1 Our goals were to (
1) identify changes at the small mole
2 Our goals were to a) calculate global pit latrine covera
3 Our goals were to a) evaluate two acrolein metabolites i
4 Our goal was to accelerate biomarker research on UCB by
5 Our goal is to acknowledge and validate how interweaving
6 Our goal was to acquire a comprehensive M1 forelimb repr
7 Our goal is to address this problem for datasets with ov
8 Our goal was to address an important research gap by usi
9 Our goal was to address these limitations and provide mo
10 Our goal was to analyze dynamic cellular changes using H
11 Our goals are to analyze the levels of redundancy for al
12 Here
our goal is to assess the utility and limitations of usi
13 Our goal was to assess associations of plasma and dietar
14 Our goal was to assess short-term consequences of fragme
15 Our goal was to assess the adaptive immune response to t
16 Our goal was to assess the interactive effects between t
17 Our goal was to assess the performance of standardized H
18 Our goal was to assess the prevalence of thyroid dysfunc
19 activity with ricolinostat and lenalidomide,
our goal was to assess the safety and preliminary activi
20 Our goal was to assess the sensitivity of estimated ozon
21 Our goal is to better understand the molecular processes
22 Our goal is to bridge between the communities of researc
23 Our goal was to build KCNQ1/KCNE1 models and extract mec
24 Our goal is to capture the field of invertebrate biomech
25 Our goal was to characterize lymphocyte dynamics in indi
26 Our goal was to characterize the adaptations required fo
27 Our goal was to characterize the details of the non-spec
28 Our goal was to characterize the GbdR regulon in P. aeru
29 Our goal was to characterize the pathophysiologic respon
30 Our goal was to characterize the steps underlying sensit
31 Our goal was to compare demographic, socioeconomic, and
32 Our goal was to compare the antimicrobial activity of ne
33 Our goal was to compare the EEG/EMG-based and the WBP-ba
34 Our goal was to compare the effectiveness of early (1-h)
35 Our goal was to conduct a case-control study assessing t
36 Our goal is to contribute to better understanding of the
37 Our goal was to corroborate these findings using neurops
38 Our goal was to create a DNA chip that is as easy, conve
39 Our goal was to decipher the effect of hypothermic total
40 Our goal is to define the physiological role of endogeno
41 Our goal is to define the polarized proteomes and physic
42 Our goal was to define clinical, serological and histopa
43 Our goal was to define cMyBP-C orientation by determinin
44 Our goal was to define the genetic cause of the profound
45 Our goal was to define the relationship between health c
46 Our goal was to define the role of these molecules durin
47 Our goal was to delineate a mechanism(s) by which allerg
48 Our goal was to delineate the contribution of monocytes
49 Our goal was to demonstrate that by personalizing and op
50 Our goal is to describe the capacity of human neutrophil
51 Our goal was to describe the distribution of BPA concent
52 Our goals were to describe azithromycin (AZI) pharmacoki
53 In this study,
our goal was to design and optimize new amphiphilic cati
54 Our goal is to determine the impact of hand hygiene nonc
55 Our goal was to determine associations between moderate
56 Our goal was to determine if EC-anchored ULVWF strings c
57 Our goal was to determine if monthly temperature variati
58 Our goal was to determine if pathologic changes in clipp
59 Our goal was to determine if this approach could be effe
60 Our goal was to determine the association of air polluti
61 Our goal was to determine the cause of the childhood lea
62 Our goal was to determine the contribution of specific e
63 Our goal was to determine the critical factor that promo
64 ostic laboratory for whole-exome sequencing;
our goal was to determine the frequency and clinical cha
65 Our goal was to determine the functional significance of
66 Our goal was to determine the likelihood of a colonial b
67 Our goal was to determine the nature of the reward defic
68 Our goal was to determine the optimal timing for repair
69 Our goal was to determine the PPARgamma ligand binding p
70 Our goal was to determine the role of the p75 neurotroph
71 Our goal was to determine the structural elements presen
72 ions within the mouse organ of Corti in vivo
Our goal was to determine the transfer function relating
73 Our goal was to determine whether BCMO1 expression could
74 Our goal was to determine whether cardiomyocytes respond
75 Our goal was to determine whether disparities during the
76 Our goal was to determine whether fibrinogen glycation a
77 Our goal was to determine whether GLUT4 is required for
78 Our goal was to determine whether heterozygous carriers
79 Our goal was to determine whether high dietary folate du
80 Our goal was to determine whether individual differences
81 Our goal was to determine whether maternal exposure to a
82 Our goal was to determine whether pharmacologic compound
83 Our goal was to determine whether resource abundance can
84 Our goal was to determine whether rice consumption contr
85 Our goal was to determine whether soy exposure is associ
86 Our goal was to determine whether such topological organ
87 d to Th17.1 cells to produce only IFN-gamma,
our goal was to determine whether Th17.1 cells are a pro
88 Our goal was to determine whether these reactions are de
89 Our goal was to determine whether this can afford maxima
90 Our goals were to determine relations between analytical
91 Our goals were to determine the incidence of macrolide s
92 Our goals were to determine the maximum rates of anode r
93 Our goals were to determine the prevalence of G6PD defic
94 Our goal is to develop a screening platform for quantita
95 Our goal is to develop automated histology analysis as a
96 On the computational side,
our goal is to develop methylome data analysis protocols
97 Our goal is to develop minimally invasive biomarkers for
98 Thus,
our goal is to develop novel small molecule drugs that a
99 Our goal is to develop zebrafish as an alternative syste
100 Our goal was to develop a facile general experimental ap
101 Our goal was to develop a high-efficiency protocol to ge
102 Our goal was to develop a method for enriching the aged
103 Our goal was to develop a method for quantitative autora
104 Our goal was to develop a murine model of S. epidermidis
105 Our goal was to develop a nomogram to predict the risk o
106 Our goal was to develop a nonpharmacological approach us
107 Our goal was to develop a predictive model for SIVH usin
108 Our goal was to develop an irreversible covalent inhibit
109 tudying CCK1Rs relevant to appetite control,
our goal was to develop and apply a method to determine
110 Our goal was to devise methods for specimen collection a
111 Our goal was to directly compare the activity of a stand
112 Our goal was to dissect the mechanisms by which hepatic
113 Our goal was to elucidate whether coarse PM, like fine P
114 Our goal was to elucidate whether expression of factors
115 Our goal is to encourage appropriate analytic methods th
116 Our goal was to enhance ultrasound (US)-targeted skeleta
117 Our goal was to estimate the distribution of iAs exposur
118 Our goal was to estimate the number of low-income Americ
119 Our goal was to estimate the number of major genes havin
120 ar consumption, and hence are the focus here.
Our goal was to estimate trends in added sugars in nonal
121 Our goal was to evaluate associations between lifetime e
122 Our goal was to evaluate how this parasite, and variatio
123 Our goal was to evaluate the ability of dispersion (CALI
124 Our goal was to evaluate the activities spiritual care p
125 Our goal was to evaluate the association of maternal ser
126 Our goal was to evaluate the association of urine cadmiu
127 Our goal was to evaluate the degree of agreement of elec
128 d parallel central hemodynamic measurements,
our goal was to evaluate the effects of MetS on brachial
129 Our goal was to evaluate the extent to which CNVs can be
130 Our goal was to evaluate the feasibility, efficacy, and
131 Our goal was to evaluate the hypothesis that rat models
132 Our goal was to evaluate the potential consequences of f
133 Our goal was to evaluate the potential for causal infere
134 Therefore,
our goal was to evaluate the potential for clinical use
135 Our goal was to evaluate the role of intra-axonal Ca(2+)
136 Our goal was to evaluate the role of occludin, one of th
137 Our goal was to evaluate the utility of the Tnt1 retrotr
138 Our goal was to evaluate this test using PB against larg
139 Our goal was to evaluate use and associated costs of rad
140 Our goal was to evaluate whether exposure to BPA during
141 Our goal was to evaluate whether GR differentially regul
142 Our goal is to examine how alternative policies for air
143 Our goal is to examine the hypothesis that pairwise diff
144 Our goal was to examine associations between the prevale
145 Our goal was to examine county-level local heat prepared
146 Our goal was to examine growth and abundance of three ga
147 Our goal was to examine persistent organic pollutants (P
148 Our goal was to examine risk factors for hospitalization
149 Our goal was to examine sun exposure and its interaction
150 Our goal was to examine the correlation of in vivo and p
151 Our goal was to examine the role of p16 in HPV-related f
152 Our goal was to examine the role of Wnt pathway in the e
153 Our goal was to explore how next-generation human health
154 Our goal was to explore whether non-multivalent binding
155 Our goal is to find and characterize left atrial-express
156 Our goal was to further define the signaling cascade tha
157 Our goal was to further evaluate the higher metal biomar
158 Our goal was to further explore novel methods of genetic
159 Our goal was to gain a mechanistic understanding of alco
160 Hence,
our goal was to generate a novel mouse model that could
161 Our goal was to generate such a model.
162 Our goal is to give an overview of a selection of emergi
163 Our goal is to identify a model that extracts meaningful
164 In this Perspective,
our goal is to identify emerging principles governing gl
165 Our goal is to identify feasible EGUs and their key attr
166 Our goal is to identify properties that enable robust le
167 Our goal is to identify the bps signal chemically, which
168 Our goal is to identify the structural domains of L1 whi
169 Collectively,
our goal is to identify therapeutic mechanisms to reduce
170 Our goal was to identify a combination of serum proteins
171 Our goal was to identify a highly predictive and reliabl
172 Our goal was to identify a salivary protein with anti-S.
173 Our goal was to identify and characterize AQP4-specific
174 Our goal was to identify any differences in microRNA (mi
175 Our goal was to identify associations between single nuc
176 Our goal was to identify biological factors upregulated
177 Our goal was to identify compounds responsible for the u
178 Our goal was to identify currents that trigger spontaneo
179 Our goal was to identify evolutionary conserved frame tr
180 Our goal was to identify genes in these nuclei that dist
181 Our goal was to identify genetic and nongenetic risk fac
182 Our goal was to identify gestational EDC exposures assoc
183 Our goal was to identify hepatocellular changes elicited
184 Our goal was to identify mechanisms that could cause cel
185 Our goal was to identify molecular mechanisms linking th
186 physiological importance of this transcript,
our goal was to identify molecules that regulate HMGCR a
187 Our goal was to identify nesting beach origins for turtl
188 Our goal was to identify novel genes associated with ato
189 Our goal was to identify other FDA-approved drugs that s
190 Our goal was to identify quantitative trait loci (QTLs)
191 Our goal was to identify the causal mutation in a family
192 Our goal was to identify the extent and modes, RNA polym
193 Our goal was to identify the mechanism underlying warmup
194 Our goal was to identify the residues that are essential
195 Our goal was to identify transcripts encoding antimicrob
196 Our goal was to identify unique properties of eosinophil
197 Our goal was to identify where these delays occurred and
198 Our goals were to identify the cell type responsible for
199 a comprehensive review of the entire field,
our goal is to illustrate the key aspects of imprinted s
200 Our goal was to improve the genetic diagnosis of HD phen
201 In this work,
our goal was to improve the original vaccine candidate b
202 Our goal was to improve the quality and accessibility of
203 Our goal is to incorporate these recent studies with pre
204 Our goal is to infer cancer 'progression' models from su
205 Here,
our goal is to investigate the interacting effects of sp
206 Our goal was to investigate a high-affinity and scalable
207 Our goal was to investigate a role for mammalian target
208 Our goal was to investigate any relationship between VSP
209 Our goal was to investigate community-level associations
210 Our goal was to investigate drought stress effects on mi
211 Our goal was to investigate how well flipper strokes cor
212 Our goal was to investigate MMP-20 expression and to exp
213 Our goal was to investigate more directly which one, bet
214 Our goal was to investigate processes that underlie inte
215 Our goal was to investigate the association between air
216 Our goal was to investigate the impact of high folic aci
217 Our goal was to investigate the outcomes associated with
218 Our goal was to investigate the relationship of MD and i
219 Our goal was to investigate the role of beta-arrestin-1
220 Our goal was to investigate whether iNKT cells can be ac
221 Our goal was to investigate whether the repair of 8-oxoG
222 Our goal was to investigate, in a large population of wo
223 Our goals were to investigate how multifactor experiment
224 Our goals were to investigate whether PM2.5 is associate
225 Our goal is to lay the groundwork for this technique and
226 Our goal was to localize metabolic and functional connec
227 Ultimately,
our goal was to make unbiased inference about spatial va
228 Our goal was to measure the association of CXCL5 and mol
229 Our goal is to mimic the fly's natural environments (wet
230 Our goal was to minimize the percentage of persons at st
231 Our goal was to obtain the X-ray crystal structure of th
232 Overall,
our goal is to open up fresh perspectives on the structu
233 Our goal was to optimize the anti-CD45 monoclonal antibo
234 Our goal is to overcome these limitations by designing a
235 Our goal was to perform a comparative effectiveness stud
236 Our goal was to perform a set of experiments that would
237 Our goal is to point out how these concepts of behaviora
238 pect to "Candidatus Liberibacter asiaticus."
Our goal is to point toward integrated and biologically
239 Our goal was to probe the physiology bridging this basic
240 Overall,
our goal is to promote new research avenues that would p
241 Our goal was to propose a faster method and investigate
242 Our goal is to provide a source of cross-referenced data
243 Our goal is to provide a useful tool for quantitative mo
244 d the evidence for improvements in survival,
our goal is to provide an overview of current knowledge
245 Therefore,
our goal is to provide experimentalists with a metric th
246 In this tutorial review,
our goal is to provide researchers new to the field of H
247 gned for reproducibility and flexibility and
our goal is to provide researchers with a standard frame
248 Here,
our goal is to provide the first neuroanatomical charact
249 Our goal was to provide an accurately curated and annota
250 Our goals were to provide quantitative projections again
251 fundamental rethinking of our approach, and
our goal is to provoke thought along these lines.
252 Our goal is to put these radiopharmaceuticals in the con
253 Our goal is to quantify LV/RV differences in action pote
254 Our goal is to quantify the conditions under which the l
255 Our goal was to quantify the contribution of components
256 Our goal was to quantify the morphological changes of oc
257 Our goals were to quantify protein (Kjeldahl method) and
258 Our goal was to quantitatively study this phase by direc
259 Our goal was to reduce the false positive rate of CM dia
260 Our goal was to repeat this study in a US-based cohort o
261 Our goals were to report concentrations of phthalates in
262 Our goal was to reveal the linkages between nutrition an
263 Our goal was to review studies that have utilized dynami
264 Our goal was to review the literature on evidence-based
265 Our goal was to shed light on possible roles of purinerg
266 Our goal was to show a range of approaches for conductin
267 Our goal was to show that normal people with high educat
268 Our goal is to simultaneously identify the locations of
269 Our goals are to simultaneously determine the three-dime
270 Our goal is to study the steps regulating spatiotemporal
271 Our goal was to study the cancer-promoting mechanisms of
272 Our goal was to study the role of MCs during pneumonia c
273 Our goals were to study how PMd within the same (i.e., i
274 Our goal was to summarise the scope of surgical task-shi
275 Our goal was to survey poultry production for resistance
276 Our goal was to systematically investigate the associati
277 Our goal is to target the conserved type IV secretion sy
278 Our goal was to test CD38 targeted chitosan NPs as novel
279 Our goal was to test this model of phosphorylation.
280 Our goal was to test whether MDD is characterized by red
281 Our goal was to test whether variants in the gene encodi
282 Our goal is to therefore develop a reliable, objective,
283 Our goal was to translate what we have learned from the
284 Our goal is to understand the effects of diversity, inte
285 Our goal is to understand the regulation and function of
286 Our goal was to understand how patient factors measured
287 peats is unable to increase spine formation;
our goal was to understand the function of the Sec14 and
288 Our goal was to understand the mechanism of nonallergic
289 Our goal was to understand why, among the vast diversity
290 Our goal was to unravel the mode of Idd22-based protecti
291 Our goal was to unravel the sources of experimental erro
292 Our goal was to use (13)C magnetic resonance spectroscop
293 Our goal was to use (64)Cu-labeled anti-CD105 antibody F
294 Our goal was to use an experimental model to determine t
295 Our goal was to use Drosophila melanogaster to identify
296 Our goal was to use the CDI mouse model to characterize
297 Our goals were to use latent transition models to identi
298 Our goal was to validate multiplex immunofluorescence (m
299 Our goal was to validate the Emergency Trauma Score in t
300 Our goal was to validate this simple injury/regeneration