ライフサイエンスコーパス: genetic technique

1 o resolve these questions using conventional genetic techniques.

2 using tandem mass spectrometry or molecular genetic techniques.

3 hogenesis until the application of molecular genetic techniques.

4 cers using various cytogenetic and molecular genetic techniques.

5 cesses through the power of modern molecular genetic techniques.

6 an be manipulated in vivo with sophisticated genetic techniques.

7 n combination with newly available molecular genetic techniques.

8 ons by combining phylogenetic and population genetic techniques.

9 es by using a combination of biochemical and genetic techniques.

10 ssed this hypothesis using several molecular genetic techniques.

11 real grains has been accomplished with plant genetic techniques.

12 abnormalities that were established by other genetic techniques.

13 a 20-kDa MI protein was cloned by a reverse genetics technique.

14 HN glycoprotein mutants, employing a reverse genetics technique.

15 nfectious virus by using established reverse genetics techniques.

16 ra A kinase (as-AurA) engineered by chemical genetics techniques.

17 f A/Hong Kong/213/03 using influenza reverse genetics techniques.

18 Through classical and molecular genetic techniques, 158 transposed Ac elements (tr-Acs)

19 gress has been the result of developments in genetic techniques, advances in imaging technology, and

20 by urine cytology and quantitative molecular-genetic techniques allow now for timely intervention bef

21 marriage of classical (forward) and reverse genetic techniques allows the isolation and analysis of

22 ogy is an important addition to the array of genetic techniques already available in this experimenta

23 sor proteins that were obtained by classical genetic techniques alter residues in the central domain

24 Traditional genetic techniques and a variety of animal and tissue-cu

25 vely intractable to electrophysiological and genetic techniques and consequently have been largely pa

26 ents, it is transparent to many conventional genetic techniques and is thus challenging to probe.

27 Aided by genetic techniques and suitable animal models, studies i

28 motility of C. johnsonae, we developed these genetic techniques and tools.

29 refeeding in critically ill patients; use of genetic techniques and topical steroid therapy in treati

30 lude a sequenced genome allied with powerful genetic techniques, and the ability to conduct electroph

31 rminal B' domain was removed using molecular genetic techniques, and the truncated Enzyme II (FruBC)

32 the four archaeal clades for which advanced genetic techniques are available--the methanogens, halop

33 Molecular genetic techniques are beginning to bring about a detail

34 In this review, mouse molecular genetic techniques are described and illustrative exampl

35 m for studying inner ear development because genetic techniques are highly efficient and inner ear de

36 Recent development of molecular genetic techniques are rapidly advancing understanding o

37 Molecular genetics techniques are an essential diagnostic tool for

38 The use of molecular genetic techniques as a powerful tool for the early iden

39 The genetic techniques available in Drosophila have contribu

40 Application of the plethora of genetic techniques available in Drosophila, including fo

41 However, the powerful genetic techniques available in Saccharomyces cerevisiae

42 The genetic techniques available in the fruitfly Drosophila

43 We have utilized the strong molecular genetic techniques available in the nematode Caenorhabdi

44 -hybrid methods have augmented the classical genetic techniques biologists use to assign function to

45 In this study, a novel genetic technique called Mutant-Assisted Gene Identifica

46 uencing technology combined with traditional genetic techniques can efficiently identify genetic regi

47 Our findings suggest that microbial genetic techniques can provide a new approach for epitop

48 focussed on possible cure or amelioration by genetic techniques, considerable progress has been made

49 A genetic technique designed to inactivate a gene that enc

50 Although both genetic techniques effectively identified similar subtle

51 lopmental biology and regeneration research, genetic techniques enabling conditional analysis of gene

52 and advance the development of biomarker and genetic techniques focused on detecting and characterizi

53 Tetrad analysis has been a gold-standard genetic technique for several decades.

54 Genetic techniques for the Archaea have undergone a rapi

55 urrent sophistication of available molecular genetic techniques for use in these organisms has allowe

56 The development of modern molecular genetic techniques has allowed breast cancer researchers

57 e last decade the application of conditional genetic techniques has facilitated the neuroanatomical d

58 The development of modern molecular genetic techniques has opened up the study of how indivi

59 ecades, the advent of new archaeological and genetic techniques has revolutionized our understanding

60 adiation hybrid (RH) mapping, a somatic cell genetic technique, has been developed in animal systems

61 Recent advances in molecular genetic techniques have allowed increasing specificity i

62 Recent advances in PCR-based reverse genetic techniques have allowed the search for plants ca

63 nes and pathways in microalgae, and powerful genetic techniques have been developed to engineer some

64 is article assesses how successful molecular genetic techniques have been in revealing new population

65 Both forward and reverse genetic techniques have begun to identify critical molec

66 In this regard, molecular genetic techniques have demonstrated that if a child is

67 Molecular genetic techniques have made contributions to studies on

68 Over the past 20 years molecular genetic techniques have provided a new approach to disse

69 cent studies combining these biophysical and genetic techniques have provided novel insights into the

70 Classical genetic techniques have provided only limited informatio

71 Genetic techniques have recently implicated two differen

72 Genetic techniques have shed new light on the organizati

73 Advances in cytological and genetic techniques have thrown light on these processes

74 Reverse genetics techniques have advanced to encompass transgeni

75 To date, several reverse genetics techniques have been reported that harness the

76 have been made with the use of molecular and genetic techniques; however, standard in vivo studies ha

77 eing confirmed by the first new quantitative genetic technique in a century-Genome-wide Complex Trait

78 Furthermore, by adopting cutting-edge genetic techniques in combination with sophisticated phe

79 Through the use of genetic techniques in Drosophila, Caenorhabditis elegans

80 nent of the dynactin complex with the use of genetic techniques in Drosophila.

81 mbination of physiological, biochemical, and genetic techniques in model algal systems has demonstrat

82 g establishment and application of molecular genetic techniques in V. fischeri.

83 uctural studies and for the use of molecular genetics techniques in addressing the mechanism by which

84 New genetic techniques, in combination with pharmacological

85 The establishment of molecular genetic techniques is essential for development of new t

86 Using molecular genetic techniques, mutant strains of V. fischeri have b

87 study combined genome-wide mapping and a new genetic technique named reciprocal-hemizygosity analysis

88 Molecular genetic techniques of DNA hybridization, along with PCR

89 We used the molecular genetic techniques of linkage analysis to study 4 kindre

90 A genetic technique permitted the isolation of human thior

91 eriments that are high-throughput or involve genetic techniques, strains, or species that do not comb

92 d for analysis; these 40 discussed molecular genetic techniques, studied 10 or more patients, and had

93 With the rapid development of molecular and genetic techniques, substantial interests have developed

94 with studies of genetic variation, classical genetic techniques such as linkage analysis, and examina

95 The use of genetic techniques, such as cell ablation and lineage-tr

96 The use of standard genetic techniques, such as gene targeting and transgene

97 how both forward genetic screens and reverse genetic techniques, such as morpholinos and TILLING, and

98 With the plethora of molecular and genetic techniques that can be applied to larval-stage e

99 ll as circadian phase-shifting, we developed genetic techniques that link behavior to single cell-typ

100 in infants and young children, using reverse genetic techniques that previously were used to rapidly

101 As for all genetic techniques, the choice of the proper transgenic

102 ey are required for tumorigenesis, we used a genetic technique to disrupt each gene and simultaneousl

103 Gene targeting is a genetic technique to modify an endogenous DNA sequence i

104 By using a new genetic technique to screen libraries expressing artific

105 Using a novel genetic technique to visualize axons and dendrites in a

106 motility have been previously isolated, and genetic techniques to analyze these mutants have recentl

107 ohnsonae) have been previously isolated, and genetic techniques to analyze these mutants have recentl

108 The application of advances in molecular and genetic techniques to characterize individual sarcomas h

109 es have been in the application of molecular genetic techniques to define the affected genes and to d

110 We used genetic techniques to deplete mice of specific subsets o

111 This review highlights the contribution of genetic techniques to dissect the specific function of d

112 We employ quantitative genetic techniques to examine the HSP90-dependent polymo

113 rdiomyocytes was detectable when using these genetic techniques to follow cell fate, and stem-cell-en

114 ive genomic approach combined with molecular genetic techniques to identify a highly conserved sequen

115 illustrates the potential use of population genetic techniques to identify genomic regions for domes

116 g long-term field observations and molecular genetic techniques to identify kin relations between ind

117 groups have taken up the challenge of using genetic techniques to identify the aberrant molecular an

118 We used molecular and genetic techniques to introduce an insertional inactivat

119 d knockout, knockdown, and dominant-negative genetic techniques to investigate the requirements and c

120 We used genetic techniques to investigate the role of Cdc42 in i

121 We used genetic techniques to measure dispersal distance and cha

122 Genetic techniques to recycle antibiotic markers were ap

123 cell line to facilitate the use of molecular genetic techniques to study the LPS signaling pathway.

124 To address this, we have developed genetic techniques to study the well-characterized fusel

125 phisticated function, we have used molecular genetic techniques to swap these domains among the three

126 gression, we have applied multiple molecular genetic techniques to the analysis of 21 early-stage (st

127 The application of molecular genetic techniques to the study of glaucoma has accelera

128 ins and confirm the usefulness of Drosophila genetic techniques to understand HSP and other neurodege

129 elerated our capacity to apply molecular and genetic techniques to understand obesity.

130 itylation in virus assembly, we used reverse genetics technique to introduce substitutions and deleti

131 The establishment of reverse-genetics techniques to manipulate the genome of negative

132 d bioinformatics with established population genetics techniques to provide a portable, reproducible,

133 We used reverse genetics techniques to replace EBOV GP with its counterp

134 with a repressible cell marker (MARCM) is a genetic technique used in Drosophila to label single cel

135 Employing a genetic technique we have identified several Genes assoc

136 Using both pharmacologic and genetic techniques, we also show that the ability of mat

137 By using genetic techniques, we confirmed that AgaS but not AgaI

138 Using genetic techniques, we demonstrate that either RNA inter

139 Using genetic techniques, we demonstrate that the vector of ce

140 a combination of biochemical, molecular, and genetic techniques, we have demonstrated that the VTC1 l

141 Using molecular genetic techniques, we have generated and characterized

142 Using different molecular genetic techniques, we identified 20 patients with a pat

143 With the use of reverse genetics technique, we investigated the effect of glycan

144 Using reverse genetics techniques, we generated recombinant influenza

145 Using reverse genetics techniques, we have developed a live-attenuated

146 Using plasmid-based reverse genetics techniques, we have developed a single-cycle in

147 Structural, biochemical, and genetic techniques were applied to investigate the funct

148 Genetic techniques were used to group the mutations in t

149 Here, pharmacological, optical, and genetic techniques were used to show that upon activatio

150 n of these two populations made by molecular genetic techniques, while the two differences detected a

151 This new genetic technique will augment current tools used to elu

152 Reverse genetic techniques will be necessary to take full advant

153 ng cell layers to the powerful developmental genetic techniques with which the Drosophila system is b