ライフサイエンスコーパス: genetic profile

1 healthcare that accords with an individual's genetic profile.

2 togeny and oncogenesis make in molding their genetic profile.

3 dalcetrapib may vary according to patients' genetic profile.

4 cardiovascular therapy based on a patient's genetic profile.

5 deliveries may be associated with a certain genetic profile.

6 ation was observed in those with a high-risk genetic profile.

7 hooping cough are confirmed by the resultant genetic profile.

8 cal sample with the endpoint generation of a genetic profile.

9 rity of renal cell carcinomas based on their genetic profiles.

10 ent phenotypes which may each have different genetic profiles.

11 s a unique Candida species by phenotypic and genetic profiles.

12 unique Candida species by its phenotypic and genetic profiles.

13 cally as standard and high risk had distinct genetic profiles.

14 ially tailored treatment based on integrated genetic profiles.

15 al variations recently have been reported in genetic profiles.

16 ing as well as focused, comparative chemical-genetic profiling.

17 provides an optimal system for hormonal and genetic profiling.

18 (EFS) (94%) compared with patients with a PR genetic profile (79%).

19 hree-quarters of UKALL2003 patients had a GR genetic profile and a significantly improved event-free

20 ene expression determined by an individual's genetic profile and correlates 'imputed' gene expression

21 l mutations, an understanding of the somatic genetic profile and evolution of GEMM tumors is necessar

22 w a significant relationship between overall genetic profile and hand-vein constriction (P=0.29), whi

23 ors could offset the effect of an adverse BP genetic profile and its effect on CVD risk.

24 study, we aimed at tracking the basal DLBCL genetic profile and its modification upon treatment usin

25 improvements in outcome can be expected from genetic profile and response-targeted therapeutics.

26 While a relationship between genetic profile and serotype was evident, no significant

27 cell line panels to reveal linkages between genetic profile and targeted-drug sensitivity.

28 bnormal placental villous tissue with unique genetic profiles and a wide spectrum of morphologic feat

29 plement conventional classification based on genetic profiles and can serve as an additional biomarke

30 tologic subtypes, which vary widely in their genetic profiles and tissues of origin.

31 complexes in combination with comprehensive genetic profiling and protein design.

32 lysis, including gene expression monitoring, genetic profiling and the detection of pathogens.

33 lysis, including gene expression monitoring, genetic profiling and the detection of pathogens.

34 ancreatic cancer in relation to tumor stage, genetic profile, and concurrent chemotherapy.

35 ation between histopathologic heterogeneity, genetic profile, and survival.

36 iagnosis and disease classification based on genetic profiles, and new therapeutics based on targets

37 This integrative genetic profiling approach allowed us to accurately pred

38 The genome-scale expansion of the genetic profiling approach will expedite the functional

39 ghts challenges and opportunities for future genetic profiling approaches.

40 files is essential if microarray analyses of genetic profiles are to produce reproducible data, predi

41 ts, 9 isolates were identified with the same genetic profiles as strains 25015 and CT39, as evidenced

42 ome) have been instrumental in identifying a genetic profile associated with sensitivity to checkpoin

43 processes, positive interactions and overall genetic profiles between pairs of genes coding for physi

44 ion to sharing analogous epidemiological and genetic profiles, biochemical characteristics, and commo

45 apy resistance is driven not only by tumor's genetic profile but also by complex paracrine interactio

46 ences among dog breeds with respect to their genetic profile, cognitive abilities or personality trai

47 Genetic profile combined with serum urate level can be u

48 A genetic profile consisting of 174 probes was identified

49 We have previously observed that genetic profiles determined by the combination of five f

50 analysis, we describe the highly specialized genetic profile exhibited by terminally differentiated p

51 e horizon, will further refine the molecular genetic profiles for the disease, and should suggest som

52 us with the capability to perform reasonable genetic profiling for lipoprotein abnormalities associat

53 pathogenesis cycle, no specific urovirulence genetic profile has been determined; this is likely due

54 Jointly modeling multiple traits' genetic profiles has provided insights into the shared g

55 Conversely, recipients with a pro-apoptotic genetic profile (high Fas) or high angiotensin-1-convert

56 high anti-inflammatory and immune-regulatory genetic profile (high interleukin-10) were protected fro

57 these approaches has great potential because genetic profiling identifies putative disease-modifying

58 Better characterization of genetic profiles in age-related macular degeneration may

59 tion profiles predicted BMI independently of genetic profiles in an additive manner: 7%, 8%, and 14%

60 essing domain possesses a pacemaker-specific genetic profile including Hcn4 and Tbx3.

61 A proinflammatory cytokine genetic profile increases the risk of noncardia gastric

62 ereby disease evolves and the means by which genetic profiles influence susceptibility to and express

63 To interpret the biology of these genetic profiles, investigators must analyze this data i

64 This genetic profile leads to nodal-like electrophysiological

65 Genetic profiling may identify T-ALL patients who are li

66 rprints were consistent with a change in the genetic profile of C. parvum isolates following transmis

67 test the hypothesis that the hemodynamic and genetic profile of Cpc-PH would more closely resemble PA

68 The genetic profile of five cytokines was studied in 68 LTx

69 The genetic profile of LGR5(+ve) cells includes both markers

70 In mice lacking Hb9, the genetic profile of MNs is significantly altered, particu

71 (SSRs) markers analysis, we characterise the genetic profile of monovarietal olive oils.

72 ent body sizes, we discover that the overall genetic profile of size evolution in nature and in the l

73 The genetic profile of small-medium CMNs was significantly d

74 es, researches are looking into altering the genetic profile of the beta cell as a way to manage meta

75 rom high-throughput sequencing and outputs a genetic profile of the IGHV locus with the read coverage

76 ate that B and T cells function to shape the genetic profile of tumors in various tumor types, despit

77 study, we examined the susceptibilities and genetic profiles of 20 nonduplicate isolates of A. bauma

78 dence for such a correlation by studying the genetic profiles of 22 strains of B. burgdorferi sensu l

79 cer; however, it has been challenging to use genetic profiles of individual patients in identifying t

80 The genetic profiles of PTFL and t(14;18)(-) FL in adults in

81 The genetic profiles of recurrent and metastatic tumors were

82 presence of tumor pathology and with defined genetic profiles of the Rb gene, from these sites.

83 Comparisons of the genetic profiles of West Eurasians before and after admi

84 Our genetic profiling of 293 BCCs found the highest mutation

85 Genetic profiling of CgA-expressing 6T3 versus CgA- and

86 Genetic profiling of hair follicle stem cells revealed s

87 erial analysis of gene expression (SAGE) for genetic profiling of highly purified human blood platele

88 Genetic profiling of MRD vs diagnostic PCs was performed

89 d insulin receptor inhibitors, together with genetic profiling of responders, might pave the way towa

90 We report on the genetic profiling of single cancer cells, exploiting a c

91 Genetic profiling of these field cells indicated that th

92 Finally, genetic profiling of transposon-induced mutations identi

93 s approach provides a novel strategy for the genetic profiling of tumour cells via integrated "amplif

94 Future studies need to assess whether such genetic profiles predict adverse outcomes in U.S. popula

95 Single-cell genetic profiling provides a potential resolution to thi

96 n the cell lines are likely to reflect their genetic profile rather than the embryonic stage from whi

97 Examination of the pulmonary genetic profiles revealed differentially expressed genes

98 Genetic profiling revealed that molecular subgroups of p

99 gated whether the association of a validated genetic profile risk score for obesity (GPRS-obesity) wi

100 test for pleiotropy between MDD and EA: (i) genetic profile risk scores (GPRS) derived from training

101 0.08% (P=0.020) of the variance in BMI and a genetic profile score using BMI-specific variants accoun

102 A genetic profile score using cognition-specific genetic v

103 The interaction of genetic profile scores and early life stress predicted l

104 The present study tested the hypothesis that genetic profile scores combining variance across 10 sing

105 We found that stress-system genetic profile scores positively predicted cortisol lev

106 Genetic profiling should be integrated into classical me

107 Finally, genetic profiling showed that there was no evidence of A

108 Genetic profiling studies have been conducted to differe

109 ual disease, lymphoblast genetics (including genetic profiling studies), and host-related pharmacogen

110 The genetic profiles suggested that a single leukemic progen

111 In addition, application of genetic profiling techniques to a variety of tumor types

112 abnormality in the MMP3 gene is part of the genetic profile that predisposes to aneurysmal disease.

113 remaining tumors (n = 18) showed a balanced genetic profile that was significantly associated with a

114 er research is the construction of molecular genetic profiles that characterize each type of human ne

115 The molecular genetic profiles that characterize pancreatic ductal neo

116 to pharmacogenetic research, by constructing genetic profiles that could be used to individualize the

117 ever, the underlying mechanisms and detailed genetic profiles that set these tumors apart are still e

118 Despite studies that have investigated his genetic profile, the relation of the Iceman s maternal l

119 These mice, engineered with a common genetic profile to human melanoma, provide a system to s

120 ultimately enabling a correlation of patient genetic profiles to clinically effective kinase inhibito

121 ubgroups of homogeneous individuals based on genetic profiles together with heuristic clinical analys

122 ress in genome-wide studies of ICC including genetic profiling, transcriptomics, and epigenomics.

123 gs provide converging evidence that distinct genetic profiles underlie specific mental processes of h

124 In this study, the broad molecular genetics profile underlying the novel EOM phenotype was

125 of glial tumorigenesis and maintained their genetic profiles upon recurrence.

126 ular overgrowth syndromes, we employed tumor genetic profiling via high-depth next-generation sequenc

127 A genetic profiling was also carried out using microsatell

128 Genetic profiling was done by enterobacterial repetitive

129 The PCR-ME genetic profiles were analyzed using binning palettes ge

130 Different Rb genetic profiles were found in liver tissue near each tu

131 genes exhibiting positive GIs and/or similar genetic profiles were predictive of the corresponding pr

132 Overall, based on this cohort, genetic profiles were similar except for a significantly

133 A favorable genetic profile, when combined with an optimal training

134 high-risk persons must be identified in whom genetic profiling will also be cost-effective.

135 nd dosage and predict outcome by correlating genetic profile with disease presentation.

136 hese cancers are mirrored in their molecular genetic profile with type I showing defects in DNA-misma

137 enge because of the interactions of specific genetic profiles with numerous environmental factors tha