ライフサイエンスコーパス: circular dichroism spectrum

1 re most important in determining the near-UV circular dichroism spectrum.

2 corroborated by the corresponding electronic circular dichroism spectrum.

3 tants and native proteins had a very similar circular dichroism spectrum.

4 with seven 12-residue coils and a comparable circular dichroism spectrum.

5 ibility to limited trypsin digestion and its circular dichroism spectrum.

6 The near-ultraviolet/visible circular dichroism spectrum also supported the proposed

7 Circular dichroism spectrum analyses were performed to e

8 Furthermore, circular dichroism spectrum analysis shows that LC8 stab

9 The alpha subunit has a well-defined near-UV circular dichroism spectrum and a higher intrinsic fluor

10 he Val(121) --> Ala mutant that has a normal circular dichroism spectrum and AdoMet affinity.

11 with a small but reproducible change in the circular dichroism spectrum and an increase in the 1-ani

12 The circular dichroism spectrum and catalytic constants of t

13 The circular dichroism spectrum and measurements of fluoresc

14 ndistinguishable from wild-type TIP47 in its circular dichroism spectrum, and mutant proteins that sh

15 phan fluorescence quantum yield, and natural circular-dichroism spectrum as a function of temperature

16 lution, as is evident from its alpha-helical circular dichroism spectrum, blue shift of the native st

17 t threshold, PG-1 exhibits a unique oriented circular dichroism spectrum called the S state.

18 The oC far UV circular dichroism spectrum could be modeled as the sum

19 Circular-dichroism spectrum deconvolution and secondary-

20 Circular dichroism spectrum experiments were performed t

21 ium, and the concentration dependence of its circular dichroism spectrum follows a cooperative monome

22 doping leads to a significant change of the circular dichroism spectrum; however, the anisotropy fac

23 This was correlated with changes in the circular dichroism spectrum imposed by the K601A mutatio

24 Moreover, the circular dichroism spectrum in membranes is different, i

25 ed by monitoring changes in the nucleic acid circular dichroism spectrum in the 240-300 nm region.

26 data as well as investigation of the UV and circular dichroism spectrum in trifluoroethanol for comp

27 Circular dichroism spectrum indicated an A-form helical

28 eme to AeIMUC1 was accompanied by an altered circular dichroism spectrum indicating a change in prote

29 ha-chain fragment, there is no change in the circular dichroism spectrum, indicating that the conform

30 fragment is monomeric in solution and has a circular dichroism spectrum indicative of a mixture of a

31 ar to those of the wild-type Fe protein, the circular dichroism spectrum is markedly different in the

32 a-sheet secondary structure as judged by its circular dichroism spectrum, is monomeric, and undergoes

33 ystal structure are not isolated, nor is the circular dichroism spectrum known.

34 compute from first principles the electronic circular dichroism spectrum of a (modeled or experimenta

35 or the effect of a Ru(III) cross-link on the circular dichroism spectrum of a previously reported 17

36 sity and produced significant changes in the circular dichroism spectrum of BkdR.

37 The circular dichroism spectrum of hSTAT4(1-124) indicates t

38 (II)Blm caused little perturbation of the UV circular dichroism spectrum of I or II.

39 The circular dichroism spectrum of Jun a 3 is consistent wit

40 The circular dichroism spectrum of lumirhodopsin, obtained a

41 avin, whereas the ferrous heme dominates the circular dichroism spectrum of reduced enzyme.

42 The circular dichroism spectrum of reduction and carboxyamid

43 The circular dichroism spectrum of the dimeric MjMAT indicat

44 The circular dichroism spectrum of the E70A aporepressor at

45 The far-UV circular dichroism spectrum of the intermediate indicate

46 The circular dichroism spectrum of the oxidized fragment is

47 agnitude of the ellipticity at 223 nm in the circular dichroism spectrum of the peptide.

48 lack of free sulfhydryl groups, and atypical circular dichroism spectrum of the recombinant product r

49 ent fit to the temperature dependence of the circular dichroism spectrum of the Ru(III)-cross-linked

50 Furthermore, comparison of the circular dichroism spectrum of the W139F enzyme at 280 n

51 The near-ultraviolet circular dichroism spectrum of this protein suggests tha

52 The circular dichroism spectrum of this protein was similar

53 cations do not affect the oligomeric state, circular dichroism spectrum, or fluorescence spectrum of

54 dark difference spectrum was normal, and its circular dichroism spectrum retained a bilobed feature c

55 The far-UV circular dichroism spectrum revealed that tapasin posses

56 However, alteration in the near-UV circular dichroism spectrum suggested the presence of di

57 On the basis of the circular dichroism spectrum, this region of the polypept

58 t although C403S displays a nearly identical circular dichroism spectrum to that of the wild type enz

59 me, which exhibits a pronounced shift in its circular dichroism spectrum under a modest level of exci

60 of a protein's secondary structure from its circular dichroism spectrum usually requires accurate kn

61 e alpha-chains, the ellipticity of the Soret circular dichroism spectrum was decreased and CO binding

62 as assessed by equilibrium dialysis, and its circular dichroism spectrum was sensitive to the presenc

63 The near-UV circular dichroism spectrum was virtually unchanged at e

64 ecreased tetramer-dimer dissociation and its circular dichroism spectrum, which measure the strength

65 DNA aggregates without changes in its B-form circular dichroism spectrum, while short DNA demonstrate