ライフサイエンスコーパス: isogenic line

1 e Al-tolerance phenotype to the derived near-isogenic lines.

2 ocation with DOG loci were validated by near isogenic lines.

3 on data for human individuals and Drosophila isogenic lines.

4 pe of HQE2 was validated by analysis of near isogenic lines.

5 e number variation in both sexes in a set of isogenic lines.

6 wild-caught cohort or in a set of 134 nearly isogenic lines.

7 Major QTLs were confirmed using near-isogenic lines.

8 her demonstrated in vivo using a pair of p53 isogenic lines.

9 d significantly different between the nearly isogenic lines.

10 con esculentum background to create the near-isogenic line 96T133-3.

11 The near-isogenic line achieved 13-36% yield increase without any

12 Using isogenic lines allows any differences between R and S li

13 were used: resistant (R) and susceptible (S) isogenic lines and a set of six natural accessions, thre

14 Analysis of near isogenic lines and quantitative transgenic complementati

15 Comparison of adults of two isogenic lines and their reciprocal F1 hybrids revealed

16 at flow cytometry measurements on cells from isogenic lines are consistent with those from population

17 oybean disease-resistance genes through near-isogenic line assays, followed by linkage analysis in F2

18 We developed near-isogenic lines by backcrossing.

19 The data set of 519 recombinant isogenic lines can be explained reasonably well by two m

20 The mating behavior of near-isogenic lines carrying the L. hirsutum allele for the S

21 ghly induced by prolonged darkness in a near-isogenic line containing SUB1A.

22 In the tolerant near-isogenic line containing the Sub1 locus from the indica

23 Several near-isogenic lines containing introgressions of the accessio

24 n with positional verification by using near-isogenic lines demonstrated that biosynthesis of two str

25 ss and carbon isotope discrimination in near-isogenic lines differing at Iw1.

26 files of developing syncytia in soybean near-isogenic lines differing at Rhg1 (for resistance to Hete

27 detailed comparison was made between nearly isogenic lines differing for alleles at this locus to se

28 d both the in vitro and in vivo responses of isogenic lines differing only in the p53-transactivated

29 nt in vivo, xenografts were established from isogenic lines differing only in their p21 checkpoint st

30 al nature of the I locus using four pairs of isogenic lines differing with respect to alleles of the

31 s, genome-wide association studies, and near-isogenic lines enabled the identification of terpene syn

32 sensitive and resistant parasites, including isogenic lines expressing mutant or wild-type K13.

33 ssion patterns of cells expressing no p53 to isogenic lines expressing the codon 248 Arg to Trp mutan

34 ontaining region of <200 kb was developed as isogenic lines for the qSD12 dormancy and non-dormancy a

35 genotypes (bwD and B3-09, a third-chromosome isogenic line from Beltsville, MD) was quantified by dou

36 tance assays, using ZmTps21 and Zmtps21 near-isogenic lines, further support the endogenous antifunga

37 cterization of various AltSB donors and near-isogenic lines harboring various AltSB alleles.

38 they may affect fruit size, a pair of nearly isogenic lines has been subjected to detailed developmen

39 mapping was performed using two related near-isogenic lines in which a region located on soybean chro

40 arrying the Tau P301L mutation and generated isogenic lines in which p35 is replaced with noncleavabl

41 In this study, near-isogenic lines (in an A619 background) with zero, one or

42 1, a major QTL, has been confirmed in a near isogenic line (NIL) and maps to a new locus with effects

43 2) short fiber mutant and its wild type near isogenic line (NIL) DP5690.

44 hCesA2-D(T) in developing fibers of one near-isogenic line (NIL) with higher fiber bundle strength ov

45 ression in root tips of an Al-resistant near-isogenic line (NIL).

46 o of the QTL on the basis of mapping in near isogenic lines (NILs) and sequence comparison.

47 Near-isogenic lines (NILs) are valuable genetic resources for

48 ed their interaction using a set of six near-isogenic lines (NILs) by metabolic, molecular and physio

49 Seeds of three near-isogenic lines (NILs) carrying an Htg6.1 introgression f

50 A series of near-isogenic lines (NILs) containing different O. rufipogon

51 Four Arabidopsis (Arabidopsis thaliana) near isogenic lines (NILs) differing in g were grown at ambie

52 ith recombinant inbred lines (RILs) and near-isogenic lines (NILs) identified several genomic regions

53 We bred near-isogenic lines (NILs) in which the YUP allele from each

54 Using a set of near-isogenic lines (NILs) representing 85% of the genome of

55 Using a set of near-isogenic lines (NILs) representing the wild species Sola

56 Near-isogenic lines (NILs) that contain a QTL in a small, def

57 tive and reproductive development using near isogenic lines (NILs) that differ at the sun locus, and

58 We used genetic mapping and near isogenic lines (NILs) to identify, validate and fine-map

59 o parents were used to produce a set of near-isogenic lines (NILs) with small regions of introgressio

60 of a grain-weight QTL, gw3.1, a set of near isogenic lines (NILs), was developed from an Oryza sativ

61 y transcript abundance changes, even in near isogenic lines (NILs).

62 (QTL) were identified and confirmed in near-isogenic lines (NILs).

63 Phenotypic analyses of a near-isogenic line of a popular indica cultivar, IR64, and ov

64 We used a near-isogenic line of the cultivar Bowman, BW316 (ert-m.34),

65 he time to flowering of inbred A619 and near-isogenic lines of bm2, bm1-bm2 and a segregating populat

66 Surprisingly, isogenic lines of Ctip-S326A mutant and wild-type cells

67 ucleotide variation in the sequences from 20 isogenic lines of D. melanogaster and sequences from D.

68 Pairwise tests among six isogenic lines of Drosophila melanogaster were performed

69 Here, we used isogenic lines of Drosophila melanogaster with distingui

70 Here, we used females from crosses among isogenic lines of Drosophila melanogaster, each mated to

71 Here, we confirm this prediction in young isogenic lines of hexaploid wheat carrying different dom

72 hibitor gene expression was examined in near-isogenic lines of pea.

73 These near-isogenic lines of sorghum show that, compared to functio

74 show that although the small-fruited nearly isogenic line produced smaller ovaries and fruit as expe

75 Finally, observations on isogenic lines reveal that the duration of the stress ch

76 anosensory bristle number in six recombinant isogenic line (RIL) mapping populations, each of which w

77 present study, we generated a set of nearly isogenic lines segregating for the restorer region and m

78 on of nematode and aphid resistances in near-isogenic lines suggested that these traits are tightly l

79 ith a reduction in SbMATE expression in near-isogenic lines, suggesting incomplete transfer of loci a

80 segregant analysis, our method produces near-isogenic lines that can be kept and reused indefinitely.

81 ld type (WT) and one mutant (MT) allele, but isogenic lines that carry only the WT (HCT116(WT)) or MT

82 of Al tolerance from the parents to the near-isogenic lines that was consistent across donor alleles,

83 By obviating the need to establish isogenic lines, this use of flow cytometry could greatly

84 ing of F2 hybrids and fine-mapping in nearly isogenic lines to characterize the genomic regions under

85 Using single-gene isogenic lines, we found that circadian clock output was

86 Using six pairs of BC2 F3 near-isogenic lines, we show that Iw1 inhibits the formation

87 ns of X and third chromosome H/L recombinant isogenic lines were constructed in the homozygous low li

88 ations of backcrossing to M. nasutus, nearly isogenic lines were still >90% heterozygous at markers l

89 The availability of a series of near-isogenic lines with alleles introgressed from a wild rel

90 Four isogenic lines with different nitrate reductase isozyme

91 ecreased accumulation of BLM in NBs, whereas isogenic lines with functional p53 exhibit normal accumu

92 dard Pisum sativum cv. Birte to provide near-isogenic lines with or without seed LOX-2.

93 (Triticum aestivum) genotypes and their near-isogenic lines with the VRN-A1 alleles swapped.

94 of wing shape were mapped, using recombinant isogenic lines, with transposable elements as markers.