ライフサイエンスコーパス: gene cloning

1 ith exome capture and sequencing for rapid R gene cloning.

2 development of new approaches to resistance gene cloning.

3 s, including map-based genome sequencing and gene cloning.

4 ing, and for genetic and mapping studies and gene cloning.

5 Thus, more effective methods are needed for gene cloning.

6 quence of Olpa were synthesized and used for gene cloning.

7 insertional mutagenesis screening and rapid gene cloning accessible to relatively small zebrafish la

8 Gene cloning and biochemical analyses in this mutant res

9 Subsequent gene cloning and bioinformatics analyses identified eigh

10 echnology has generally been associated with gene cloning and expression, genomics, high throughput d

11 gh-throughput and cost-efficient systems for gene cloning and functional analysis are in great demand

12 By integrating knowledge from genomics, gene cloning and functional characterization, and enviro

13 t complements the Gateway cloning system for gene cloning and functional genomics.

14 o accurately amplify target DNA in vitro for gene cloning and genotyping analysis.

15 iques, there have been increasing efforts on gene cloning and other genetic analyses of this organism

16 lymerase chain reaction-based immunoglobulin gene cloning and recombinant expression approach was use

17 ivation-independent approaches based on rRNA gene cloning and sequencing were applied to survey micro

18 16S rRNA gene cloning and sequencing were used for bacterial iden

19 More efficient methods such as gene cloning and transgenesis are required to deploy res

20 Genome resequencing, gene cloning, and activity assays revealed that the pres

21 We show complementation, gene cloning, and biological verification with a mutant

22 rse transcription-polymerase chain reaction, gene cloning, and immunological and enzymatic activity m

23 have been reassigned here by bioinformatics, gene cloning, and protein characterization studies.

24 A gene cloning approach was based on the assumption that P

25 map constitutes a platform for synteny-based gene cloning approaches and can support the forthcoming

26 Through positional and candidate gene cloning approaches we identified a nonsense mutatio

27 se findings could help with fine mapping and gene cloning, as well as marker-assisted breeding for mu

28 osomal RNA genes detected in seawater DNA by gene cloning belongs to SAR11-an alpha-proteobacterial c

29 plementation has been the primary method for gene cloning, but this is impractical in several situati

30 luable for subsequent fine-scale mapping and gene cloning; but by chance, even QTL of large effect wi

31 We further demonstrate that gene cloning can be accomplished simultaneously with ass

32 Gene cloning experiments indicated that the activation o

33 n combination these results greatly simplify gene cloning experiments.

34 sively using a combination of individual TCR gene cloning, followed by sequence analysis.

35 Gene cloning for human brain malformations and degenerat

36 Phenol hydroxylase gene cloning from the thermophilic bacteria Geobacillus

37 Gene cloning, functional assays and biochemical tests sh

38 of P450s have been demonstrated by cDNA and gene cloning in animals, plants, fungi, and bacteria.

39 AgRenSeq enables R gene cloning in any crop that has a diverse germplasm pa

40 rmation may be of limited use for positional gene cloning in P. trifoliata and citrus.

41 rst tool to fully-automate primer design for gene cloning in polyploids, where previously the consens

42 Disease-resistance (R) gene cloning in wheat (Triticum aestivum) has been accel

43 Current consensus for gene cloning in wheat is to manually perform many steps

44 Gene cloning is a time-consuming task for molecular biol

45 Most gene cloning is polymerase chain reaction (PCR) or DNA s

46 the identification of the DMI3 gene, using a gene cloning method based on transcript abundance.

47 e used a chromatin immunoprecipitation-based gene cloning method to identify BMP target genes in a mo

48 ne identification using positional candidate gene-cloning methods.

49 be employed to study molecular sequences for gene cloning, mutation analysis, and identical sequence

50 oding sequences are being identified through gene cloning, PCR amplification with degenerate primers,

51 ished a versatile pipeline enabling parallel gene cloning, protein expression and purification, and i

52 cDNA and gene cloning revealed that Sm-AMP-X is processed from a

53 Gene cloning revealed that the 3'-coding region of pri-m

54 Direct protein sequencing, followed by gene cloning, revealed a novel 214-amino-acid protein, a

55 Gene cloning studies have established that the seizure g

56 studies and five genes supported by previous gene cloning studies in maize, rice, and Arabidopsis.

57 SNPs were supported by both QTL analyses and gene cloning studies.

58 iprocal grafting, double mutant analysis and gene cloning suggest that all MAX genes act in a common

59 plexity of the human genome will require new gene cloning techniques, not only to discover intraspeci

60 The intrabodies were developed using gene cloning technology.

61 Here we show by cDNA and gene cloning that a Cnidarian, Tripedalia cystophora, po

62 Following gene cloning, the derived amino acid sequence of the PDD

63 Interspecies gene cloning was demonstrated for the mouse Rad51C and m

64 effective polyploid primer-design method for gene cloning, with no need for researchers to download s