ライフサイエンスコーパス: thermotropic

1 Thermotropic and enantiotropic liquid-crystalline phase

2 ic structure induces self-assembly into both thermotropic and lyotropic lamellar liquid crystalline (

3 les are mixed with layered materials such as thermotropic and lyotropic smectic liquid crystals and b

4 Cer acyl chains dramatically lowers the high thermotropic and pressure-induced transitions.

5 aturated acyl chains display relatively high thermotropic and pressure-induced transitions.

6 The thermotropic and structural properties of ganglioside GM

7 verse supramolecular structures that exhibit thermotropic and/or lyotropic behavior.

8 Here, we investigate the thermotropic behavior and solid-state organizations of t

9 nucleation, size-dependent polymorphism, and thermotropic behavior of nanoscale crystals.

10 containing C24 sphingomyelin have a complex thermotropic behavior which may be related to the observ

11 The thermotropic behaviors of 1-deoxyDHCers alone and in mix

12 In contrast to very similar thermotropic changes in the secondary structure of both

13 The resulting hybrid biomaterials form thermotropic columnar hexagonal mesophases in which the

14 These complexes display thermotropic columnar liquid crystalline behavior in spi

15 tail side groups displays a new bicontinuous thermotropic cubic phase with symmetry Pn3 m and formed

16 s, they self-organize into a multicontinuous thermotropic cubic phase with the Im3m space group symme

17 li channels coincide with discontinuities in thermotropic fluorescence spectra and specific growth ra

18 hydrogen-bond-constrained backbone, exhibit thermotropic lamellar, discotic nematic, hexagonal, and

19 es should be thermodynamically stable in all thermotropic lipid systems.

20 and release of trehalose occurred during the thermotropic lipid-phase transition measured in pancreat

21 A systematic study into the thermotropic liquid crystal behavior using polarizing op

22 r phases enable the study and application of thermotropic liquid crystal phase behavior without therm

23 we describe an anhydrous nanoDNA-surfactant thermotropic liquid crystal system, which exhibits disti

24 active nematic in contact with a hydrophobic thermotropic liquid crystal.

25 st free-standing hydrogels comprising unique thermotropic liquid crystalline (LC) domains and magneti

26 figurations) of micrometer-sized droplets of thermotropic liquid crystals (LCs) dispersed in aqueous

27 f phospholipids at planar interfaces between thermotropic liquid crystals and aqueous phases gives ri

28 Using thermotropic liquid crystals and biological materials, w

29 ied class of liquid crystals are a subset of thermotropic liquid crystals known as calamitic, in whic

30 We report the uniform planar anchoring of thermotropic liquid crystals on films of bovine serum al

31 subunits for the synthesis of a new class of thermotropic liquid crystals via palladium-catalyzed cro

32 simple generic method for the production of thermotropic liquid crystals.

33 urface-driven changes in the orientations of thermotropic liquid crystals.

34 as demonstrated through the synthesis of two thermotropic liquid-crystalline fluorescent benzobis(imi

35 ature of the material and induces reversible thermotropic liquid-crystalline transitions.

36 uid crystals are traditionally classified as thermotropic, lyotropic or polymeric, based on the stimu

37 Discovering the thermotropic nature of thermal phase transitions in simp

38 gold nanorods are prepared and dispersed in thermotropic nematic liquid crystals.

39 observed to be much lower than the GO doped thermotropic nematic medium 5CB.

40 larized light microscopy to characterize the thermotropic phase behavior and microstructure of diC(14

41 cation exchange resin, Dowex 50WX2, and its thermotropic phase behavior and solute-adsorption proper

42 of the components of the lipid bilayer, the thermotropic phase behavior of dimyristoylphosphatidylch

43 ol- (DAG-) enriched and DAG-poor phases, the thermotropic phase behavior of the ternary mixtures dimy

44 e short-chain DMPC showed greater changes in thermotropic phase behavior than with DPPC on taxane add

45 g molecular dynamics, lateral lipid packing, thermotropic phase behavior, "fluidity", lateral mobilit

46 wo fractions are also quite similar in their thermotropic phase behavior, and their high levels of ga

47 The effect of alpha-tocopherol on the thermotropic phase behaviour of aqueous dispersions of d

48 re we report the experimental observation of thermotropic phase boundaries in these classic ferroelec

49 alorimetry (DSC) was used to investigate the thermotropic phase properties of binary mixtures of disa

50 ophospholipids (C14 to C18 chain length) the thermotropic phase transition is eliminated at the SML e

51 changes increased with temperature near the thermotropic phase transition of DPPG (about 40 degrees

52 The peptide-induced thermotropic phase transition of MLVs formed of DMPC and

53 MPS-d54, the deuterated species exhibited no thermotropic phase transitions but revealed chain order

54 The effects of these peptides on the thermotropic phase transitions of 1-stearoyl-2-oleoylpho

55 C) between isotropic and chiral nematic (N*) thermotropic phases, which limits their practical applic

56 elatively minor effects on the structure and thermotropic properties of C18:0-SM.

57 The structural and thermotropic properties of dipalmitoylphosphatidylethano

58 The structure and thermotropic properties of N-palmitoyl sphingomyelin (C1

59 The thermotropic properties of triolein-rich, low-cholestero

60 It is a thermotropic (solvent-free) liquid crystal of cubic symm

61 ater), in a range of block copolymers and in thermotropic (solvent-free) liquid crystals.

62 lar dichroism spectroscopy showed no obvious thermotropic structural changes in membrane-bound NRne b

63 only those mutants which also demonstrated a thermotropic structural transition in the complex, and t

64 This assembly leads to the first thermotropic structure of the "double diamond" type.

65 ids in the sense that they show that for the thermotropic transition the approximation of phospholipi