ライフサイエンスコーパス: amphiphilicity

1 btain food-grade surfactants with a range of amphiphilicity.

2 enced the strong beneficial effect of facial amphiphilicity.

3 rrel is responsible for the native protein's amphiphilicity.

4 shell-type nanostructures as a result of its amphiphilicity.

5 y depends on the catechol's substitution and amphiphilicity.

6 ms and is attributed to the monomer's facial amphiphilicity.

7 a and K28-OA-Abeta may reflect their greater amphiphilicity.

8 ve beta-sheet secondary structure, and (iii) amphiphilicity.

9 he tail with l-amino acids while maintaining amphiphilicity.

10 hese proteins and ion channels based on LAs' amphiphilicity.

11 erior shell, possessing unprecedented radial amphiphilicity.

12 abeling studies, TprK was also found to lack amphiphilicity, a characteristic property of beta-barrel

13 Mutations to the helix which reduce its amphiphilicity and are known to diminish budding attenua

14 beta(16-22) with octanoic acid increases its amphiphilicity and changes the organization of fibrillar

15 thway to form nanostructures that circumvent amphiphilicity and packing parameter constraints and gen

16 oes not contain a MOSP(C)-like domain, lacks amphiphilicity and porin activity, adopts an extended in

17 nd acetonitrile, which have a high degree of amphiphilicity and weak hydrogen bonding ability, respec

18 for biological activity and point to facial amphiphilicity as a preferred architecture for TLR4 anta

19 Block copolymers that mimic lipid amphiphilicity can also self-assemble into vesicles in d

20 he edge -COOH groups is affected by pH, GO's amphiphilicity can be tuned by pH.

21 named 2, 3, and 4, designed with the facial amphiphilicity common to naturally occurring antimicrobi

22 e deposition on (sacrificial) templates, the amphiphilicity driven self-assembly of nanoparticle vesi

23 ein, we report a universal strategy based on amphiphilicity-driven self-assembly for the crafting of

24 (2D) crystalline sheets directed by periodic amphiphilicity, electrostatic recognition and aromatic i

25 ned synthetic polymers that both mimic lipid amphiphilicity for self-assembly of highly stable membra

26 Reinforcement of the characteristics of amphiphilicity, helicity, and peptide dipolar effects, u

27 The combination of low cytotoxicity, amphiphilicity, high boron content, high cellular uptake

28 ol:water partition coefficients and by their amphiphilicities; (iii) uneven distribution of lipophili

29 Amphiphilicity in a-helical antimicrobial peptides (AMPs

30 n-1 and suggest the importance of structural amphiphilicity in determining the location and orientati

31 The helix propensities and amphiphilicity in primary sequences make independent con

32 High amphiphilicity is a hallmark of interfacial helices in m

33 Amphiphilicity is a surface property that has yet to be

34 These data demonstrate that amphiphilicity is critical in determining the structural

35 ase partitioning revealed that the protein's amphiphilicity is due to lipid modification and that a s

36 Finally, our results show that helical amphiphilicity is far more important for interfacial bin

37 acellular trafficking studies indicated that amphiphilicity is important for cell uptake and that the

38 Although there is general agreement that amphiphilicity is important for membrane-interface bindi

39 Because of their amphiphilicity, Janus particles present a unique opportu

40 Copolymer amphiphilicity, length, and composition influence their

41 tural variation, in which properties such as amphiphilicity, lipophilicity and solubility can be tune

42 This article shows how amphiphilicity may be added to sub-2-nm metal NCs by pat

43 These results suggest that amphiphilicity may be significant in determining fibril

44 ry structure forming propensity coupled with amphiphilicity may be sufficient to account for most, if

45 rocess - protein structure - functionality - amphiphilicity mechanism.

46 Using amphiphilicity, monomer feed ratio, and molecular weight

47 In addition, size-dependent amphiphilicity of GO sheets is observed.

48 this side-chain tertiary interaction is the amphiphilicity of helices in proteins.

49 heart of the method rests on a change of the amphiphilicity of the copolymer that can be turned off a

50 ge the class Y structure, hydrophobicity, or amphiphilicity of the helical combination, but the topog

51 rientation correlates well with a calculated amphiphilicity of this region.

52 (Cn-Guan) designed to explore the effects of amphiphilicity on siRNA complexation and efficiency in v

53 Amphiphilicity played a key role in the enhanced cell tr

54 r itself also imposes an assembly barrier if amphiphilicity ranges toward too hydrophobic or hydrophi

55 drogen bonds with transported molecules, and amphiphilicity that likely results in divergent transpor

56 is of poly(tert-butyl acrylate) arms imparts amphiphilicity to the brush.

57 xathienocoronene (HTCGemini), which owes its amphiphilicity to two hydrophobic dodecyl chains on one

58 obtained from proteomics and used to analyze amphiphilicity using Grand Average of Hydropathy (GRAVY)

59 Amphiphilicity was induced into the discotic molecules b

60 Au25(MHA)18@xCTA NCs (x = 6-9) exhibit good amphiphilicity, which enabled them to dissolve in solven

61 he best compounds is related to their facial amphiphilicity, which may confer an ability to destabili

62 f the peptides were varied to change peptide amphiphilicity without changing total hydrophobicity.

63 Tunable cross-linker concentration and amphiphilicity yield versatile adhesives suitable for un