ライフサイエンスコーパス: metabolic flux analysis

1 ly disjoint: Flux Balance Analysis and (13)C Metabolic Flux Analysis.

2 lux analysis and isotopically non-stationary metabolic flux analysis.

3 nce precludes the use of standard stationary metabolic flux analysis.

4 itrogen supply were further explored through metabolic flux analysis.

5 C-labeled metabolites is a powerful tool for metabolic flux analysis.

6 atography/tandem mass spectrometry for (13)C-metabolic flux analysis.

7 In a (13)C experiment for metabolic flux analysis ((13)C MFA), we examined isotope

8 Based on (13)C-metabolic flux analysis ((13)C-MFA) and RNA sequencing,

9 Measuring metabolic rates by (13)C-metabolic flux analysis ((13)C-MFA) is of central import

10 (13)C-Metabolic Flux Analysis ((13)C-MFA) is rapidly being rec

11 We used (13)C-fingerprinting, (13)C metabolic flux analysis ((13)C-MFA), and RNA-sequencing

12 luding flux balance analysis (FBA) and (13)C-metabolic flux analysis ((13)C-MFA), offer direct insigh

13 ethod are similar to those found through 13C Metabolic Flux Analysis (13C MFA) for central carbon met

14 ethod of measuring intracellular fluxes, 13C Metabolic Flux Analysis (13C MFA), uses the labeling pat

15 Measuring fluxes by 13C metabolic flux analysis (13C-MFA) has become a key activ

16 13C metabolic flux analysis (13C-MFA) has been widely used t

17 s through a technique called two-scale (13)C Metabolic Flux Analysis (2S-(13)C MFA).

18 in PPP/glycolysis ratios were determined via metabolic flux analysis after spiking (13)C1,2,3-glucose

19 levant metabolic pathways revealed by recent metabolic flux analysis and discuss the consequences of

20 otrophic, and heterotrophic conditions using metabolic flux analysis and isotopic tracers such as (2)

21 e package that can perform both steady-state metabolic flux analysis and isotopically non-stationary

22 Isotope-based methods are commonly used for metabolic flux analysis and metabolite quantification in

23 fore, there is a need to develop a "unified" metabolic flux analysis approach that could be similarly

24 This includes metabolic flux analysis approaches that utilize the rate

25 Recent advances in (13)C-metabolic flux analysis are now permitting highly precis

26 rovides valuable information for later (13)C metabolic flux analysis as indicated by a labeling exper

27 Metabolic flux analysis based on stable-isotope labeling

28 A metabolic flux analysis, based on isotopic data, suggest

29 re this technology is key is in the field of metabolic flux analysis because the resolution of these

30 Metabolic flux analysis by (13)C and (2)H MRS showed tha

31 n stationary phase, which is consistent with metabolic flux analysis data.

32 Metabolic flux analysis demonstrated that 90% of the con

33 g transients in cellular metabolism, dynamic metabolic flux analysis (DMFA), and dynamic flux balance

34 Metabolic flux analysis evolved as a powerful means for

35 sotopomer analysis has extended the reach of metabolic flux analysis from steady-state to highly dyna

36 Using (13)C metabolic flux analysis in human RPE cells, we found tha

37 alidated through (13)C isotopic labeling and metabolic flux analysis in stored red blood cells.

38 Using real-time metabolic flux analysis, in the present study, we show t

39 Isotopically nonstationary metabolic flux analysis (INST-MFA) has been previously a

40 opose ITOCSY as a practical NMR strategy for metabolic flux analysis, isotope dilution experiments, a

41 approach involving stable isotopes (such as metabolic flux analysis) may be better suited to provide

42 s for stationary, nonstationary, and dynamic metabolic flux analysis (MFA) are numerous.

43 (1)(3)C metabolic flux analysis (MFA) has become the experimenta

44 Metabolic flux analysis (MFA) is a commonly used approac

45 Metabolic flux analysis (MFA) is considered to be the go

46 Methods of metabolic flux analysis (MFA) provide insights into the

47 (13)C metabolic flux analysis (MFA) provides a rigorous approa

48 ondrial pyruvate transport, we applied (13)C metabolic flux analysis (MFA) to cells after transcripti

49 ngs, novel genome-scale models (GSMs), (13)C-metabolic flux analysis (MFA), and machine-learning appr

50 Thus, metabolic flux analysis of a given organism in a mixed c

51 y correlated with results from prior (1)(3)C metabolic flux analysis of B. napus developing embryos.

52 eling in cell wall precursors makes possible metabolic flux analysis of cell wall biosynthesis based

53 racterized mutants were now studied by (13)C metabolic flux analysis of cultured developing embryos b

54 Metabolic flux analysis of cultured podocytes using gene

55 Previous in vivo isotope labeling and metabolic flux analysis of the benzenoid network in petu

56 A comparative metabolic flux analysis of wild-type and mutant strains

57 Metabolic flux analysis of yeast coexpressing FAD2 and F

58 In this study, we performed (13)C metabolic flux analysis on a panel of isogenic cell line

59 tope probing (protein-SIP) and peptide-based metabolic flux analysis (PMFA).

60 13C-Based metabolic flux analysis provides valuable information ab

61 Integrated lipid profiling and metabolic flux analysis revealed that cancer cells with

62 Metabolic flux analysis revealed this to be due to the p

63 Metabolic flux analysis reveals that flux through the pl

64 13C steady-state metabolic flux analysis showed that oxidation of acetyl-

65 n the past, as they are a central element of metabolic flux analysis, the distribution of kinetic con

66 lize one such approach, thermodynamics-based metabolic flux analysis (TMFA), to make genome-scale, qu

67 pplication of metabolic control analysis and metabolic flux analysis to a variety of systems.

68 We used (2)H/(13)C metabolic flux analysis to quantify intermediary metabol

69 elopment and application of a computer-aided metabolic flux analysis tool that enables the concurrent

70 We develop a novel method, metabolic flux analysis/unknown fragments, that extends

71 In particular, metabolic flux analysis uses mass isotopomers of metabol

72 pathways involved in hepatic lipoapoptosis, metabolic flux analysis using [U-(13)C(5)]glutamine as a

73 Metabolic flux analysis via a (13)C tracer experiment ha

74 Steady-state metabolic flux analysis was used to define the metabolic

75 Accordingly steady-state metabolic flux analysis was used to define the metabolic

76 To probe metabolic state of hepatocytes, metabolic flux analysis was used to obtain the metabolic

77 Using metabolic flux analysis, we show that Hand1 expression c

78 -genome sequencing and high-resolution (13)C-metabolic flux analysis were performed on 10 adaptively

79 table isotope labeling and computer-assisted metabolic flux analysis were used to investigate the met

80 vides a powerful new toolbox for (13)C-based metabolic flux analysis, which is an emerging strategy i

81 sure liquid chromatography-mass spectrometry metabolic flux analysis with redox and switch-tag proteo