ライフサイエンスコーパス: radioactively

1 thus expanding options for environmental and radioactively contaminated land assessment.

2 Treatment options for radioactively contaminated land include bioreduction app

3 IV) biominerals under conditions relevant to radioactively contaminated land.

4 Consequently, remediation strategies for radioactively contaminated systems must consider not onl

5 CR), digested with HpyCH4 III or analyzed by radioactively end-labeled exon PCR.

6 lexing with aluminum affected the ability of radioactively iodinated Abeta to cross the in vivo BBB.

7 c-hyperinsulinemic clamp coupled with tracer radioactively labeled 2-deoxyglucose.

8 Radioactively labeled 3'-terminal residue from the prime

9 l in vitro activity assay in the presence of radioactively labeled alanyl-PG then revealed hydrolysis

10 vascular space in tissues was measured with radioactively labeled albumin coinjected with radioactiv

11 etermined by anterior chamber perfusion with radioactively labeled albumin solution.

12 The original strategy of incorporating radioactively labeled amino acids, such as [35S]methioni

13 with positron emission tomography imaging of radioactively labeled antibodies, a process called immun

14 hcb as demonstrated by pulse-labeling: a new radioactively labeled band of a size corresponding to fu

15 s of BBI have been performed in animals with radioactively labeled BBI, whereas antibodies that react

16 peripheral blood mononuclear cells that were radioactively labeled by [(35)S]methionine and [(35)S]cy

17 The cDNA library was screened with a radioactively labeled CAR1 cDNA probe, and clones that h

18 antitatively examined intensity ratios using radioactively labeled cDNA microarrays.

19 pplied to as little as 50-100 mg (wet wt) of radioactively labeled cells.

20 By the use of a radioactively labeled DNA-binding protein and nonradioac

21 resting cells, activated lymphocytes take up radioactively labeled glucose analog at a higher rate, w

22 Injection of radioactively labeled HBVpreS-lipopeptides resulted in r

23 Intramural administration of radioactively labeled L-arginine led to significantly hi

24 uptake experiments in which incorporation of radioactively labeled L-lysine was enhanced in cells gro

25 Amino acid hydrolysis of radioactively labeled LaeA followed by cation exchange a

26 iple product separation steps and the use of radioactively labeled material that is difficult to prep

27 it is continuous, rapid and does not require radioactively labeled material.

28 The uptake of radioactively labeled MTHF depended upon a combination o

29 The assay involves the detection of radioactively labeled oligonucleotide annealed to a sing

30 Characterization of radioactively labeled precursor procapsids by sucrose gr

31 n requires a large amount of genomic DNA and radioactively labeled probes.

32 adioactively labeled albumin coinjected with radioactively labeled PrP(Sc).

33 technique in which gamma-ray emissions from radioactively labeled regions of metabolically active bo

34 SM fused to glutathione-S-transferase binds radioactively labeled RNA in vitro, indicating that SM i

35 ins were analyzed by methyl incorporation of radioactively labeled S-adenosylmethionine into recombin

36 retinyl ester or all-trans-retinol pools are radioactively labeled separately in the presence of inhi

37 Accumulation (net uptake) of the radioactively labeled substrates [8-(3)H]penciclovir ([8

38 On the other hand, uptake experiments with radioactively labeled substrates show that no fewer than

39 We characterized the efflux from brain of radioactively labeled viral coat HIV-1 gp120 (I-gp120) a

40 w that during in vitro replication, RepC* is radioactively labeled, suggesting that the source of the

41 When the all-trans-retinyl ester pool is radioactively labeled, the resulting 11-cis-retinol is l

42 that in an in vitro kinase reaction FANCG is radioactively labeled.

43 tors rather than the tumor cell targets were radioactively labeled.

44 iteria for reduction of false positives with radioactively-labeled cDNA arrays.

45 tion (ISH) for localization or used ISH with radioactively-labeled probes to obtain adequate levels o

46 This method involves radioactively labeling the complex by in vitro transcrip

47 ur assay does not require radioactivity, but radioactively labeling the TFs enables the measurement o

48 method in mice and rats to study passage of radioactively labelled GM-CSF from blood to CNS.

49 have been limited to monitoring formation of radioactively labelled primers because of the intrinsica

50 3 x 10(9) cells grown in vitro and utilised radioactively labelled substrate.

51 xamined by using a gel filtration assay with radioactively labelled Tet(M) protein.

52 Phage-infected cells were radioactively labelled to quantify the associations betw

53 r membranes) and probed with fluorescent- or radioactively-labelled cDNAs.

54 arginine-to-lysine mutants and by sequencing radioactively methylated HuR peptides, Arg(217) was iden

55 Radioactively phosphorylated antibody fragments may have

56 star mergers produce gravitational waves and radioactively powered kilonovae, and are a nucleosynthet

57 We constrain the radioactively powered transient resulting from the eject

58 emiquantitative reverse transcription-PCR, a radioactively quantified variant of PCR, and Western blo

59 f the elements for which no cycles exist are radioactively unstable or are used rarely and in small a