ライフサイエンスコーパス: new technology

1 3,646.18, or 51.7%, annually by adopting the new technology.

2 saved by the laboratory by converting to the new technology.

3 t existing storage ring sources by utilizing new technology.

4 the potential diagnostic advantages of this new technology.

5 RNA-Seq data and improve inference from this new technology.

6 the adoption and long-term sustainability of new technology.

7 gest no unanticipated risks inherent to this new technology.

8 usly anticipated through the introduction of new technology.

9 pting to regulate genome editing itself as a new technology.

10 e management strategies, including promising new technologies.

11 B/RIF, there is now considerable interest in new technologies.

12 ign rules and accelerates the translation of new technologies.

13 t the expanded dynamic range afforded by the new technologies.

14 y 1990s opened the door to a wide variety of new technologies.

15 and patient selection, as well as evaluating new technologies.

16 llows, offering perspectives for a number of new technologies.

17 ety of measurements made to date using these new technologies.

18 regulations are only slowly adapting to the new technologies.

19 health, and social impacts while developing new technologies.

20 we review some of the major lessons of these new technologies.

21 safety and trends for these rapidly evolving new technologies.

22 n translational research are often driven by new technologies.

23 ds, integrate innovative programs, and adopt new technologies.

24 uate the dynamic performance of existing and new technologies against climate-change mitigation goals

25 fate reprogramming concepts have jumpstarted new technologies aimed at the functional regeneration of

26 As new technologies allow investigators to collect multiple

27 The advent of new technologies allowing the study of single biological

28 several years have witnessed an explosion of new technologies, allowing us to apply even more of the

29 The combination of these new technologies allows us, for the first time, to map t

30 An exciting new technology allows EcR to be used in chimeric, ligand

31 The new technologies also make possible the rapid developmen

32 In our approach, a new technology alters the ICC potentially replacing the

33 Here, we introduce two new technologies and an analytical workflow that can fac

34 iated with submesoscales (<1-10 km) requires new technologies and approaches.

35 ns, and many of their questions have yielded new technologies and areas of investigation, thus remain

36 However, new technologies and decreasing technology costs have fa

37 S that thwarted past efforts, and armed with new technologies and directions, the field is experienci

38 y unregulated private sector and the cost of new technologies and drugs.

39 n of epidemiology studies using the evolving new technologies and genetics (host susceptibility studi

40 ally designed to allow easy incorporation of new technologies and image formats as they are developed

41 New technologies and improved in vitro and in vivo model

42 New technologies and machines have found use as methods

43 together with research outcomes arising from new technologies and methodologies will inform novel str

44 New technologies and novel questions have changed practi

45 and discuss potential applications of these new technologies and of the analyses of the increasing v

46 New technologies and practice innovations will continue

47 Further, the development of new technologies and procedures has increased the overal

48 f field-scale experimentation when assessing new technologies and production-system performance, espe

49 My major focus, however, is on new technologies and scientific approaches to neuropsych

50 nventions that will be compatible with these new technologies and support the data representation nee

51 entifying more than 400 cases through use of new technologies and surveillance tools made possible by

52 Novel interventions using new technologies and tailoring techniques may have the p

53 research is explosive and when combined with new technologies and techniques provides the potential f

54 ith the current availability of reagents and new technologies and the exchange of concepts and data a

55 rch and, where applicable, on strategies for new technologies and therapeutics.

56 l platform for clinical application of these new technologies and to provide guidance to clinicians o

57 Many new technologies and treatment options will continue to

58 by male migration, potentially connected to new technology and conquest.

59 Only recently with the advent of new technology and creation of highly specialized ultras

60 sheer persistence and the innovative use of new technology and methods.

61 as fads, political opinions, the adoption of new technologies, and financial decisions.

62 New technologies, and increased use of more naturalistic

63 ion, describe recent advances resulting from new technologies, and synthesize these findings into an

64 Now that new technologies are becoming available and more accessi

65 through their interactions with their host; new technologies are beginning to reveal important aspec

66 Both of these new technologies are enabled by renewable, bioinformatic

67 New technologies are essential for intelligent wound man

68 New technologies are focusing on characterizing cell typ

69 Many new technologies are introduced to our medical practice

70 The EQA is helpful when new technologies are introduced, and reveal limitations

71 The field stands at an exciting point where new technologies are making long-standing questions amen

72 Predictive models and new technologies are needed to classify patients into mo

73 vanillin and other marketable products, but new technologies are needed to enhance the lignin value

74 To eradicate malaria new technologies are needed, not least in the detection

75 Exciting new technologies are often self-limiting in their rollou

76 An increasing number of applications of the new technologies are providing broad insights into bacte

77 New technologies are rapidly reshaping health care.

78 New technologies are redefining how plant biology will m

79 New technologies are revolutionising biological research

80 New technologies are urgently required for reliable drug

81 f health-service delivery, and adaptation of new technologies, are needed to address neglected and em

82 are ready to be explored for applications in new technology areas, such as electronics, biomedical de

83 nal clots, including the application of such new technologies as electricity and plastic.

84 ce-based research by taking advantage of the new technologies available with clinical NLP.

85 ght into biological mechanisms and providing new technologies based on dynamic physical properties.

86 roperties of nature and also enables radical new technologies based on these phenomena.

87 Here, we introduce a new technology based on biomimicry wherein the protein-p

88 and make recommendations on the use of this new technology based on both published evidence and expe

89 New technology based on microfluidic arrays combined wit

90 in this field is very promising with several new technologies being applied to the analysis of the co

91 onetheless, we detail how the integration of new technology, biological understanding, epidemiology a

92 These new strategies will depend on new technology, both in measurement of agents and enviro

93 These new technologies bring new challenges, as the number of

94 New technologies brought the thrills of discovery as we

95 New technologies built on high-throughput sequencing are

96 ocrystals promise exciting opportunities for new technologies, but basic features of the relationship

97 vascular scaffolds (BVS) represent promising new technology, but data on their long-term outcomes in

98 This new technology by far outperforms catalysis using the in

99 f metabolic engineering and will discuss how new technologies can enable metabolic engineering to be

100 Furthermore, we discuss how new technologies can facilitate the reproducible manufac

101 e we illustrate how historical knowledge and new technologies can reveal the potential of nonconventi

102 Despite the challenges, developing a new technology can be extremely rewarding and could lead

103 New technology can prevent those errors.

104 agriculture, where behavioral practices and new technologies could contribute significantly to reduc

105 onmental costs and benefits of introducing a new technology depend not only on the technology itself,

106 Unfortunately, this new technology does cause mosaic mutations, and we do no

107 New technologies drive progress in many research fields,

108 -mediated cyclization has become a promising new technology due to its efficiency, safety, and cost-e

109 ronmental diagnostics, better molluscicides, new technologies (e.g., gene drive), and 'outside the bo

110 New technology enables enhancers to be found and manipul

111 of materials that can be studied expands as new technologies evolve and are applied in innovative wa

112 New technologies for acquisition of genomic data, while

113 The emergence of new technologies for characterizing transcriptome output

114 us on precision medicine, and application of new technologies for delivering support in real time and

115 The advantages and limitations of new technologies for detecting cis-NATs, including direc

116 are considered by researchers when designing new technologies for developing countries, the basic asp

117 tility of MOFs materials in order to develop new technologies for environmental remediation purposes.

118 approach including conventional methods and new technologies for evaluation of cell lines for unexpe

119 clinical decision making and in implementing new technologies for genetic analysis into clinical prac

120 This review explores established and new technologies for genetic manipulation to achieve des

121 e-scale sequencing continues to decrease and new technologies for genome editing become widely adopte

122 renergic remodelling and discusses promising new technologies for HF research.

123 s challenge and critical to efforts to craft new technologies for human benefit.

124 range of new experiments as well as inspire new technologies for interacting with the brain.

125 oned over the past decade with the advent of new technologies for interrogating complex microbial com

126 e availability of large-scale sequencing and new technologies for investigating gene function, many n

127 ological and biochemical data, together with new technologies for manipulating microbial genomes, all

128 The development of new technologies for mapping structural and functional b

129 In this review, we discuss how new technologies for monitoring the dynamics of T cells

130 New technologies for sequencing, aided by friction-free

131 ild on existing technologies and to generate new technologies for the diagnosis of a broad spectrum o

132 n is driving the research and development of new technologies for toilets and latrines.

133 t single-base resolution in DNA could enable new technologies for understanding carcinogenesis and su

134 PCR/ESI-MS is a promising new technology for broad-range detection and identificat

135 We apply our approach in a case study on a new technology for chlor-alkali electrolysis to be intro

136 RNA interference (RNAi) is a promising new technology for corn rootworm control.

137 atography (WAC) was recently introduced as a new technology for fragment screening.

138 sses the perspectives and challenges of this new technology for future regenerative therapy.

139 site-specific nucleases provides a powerful new technology for gene modification to potentially mode

140 SLE patients thus supporting the use of this new technology for in-depth single gene transcript profi

141 We report the development of a new technology for monitoring multidimensional protein-p

142 g have enabled the development of a powerful new technology for probing the adaptive immune system.

143 We have recently developed a new technology for screening internalizing phage (iPhage

144 nues to be tremendous interest in developing new technology for sensitive protein detection that is b

145 The apples were stored in DCA-RQ, a new technology for storing fruits, and were compared wit

146 udies set the stage for exploitation of this new technology for the analysis of S. pombe proteins.

147 Femtosecond laser is a promising new technology for the field of cataract surgery.

148 g the history, evolution, and application of new technology for the oral examination.

149 e demonstrated the potential utility of this new technology for vaccine development with the identifi

150 tering a collaborative era in which powerful new technologies, generated by large scientific projects

151 The regulatory oversight of these new technologies has been difficult owing to the complex

152 Recently, the application of new technologies has facilitated the study of clonal lin

153 The application of these new technologies has the potential to improve our survei

154 New technology has been developed that enables Suzuki-Mi

155 pture the contact structure in wild animals, new technology has enabled biologists to obtain detailed

156 eporting can be difficult to understand, and new technology has made it more challenging.

157 New technology has resulted in high-throughput screens f

158 Several new technologies have become available to probe mechanis

159 New technologies have been developed and assessed, and a

160 New technologies have emerged in recent years to assess

161 New technologies have emerged that can noninvasively eva

162 New technologies have recently enabled saturation mutage

163 d related 2D materials has recently led to a new technology: heterostructures based on these atomical

164 New technologies hold promise but require further study.

165 With the implementation of new technology, improved reporting practices of BCID res

166 The development of new technologies in both DNA synthesis and sequencing ma

167 This study highlights the potential of new technologies in improving estimates of global N2O so

168 energy of excitation of light should lead to new technologies in optical sensing and imaging.

169 ging cancer therapies and rapid diffusion of new technologies in the absence to evidence indicating i

170 At the same time, new technology in the field, especially as it relates to

171 receive the necessary education to use this new technology in the most effective, beneficial manner.

172 New technologies include noninvasive imaging of tear sta

173 New technologies including direct measures of specific b

174 tus is mostly made with ultrasound; however, new technologies, including 3- and 4-dimensional echocar

175 New technologies, including cell phones, sensors, and mo

176 re tests, and extended automation as well as new technologies, including mass spectrometry for colony

177 e leadership and coordination in integrating new technologies into routine practice throughout the U.

178 field and discusses the integration of these new technologies into the clinic and society.

179 the challenges of translating this promising new technology into a proven regenerative therapy.

180 es) has the potential for incorporating this new technology into neural stimulation prosthetics, such

181 New technology is able to better prevent miss-transfusio

182 The new technology is applicable in plant and medical resear

183 functional characterization of cancer, this new technology is evolving significantly more slowly tha

184 The information gathered with this new technology is helping to evaluate the impacts of dam

185 All Markers of Hypothyroidism" should read "new technology is needed to allow for steady delivery of

186 Second, facilitated by new technologies, it is increasingly apparent that the b

187 A new technology, leadless pacemaker therapy, was recently

188 A number of recent papers have exploited new technologies, like single molecule tracking and real

189 The new technology looks promising because of possible cost

190 As new technology makes it possible to perform experiments

191 the late 1960s may help us understand how a new technology makes its way into routine clinical pract

192 of future sequencing platforms and how these new technologies may improve on current sequencing platf

193 This new technology may be used to quickly eliminate insects

194 This new technology may become an alternative to conventional

195 Ultimately, this new technology may provide a novel approach for nutritio

196 s, focusing on what is still unknown and how new technologies might be used to understand what change

197 As these new technologies move toward clinical application, a new

198 tonic circuits promises to catalyse powerful new technologies much like electronic circuits have in t

199 g portion of the human genome as well as the new technologies necessary to apply this knowledge to JI

200 etics, including the development of powerful new technologies, new data from genetic research on chil

201 New technologies now enable the capture of physical acti

202 clinical experiences, and implementation of new technology, nutrition educators have an opportunity

203 s innovative information on the influence of new technologies of ageing (stainless steel tanks with w

204 novel experimental strategies including the new technology of massively parallel sequencing has prov

205 The new technology of ultrathroughput MS (uMS) transforms th

206 he effects on the introduction or receipt of new technologies on study outcomes during a 2-year follo

207 We aimed to assess the impact of this new technology on the use of antibiotic treatment in pat

208 But the new technology opened a wider landscape for digital scie

209 This new technology opens up the possibility to automate and

210 have been developed because of the advent of new technologies, particularly cell culture and molecula

211 rstanding natural phenomenon and engineering new technologies, particularly in systems with molecular

212 In our approach, we focus on new technologies producing homogeneous products such as

213 em has long been recognized, new science and new technologies promise exciting prospects for the futu

214 ecific Cre-loxP-mediated recombination, this new technology provides more precise analysis of cell li

215 ssing implementation gaps, and ensuring that new technologies reach those who need them to survive.

216 Implementing this new technology requires a rapid means to determine the c

217 The new technology, Restriction Cascade Exponential Amplific

218 ogrammatic efficiency, exploring the role of new technologies, rethinking demand creation, strengthen

219 chnologies that remain competitive after the new technology's introduction determine the new environm

220 CT in diseased eyes will further define this new technology's utility in chorioretinal diseases.

221 New technologies, scientific discovery, unparalleled ava

222 microbe interactions has largely been due to new technologies such as 16S rRNA sequencing to identify

223 Meanwhile, new technologies such as clustered regularly interspaced

224 ormance computing, thin films, or completely new technologies such as flexible and transparent device

225 function should inspire more work harnessing new technologies such as imaging, proteomics, and gene e

226 As new technologies such as mass cytometry increase the par

227 With the advent of new technology such as microwave-assisted heating, sever

228 arnessed for the development of a variety of new technologies, such as genome editing.

229 th the promise of advanced architectures and new technologies, such as microfabricated ion traps and

230 New technologies, such as next-generation sequencing (NG

231 Despite the development of new technologies, such as novel urinary biomarkers and i

232 Based on the same knowledge but thanks to new technologies, such hospitals have now been built dow

233 " of cancer epidemiology research, including new technologies, team science multilevel research, and

234 Here we present a new technology termed 'Integrated Comprehensive Droplet

235 Among them, new technologies that allow for the traceability of care

236 e in bacteria, and hence there is a need for new technologies that can quantify antibiotic transport

237 the development, study and implementation of new technologies that circumvent insecticide resistance.

238 imple geometries, and end by discussing both new technologies that could drive further discovery and

239 We also describe unsolved mysteries and new technologies that could help to overcome experimenta

240 In this review, we discuss new technologies that have allowed this heretofore enigm

241 ess in directed differentiation, some of the new technologies that have facilitated the success of hP

242 ultiple existing preservation approaches and new technologies that have flourished in the past 10 yea

243 New technologies that help to unravel the role of ambien

244 There is a pressing need for new technologies that improve the efficacy and efficienc

245 ing a few nucleosomes, but thanks in part to new technologies that permit targeted alteration of chro

246 xciting times for hemophilia because several new technologies that promise extended half-lives for fa

247 These studies are leading to new technologies that will find widespread use in basic

248 We discuss aspects of new technologies that will need to be developed to rise

249 phy with enhanced depth imaging (OCT-EDI), a new technology that allows visualization of structures p

250 de that microneedle patches offer a powerful new technology that can enable more effective vaccinatio

251 The test provides a new technology that could facilitate simple and timely i

252 ization of exonic splicing mutations using a new technology that facilitates variant classification a

253 Herein, we present a new technology that integrates a microfluidic-based nano

254 We end by calling for new technology that may help us better calibrate the bor

255 ISS is a promising new technology that provides highly reliable measurement

256 gital polymerase chain reaction (ddPCR) is a new technology that was recently commercialized to enabl

257 tal control strategies (i.e., investments in new technology), the potential of operational control st

258 rmination using 2 conventional methods and 2 new technologies: the Haigis-L formula, Masket regressio

259 Additionally, we discuss how new technologies, therapeutics, and the availability of

260 d by the immense potential of innovation and new technologies to accelerate CRVS improvement.

261 uture research, including the development of new technologies to access and quantify the full spectru

262 ganic gases is a critical step in developing new technologies to allow manufacturing to occur in a mo

263 s research directions that take advantage of new technologies to build a quantitative and mechanistic

264 rly characterized, underscoring the need for new technologies to characterize MTs and their inhibitor

265 ssembly quality, suggesting the necessity of new technologies to comprehensively map ethnic and perso

266 hods to select more accurate lens power, and new technologies to confirm proper axis alignment have a

267 ovided by DNA/RNA nanotechnology and related new technologies to construct nucleic acid nanostructure

268 on increasing coverage and incorporation of new technologies to enhance current cervical screening a

269 ults anticipate the need and use of emerging new technologies to establish models that will accommoda

270 Epidemiology is dependent on new technologies to evaluate improved measurements of ho

271 Evolving concepts regarding pathogenesis and new technologies to evaluate the tears and ocular surfac

272 g-resistant pathogens and the development of new technologies to find and produce such compounds have

273 New technologies to improve the dynamic tracking of orga

274 cus of the oil industry is toward developing new technologies to increase recovery.

275 nses of sugarcane impairs the development of new technologies to increase sugarcane drought tolerance

276 New technologies to probe the nervous system are propell

277 e review the potential applications of these new technologies to the study of tumor biology and discu

278 ions, and attracting new talent and applying new technologies to type 1 diabetes research.

279 cation of agents (metabolomics, proteomics), new technology to evaluate both physical and social envi

280 Ca(2+) transporters in crops is a promising new technology to improve dietary Ca supplies through bi

281 in high-resolution optical screening offer a new technology to more rapidly evaluate antimicrobial su

282 clinical discipline and the introduction of new technology to study blood and bone marrow.

283 The target article highlights the utility of new technology to study sign language and gesture.

284 To demonstrate LS-AMS and compare the new technology to traditional solid sample AMS (SS-AMS),

285 Recently, we developed a new technology, ultrasound-switchable fluorescence (USF)

286 Many new technologies utilize surfactants, macromolecules, an

287 Furthermore, thanks to new technologies, vaccines now have the potential to mak

288 A new technology was developed to quantitatively detect a

289 To assess the impact of these new technologies, we compared turnaround times (TATs) fo

290 For the introduction of a new technology, we here present a new approach for model

291 rarely resist opportunities to capitalize on new technologies when they opened some interesting part

292 al role in successful implementation of this new technology, whereby a small, narrow protein crystal

293 REE that are critical for the development of new technologies, which now overwhelm natural REE anomal

294 rch and the development and dissemination of new technologies will eventually necessitate an update o

295 Emerging new technologies will further improve the safety and eff

296 New technologies will move beyond candidate genes in sma

297 d RNA, and are facilitating a broad range of new technologies with chemical, biological and biomedica

298 Portals represent a new technology with benefits that are still unclear.

299 The review presents and discusses these new technologies within the context of directed evolutio

300 ular access is a critical challenge for this new technology, yet even the most basic aspect of this p