ライフサイエンスコーパス: dichroic

1 p extinction and 50 were distinctly linearly dichroic.

2 hich is evidenced by changes in the circular dichroic absorption spectrum of tubulin.

3 The dichroic amplitudes resulting from photoselection are ma

4 Circular dichroic analysis of the monomers and rings indicated th

5 Circular-dichroic analysis reveals a random coil conformation.

6 Circular dichroic analysis reveals the lack of stable ordered str

7 assertions are supported by induced circular dichroic and fluorescence spectral measurements.

8 predicted secondary structures and circular dichroic and fluorescence spectroscopy studies of the in

9 l-color emission was transmitted through the dichroic and focused onto a multimode fiber (core diamet

10 Circular dichroic and infrared spectroscopies show that at low pH

11 by asymmetric synthesis, and their circular dichroic and other properties, as well as those of numer

12 Data from circular dichroic and Raman spectroscopy, as well as secondary st

13 at two emission wavelengths, using secondary dichroic beamsplitting and dual photodetectors (<570 nm

14 calculations and easily observable red/green dichroic behavior indicate that Ca6Te3N2 is a highly ani

15 Near-UV circular dichroic (CD) analysis showed a loss of tertiary structu

16 arboxylic acids based on a modified circular dichroic (CD) exciton chirality method has been develope

17 plexes exhibit distinctly different circular dichroic (CD) spectral characteristics and can, thus, se

18 rier transform infrared (FT-IR) and circular dichroic (CD) spectroscopies.

19 Circular dichroic (CD) spectroscopy supports this folding and sel

20 The preparation and circular dichroic (CD) studies of self-complimentary 8-mer DNA se

21 nanostructure, in which a scanned series of dichroic coherent diffraction patterns is recorded and n

22 Some dyes gave dichroic complexes, implying alignment of the chromophor

23 erythrocytes; 2) EF imaging with and without dichroic components, including detection of DAPI-stained

24 ch due to the random orientation of linearly dichroic crystals relative to the linearly polarized las

25 increasing the alignment of fluorescent and dichroic dyes in LC hosts.

26 The detector contained a dichroic filter, which directed the dual-laser beams to

27 peptide backbone displayed a single circular dichroic minimum at 208 nm and a single maximum at 193 n

28 n, total internal reflection instrument, the dichroic mirror conventionally used to spectrally segreg

29 ine the optimal transition wavelength of the dichroic mirror for the CFP-YFP pair.

30 F fiberoptic catheter were relayed through a dichroic mirror, through a bandpass filter, and on two i

31 The sensor features the advantages of the dichroic mirror-free and confocal (shared-focus) charact

32 Dichroic mirrors are needed to direct the light into the

33 Then a dichroic mount is assembled and installed to direct the

34 mission was sorted spectrally using a second dichroic onto one of two SPADs and isolated using approp

35 e CD spectra of the six stereoisomers show a dichroic pattern in a good solvent that changes drastica

36 r arrays, may provide an explanation for the dichroic phenomenon of Haidinger's brushes.

37 col covers how to use the intrinsic circular dichroic properties of proteins to follow their folding

38 that showed dramatically different circular dichroic properties that was further shown to be easily

39 and the flow field, we could achieve a high dichroic ratio of 16.67 in emission from conducting conj

40 Analysis of the dichroic ratio of the 1655-cm(-1) amide I vibration indi

41 With this assumption and the measured dichroic ratios in the crystals, the transition dipole m

42 Also shown is the effect of the split ring's dichroic response on the SERRS signal and the sensor's l

43 hydrates, these sugars produce a significant dichroic signal in the far-ultraviolet region.

44 ng account for the signs of induced circular dichroic signals and splitting of the Soret band of Cu(t

45 454 nm (with lambda(ex) at 372 nm), circular dichroic signals at 370 and 406 nm, and an ESR peak-to-p

46 ption bands, thus allowing the generation of dichroic signals in an "interference-free" area of the s

47 Thermodynamic and circular dichroic signatures of the CsoR(Sl)-DNA interaction sugg

48 d type sequence had a nearly normal circular dichroic spectra and a melting profile, as assayed by lo

49 escence, fluorescence polarization, circular dichroic spectra and extrinsic fluorescence with 8-anili

50 ofactor fluorescence and 300-500 nm circular dichroic spectra and likely reflects variation in the ta

51 ing mutational studies coupled with circular dichroic spectra and thermal stability analyses revealed

52 mologous to E. coli MetAP and their circular dichroic spectra are nearly identical.

53 e validated by comparing calculated circular dichroic spectra for d(A)2 and d(A)4 with experiment.

54 ng properties as indicated by their circular dichroic spectra obtained in the presence of 2,2,2-trifl

55 chandran angles consistent with the circular dichroic spectra of isolated (Ala-Hyp)(51) and its rever

56 Circular dichroic spectra of synthetic peptides containing one ((

57 These results plus circular dichroic spectra of the glycosylated and deglycosylated

58 The circular dichroic spectra of the TTK peptide indicated that zinc

59 Circular dichroic spectra showed a small but significant conforma

60 ctral shape, lifetime (2.8 ns), and circular dichroic spectra were pH independent, and fluorescence r

61 Circular dichroic spectra were used to evaluate structural and co

62 The two forms have distinct circular dichroic spectra, suggesting that a conformational chang

63 he proteasome/Hsp90 and significant circular dichroic spectral shape changes that are indicative of c

64 On the basis of 113Cd, 1H NMR, and circular dichroic spectroscopies, we have shown that 1 equiv of C

65 logues were also analyzed by far-UV circular dichroic spectroscopy and by absorption spectroscopy of

66 Circular dichroic spectroscopy indicates that the peptide has lit

67 Circular dichroic spectroscopy of Abeta16-22m indicates that this

68 ements, covalent cross-linking, and circular dichroic spectroscopy show that this domain of swallow i

69 UV-Visible and circular dichroic spectroscopy were used to compare aggregation o

70 This renders the particle visible to linear dichroic spectroscopy, which provides an easily interpre

71 followed by mass spectrometry, and circular dichroic spectroscopy.

72 ll amount of secondary structure by circular dichroic spectroscopy.

73 o change in overall conformation by circular dichroic spectroscopy.

74 ents, and far- and near-ultraviolet circular dichroic spectroscopy.

75 composition, mass spectrometry and circular dichroic spectroscopy.

76 -NH(2) showed a polyproline II-like circular dichroic spectrum in water.

77 llate had the highest effect on the Circular Dichroic spectrum of BSA, while the changes induced by o

78 in-52 perturbed the far-ultraviolet circular dichroic spectrum of tubulin and it inhibited the colchi

79 condary structure is evident in the circular dichroic spectrum.

80 ing in a detectable exciton-coupled circular dichroic spectrum.

81 can form an ultracompact submicron plasmonic dichroic splitter.

82 ich results in a clear to strongly absorbing dichroic state.

83 ty of the enone sector and helicity rules in dichroic studies and potential restrictions.

84 In the framework of this work, detailed dichroic studies supported by single crystal X-ray analy

85 The efficacy of dichroic targeting of chiral nanostructures for biomedic

86 ther than lighter atoms (C, N, O, or Cl), is dichroic, with a larger magnitude at 10 degrees (angle b