by

125 ) techniques can be used to reliably examine polydisperse samples, and are sensitive to approximately

126 0.27 </= f(B) </= 0.82, we demonstrate that polydisperse SBS triblock copolymers self-assemble into

127 ty when the constituent nanoparticles have a polydisperse size distribution.

128 of alphaB-crystallin is consistent with the polydisperse size of the assembly and the previously obs

129 studies have used electrospray to generate a polydisperse source of highly charged microdroplets, lea

130 l heat shock proteins (sHSPs) exist as large polydisperse species in which there is constant dynamic

131 fate and calcium carbonate can be treated as polydisperse spherical particles.

132 e detector responses for the blends and wide polydisperse standard arise from several factors related

133 urea denaturation, existed in an oligomeric polydispersed state, and showed a concentration-dependen

134 onjugation with the TT protein yielded large polydisperse structures (of Mw ~ 7.4 x 10(6) g.mol(-1)),

135 lecular models for some of the repertoire of polydisperse structures accessible to Abeta.

136 achieve the simultaneous fractionation of a polydisperse suspension into multiple streams.

137 ity matches reasonably well with that of the polydisperse synthetic sample containing the Au225 compo

138 hat describes the diffusion coefficient of a polydisperse system of interacting protein aggregates in

139 eezing points of monodisperse and moderately polydisperse systems.

140 Our work demonstrates that in polydispersed systems topological defects play the role

141 that make up atmospheric aggregates are more polydisperse than soot aggregates generated from a singl

142 41-58 and Delta155-165, were larger and more polydisperse than the wild-type (wt) alphaB crystallin c

143 number-average molecular weight (Mn < 3000) polydisperse thin films of poly(2-vinylpyridine) (P2VP)

144 The phytochelatins are a family of polydisperse, thiol-rich peptides that are synthesized b

145 mplished by end-on covalent conjugation of a polydisperse, uncharged polymer sample (PEG) to a monodi

146 rmination of the degree of polymerization of polydisperse, uncharged, water-soluble polymers (e.g., p

147 In contrast, the polydisperse variant has an ordered dimeric building blo

148 raphy for separations of samples of charged, polydisperse, water-soluble gold nanoparticles protected

149 CS chains are polydisperse with respect to chain length, sulfate conte