ライフサイエンスコーパス: radioisotopic

1 asured using quantitative Western blots, and radioisotopic (14) C uptake was used to characterize lig

2 d ages, provide the only extant independent, radioisotopic age constraint on glacial termination VI a

3 tional archaeological discoveries as well as radioisotopic age control and a magnetic polarity strati

4 e and the only one with a documented precise radioisotopic age.

5 nstrain the origin of dinosaurs, we produced radioisotopic ages for the Argentinian Chanares Formatio

6 Radioisotopic ages have defined the duration of the Stur

7 s of Mars and the Earth, using an integrated radioisotopic and astronomical timescale from the Cretac

8 The combined radioisotopic and palaeomagnetic data suggest an age of

9 Radioisotopic and paleomagnetic analyses indicate that t

10 combinations of Fos immunocytochemistry and radioisotopic- and digoxigenin-labeled in situ hybridiza

11 An in vitro radioisotopic assay was developed for tcmO.

12 Radioisotopic content in final formulation was quantifie

13 Here we present radioisotopic dates bracketing the Shuram on two separat

14 Here, we present high-precision radioisotopic dates for the Ordovician-Silurian transiti

15 k of available volcanic materials that allow radioisotopic dating and geochemical correlation.

16 Radioisotopic dating of discrete sediment intervals samp

17 Radioisotopic dating of volcanic minerals is a powerful

18 le stable isotope biosignature detection and radioisotopic dating of vug- and fracture-filling assemb

19 scence has been considered an alternative to radioisotopic detection of materials in the life science

20 Furthermore, radioisotopic electrodiffusion flux assays on endomembra

21 need for the waste disposal associated with radioisotopic, enzyme-linked, or fluorescence detection

22 Fluorescence and radioisotopic experiments showed biphasic release of FeE

23 Radioisotopic, high-pressure liquid chromatography, and

24 istribution of Y1-R mRNA in rodents by using radioisotopic in situ hybridization histochemistry (ISHH

25 lular components and, using a combination of radioisotopic labeling and mass spectrometry, were shown

26 Protein synthesis was evaluated by radioisotopic labeling during doxycycline, tetracycline,

27 creases the stability of HOSCN/OSCN(-), that radioisotopic labeling provided evidence that under phys

28 Studies using radioisotopic labeling revealed that both PC-3 and Du145

29 has experienced a widespread transition from radioisotopic labeling to nonisotopic labeling over the

30 distribution was monitored by microscopy and radioisotopic labeling.

31 bust protocol for using hexamer strings with radioisotopic labelling.

32 Radioisotopic lobectomy should be considered for patient

33 ts the application of whole-body noninvasive radioisotopic, magnetic, and optical imaging methods for

34 Radioisotopic measurements of nonheme-iron absorption fr

35 showed, for the first time, consistency with radioisotopic measurements of the affinity of the FeEnt-

36 epair in vivo, we developed a convenient non-radioisotopic method to directly detect DNA excision rep

37 determined with considerable precision using radioisotopic methodologies; however, complications asso

38 Furthermore, our non-radioisotopic methodology allows for the sensitive detec

39 c placement via a combination of established radioisotopic methods and a recently developed dating me

40 e principles of molecular targeting based on radioisotopic methods and provide examples from the lite

41 In this study we assess utility of radioisotopic methods in differential diagnosis of failu

42 an be by any number of highly sensitive, non-radioisotopic modalities, such as fluorescence resonance

43 he neurofilament transport waves obtained by radioisotopic pulse labeling in vivo.

44 antage of this capability, evaluation of the radioisotopic purity of 99mTc produced at medium energy

45 Radioisotopic purity of 99mTc produced with 99.03% enric

46 The radioisotopic purity of 99mTc produced with 99.815% enri

47 ns and geochemical, magnetostratigraphic and radioisotopic results that securely place the Chorora Fo

48 ach known to be functional to some degree in radioisotopic sequencing, on single-stranded M13mp18 tem

49 e accurate interpretation and attribution of radioisotopic signatures is only possible with a complet

50 The individual radioisotopic signatures of reactors No.

51 In the 1950s, radioisotopic studies demonstrated the high production r

52 Interpretation of radioisotopic studies, since they are purely functional,

53 he value calculated for in situ nerves using radioisotopic techniques, but less than the value report

54 e aerosol in the allograft(s) as measured by radioisotopic techniques.

55 being exploited for both nuclear imaging and radioisotopic therapy.

56 e water residence time, determined using the radioisotopic tracer (222)Rn, with dissolved carbon and

57 es of a chemostat for strain improvement and radioisotopic tracers for the quantification of pathway

58 ne (OM) and the inner membrane, but existing radioisotopic uptake assays only measure its passage thr