ライフサイエンスコーパス: genetic research

1 echanisms, and reaffirming a way forward for genetic research.

2 which are the basis for much of the current genetic research.

3 hts recent advances and future directions in genetic research.

4 gistry) are important tools for clinical and genetic research.

5 cells have created new opportunities for rat genetic research.

6 omarker studies of treatment outcomes and/or genetic research.

7 has received considerable interest in cancer genetic research.

8 tant implications for both basic and applied genetic research.

9 rate whether they are likely to be of use in genetic research.

10 to summarize recent advances in food allergy genetic research.

11 ivacy may deter people from participating in genetic research.

12 ods that simplify this process would benefit genetic research.

13 Human Biology" to examine the future role of genetic research.

14 plications for agricultural and evolutionary genetic research.

15 to agricultural, evolutionary and biomedical genetic research.

16 ey are typically generated and used in human genetic research.

17 e may represent heterogeneous phenotypes for genetic research.

18 selection of SNPs from the public domain for genetic research.

19 ing disorders and provide endophenotypes for genetic research.

20 s one of the major statistical challenges in genetic research.

21 Mutation rate is an essential parameter in genetic research.

22 complex collagen matrix that is tractable to genetic research.

23 tistical analyses are used in many fields of genetic research.

24 , such as polygenic models of inheritance in genetic research.

25 cuss his life, work and legacy in modern-day genetic research.

26 tory traits of many plants, which complicate genetic research.

27 ation models to advance cellular biology and genetic research.

28 nforcement and willingness to participate in genetic research.

29 ate applicability to molecular diagnosis and genetic research.

30 genomic regions, still remain a challenge in genetic research.

31 statistics have popularized and accelerated genetic research.

32 ile molecular markers used in perennial tree genetic research.

33 r groups but have been largely excluded from genetic research.

34 ng African scientists to lead groundbreaking genetic research.

35 n important role in increasing diversity for genetic research.

36 ne of the main classical model organisms for genetic research.

37 f gene-cognition associations in psychiatric genetic research.

38 pic data is crucial to contemporary clinical genetic research.

39 ta transformation method of broad utility in genetic research.

40 tions that obstruct necessary ecological and genetic research.

41 e of incidental findings in population-based genetic research.

42 ssion of these disorders and for psychiatric genetic research.

43 diversity provides an advanced resource for genetic research.

44 sharing of genomic data from participants in genetic research.

45 cessions for integrating ecoevolutionary and genetic research.

46 pect of plant phenotyping for ecological and genetic research.

47 e and significantly increase activity in MND genetic research.

48 ic privacy with data sharing and facilitates genetic research.

49 ing technologies have impacted many areas of genetic research.

50 has also long served as a model organism for genetic research.

51 uencing run, have revolutionized genomic and genetic research.

52 omic technologies has impacted many areas of genetic research.

53 nd future directions for atrial fibrillation genetics research.

54 d as a common model system in biological and genetics research.

55 tilized source of information for population-genetics research.

56 used extensively in Drosophila melanogaster genetics research.

57 res can be used to further interdisciplinary genetics research.

58 jor tasks associated with contemporary human genetics research.

59 impact should have the highest priority for genetics research.

60 ignificantly accelerate biomedical and plant genetics research.

61 active in the promotion and facilitation of genetics research.

62 an essential yet challenging topic in human genetics research.

63 d yet are sorely underrepresented in medical genetics research.

64 ry (AA) participants are underrepresented in genetics research.

65 of WGS with pedigrees in modern psychiatric genetics research.

66 evolution represent key fields of plant and genetics research.

67 ion is crucial for biomedical and population genetics research.

68 se of population categories, particularly in genetics research.

69 cal applications within the field of imaging genetics research.

70 ems in viral oncology, immunology, and human genetics research.

71 thereby helps reduce existing inequities in genetics research.

72 quencing (WES) has been widely used in human genetics research.

73 platform is the next tool to accelerate SUD genetics research.

74 re efficiently exploit summary statistics in genetics research.

75 this is not a common practice in psychiatric genetics research.

76 do we validate inferences about ancestry in genetic research?

77 digenous populations are underrepresented in genetic research(1,2), leading to inequity in healthcare

78 Genetic research across ancestries and geographic region

79 Translating recent genetic research advances into clinical service can not

80 Human behavioral genetic research aimed at characterizing the existence a

81 Genetic research aims to understand the underlying mecha

82 Behavioral genetic research also documents the importance of enviro

83 er, the suggestion is increasingly made that genetic research also has a significant role to play in

84 ter understanding of the current stage of BP genetic research and assist further studies in the field

85 ation systems are highly desirable for plant genetic research and biotechnology product development e

86 f structural variation and will advance both genetic research and breeding in many crops.

87 Content on genetic research and careers in genetics was adapted fro

88 ible through Taiwan View to encourage future genetic research and collaborations with the island Taiw

89 highlight recent advances in retinoblastoma genetic research and discuss how these new findings infl

90 However, emerging genetic research and evidence on multimodal imaging sugg

91 ffspring, which is of interest for molecular genetic research and for genetic counseling.

92 d genomic resources are available, hindering genetic research and improvement in blueberry.

93 ut DNA sequencing technology has transformed genetic research and is starting to make an impact on cl

94 ce three principles that facilitate trust in genetic research and outline one possible framework buil

95 The authors reviewed the epidemiologic and genetic research and physiological postpartum triggers (

96 s for personalized treatment in SLE based on genetic research and studies in pre-symptomatic individu

97 , the genes that cause them, new advances in genetic research and techniques, and how this informatio

98 and equity underpin Indigenous critiques of genetic research and the sharing of genomic data.

99 We also discuss important areas of future genetic research and their potential to affect clinical

100 nucleic acid complexes is key to progress in genetic research and therapies based on RNA interference

101 lack of diversity in Parkinson disease (PD) genetics research and also reflect on 5 years of progres

102 gressions and genomic regions of interest in genetics research and applied breeding programs.

103 alth by building on discoveries made through genetics research and applying them in the clinical sett

104 n as the fruit fly, has been instrumental in genetics research and disease modeling.

105 engage a large, diverse participant pool in genetics research and education.

106 isk prediction is an important goal in human genetics research and precision medicine.

107 tablish an important milestone for zebrafish genetics research and should greatly facilitate systemat

108 The results inform molecular genetics research and transdiagnostic treatment approach

109 ults from this large Peruvian cohort advance genetic research (and the potential for improved treatme

110 establishing quantitative endophenotypes for genetic research, and for monitoring beneficial and adve

111 port the utility of CNVs in human population-genetic research, and serve as a genomic resource for hu

112 disparities in nutrition, physical activity, genetics, research, and social determinants of health.

113 Beauty can be readily improved for enhanced genetic research applications in mammals.

114 Together, these different strands of genetic research are highlighting pathways for the disco

115 logical studies, brain imaging analyses, and genetic research are now converging on tantalizing leads

116 een under-represented in Parkinson's disease genetics research are fostering collaboration and capaci

117 ; therefore, these studies greatly aid human genetic research as it relates to observed nicotine phen

118 Genetic maps are key tools in genetic research as they constitute the framework for ma

119 ologies have been increasingly used in basic genetic research as well as in clinical applications.

120 Arguments that promote genetics research as a way to help alleviate health disp

121 eterogeneity in dependence as a phenotype in genetic research, as well as potential underestimation o

122 All of this elevates the impact of DCM genetics research, as greater insight into the causes of

123 inary expression systems have revolutionised genetic research by enabling delivery of loss-of-functio

124 GRIBCG can accelerate genetics research by providing a fast, systematic and si

125 racial, ethnic, and ancestral categories in genetics research can imply that group differences arise

126 to be a broad split within the experimental genetics research community between those who did mechan

127 s a valuable practical resource in the mouse genetics research community, and also accelerate the tra

128 netic models play an important role in human genetic research, connecting empirical observations abou

129 Further genetic research could also help to locate additional ca

130 An upper-level genetics research course was developed to expose undergr

131 henotype extraction and their application to genetic research, demonstrating a viable future for geno

132 Our findings open new areas of genetic research, demonstrating that it is possible to t

133 Because genetic research drives innovation and involves much of

134 es aegypti has been the subject of extensive genetic research due to its medical importance and the e

135 icle explores the sociopolitical backdrop of genetics research during the politically turbulent decad

136 DNA sequence information underpins genetic research, enabling discoveries of important biol

137 As a prototype, GENEVIC is set to advance genetic research, enabling informed biomedical decisions

138 ge analysis) has been a cornerstone of human genetic research, enabling investigators to localize and

139 quencing data continue to gain popularity in genetic research, establishing standardized quality cont

140 ous analysis of 228 families from the Autism Genetics Research Exchange (AGRE) repository reported 5

141 GC) as a unique approach for human mendelian genetic research, facilitating the interpretation of abu

142 edness plays an important role in a range of genetic research fields.

143 astic expectations regarding the benefits of genetic research for disease prevention have the potenti

144 We discuss what this means for genetic research for MDD.

145 rological Disorders and Stroke, Keane Stroke Genetics Research Fund, Edward and Maybeth Sonn Research

146 and moral value of community review of human genetic research has become a focus of debate.

147 Little genetic research has been carried out in food allergy, w

148 Much psychiatric genetic research has focused on a 40-base pair variable

149 recent years a great deal of biochemical and genetic research has focused on the C-terminal domain (C

150 explore the extent to which human molecular genetic research has illuminated our understanding of th

151 Merging iPSC models and human genetic research has opened up new avenues in understand

152 and several forms of epidermolysis bullosa, genetic research has resulted in an evolving understandi

153 Prior mouse genetic research has set the stage for a deep understand

154 Previous archeological and genetic research has shown that modern cattle breeds are

155 Genetic research has shown that mutations that modify th

156 Over the past 25 years the tour de force of genetics research has been in family studies, using segr

157 Community genetics research has demonstrated 'bottom-up' effects o

158 Recent genetics research has discovered markers that are associ

159 Human genetics research has discovered thousands of proteins a

160 Over the last few years, genetics research has made significant strides in identi

161 Genetics research has potential to alleviate the burden

162 Autism genetics research has the capacity to improve the qualit

163 Although Indigenous experiences with genetic research have been shaped by a series of negativ

164 3 decades, substantial investments in human genetic research have unveiled the genetic architecture

165 Neuroscientific and genetics research have yet to affect disease definitions

166 approach provides a robust framework for AD genetic research, improving data accessibility, accelera

167 Molecular genetic research in bipolar affective disorder may lead

168 N-ethyl-N-nitrosourea (ENU) as a mutagen for genetic research in Caenorhabditis elegans.

169 Genetic research in crops, coupled with nutritional and

170 kingdoms of life will significantly advance genetic research in diverse and underexplored taxa.

171 and underscores the importance of conducting genetic research in diverse populations.

172 Clinical and molecular genetic research in FSHD has since helped define it as a

173 In addition to celebrating 20 years of genetic research in HCM, this article serves as an intro

174 ifferences between homogenous lines, whereas genetic research in humans focuses on genetic variation

175 nterference (RNAi), has been widely used for genetic research in insects.

176 tinue to hinder both molecular diagnosis and genetic research in IRDs.

177 Genetic research in model species focuses on differences

178 We assess the role of basic and applied genetic research in our understanding of key aspects of

179 Genetic research in several organisms has demonstrated t

180 e gene editing tool which has revolutionized genetic research in the past few years.

181 Genetics research in Parkinson's disease has identified

182 Many challenges remain for genetics research in these populations, but addressing t

183 Translational advances in retinoblastoma genetic research include development of an allele-specif

184 idopsis thaliana serves as a model plant for genetic research, including vitamin research.

185 se European ancestry samples hinders medical genetics research, including the use of polygenic scores

186 Genetic research increasingly focuses on population-spec

187 Current extensive genetic research into common complex diseases, especiall

188 e preliminary results have ramifications for genetic research into complex biomedical traits and are

189 enetic problems, holding promise of boosting genetic research into human diseases through the re-mini

190 Molecular genetic research is beginning to identify quantitative t

191 hitecture in all populations and ensure that genetic research is broadly applicable.

192 Genetic research is crucial for continuously discovering

193 asons for this are poorly understood because genetic research is largely focused on European ancestry

194 al of well-established methods in behavioral genetic research is misguided.

195 logical research, and all the signs are that genetic research is poised to deliver crucial insights i

196 Genetic research is providing more insight into the path

197 ommon variable immunodeficiency only, future genetic research is required to identify further suscept

198 An important goal of genetic research is to extend this work and define genet

199 Psychiatric genetics research is bidirectional in nature, with human

200 One concern in human genetics research is maintaining the privacy of study pa

201 Obesity genetics research is reaching unprecedented heights and,

202 One of the formative goals of genetics research is to understand how genetic variation

203 The future of genetic research lies in finding out how genes work (fun

204 Clinical and genetic research links altered cholesterol metabolism wi

205 Destructive episodes in the history of genetic research make it crucial to consider the ethical

206 es); (2) culturally specific implications of genetic research may be identifiable only by community m

207 Future genetic research may maximize discovery potential by foc

208 tify four priorities for how the field of MD genetics research may move forward in future years, name

209 idemiologic studies; however, concerns about genetic research might affect participants' willingness

210 on people are obese, and despite progress in genetic research, much of the heritability of obesity re

211 blish a multi-ethnic case-control cohort for genetic research of a complex disease, rheumatoid arthri

212 In genetic research of chronic diseases, age-at-onset outco

213 Genetic research of elite athletic performance has been

214 The implications of this model for genetic research of evo-devo are discussed.

215 It also highlights limitations in genetic research of kidney traits, including the lack of

216 of risk variants for PTSD has lagged behind genetic research of other psychiatric disorders such as

217 Multi-ancestry genetic research of RA promises to improve power to dete

218 on our laboratory-based and human molecular genetics research of addictive diseases, will be briefly

219 ving field of genomic investigation, ongoing genetic research offers unique contributions to elucidat

220 Genetic research on anorexia nervosa (AN) has identified

221 Some argue that genetic research on biospecimens poses minimal risk; oth

222 social issues arising from rapidly advancing genetic research on bipolar disorder.

223 of powerful new technologies, new data from genetic research on children and adolescents, and substa

224 in 10 years of the beginning of experimental genetic research on Drosophila melanogaster, in 1919, A.

225 Quantitative genetic research on emotionality in animals and humans c

226 ions, this study demonstrated the utility of genetic research on homogenous subclasses.

227 Genetic research on human biospecimens is increasingly c

228 es in place to protect confidentiality, most genetic research on human biospecimens poses minimal ris

229 sms of ovary-brain communication and informs genetic research on human fertility disorders.

230 We outline key issues regarding oversight of genetic research on human subjects, banking of DNA data

231 misunderstandings and misinterpretations of genetic research on individual differences.

232 Genetic research on influenza virus biology has been inf

233 derscoring the need to consider diversity in genetic research on metabolic diseases.

234 dental calculus opens new possibilities for genetic research on Middle Pleistocene hominins.

235 Although complementary genetic research on nonhuman primates has long been of i

236 Current genetic research on obsessive-compulsive disorder (OCD)

237 nce has dramatically accelerated traditional genetic research on root biology, and has also enabled e

238 es and broader population sampling in future genetic research on schizophrenia.

239 genomes has hindered population and medical genetics research on Asians, leading to population dispa

240 Developmental genetics research on mice provides a relatively sound un

241 he importance of including AA populations in genetics research on SUDs and the utility of the endophe

242 Further genetics research on the syndromes of DD, AP, PNOS, and

243 for fruit traits providing wide breeding and genetic research opportunities, including genome-wide as

244 eutical companies (46/117; 39.3%) to perform genetic research (p < .01).

245 Most genetic research participants desire return of secondary

246 Biobanks have become pivotal in genetic research, particularly through genome-wide assoc

247 Often in genetic research, presence or absence of a disease is af

248 Internet-administered survey to genetic research professionals.

249 endations for advancing the NIMH psychiatric genetics research program and prioritizing subsequent fo

250 Core cohort (n = 91) drawn from our Epilepsy Genetics research program, together with 10 etiologicall

251 xploit genetic background effects to broaden genetic research programs.

252 Funded by private donors for the Host Genetics Research Project, the Intesa San Paolo for 2020

253 c health record (EHR) data make numerous new genetic research questions feasible.

254 Genetic research refocused interest on skin barrier func

255 Genetic research regarding blood lipids has largely focu

256 fertility rates and prevalent consanguinity, genetic research remains under-explored.

257 -based predisclosure education for return of genetic research results was high although it did not in

258 supplemented by advances in neuroimaging and genetic research, reveal substantial heterogeneity in th

259 presentation of diverse populations in human genetics research risks exacerbating existing health dis

260 ve occupied a privileged place in Drosophila genetic research since their discovery in the 1920s.

261 The new resource is already changing genetic research strategies to find information of medic

262 disorder (MDD) is defined differently across genetic research studies and this may be a key source of

263 Future large-scale genetic research studies are needed to further corrobora

264 Cancer Research Center-based Prostate Cancer Genetic Research Study dataset and 19 Ashkenazi Jewish f

265 The generalizability of any genetic research study in inbred mice is dependent upon

266 ral public and 2,023 participants in a large genetic research study.

267 frastructure, dbSNP remains a cornerstone of genetic research supporting continued discoveries in pre

268 Behavioral genetic research supports the heritability, not the gene

269 now fostering a unification of experimental genetic research that strengthens its scientific power.

270 ntury, there has been tremendous progress in genetics research that has defined molecular causes for

271 ese studies provides a great opportunity for genetic research, the high dimensionality of omic data a

272 the genome (genetic maps) are fundamental to genetic research, the majority of current studies only u

273 especially with developments in imaging and genetic research; the association between temporal lobe

274 These results indicate a need for future genetic research to consider heterogeneity of the Hispan

275 ting the types of technologies that underlie genetic research to dissect tumor cell signaling in clin

276 Special attention was focused on genetic research to identify key concepts, instructional

277 rovides culturally sensitive education about genetic research to Native American medical students and

278 and cultural information about genetics and genetic research to Native Americans and thereby to impr

279 can bonytongue has been the subject of scant genetic research to support management.

280 ons, as well as for future efforts to extend genetic research to understudied populations.

281 vides a guide for those who use PGR in plant genetics research to better understand when and how inte

282 inbred mice have been used in many areas of genetics research to gain insight into the genetic varia

283 By expanding genetics research to involve underrepresented population

284 , a traditionally understudied population in genetic research, to further identify loci contributing

285 (eMERGE; a research consortium that conducts genetic research using electronic medical records, used

286 Empowered by forward genetics, research using Caenorhabditis elegans has cont

287 discuss the role of family studies in modern genetics research, using results from the Framingham Hea

288 Genetic research utilizes a decomposition of trait varia

289 To facilitate smoking genetics research we determined whether a screen of muta

290 To address collective implications of genetic research, we describe a process that can supplem

291 To facilitate exploratory genetics research, we have assembled a DNA resource from

292 To establish priorities for genetics research, we review and evaluate several charac

293 representation of migrants and immigrants in genetics research, which hinders scientific discovery an

294 what causes ALS is not complete, and further genetic research will provide additional detail about it

295 of representation of diverse populations in genetic research will result in inequitable access to pr

296 Here we describe an agreement to undertake genetic research with a Native American tribe.

297 mprove on its ability to reconcile molecular genetic research with integrative organ- and organism-ba

298 ized by regions has hindered the progress of genetic research with this important species.

299 ocial implications should be integrated into genetic research, with the participation of scientists w

300 ally valuable in conservation and ecological genetic research, yielding detailed information on popul