ライフサイエンスコーパス: fluorimetric

1 targets via well-established colorimetric or fluorimetric activity assays.

2 In addition, fluorimetric analysis corroborated an inverse correlatio

3 Using fluorimetric analysis of reactive oxygen species (ROS) p

4 It is shown by photometric and fluorimetric analysis, along with supporting theoretical

5 inetic and thermodynamic data obtained using fluorimetric and fluorometric techniques in conjunction

6 ranges of 86.6-103.2% and 92.0-106.5% using fluorimetric and photometric detection, respectively.

7 In this report, we used fluorimetric and radioactive binding assays to determine

8 es exposed to H2O2 using spectrophotometric, fluorimetric, and immunoassay assays.

9 ith SensoLyte 520 ADAM10 Activity Assay Kit, Fluorimetric, and InnoZyme TACE Activity Kit, respective

10 milar to that obtained with well established fluorimetric approximations.

11 A new approach for developing a fluorimetric aptasensor has been described and applied f

12 This continuous fluorimetric assay detects activities as low as 0.01 nmo

13 Herein, a sensitive fluorimetric assay for dissolved carbon dioxide (dCO2) w

14 ently reported a new sensitive and selective fluorimetric assay for pyruvate measurement using Amplex

15 The validity of this fluorimetric assay for TACE was corroborated by an indep

16 A continuous fluorimetric assay for tail-specific protease (Tsp) has

17 A sensitive and specific fluorimetric assay for the determination of pyruvate is

18 The fluorimetric assay has a very low detection limit of 1.3

19 study the stator function in ATP synthase, a fluorimetric assay has been devised for quantitative det

20 nce of ARE activator compounds, via either a fluorimetric assay or fluorescence microscopy imaging of

21 The fluorimetric assay takes advantage of the coordination o

22 We report here an alternative fluorimetric assay, based on the interaction of propidiu

23 Using a novel continuous fluorimetric assay, we demonstrate that PCNA activates t

24 enome release was further characterized by a fluorimetric assay, which demonstrated that acidic pH an

25 Total MMP activity was measured using a fluorimetric assay.

26 osteogenic differentiation using a specific fluorimetric assay.

27 endopeptidase activity was measured using a fluorimetric assay.

28 Fluorimetric assays exploiting the position of naturally

29 erties of the analogs can be used to develop fluorimetric assays for monitoring separately the cycliz

30 e F(1) alpha(3)beta(3) hexagon, we developed fluorimetric assays in which wild-type F(1), or F(1) enz

31 n analytical methods by enabling multiplexed fluorimetric assays within a single sample volume and ac

32 metry, confocal imaging, immunoblotting, and fluorimetric assays.

33 Fluorimetric binding analysis yielded a Kb of 1.8 x 10(5

34 se domain of NS3 (NS3h) were investigated by fluorimetric binding equilibrium titrations.

35 Currently, drug action is determined with a fluorimetric/colorimetric assay based on the metabolism

36 Fluorimetric detection enabled better analytical results

37 onolithic column and on-line photometric and fluorimetric detection for the determination of the majo

38 NAT activity were identified by RP-HPLC with fluorimetric detection in human skin and in cultured nor

39 C method with post-column derivatization and fluorimetric detection is proposed.

40 n graphs and detection limits obtained using fluorimetric detection were (mgmL(-)(1)): alphas1-CN (0.

41 ng/mL, versus 0.11 ng/mL using conventional fluorimetric detection, just by using lower reagents con

42 mBBr for labeling the reduced disulfide and fluorimetric detection, we were able to generate an in-g

43 umn derivatisation with o-phthalaldehyde and fluorimetric detection.

44 ymatic approach, followed by colorimetric or fluorimetric detection.

45 steine were measured by HPLC with postcolumn fluorimetric detection.

46 ked at 365 nm has been studied using LC with fluorimetric detection.

47 d chromatographic coupled to diode array and fluorimetric detectors procedure, obtaining a very good

48 d with OH-adducts by using pulse radiolysis, fluorimetric determination of phenolic radiation product

49 Fluorimetric enzyme inhibition assays were used to deter

50 able fluorescence reporter allows visual and fluorimetric evaluation of synthetase activity and selec

51 Fluorimetric experiments indicated that SynK-less cyanob

52 n stoichiometry similar to those obtained by fluorimetric experiments.

53 Histochemical and fluorimetric GUS assays showed that the shorter (345 bp)

54 el amide synthetase to design and validate a fluorimetric high-throughput screen, which can be used t

55 Here, I take a critical look at fluorimetric imaging experiments devised to determine wh

56 GnRH(1-9), bradykinin, and neurotensin) and fluorimetric (MCA-PLGPDL-Dnp and orthoaminobenzoyl-GGFLR

57 Fluorimetric measurements showed that histatin 5 induced

58 iation, ranged between 0.6% and 5.3% for the fluorimetric method and between 2.4% and 6.2% for the ph

59 main advantages of the proposed AuNCs-based fluorimetric method include a low DL and a simple immuno

60 combination of patch-clamp, amperometric and fluorimetric methods were used to investigate the Ca2+ d

61 , in a coupled enzymatic assay by continuous fluorimetric monitoring of NADH removal in 100 microM Ca

62 achieved by means of a multiwell plate-based fluorimetric oxygen sensor.

63 pare a disulfide-containing nonapeptide as a fluorimetric probe for chemical and biochemical disulfid

64 A74G/F87V/L188Q and established a sensitive fluorimetric product formation assay to monitor the enzy

65 ents using coumarin as substrate followed by fluorimetric quantification of the product were performe

66 he patch-clamp technique in combination with fluorimetric recording to study the mechanisms that regu

67 e (yellow fluorescence), which generates the fluorimetric response ON(1)-OFF-ON(2) of receptor L(2)H

68 PPi anion through "turn-on" colorimetric and fluorimetric responses in a very competitive environment

69 By combining these fluorimetric results with resonance Raman data, each opt

70 A novel concept of optical fluorimetric sensing using polymeric microspheres is exp

71 entally using Zn(2+) as a model analyte, the fluorimetric sensor obtained uses 1-(2-pyridylazo)-2-nap

72 nduced acrosome reaction in human sperm, but fluorimetric studies have detected no effect of this com

73 Steady-state and time-resolved fluorimetric studies showed that Zinquin in aqueous solu

74 the rate of cPLA2-catalyzed hydrolysis of a fluorimetric substrate present in vesicles as a function

75 or MMP-1, -2, -3, -8, -9, -12, and -13 using fluorimetric substrates.

76 ysis solution, measured by the new home-made fluorimetric system.

77 oxyfluorescein (BCECF) on a microscope-based fluorimetric system.

78 In this study, we report a colorimetric and fluorimetric technique for direct detection of DNA methy

79 ring actomyosin ATPase activity in situ by a fluorimetric technique.

80 ion of bilirubin using both colorimetric and fluorimetric techniques in physiological and basic pH.

81 a-induced catecholamine secretion, employing fluorimetric techniques to measure changes in [Ca2+]i, N

82 Perforated whole-cell patch clamp and fluorimetric techniques were combined to examine changes

83 The fluorimetric titration of the individual probes showed h

84 As shown by fluorimetric titration, binding of purified RPE65 with A

85 Results from fluorimetric titrations with octanesulfonate imply that

86 Optical and fluorimetric titrations with oxidized flavodoxins reveal

87 was characterized by electron microscopy and fluorimetric titrations.

88 ith simultaneous measurement of conventional fluorimetric well-based assays.

89 In both cases, the fluorimetric Zn probe FluoZin-3 is used in conjunction w