ライフサイエンスコーパス: protein footprint

1 and protein chemical modification reactions (protein footprinting).

2 vels of persulfate, as a radical reactant in protein footprinting.

3 c structure determination and new methods of protein footprinting.

4 5)P2 and RNA, we employed mass spectrometric protein footprinting.

5 m infrared spectroscopy (FT-IR) and chemical protein footprinting.

6 ractions considerably extends the utility of protein footprinting.

7 cid residues that are useful for synchrotron protein footprinting.

8 omplex was also analyzed by hydroxyl radical protein footprinting.

9 of the TFIIIB-DNA complex, as determined by protein footprinting.

10 Hydroxyl radical protein footprinting and alanine-scanning mutagenesis we

11 r-initiated radical trifluoromethylation for protein footprinting and its broad residue coverage.

12 We used hydroxyl radical-mediated protein footprinting and mass spectrometry to reveal the

13 Mass spectrometric protein footprinting and molecular modeling experiments

14 Mass spectrometry-based protein footprinting and site-directed mutagenesis studi

15 e results from small-angle X-ray scattering, protein footprinting, and thermostability studies are in

16 A mass spectrometric protein footprinting approach was employed to determine

17 -terminus, we used a mass spectrometry-based protein footprinting approach.

18 Mass spectrometry (MS)-based protein footprinting approaches play an important role i

19 Protein footprinting based on hydroxyl radical-mediated

20 The CtrA protein footprints conserved binding sites within the P1

21 Hydroxyl radical-mediated protein footprinting coupled with mass spectrometry anal

22 Protein footprinting coupled with mass spectrometry has

23 The use of protein footprinting coupled with mass spectrometry, whi

24 MS/MS analyses of gel bands revealed a protein 'footprint' dominated by Wolbachia-encoded chape

25 e revealed thousands of protected regulatory protein footprints, enabling de novo derivation of facto

26 nformation of the promoter was obtained from protein footprint experiments.

27 ide fundamental information for interpreting protein footprinting experiments in other systems.

28 Chemical protein footprinting experiments revealed an extended do

29 Furthermore, the mass spectrometry-based protein footprinting experiments revealed that active si

30 Protein footprinting experiments with the free CRP, the

31 on on ARF1 have subsequently been mapped, by protein footprinting experiments, to the switch 1 and sw

32 After first strand cleavage the protein footprint extends beyond the cleavage site.

33 phosphorylated RPAs using mass spectrometric protein footprinting, fluorescence spectroscopy, and lim

34 ms of insulin were investigated by oxidative protein footprinting followed by high-resolution mass sp

35 Here, we use radiolytic protein footprinting for global mapping of sites across

36 e chain probes for hydroxyl radical-mediated protein footprinting from 10 (Cys, Met, Trp, Tyr, Phe, A

37 This marks the first time protein footprinting has been performed in live cells.

38 metry-based high-resolution hydroxyl radical protein footprinting (HR-HRPF) measurements to accuratel

39 Hydroxyl radical protein footprinting (HRPF) by fast photochemical oxidat

40 We anticipate that protein footprinting in combination with modeling, as il

41 alternative application--they are ideal for protein footprinting in complex backgrounds because the

42 Hydroxyl radical-mediated protein footprinting is a convenient and sensitive techn

43 Synchrotron protein footprinting is used to identify specific side c

44 The protein footprinting method described herein has a gener

45 this work, we employed a mass spectrometric protein footprinting method of single amino acid resolut

46 Using a mass spectrometry-based protein footprinting method, we found that ATR interacts

47 We have devised a high-resolution protein footprinting methodology to dissect HIV-1 revers

48 family by using the mass spectrometry-based protein footprinting methods of FPOP and glycine ethyl e

49 (-5) and T1.1, using mass spectrometry-based protein footprinting of RT and hydroxyl radical footprin

50 Hydroxyl radical-mediated protein footprinting of the antigen in solution reveals

51 Protein footprints of the enhancer-dependent sigma54 pro

52 Protein footprints of the retained sigma(70) have shown

53 While the total expanse of the protein footprint on the DNA eventually covers five heli

54 Oxidative protein footprinting (OPF) can provide dynamic structura

55 mobility, hydrogen-deuterium exchange (HDX), protein footprinting or chemical cross-linking can provi

56 is, coupled to structural mass spectrometry (protein footprinting), reveal dynamic changes in water s

57 Analysis of RNA-binding protein footprints revealed that G quadruplexes are enri

58 cally relevant complex milieu, we employed a protein footprinting strategy based on isotope-coded aff

59 To investigate this possibility a protein footprinting strategy was developed to elucidate

60 inding altered active site geometry, whereas protein footprinting suggested a contribution from alpha

61 The protein footprinting technique appears to be sufficientl

62 epitope recognized by mAb17, we developed a protein footprinting technique based on controlled prote

63 Here we present a differential protein footprinting technique employing an efficient ph

64 ion of CRP with specific DNA was probed by a protein footprinting technique using chemical proteases

65 Using an Fe-EDTA-mediated protein footprinting technique, the conformational chang

66 this digestion-linked variation to identify protein footprints that are hypersensitive to MNase dige

67 The PmrA protein footprinted the pmrD promoter upstream of the Ph

68 The PhoP protein footprinted the slyA promoter, indicating that i

69 The H-NS protein footprints the phoP promoter in a sequence locat

70 purified glutathione S-transferase-E2 fusion protein footprinted to a consensus binding sequence with

71 We used targeted protein footprinting to compare the areas near which sig

72 In this work, we have used hydroxyl-radical protein footprinting to define determinants of alpha for

73 We have used protein footprinting to detect and map ligand-induced co

74 sed high spatial resolution hydroxyl radical protein footprinting to identify two separate binding si

75 spectroscopy and in vitro mass spectrometric protein footprinting to investigate Ape1 conformational

76 vised a new strategy that relies on targeted protein footprinting to make an extensive survey of prox

77 We used protein footprinting to map interdomain interaction surf

78 Here, we used mass spectrometry-based protein footprinting to monitor surface topology changes

79 otocross-linking, Western blot analysis, and protein footprinting to show that residues 252-260 of Cy

80 Properties of the mutant sigma54s correlate protein footprints to activity.

81 The PhoP protein footprinted two regions of the ugtL promoter, mu

82 Various methods of protein footprinting use hydrogen peroxide as an oxidant

83 l method for submicrosecond hydroxyl radical protein footprinting using a pulsed electron beam from a

84 ese changes in protein conformation include 'protein footprinting,' using mass spectrometry.

85 Protein footprinting utilizing hydroxyl radicals coupled

86 The IE2 protein footprint was between bp -15 and +2, relative to

87 A protein footprint was visible over this region of the c-

88 Protein footprinting was used to identify segments of gp

89 sed high spatial resolution hydroxyl radical protein footprinting, which shows great utility for the

90 Radiolytic protein footprinting with a synchrotron source is used t

91 Protein footprinting with hydroxyradicals showed that th

92 We used radiolytic protein footprinting with mass spectrometry and molecula

93 We used radiolytic protein footprinting with mass spectrometry in solution

94 d in comparative studies of TBPc and TBP by "protein footprinting" with hydroxyl radical (*OH) side c