ライフサイエンスコーパス: limiting dilution analysis

1 We assessed tumorigenicity using limiting dilution analysis.

2 herwise underestimated with the conventional limiting dilution analysis.

3 e of techniques exploiting the principles of limiting dilution analysis.

4 incorporation of [3H]thymidine into DNA and limiting dilution analysis.

5 xic (CTLf) T cells were enumerated by use of limiting dilution analysis.

6 because few cells score as LCMV specific in limiting dilution analysis.

7 ), and cytotoxic T cell precursors (pCTL) by limiting dilution analysis.

8 s of the clade B of HIV-1 were determined by limiting dilution analysis.

9 lopeptide reactive T cells was determined by limiting dilution analysis.

10 -lymphocyte precursor (CTLp) frequency using limiting dilution analysis.

11 the HIC and MLR populations, as assessed by limiting dilution analysis.

12 cine endothelial and lymphoblastoid cells by limiting dilution analysis and analyzed the responding T

13 re PR1-specific CTLs than were identified by limiting dilution analysis and correlated better with ly

14 esponses to all 3 viruses were quantified by limiting dilution analysis and staining with HLA-A*0201

15 L reactive to SIV proteins was determined by limiting-dilution analysis and demonstrated that the res

16 ells in peripheral blood were quantitated by limiting dilution analysis, and their effect on EBV load

17 antigen-specific memory B cells by means of limiting-dilution analysis, and we compared memory B-cel

18 as determined by in vitro proliferation and limiting dilution analysis (approximately equals 1:190,0

19 protein L6, were equivalent as determined by limiting dilution analysis (approximately equals 1:5,000

20 te with similarly high cloning efficiency in limiting dilution analysis as CD28(+) CD45RO(hi) cells o

21 Furthermore, in vivo limiting dilution analysis assays revealed that LDN19318

22 Using limiting dilution analysis, CD8(+) T cells isolated duri

23 ontrols; because of low cell numbers, formal limiting dilution analysis could only be performed in 10

24 Limiting dilution analysis demonstrated a 10-fold increa

25 Limiting dilution analysis demonstrated that proliferati

26 Limiting dilution analysis-derived minimal frequency est

27 All recipients had limiting dilution analysis-detectable, graft-reactive cy

28 equencies of 1 in 10(5)-10(6) as measured by limiting dilution analysis, estimates of the T cell freq

29 36 mo after transplantation were studied in limiting dilution analysis for allopeptide reactivity.

30 chromium release assay for CTL activity and limiting dilution analysis for CTL precursor frequency,

31 Limiting dilution analysis from these experiments showed

32 Using long-term BM cultures and limiting dilution analysis, G0CD34+ cells were found to

33 Limiting dilution analysis identified an expanded popula

34 Limiting dilution analysis identified one predominant CT

35 Limiting dilution analysis indicated that the frequency

36 Limiting dilution analysis indicated that the T cell pre

37 Limiting-dilution analysis indicates that Hem-End coloni

38 than, CTL precursor frequencies derived from limiting dilution analysis, indicating that this novel p

39 L responses against different virus strains, limiting dilution analysis is particularly appropriate t

40 panded in the presence of IL-2 and tested in limiting dilution analysis (LDA) for reactivity to synth

41 Limiting dilution analysis (LDA) of infiltrating cells r

42 Limiting dilution analysis (LDA) of SIC to determine pre

43 Limiting dilution analysis (LDA) results were also nonli

44 per T-lymphocyte proliferation was tested by limiting dilution analysis (LDA).

45 cellular interferon-gamma (IFN-gamma) and by limiting-dilution analysis (LDA) of cytotoxic T-cell pre

46 ecific CD8+ T cells has been accomplished by limiting dilution analysis of cytotoxic precursor cells.

47 Similarly, as determined by limiting dilution analysis of IL-2-producing cells, T ce

48 Limiting dilution analysis of residual alloantigen-react

49 Limiting dilution analysis of TLR activated, latently in

50 Limiting dilution analysis of transduced Jurkat cells de

51 Limiting dilution analysis of unfractionated blood demon

52 Sequential limiting dilution analysis of virus-specific CD4+ T cell

53 Limiting-dilution analysis of lymphocytes from animals t

54 M+, IgG+, and RF+ B cells were determined by limiting-dilution analysis of purified peripheral blood

55 nd multiply spliced viral RNAs combined with limiting dilution analysis provided measurements of tran

56 Similarly, limiting dilution analysis revealed a greater frequency

57 Limiting dilution analysis revealed a high precursor fre

58 requencies of helper and cytotoxic cells, by limiting dilution analysis, serially measured in vitro c

59 Limiting dilution analysis showed a 5- to 6-fold higher

60 Results of limiting dilution analysis suggested that the increase i

61 Limiting dilution analysis suggests that the kidney marr

62 Limiting dilution analysis suggests that these cells can

63 l HCMV-specific CTL response, we have used a limiting-dilution analysis system to quantify HCMV-speci

64 The DNA material was quantified using limiting-dilution analysis; the mean concentration was d

65 e used monocyte-derived dendritic cells in a limiting dilution analysis to generate Mtb-specific CD8(

66 ral tissues have not been evaluated, we used limiting dilution analysis to measure the concentration

67 d distinguish patients at risk, we performed limiting dilution analysis to quantify anti-EBV cytotoxi

68 of keratinocytes into subcutis combined with limiting dilution analysis, to assess the long-term repo

69 equency of BCR-ABL(+) cells as determined by limiting dilution analysis was consistently higher in 38

70 CD1-, and nonclassically restricted cells, a limiting dilution analysis was performed.

71 Limiting dilution analysis was used to assess helper T-l

72 Limiting dilution analysis was used to characterize nume

73 Limiting dilution analysis was used to quantify the loca

74 Here, by limiting dilution analysis, we anatomically map the deve

75 Using limiting dilution analysis, we demonstrate that the abso

76 Using a limiting dilution analysis, we found the frequency of SR

77 ated cell sorting, cell transplantation, and limiting dilution analysis, we were able to identify the

78 Using bulk culture analysis and limiting-dilution analysis, we have shown that a replica

79 ong term immunologic memory as determined by limiting dilution analysis, with memory T cells displayi