ライフサイエンスコーパス: portfolio

1 ents, or youth in primary care (0.14% of the portfolio).

2 utes of Health (NIH) to invest its budgetary portfolio.

3 sked them to design a low-carbon electricity portfolio.

4 that have been published in the Circulation portfolio.

5 tor, which have published in the Circulation portfolio.

6 ar (FY) 2008 NIH climate and health research portfolio.

7 a useful addition to the existing OR ligand portfolio.

8 prehensive evaluation of the national trials portfolio.

9 ations are absolutely necessary to protect a portfolio.

10 itor, that have published in the Circulation portfolio.

11 itor) that have published in the Circulation portfolio.

12 that have been published in the Circulation portfolio.

13 ration of bioenergy into the national energy portfolio.

14 that have been published in the Circulation portfolio.

15 00 per QALY gained relative to the next best portfolio.

16 etter than that of the naive evenly weighted portfolio.

17 wth and a desire to add biotechnology to its portfolio.

18 a sustainable antimalarial-drug-development portfolio.

19 of the current total CCOP symptom-management portfolio.

20 e sex workers to be excluded from an optimal portfolio.

21 ing component of a future sustainable energy portfolio.

22 eration of other products in the procurement portfolio.

23 tive patients, no two had the same molecular portfolio.

24 up a substantial proportion of future energy portfolios.

25 breakdowns, guiding the design of protected portfolios.

26 sset diversity on the stability of financial portfolios.

27 s to divest their anti-microbial development portfolios.

28 ate, allowing to refine the drug development portfolios.

29 forced to significantly limit their allergen portfolios.

30 evaluation, learner evaluation, and teaching portfolio; 70% or more of schools used these frequently

31 Of these 63 abstracts, only 21 (0.05% of the portfolio) addressed behavioral or emotional issues.

32 drug development, we conducted a systematic portfolio analysis of cholesterol ester transfer protein

33 A portfolio analysis of climate action plans in 55 U.S. ci

34 A portfolio analysis of the title, abstract, specific aims

35 s from structured decision-making (SDM) with portfolio analysis, methods that have been used independ

36 lysis can be extended elsewhere as renewable portfolio and energy efficiency standards become more co

37 n the context of legislated renewable energy portfolio and energy efficiency standards.

38 ripts, link papers to grants, publish online portfolios and view citation information on their papers

39 ator-initiated research, maintain a balanced portfolio, and provide as much support as possible for e

40 re job (or even half the job) by itself, the portfolio as a whole is large enough that not every elem

41 sidered, the same process may display both a portfolio as well as an anti-portfolio behavior.

42 eveal broadly diversified household land use portfolios as well as three emergent clusters of farmste

43 for male sex workers could enter an optimal portfolio at similar levels of spending to when earlier

44 display both a portfolio as well as an anti-portfolio behavior.

45 allow for the construction of bespoke energy portfolios bounded by real-world supply and demand const

46 vers as special cases the no-short-positions portfolios, but does allow for short positions in limite

47 MPT-based portfolios can also have 21% less uncertainty over benef

48 efficiency measures and renewable generation portfolios can reduce nonagricultural water demand by 1.

49 enables identification of efficient research portfolios-combinations of experiments that lead to the

50 from a fossil fuel dominated portfolio to a portfolio consisting of mainly heat pump and woodchip in

51 ibility, enabling them to manage their blend portfolios cost effectively, potentially without comprom

52 Here, we apply value of information and portfolio decision analysis-methods commonly applied in

53 he past year also add to our rapidly growing portfolio describing the characteristics, course, and th

54 of risk in economics, offers a computational portfolio design procedure that can be used for a wide r

55 interactive computer tool, which constrained portfolio designs to be realistic and yield low CO2 emis

56 However, communities with the highest portfolio diversity and those that could opportunistical

57 The Robert Wood Johnson Foundation's Pioneer Portfolio, Drane Family Fund, and Koplow Charitable Foun

58 ening within communities is referred to as a portfolio effect and is analogous to the effects of asse

59 The anti-portfolio effect emerges for products of random variable

60 This portfolio effect generally results in improved biologica

61 Previous evidence for the portfolio effect in salmonids has arisen from examinatio

62 The portfolio effect is the increase of the stability of a s

63 can be achieved by higher species diversity (portfolio effect), higher asynchrony across species (ins

64 he average number of reaction pathways (anti-portfolio effect).

65 change (response diversity) and possibly the portfolio effect, but not negative covariance of species

66 that no substitutions occur displays an anti-portfolio effect, resulting in faster evolutionary proce

67 hough the total activation energy displays a portfolio effect, the rate coefficient displays an anti-

68 rate of a nucleotide substitution displays a portfolio effect, whereas the probability that no substi

69 ffect, the rate coefficient displays an anti-portfolio effect.

70 ecies, increasing salmon variability via the portfolio effect.

71 habitats have increased variability via the portfolio effect.

72 Portfolio effects are also evident in watershed food web

73 Mean-variance slopes indicated strong portfolio effects in both community types, but the inter

74 aska, to provide the first quantification of portfolio effects that derive from population and life h

75 ariability by promoting species richness and portfolio effects.

76 The portfolio entity can finance its activities by issuing d

77 Thus, a proteolytically diverse portfolio exists for MT1-MMP within the myocardium and l

78 s under development and those not yet in the portfolio, focusing on the WHO Southeast Asia region.

79 ict significantly extends the bioinformatics portfolio for kinase function analysis and will facilita

80 and male sex workers, an optimal prevention portfolio for Nairobi should focus on condom promotion f

81 s fashioned an antimalarial drug development portfolio for the sustained development and registration

82 o identify high-value HIV prevention program portfolios for US PWID, we consider combinations of four

83 refore should be considered in GHG abatement portfolios for utilities and policy makers.

84 ion, we reconstructed the vehicle technology portfolios from two national vehicle studies.

85 The attainable set of landscape portfolios further suggests tools for regional populatio

86 Every element in this portfolio has passed beyond the laboratory bench and dem

87 the optimization problem, encourages sparse portfolios (i.e., portfolios with only few active positi

88 at market trends tend to be amplified in the portfolios identified by the algorithm, such that it is

89 most frequently identified within efficient portfolios in our results.

90 portfolios of natural resources and adapting portfolios in response to change could stabilize economi

91 of their times, and their research focus and portfolios influenced the direction of the Department.

92 The management of this portfolio is being driven by MMV (Medicines for Malaria

93 nts in teaching is popular with students and portfolio learning is a successful way of involving pati

94 extending EPP decisions and resources to the portfolio level, recently made feasible through the meth

95 cability of traditional econometric tools to portfolios made of a large number of assets.

96 A role in portfolio management is ideal for individuals who enjoy

97 Portfolio management provides objective insights and ana

98 Because payers are likely to engage in portfolio management, patients can be transferred betwee

99 Here I will discuss my experience as a portfolio manager in a larger biopharmaceutical company

100 Portfolio managers often advise key decision makers at b

101 iversification effect which should protect a portfolio melts away in times of market losses, just whe

102 A portfolio mix of voluntary and regulatory actions can yi

103 biocompatible have been established and the portfolio of analytical techniques is growing.

104 In addition to neurohormones, another portfolio of biologically active molecules, termed cytok

105 t that in addition to neurohormones, another portfolio of biologically active molecules, termed cytok

106 eactors (SMRs), which could become part of a portfolio of carbon-free energy sources, are one such te

107 Defining the portfolio of CBMs, the CBMome, of a PCW degrading system

108 ddress these market failures by developing a portfolio of chemical and technological tools that will

109 A portfolio of chemistries can be used to confer drug-like

110 In order to expand the portfolio of chromatographic couplings to APLI, a new hy

111 have concluded that deployment of a diverse portfolio of clean energy technologies makes a transitio

112 terventions from the CCOP symptom management portfolio of clinical trials were extracted and analyzed

113 ork's scientific strategy, and highlight the portfolio of clinical trials, proof-of-concept studies,

114 Having a portfolio of contracts allows the hospital to optimize c

115 e course of the epidemic and in evaluating a portfolio of control strategies.

116 At the end of this study, we will have a portfolio of culturally adapted instruments for child de

117 The portfolio of diagnostic assays used in the GEMS study ca

118 Storage in oil reservoirs dominates the portfolio of existing projects due to favorable economic

119 r investigational drugs adds to the agency's portfolio of expedited programs for serious conditions.

120 The portfolio of expressed oligosaccharides in a cell reflec

121 t seem to rely so substantially on an intact portfolio of Fanconi anemia proteins.

122 ay coordinate changes in the expression of a portfolio of genes to direct new developmental programs.

123 he post-genomic sequencing era, an expanding portfolio of genomic technologies has been applied to th

124 its basic, clinical, and population research portfolio of grants, has been increasing efforts to unde

125 so make it feasible for fishermen to build a portfolio of harvest privileges and potentially reduce t

126 the plant cell wall synthesize an extensive portfolio of hydrolytic enzymes that display highly comp

127 grin alphaVbeta3 but VEGF-independent to the portfolio of IL-32, implicating a role for this versatil

128 er extraordinary opportunities to expand the portfolio of immunisations against viral and bacterial d

129 Despite this unique portfolio of indications, its availability has been limi

130 We aimed to identify an optimal portfolio of interventions to reduce HIV incidence for a

131 nal a critical role for GIWs in sustaining a portfolio of landscape functions, but legal protections

132 The portfolio of ligand-based reactivity invoked by these re

133 imizing service provision requires a broader portfolio of management approaches, including the provis

134 ity of chemical mode of action in the global portfolio of marketed antimalarials is extremely limited

135 We introduce here the use of a portfolio of mathematically derived immittance functions

136 es so by regulating the folding of a diverse portfolio of metastable client proteins, many of which m

137 Further study using a balanced portfolio of methods to assess multiple forms of genetic

138 th end-stage CHF, suggesting that a specific portfolio of MMPs are expressed in the failing myocardiu

139 Second, a region-specific portfolio of MMPs was induced after MI and was accompani

140 fined tumor types, coupled with an expanding portfolio of molecularly targeted therapies, demands fle

141 e, GrTPS2 adds an additional function to the portfolio of monofunctional class II diTPSs, which catal

142 arbohydrates in the rumen of mammals, uses a portfolio of more than 220 different dockerins to assemb

143 e results suggest that targeting a selective portfolio of myocardial MMP species for inhibition may p

144 nongovernmental scientists, across a diverse portfolio of needs--stopping the flow of oil, estimating

145 s a new Raman imaging modality expanding the portfolio of noninvasive, chemically specific analytical

146 linda Gates Foundation supports an ambitious portfolio of novel vaccines, drug regimens, and diagnost

147 cine studies to complement the current small portfolio of P. falciparum strains, primarily based on N

148 The portfolio of pancreatic cancer clinical trials identifie

149 As one of the strategies to expand our portfolio of PARP-1 inhibitors, we pursued unsaturated h

150 work adds a large new family to the current portfolio of plant E3 ubiquitin ligases.

151 % greater expected benefits than the current portfolio of PPR conservation.

152 For the first time in 40 years, a portfolio of promising new compounds for the treatment o

153 ich uniquely take advantage of the unmatched portfolio of properties of two-dimensional crystals, bey

154 ases in ATP, which can act through a diverse portfolio of purinergic signaling pathways.

155 These studies substantially expand the portfolio of rare serotype rAd vectors that may prove us

156 ry promising tool which further enlarges the portfolio of reactions allowing for on-surface polymeriz

157 Research Organization graphing to depict the portfolio of research activities and a Poisson model to

158 om meager evidence, (2) invest in a balanced portfolio of research and contemporary preparedness, (3)

159 er reuse, may require the establishment of a portfolio of standards, procedures, and possibly new ins

160 Perseus contains a comprehensive portfolio of statistical tools for high-dimensional omic

161 ct in Orange County, California engaged in a portfolio of strategies that addressed three main dimens

162 (ECM) is a complex entity containing a large portfolio of structural proteins, signaling molecules, a

163 polysaccharide O-methylation and extends the portfolio of structural targets that can be modified eit

164 ossible to examine the entire clinical trial portfolio of studies for the treatment of PVD (both arte

165 us on 'controlled droplet microfluidics' - a portfolio of techniques that provide convenient platform

166 Wind damages are best reduced by a portfolio of techniques that, assuming they work and are

167 We demonstrate that a diverse portfolio of technological options can help integrate hi

168 A portfolio of technologies now exists to meet the world's

169 e (CO2) capture and sequestration includes a portfolio of technologies that can potentially sequester

170 Current status on the portfolio of the most promising anti-gametocytes compoun

171 ight the importance of maintaining a diverse portfolio of urban green spaces and plant communities th

172 show that ecosystems are best envisioned as portfolios of assets, where the portfolio's performance

173 In addition to focusing on alternative portfolios of different fuels and power-generation techn

174 Harvesting diverse portfolios of natural resources and adapting portfolios

175 ith linear programming, to determine optimal portfolios of product impact-reduction opportunities und

176 is being paid to this topic in the research portfolios of the National Institutes of Health and othe

177 ucing T helper cells have been added to the 'portfolio' of helper T cells.

178 ees were identified through the NIH Research Portfolio Online Reporter database.

179 ing data were exported from the NIH Research Portfolio Online Reporting Tools Expenditures and Result

180 ublicly available data from the NIH Research Portfolio Online Reporting Tools.

181 the structure that benefitted its own brand portfolio over that of its competitors, and enjoying suc

182 mon asset holding by financial institutions (portfolio overlap) is nowadays regarded as an important

183 z's portfolio theory, we develop a landscape portfolio platform to quantify and predict the behavior

184 ches to Stop Hypertension (DASH) and dietary portfolio principles (n = 145); weekly food provision re

185 can help to inform research and development portfolio prioritization decisions.

186 n probabilistic sensitivity analyses, 59% of portfolios prioritized the addition of OAT and 41% prior

187 ions and this can be used to better forecast portfolio risk.

188 cks in energy applications to meet renewable portfolio (RPS) and low carbon fuel standards.

189 nvisioned as portfolios of assets, where the portfolio's performance depends on the performance of th

190 a single entity to substantially reduce the portfolio's risk.

191 We consider the problem of portfolio selection within the classical Markowitz mean-

192 as prices, a CO2 policy, a federal renewable portfolio standard, and vehicle battery cost were combin

193 In the United States, state-level Renewable Portfolio Standards (RPS) have served as key drivers for

194 renewable fuel standards and state renewable portfolio standards.

195 ility of individual species, because of both portfolio (statistical averaging) and overyielding effec

196 sel has been promoted within national energy portfolio targets across the world.

197 studies, most participants designed diverse portfolios that included energy efficiency, nuclear, coa

198 As they changed their portfolios, the tool updated information about projected

199 We adapt Modern Portfolio Theory (MPT) to optimal spatial targeting of c

200 Using portfolio theory as a conceptual framework, we explore h

201 cepts from landscape ecology and Markowitz's portfolio theory, we develop a landscape portfolio platf

202 supply systems from a fossil fuel dominated portfolio to a portfolio consisting of mainly heat pump

203 accination catch-up campaign, not yet in the portfolio, to augment the triple combination, accelerate

204 Neonatal vaccination with the portfolio vaccine decreases TB incidence by 39% to 52% b

205 A triple combination of a portfolio vaccine, drug regimen, and diagnostics reduces

206 The median dental school NIH portfolio was $14.572 million, with a minimum of $0.241

207 A unique MMP and TIMP portfolio was observed in ATAAs from MFS compared with n

208 Using these vehicle portfolios, we normalized assumptions and examined sensi

209 nal to the sum of the absolute values of the portfolio weights.

210 overlap between heterogeneously diversified portfolios, which we use to build a validated network of

211 modest amount of training data, we construct portfolios whose out-of-sample performance, as measured

212 dia tools, such as simulation and electronic portfolio, will further advance this evolution.

213 syntheses and processes for a pharmaceutical portfolio with growing synthetic complexity and increase

214 We assessed the US protected area portfolio with respect to biodiversity in the country.

215 problem, encourages sparse portfolios (i.e., portfolios with only few active positions), and allows a

216 voir of latently infected people, not in the portfolio, would reduce incidence by 37% and 82%, respec

217 al National Institutes of Health awards, the portfolio yielded 16 793 publications that appeared betw