ライフサイエンスコーパス: electron spin resonance spectroscopy

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1 0 patients with CAD and 10 controls by using electron spin resonance spectroscopy.

2 ha-phenyl-N-tert-butyl-nitrone (PBN) through electron spin resonance spectroscopy.

3 hemichromes which have been characterized by electron spin resonance spectroscopy.

4 ker, and we characterize these structures by electron spin resonance spectroscopy.

5 nd in Folch extracts of pancreatic tissue by electron spin resonance spectroscopy.

6 f the gold core, as determined by conduction electron spin resonance spectroscopy.

7 unlabeled), as revealed by matrix isolation electron spin resonance spectroscopy.

8 ble-temperature kinetic measurements, X-band electron spin resonance spectroscopy, (1)H NMR relaxatio

9 On posttransplant day 6, electron spin resonance spectroscopy analysis of allogra

10 Electron spin resonance spectroscopy and (1)H NMR relaxa

11 tal guinea pig brain utilizing techniques of electron spin resonance spectroscopy and alpha-phenyl-te

12 Results from electron spin resonance spectroscopy and flow cytometry

13 tants small enough to be measured by dynamic electron spin resonance spectroscopy and show charge tra

14 We apply pulsed dipolar electron spin resonance spectroscopy and site-directed s

15 Pulse-dipolar electron spin resonance spectroscopy and site-specific s

16 by molecular biology/biochemical techniques, electron spin resonance spectroscopy, and flow cytometry

17 ctin receptor FepA was observed in vivo with electron spin resonance spectroscopy by monitoring the m

18 [6,6] Sc3N@C80 benzoadducts were studied by electron spin resonance spectroscopy, density functional

19 uorescence resonance energy transfer (FRET), electron spin resonance spectroscopy (ESR), and electron

20 techniques, including electron diffraction, electron spin resonance spectroscopy (ESR), magnetic and

21 OBN/*CO(2)(-) radical adduct provides direct electron spin resonance spectroscopy evidence for the fo

22 Electron spin resonance spectroscopy has been used to st

23 )2(O=13C=CHSiMe3)(C5Me5) has been studied by electron spin resonance spectroscopy in toluene solution

24 ced superoxide release which was detected by electron spin resonance spectroscopy in wild-type PASMCs

25 By means of electron spin resonance spectroscopy, in conjunction wit

26 In the present study, electron spin resonance spectroscopy is utilized to demo

27 Pulsed dipolar electron spin resonance spectroscopy of spin-labeled sol

28 directly detected in explanted allografts by electron spin resonance spectroscopy on day 6 after tran

29 Using pulsed dipolar electron spin resonance spectroscopy (PDS), we show that

30 Electron spin resonance spectroscopy performed on nanosc

31 Studies using electron spin resonance spectroscopy reveal that tyrosyl

32 Electron spin resonance spectroscopy revealed that pigme

33 Studies performed using electron spin resonance spectroscopy suggest that Tempol

34 Here, we employ electron spin resonance spectroscopy to investigate the

35 arable to the fluorescence lifetime, we used electron spin resonance spectroscopy to unequivocally es

36 by a NO(.)-specific microelectrode or by an electron spin resonance spectroscopy using Fe(2+)-(DETC)

37 tructure prediction, molecular modeling, and electron spin resonance spectroscopy using site-directed

38 Pulse-dipolar electron spin resonance spectroscopy was also used to st

39 Electron spin resonance spectroscopy was used to detect

40 d chromatography, UV-visible absorption, and electron spin resonance spectroscopies, we investigated

41 Using electron spin resonance spectroscopy, we showed that at

42 is lacking, the spin-trapping technique and electron spin resonance spectroscopy were used.

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