ライフサイエンスコーパス: than ever

1 future of research in this field is brighter than ever!

2 ular gene or genomic region more challenging than ever.

3 tion of surgical scientists more challenging than ever.

4 ement procedures performed is growing faster than ever.

5 mation at the point of care is now felt more than ever.

6 atric inflammatory bowel disease more timely than ever.

7 ecially decision-making, is now evident more than ever.

8 care guidance is, therefore, more important than ever.

9 icient retrieval and exploitation is greater than ever.

10 biology with experimental biology is greater than ever.

11 factors and health are needed more urgently than ever.

12 ole of microbe hunters is now more important than ever.

13 guiding nursing practice is more challenging than ever.

14 e lung treatment modalities is more critical than ever.

15 g the need for new antibiotics more critical than ever.

16 logy and infection control is more important than ever.

17 w, better, and cheaper drugs are needed more than ever.

18 ional resource limitations is more important than ever.

19 d clean energy has now become more important than ever.

20 er crop varieties cheaper, easier and faster than ever.

21 drug delivery field are urgently needed more than ever.

22 and appropriate management is more important than ever.

23 tics have brought viable alternatives closer than ever.

24 er hindrance to the field of pain management than ever.

25 nd young children receiving formula products than ever.

26 es, antenna design has become more demanding than ever.

27 sis of cardiac amyloidosis is more important than ever.

28 lenge of encouraging vaccination more urgent than ever.

29 revalence of fake reviews is arguably higher than ever.

30 s of colony size variation is more important than ever.

31 its importance to disease spread is clearer than ever.

32 ts passes, while their future looks brighter than ever.

33 plex and difficult to solve, but more urgent than ever.

34 hanism for irAE development is more critical than ever.

35 hepatocellular carcinoma is more diversified than ever.

36 landscape of advanced HCC is becoming wider than ever.

37 pecific genes of interest, is more important than ever.

38 gh-quality peer review is more important now than ever.

39 st magnetic material has been more important than ever.

40 the realization of precision medicine closer than ever.

41 ATVs) will be introduced worldwide is higher than ever.

42 on, and free the world of malaria is greater than ever.

43 h this partnership perhaps now more intimate than ever.

44 sequence variations in the population faster than ever.

45 amounts of tumor Ags, is important now more than ever.

46 g and jobs has made science more competitive than ever.

47 higher dimensionality and higher throughput than ever.

48 haping today's infectious disease field more than ever.

49 dical/biological fields are advancing faster than ever.

50 evolved to be more complex and controllable than ever.

51 oinformatics infrastructure is more pressing than ever.

52 ses multiple objectives is required now more than ever.

53 nergy storage is now becoming more important than ever.

54 ect the global drug supply is more important than ever.

55 gher among never [1.68 (95% CI: 1.26, 2.24)] than ever [1.19 (95% CI: 0.74, 1.92)] smokers for CO.

56 d why nature is (under)valued is more urgent than ever(4).

57 ing and modeling species communities is more than ever a central goal of ecology.

58 Fight against malaria is more than ever a current problem, and the solution will proba

59 t of platelet function now is more important than ever, a critical reappraisal of available technique

60 More than ever, a multidisciplinary approach for liver cancer

61 global health landscape looks more promising than ever, although progress has been uneven.

62 logies, people are documenting more memories than ever and are sharing them with larger audiences.

63 er, research on PD appears to be more robust than ever, and our quest to find its cause appears to be

64 s for funded radiologic research are greater than ever, and the amount of federal funding coming to a

65 Microbial biodiversity seems greater than ever anticipated yet predictable from the smallest

66 pted, the laboratory mouse is more important than ever as a model system for understanding the biolog

67 ating immune responses is better appreciated than ever, as is the role of CD4+ CD25+ regulatory T cel

68 duce preventable mortality is more important than ever, as shifting burdens of disease are affecting

69 -CoV-2 variants of concern (VOCs) is greater than ever, as these variants are more transmissible and

70 Today, more than ever, basic science research provides significant o

71 s and domestic governments is more important than ever because they have a great opportunity and resp

72 sts and the general population to think more than ever before about how we interact with microbes in

73 We know more than ever before about the in vitro properties of these

74 g of viral samples is now easier and cheaper than ever before and can supplement epidemiological meth

75 fluorinated molecules more readily available than ever before and have begun to have an impact on res

76 re is now more genetic information available than ever before and large meta-data sets offer great op

77 eople are living after a diagnosis of cancer than ever before and now account for around 5% of the US

78 besity and cardiovascular disease are higher than ever before and still growing.

79 More young women survive breast cancer than ever before and they are at risk of the sequelae of

80 te thousands of chemicals faster and cheaper than ever before and to reduce testing on laboratory ani

81 Today, dentists have more options than ever before available to them.

82 able machine learning models are needed more than ever before for Intrusion Detection and Prevention

83 movement because we have more, better tools than ever before for observing and manipulating systems,

84 iants has made virus taxonomy more important than ever before in controlling the spread of diseases.

85 he data collected have provided more insight than ever before into the case fatality ratio (CFR) and

86 ching access worldwide, and at a rate faster than ever before makes it a formidable force and voice.

87 ited States contained more species diversity than ever before reported on a single host, including up

88 de that researchers are in a better position than ever before to build a synthesis to understand how

89 enes and tumor markers, which make it easier than ever before to identify people with increased risk

90 roaches for HCV will help many more patients than ever before to overcome the virus.

91 are more plentiful and interconnected today than ever before(4).

92 Ls) are more widely used within the industry than ever before, and accurate models of their physicoch

93 today can measure activity from more neurons than ever before, and are facing the challenge of connec

94 I and ARDS are better defined and understood than ever before, and their outcome has improved for unc

95 ise of better immunotherapies appears closer than ever before, but much work is still needed to devel

96 uorine into complex organic molecules easier than ever before, but selective, general and practical f

97 e patients with cancer use hospice currently than ever before, but there are indications that care in

98 Nature is currently supplying more materials than ever before, but this has come at the high cost of

99 More than ever before, digital tools allow us to take that di

100 More than ever before, people across the world are exposed to

101 The research was more diverse than ever before, reflecting the variety and complexity

102 e detailed information on surface properties than ever before, thanks to the simultaneous multi-chann

103 rinciples now play a greater role in biology than ever before, which we illustrate with some examples

104 affords people access to richer information than ever before, with many individuals opting to consum

105 ion of UHF to clinical cohorts more feasible than ever before, yet the application of UHF approaches

106 ning capacity, and more resistant to disease than ever before, yet when mortality rates increase by 2

107 The scale of human interaction is larger than ever before-people regularly interact with and lear

108 ife-threatening acute and chronic infections than ever before.

109 , and have more cardiovascular comorbidities than ever before.

110 s has evolved and is now more evidence-based than ever before.

111 of folding landscapes at longer time scales than ever before.

112 auma specialists face more challenging cases than ever before.

113 have made adrenal incidentalomas more common than ever before.

114 with more people living in high-hazard areas than ever before.

115 hat acquired the mitochondrion more obscure, than ever before.

116 an expect to care for more diabetic patients than ever before.

117 derstand the art of media relations more now than ever before.

118 But we are closer than ever before.

119 cs in rice and other cereals more manageable than ever before.

120 ratory workers is a higher national priority than ever before.

121 toid arthritis earlier and more aggressively than ever before.

122 analyze complex genomes more comprehensively than ever before.

123 king data more systematically and accurately than ever before.

124 acterization of elements within the spectrum than ever before.

125 cataract surgery enjoy a successful outcome than ever before.

126 ess biodiversity questions on a larger scale than ever before.

127 of available data are being appreciated more than ever before.

128 promises to deliver more molecules in vials than ever before.

129 f complex biological systems more accessible than ever before.

130 r and at a deeper and more mechanistic level than ever before.

131 s diseases have assumed a larger global role than ever before.

132 icity studies are more rigorous and reliable than ever before.

133 e human gut contains fewer bacterial species than ever before.

134 ack further in time and with greater clarity than ever before.

135 ealth plans (HDHPs) vs traditional insurance than ever before.

136 nions and enables the spread of ideas faster than ever before.

137 entified with higher throughput and accuracy than ever before.

138 to the specific patient and diagnostic task than ever before.

139 and their functions with higher sensitivity than ever before.

140 is substantially greater in the last decade than ever before.

141 structures with considerably higher accuracy than ever before.

142 ir deficient genes more easily and precisely than ever before.

143 were more engaged in period problems in 2021 than ever before.

144 ict protein structures with greater accuracy than ever before.

145 or the global carbon cycle in greater detail than ever before.

146 making analysis more sensitive and efficient than ever before.

147 s with more replicates and higher resolution than ever before.

148 more decentralised, bottom-up, and scalable than ever before.

149 , and have more cardiovascular comorbidities than ever before.

150 oal by linking variation with disease faster than ever before.

151 eds in manipulating CO formation are greater than ever before.

152 es in greater number and chemical complexity than ever before.

153 urs, allowing tattoos to be more spectacular than ever before.

154 natural and synthetic) are discovered faster than ever before.

155 mechanisms can be studied in greater detail than ever before.

156 tal health problems, we need bigger datasets than ever before.

157 s of warmer, saltier and denser water masses than ever before.

158 n genomes to be sequenced faster and cheaper than ever before.

159 ab get up and running much faster and easier than ever before.

160 ht of evolution, and vice versa, more deeply than ever before.

161 ns are being produced at a higher throughput than ever before.

162 " pain states are much better understood now than ever before.

163 in-person and through web-based programmes, than ever before.

164 toplasties, are being performed in Australia than ever before.

165 n nonmodel species is becoming more feasible than ever before.

166 ions can possess much higher kinetic energy than ever before.

167 sciences in a far more sophisticated manner than ever before.

168 he need for alternative fuels is greater now than ever before.

169 ngation with time resolving capacity shorter than ever before.

170 More patients are surviving cardiac arrest than ever before; however, the burden now lies with esti

171 y CRISPR has made genetic engineering easier than ever, both in vitro and in vivo.

172 n FTO as well as other TCO films with better than ever conductivities.

173 ve switching is an order of magnitude larger than ever encountered in any other similar systems.

174 s the easiest and more interactive interface than ever existing GUIs for molecular docking and high-t

175 ntal conditions are now more urgently needed than ever for evidence-based management and policy decis

176 his disease process, there is a greater need than ever for evidence-based management of postinfectiou

177 ation of pathogenic yeasts is more important than ever for guiding antifungal chemotherapy.

178 osing lung disease has made it more critical than ever for radiologists to facilitate accurate and ea

179 he post-genomic era, there is a greater need than ever for the continued participation of this group

180 ools are making this bacterium more valuable than ever for the expression of complex eukaryotic prote

181 Today, the case is better than ever for the value of investing in health for reduc

182 nt years have brought more treatment options than ever for this patient population, but it remains ch

183 d for accurate sequence annotation is higher than ever, GeneMark-ET will be a valuable addition to th

184 Now more than ever, healthcare providers must be able to discuss

185 the characterization of ILC2s in more detail than ever; however, the novelty of ILC2 biology requires

186 s have a much more important structural role than ever imagined.

187 e the therapeutic approach is more important than ever in the context of the COVID-19 pandemic.

188 atic cysts is challenging but more important than ever, in part because of the increasing number of i

189 overy and development of new medicines, more than ever, is dependent on collaboration between multipl

190 IFICANCE STATEMENT With humans living longer than ever, it is crucial that we identify mechanisms tha

191 e need for palliative cancer care is greater than ever notwithstanding the strides made over the last

192 w that heatwaves of much greater intensities than ever observed are possible in other locations like

193 ariations down to 1,000 times smaller scales than ever observed before, showing a dissipative regime

194 nto the stratosphere and to higher altitudes than ever observed in the satellite era.

195 ecialists, in particular, are more dependent than ever on access to high-quality diagnostic informati

196 hat by making the learning process rely more than ever on families, rather than on teachers, and by g

197 Now, more than ever, patients are asking about the possibility of

198 Today, more than ever, people interact with one another and the envi

199 and across borders are now more influential than ever, posing unprecedented sustainability challenge

200 disease biomarkers, at lower concentrations than ever previously achieved using UV detection.

201 eric excesses (ee) of up to 60%, much larger than ever recorded.

202 reading difficulty appears to be much higher than ever reported on Chinese reading.

203 of crystalline Si at much lower temperatures than ever reported previously.

204 More than ever, scientific progress in cancer research hinges

205 Yet, genomes are more than ever-shuffling collections of genes.

206 They are now more crucial than ever since the COVID-19 pandemic outbreak.

207 1.61; 95% CI, 1.01 to 2.57; P trend = .002) than ever-smokers (HR, 1.36; 95% CI, 0.86 to 2.15; P tre

208 Now more than ever, surgeons must verify performance measures and

209 nvironmental predictions are more accessible than ever thanks to new tools from movement ecology, and

210 for new stable inorganic compounds is faster than ever, thanks to high-throughput density functional

211 It is more evident now than ever that nucleosomes can transmit epigenetic infor

212 First, it now appears clearer than ever that the "one gene, one disease" model is inap

213 ral mosquito populations, it becomes clearer than ever that the CI induction and rescue stem from a t

214 It is now more apparent than ever that we need a better and more proactive appro

215 Now, more than ever, the ability to acquire mathematical skills ef

216 rumentation advancing and yielding more data than ever, the analysis of a large amount of PPI-associa

217 e information is available at our fingertips than ever, the information we choose to collect determin

218 Now, more than ever, there is a need for new antimicrobial drugs t

219 Today, more than ever, these historical lessons loom large as we fac

220 to technological advances, we are now closer than ever to achieving this goal, and radiologists need

221 dule, persistent vigilance is more important than ever to avoid delays in vaccine administration.

222 recent advances that are bringing us closer than ever to being able to derive systematic, comprehens

223 nts at "optimum" times, it is more important than ever to develop sensitive stratification parameters

224 There are more reasons than ever to encourage breastfeeding and more formal stu

225 ded criteria" exists, it is more appropriate than ever to evaluate their utility compared with that s

226 c discovery in psychiatry, it is more timely than ever to explicitly disentangle genetic contribution

227 rs mainstream medicine, it is more important than ever to have a grasp of exactly how to leverage it

228 sequencing technologies have made it easier than ever to identify the sequences of microorganisms in

229 advancements in genomics have made it easier than ever to investigate the relationship between genes

230 tate-of-the-art datasets are more accessible than ever to researchers around the world.

231 in both CT and MRI, and these are now closer than ever to routine clinical adoption.

232 methods in the past decade, it is now easier than ever to study fine details of protein synthesis in

233 , and medical imaging have brought us closer than ever to understand brain development in health and

234 ic individuals growing, it is more important than ever to understand the negative consequences of dia

235 data in their planning, it's more important than ever to understand the strengths and limitations of

236 More than ever, valid, transparent, and intuitive summaries o

237 fusion medicine have made blood supply safer than ever, whereas changes in transfusion practice have

238 set to begin, more human-occupied spacecraft than ever will be in Earth's orbit and beyond.

239 oncept remains relevant and is more testable than ever with modern molecular methods.

240 learning in the natural world are now, more than ever, within reach.