ライフサイエンスコーパス: backcrossing

1 er genetic loci without the need for lengthy backcrossing.

2 populations of gray wolves probably through backcrossing.

3 flow and introgression from one another via backcrossing.

4 s been transferred to sexual pearl millet by backcrossing.

5 nome after controlling the nuclear genome by backcrossing.

6 sed individually into both lines by repeated backcrossing.

7 the DA background or vice versa by repeated backcrossing.

8 y narrowed down over multiple generations of backcrossing.

9 We developed near-isogenic lines by backcrossing.

10 selection, and the number of generations of backcrossing.

11 osome into a simulans background by repeated backcrossing.

12 brevidens synteny groups had occurred during backcrossing.

13 We developed this population by backcrossing 25 wild barley accessions to the six-rowed

14 n the T cells of lupus-prone MRL/lpr mice by backcrossing a CD2-Foxj1 transgene against the MRL/lpr b

15 reference genome sequence, was derived from backcrossing a Phytophthora root rot resistance locus fr

16 By backcrossing a Slc11a1 knockout allele onto the NOD gene

17 TLR-9-deficient MRL mice were generated by backcrossing a TLR-9-deficient allele against the MRL ba

18 hese strains were derived by introgressively backcrossing alleles from resistant DBA/2 mice onto the

19 Backcrossing and complementation confirmed the importanc

20 susceptible DBA/2 (D2) background by serial backcrossing and intercrossing to produce congenic strai

21 After backcrossing and isolation of a single clone, random spo

22 t introgression strains produced by repeated backcrossing and phenotypic selection, we show that thes

23 If the recurrent line is inbred and the backcrossing and selection is conducted in a series of r

24 491) population based on five generations of backcrossing and seven generations of selfing.

25 indica (rice 9311), through multi-generation backcrossing, and generated a nearly isogenic, blight-re

26 e derived from these strains before complete backcrossing, and provide a possible explanation for the

27 Bcl-3-deficient NOD mice were generated by backcrossing Bcl-3-deficient C57BL/6 mice to NOD mice.

28 By backcrossing Brown-Norway HK-deficient rats with Lewis r

29 ganelle genomes were replaced through serial backcrossing by those representing the entire genus, yie

30 es a short isoform of CTLA-4 (1/4 CTLA-4) by backcrossing C57BL/6.1/4CTLA-4-transgenic mice to the MR

31 IL-4 -/- lupus-prone mice were generated by backcrossing cytokine knockout animals against MRL/lpr b

32 ference in memory retention was studied in a backcrossing experiment in which the phenotype of N. gir

33 Using backcrossing experiments we mapped the Bam gene to dista

34 Through a series of backcrossing experiments with an uninfected Trichogramma

35 on a large population (n = 276) obtained by backcrossing F(1) rats to the recessive S strain; the po

36 Backcrossing F1 hybrid females between these two species

37 EDF+, T+, S+, probably resulted from random backcrossing followed by stabilization through selection

38 The resistant progeny were identified during backcrossing for five generations.

39 isting of any arbitrary sequence of selfing, backcrossing, intercrossing and haploid-doubling steps t

40 Apc(Min/+)) congenic strain was generated by backcrossing into BALB/c the Apc(Min) allele from C57BL/

41 Interestingly, after backcrossing into the C57BL/6 background, RD-fed Grp78(+

42 By backcrossing into the Ws and Landsberg erecta genetic ba

43 ime loci evaluated in populations derived by backcrossing late-flowering alleles from a biennial pare

44 ondiabetic)/Lt strain, and then reciprocally backcrossing obese F1 mice to the lean NON/Lt parental s

45 ion of congenic sublines of mice by repeated backcrossing of CAST with B6 mice and phenotype characte

46 Recurrent backcrossing of female hybrids to savanna bulls replaced

47 Backcrossing of founder CD22(-/-) mice onto the C57BL/6

48 Here we find that continued backcrossing of Taf7l(-/Y) mice from N5 to N9 produced K

49 However, extended backcrossing of this mouse line to the NOD mouse resulte

50 Here, we demonstrate that the backcrossing of wild mice with knockout mutant laborator

51 up a mouse model by reciprocal crossings and backcrossings of SFB-monoassociated, formerly germ-free,

52 background by outcrossing to C57BL/10J, and backcrossing or intercrossing.

53 A backcrossing programme successfully transferred this res

54 nesis, we created a transgenic murine model, backcrossing RAGE-null mice to a spontaneous mouse model

55 Backcrossing rd1 with C57BL6 mice reveals the complete l

56 roduction of greater chromosomal homology by backcrossing restores mitotic recombination in offspring

57 tions, but not a limited introgression after backcrossing several generations of female hybrids to ma

58 -linked loci polymorphic between 129 and the backcrossing strain resulted in systematic genetic confo

59 Backcrossing synthetic A. suecica to tetraploid A. thali

60 A phenotypic selection and recurrent backcrossing technique was used to introduce dormancy ge

61 e longevity QTL on chromosomes III and X, by backcrossing the Bergerac-BO QTL allele into an RC301 ba

62 physiologically highly useful mouse model by backcrossing the original line with C57/BL6J mice.

63 dy, we eliminate clinical biliary disease by backcrossing this Pkhd1 mutation onto the C57BL/6 geneti

64 und, eliminating the need for generations of backcrossing to achieve congenic animals.

65 BL/6 Optn(470T/470T) mice, but after further backcrossing to C57BL/6, offspring viability was restore

66 After four generations of backcrossing to M. nasutus, nearly isogenic lines were s

67 plicate introgressions were made by repeated backcrossing to simulans for 15 generations.

68 Congenic strains are constructed by repeated backcrossing to the background strain with selection at

69 truction and obviates the need for extensive backcrossing to the C57BL/6 background.

70 After repeated backcrossing to the C57BL/6J background, we compared the

71 lting hybrids formed the new species without backcrossing to the parents.

72 tic mapping strategy that involves recurrent backcrossing with phenotypic selection to obtain new ins

73 itative trait could be isolated by recurrent backcrossing with selection on the trait.

74 After backcrossing with the Landsberg erecta (Ler) wild-type (

75 rived from the 129 mouse strain, followed by backcrossing with the more robust C57BL/6 strain.

76 ost from the hybrid genome, possibly through backcrossing with the P. arietina group.

77 story of this unisexual species has included backcrossing with the parent species before the onset of

78 Further backcrossing yielded mMCP-6(-/-) mice with the BALB/c MH