1 rements placed on quantum control devices to
a great deal.
2 committed if they did not trust vaccinators "
a great deal" (
54% vs 9%), if they do not know that poli
3 Although we know
a great deal about global transcript abundance, little i
4 That we have learned
a great deal about hemodynamics in critically ill patien
5 lly unravelled, and this work has elucidated
a great deal about hepatic physiology.
6 Studies in Drosophila have taught us
a great deal about how animals regulate the immediate in
7 Although we now know
a great deal about how the brain analyses visual informa
8 The two fields can learn
a great deal about interaction from each other.
9 f 'wild' E. coli have, for example, revealed
a great deal about its presence in the environment, its
10 We have learned
a great deal about macrophage properties ex vivo and in
11 laboratories over the years, we have learned
a great deal about the function of this motor at the ato
12 These studies have taught us
a great deal about the functions of oncogenes and tumor
13 Although we know
a great deal about the molecules that support chemical s
14 Psychiatric genetics has taught us
a great deal about the nature of psychiatric disorders.
15 Meanwhile, we have learned
a great deal about the pathophysiology and mechanisms of
16 lar deprivation (MD) in animals has revealed
a great deal about the pathophysiology of amblyopia.
17 Although we know
a great deal about the phenotype and function of haemato
18 Although we now know
a great deal about the structural architecture underlyin
19 ed understanding of immunology has taught us
a great deal about the underlying mechanisms involved in
20 Although we know
a great deal about where sensorimotor transformations le
21 rch that survey participation rates can vary
a great deal across small areas and that there is no dir
22 I have learned
a great deal at these meetings and thought that this edu
23 In addition,
a great deal can be learned about gastroduodenal defense
24 Potentially,
a great deal can be learned about proteins or protein fa
25 difference between males and females varies
a great deal for individual Z-linked genes.
26 mation and advice and how they can also gain
a great deal from the experience that is valuable to a p
27 Although
a great deal has been learned about GPR17 expression and
28 A great deal has been learned about proteins and pathway
29 In the past 20 years,
a great deal has been learned about the enzymatic activi
30 Although
a great deal has been learned from crystal structures, d
31 Although
a great deal has been learned from these studies, signif
32 Although
a great deal has been learned recently about pDCs, our k
33 A great deal has been learned regarding the CCM in cyano
34 Although
a great deal has yet to be discovered regarding the neur
35 ir patterns and context of use have changed (
a great deal in some instances).
36 While
a great deal is known about changes in the activity of i
37 Although
a great deal is known about how Ags are processed, the m
38 Although
a great deal is known about how osteoclasts differentiat
39 Although
a great deal is known about its role in outcome monitori
40 nity to explore this issue, not only because
a great deal is known about key developmental events in
41 Although
a great deal is known about structure and function of th
42 Although
a great deal is known about T cell entry into lymph node
43 A great deal is known about the adaptive functions of so
44 While
a great deal is known about the cell types and molecules
45 In the case of the actin cytoskeleton,
a great deal is known about the components that include
46 A great deal is known about the export of spliced mRNAs,
47 A great deal is known about the influence of dispersal o
48 While
a great deal is known about the ionic currents, far less
49 Although
a great deal is known about the life cycle of bacterioph
50 Although
a great deal is known about the molecular processes that
51 Whereas
a great deal is known about the neural substrates of beh
52 Whereas
a great deal is known about the role of GluN2A- and GluN
53 In both the retina and cerebral cortex,
a great deal is known about topographic specificity, suc
54 Although
a great deal is known about vir gene activation, nothing
55 Whereas,
a great deal is now known about the mechanisms of storag
56 A great deal is possible, but not everything that can be
57 A great deal more needs to be done in the translation of
58 to 5 on a Likert scale, in which 5 indicates
a great deal of added cost and time to study completion.
59 The resulting heat equation form affords
a great deal of analytical simplicity at a minimal cost:
60 Telomere length has attracted
a great deal of attention as a candidate BoA.
61 this category, one enzyme that has received
a great deal of attention as a master protective sentine
62 In this respect, VCP has recently received
a great deal of attention as a potential new target for
63 cules for the treatment of cancer is gaining
a great deal of attention as a strategy for immunotherap
64 (ICR) biosensing measurements have received
a great deal of attention as an analyte-specific, label-
65 MicroRNAs (miRNAs) have recently received
a great deal of attention as both biomarkers and therape
66 s silica nanoparticles (MSNPs) have garnered
a great deal of attention as potential carriers for ther
67 From that time to 2011, VP-PM has received
a great deal of attention but studies have come to varyi
68 ed on enzymes or nucleic acids has attracted
a great deal of attention due to the perspectives of con
69 chnology of the future and have been winning
a great deal of attention due to their ability to perfor
70 oaches for C-C bond formation have attracted
a great deal of attention due to their ease of use and l
71 etal-organic frameworks (MOFs) have received
a great deal of attention due to their relatively high c
72 ynamic flow-through extraction is attracting
a great deal of attention for real-time monitoring of th
73 Van der Waals materials have received
a great deal of attention for their exceptional layered
74 article-based contrast agents are attracting
a great deal of attention for various biomedical imaging
75 umenal endoscopic surgery (NOTES) has gained
a great deal of attention from gastroenterologists and s
76 Over the past years,
a great deal of attention has been devoted to understand
77 Although
a great deal of attention has been directed at showing t
78 Recently,
a great deal of attention has been focused on better und
79 A great deal of attention has been recently focused on E
80 While
a great deal of attention has focused on defining the de
81 A great deal of attention has recently been focused on a
82 tion of small molecule signals, has received
a great deal of attention in recent years.
83 ple lamination, cross-bedding) have received
a great deal of attention in sedimentary geology.
84 disease genes to specific loci has received
a great deal of attention in the last decade, and many a
85 f these beneficial effects, it has attracted
a great deal of attention in the past decade, and an ent
86 The current obesity epidemic has focused
a great deal of attention on mechanisms controlling ener
87 -based drug delivery platforms have received
a great deal of attention over the past two decades for
88 here X is a set of real numbers has received
a great deal of attention over the years and is reasonab
89 e ferroelectric dots and tubes have received
a great deal of attention owing to their potential appli
90 In recent years, there has been
a great deal of attention paid to preparing the healthca
91 ally accompany excess adiposity has garnered
a great deal of attention recently.
92 known to cause desialylation, thus requiring
a great deal of attention to sample preparation.
93 Natural dietary agents have drawn
a great deal of attention toward cancer prevention becau
94 and especially multiferroics have attracted
a great deal of attention, as they open the possibility
95 sed hybrid perovskite semiconductors attract
a great deal of attention, but little is known about the
96 and its link to birth defects have attracted
a great deal of attention, much remains unknown about ZI
97 propagation of epigenetic marks has received
a great deal of attention, yet the initiation of epigene
98 drug-resistant infections, has not received
a great deal of attention.
99 mechanisms of memory storage have attracted
a great deal of attention.
100 Non-TST behavior has recently attracted
a great deal of attention.
101 gh-throughput experimental data has received
a great deal of attention.
102 logical clock, intracellular Ca is receiving
a great deal of attention.
103 synthases specify product outcome has drawn
a great deal of attention.
104 causes Parkinson's disease (PD) has received
a great deal of attention.
105 ctivities in subduction zones have attracted
a great deal of attention.
106 vapor deposition (PECVD), currently attract
a great deal of attention.
107 1-dimensional nanowires (NWs) have attracted
a great deal of attention.
108 A great deal of basic information has been accumulated s
109 hus, the decision to recommend PMRT requires
a great deal of clinical judgment.
110 However, because it excludes
a great deal of common human variation, it introduces a
111 on variants associated with complex disease,
a great deal of common variants of small effect remain t
112 Thus, there is
a great deal of communication between the p53 pathway an
113 This has motivated
a great deal of comparative evaluation and research into
114 However,
a great deal of concern has been voiced about the potent
115 Therefore,
a great deal of concern is associated with AFB1 toxicity
116 c effects and their relative magnitudes with
a great deal of confidence.
117 ons in temperature, pressure, and [3] afford
a great deal of control over the composition and archite
118 s and multiple births, which has resulted in
a great deal of controversy about the safety of folic ac
119 However,
a great deal of controversy has surrounded the topology
120 However, there is still
a great deal of controversy over these proposed mechanis
121 this has been difficult to prove, leading to
a great deal of controversy within the field.
122 Thus, there is
a great deal of cross-talk between the p53 protein and e
123 for C-C and C-X bond formation has attracted
a great deal of current attention with the advent of C-H
124 A great deal of current research focuses on expanding th
125 This technique provided
a great deal of detailed information on sea bass lipids
126 ess story of modern science and medicine, as
a great deal of disability can be alleviated through the
127 Although Crz gene sequences showed
a great deal of diversity, its expression patterns in th
128 This shows that
a great deal of ecological diversity can be maintained i
129 degree of order exhibited by these systems,
a great deal of effort has been devoted in the past two
130 e discovery of these molecules in the 1980s,
a great deal of effort has been devoted to elucidating t
131 A great deal of effort has been invested in the design a
132 In the nervous system,
a great deal of effort has focused on understanding the
133 It still remains for the community to invest
a great deal of effort to make automated function predic
134 Recently, there has been
a great deal of effort to use both the shape and the siz
135 We went on to show that
a great deal of electrical signaling heterogeneity exist
136 cytokine growth factor delivery resulted in
a great deal of enthusiasm, but larger clinical studies
137 In contrast, we found
a great deal of epigenetic differentiation among sites w
138 use many readers of the Journal may not have
a great deal of experience in this environment, I also i
139 portant chemical processes and has generated
a great deal of experimental and theoretical interest.
140 A great deal of experimental evidence also strongly impl
141 A great deal of experimental evidence indicates that thi
142 to examine even a fraction of them requires
a great deal of experiments and animals.
143 families from the Australian center reported
a great deal of financial hardship resulting from their
144 Bacteria display
a great deal of flexibility in coping with these challen
145 precise control of WS2 layers could empower
a great deal of flexibility in designing atomically thin
146 and functional studies, however, demonstrate
a great deal of flexibility in such arrangements with va
147 There is
a great deal of fundamental and practical interest in th
148 s of borides have been quite limited despite
a great deal of fundamental research.
149 rticular classes of 5-HT-ir neurons exhibits
a great deal of homoplasy.
150 re the high density phase boundaries provide
a great deal of hydrogen atoms diffusion channels and nu
151 mination of heavy metals at trace levels has
a great deal of importance due to their undesirable effe
152 There is
a great deal of information about GPCR structure but lit
153 ten modify channel gating, thereby providing
a great deal of information about these channels.
154 uploid conditions nearly a half-century ago,
a great deal of information has accrued on its origin an
155 A great deal of information has been gathered about X-bo
156 Although
a great deal of information has been learned about integ
157 A great deal of information has emerged in recent years
158 A great deal of information is retrieved from a characte
159 an be followed in many tissues, there is not
a great deal of information on how inflammation regresse
160 Contemporary research has revealed
a great deal of information on the behaviours of microtu
161 osome conformation and gene expression gives
a great deal of information regarding the strategies use
162 ompression to be tractable, while preserving
a great deal of information.
163 primarily performed in vitro, have provided
a great deal of insight into the initiating events of HT
164 Aurora kinase inhibitors have attracted
a great deal of interest as a new class of antimitotic a
165 dimensional (2D) retinal images has received
a great deal of interest as has how we shift attention i
166 e homology detection have recently attracted
a great deal of interest as they represent challenging m
167 as the nitrogen-vacancy centre has attracted
a great deal of interest because it possesses an atomic-
168 Graphene nanostructures are attracting
a great deal of interest because of newly emerging prope
169 Epitaxial nanostructures have generated
a great deal of interest because of the applications in
170 lectric and magnetic ordering are attracting
a great deal of interest because of their unusual physic
171 They are currently the focus of
a great deal of interest because they allow access to pr
172 nductor nanocrystals have recently attracted
a great deal of interest because they combine the soluti
173 s lithium-air (Li-O(2)) battery is receiving
a great deal of interest because, theoretically, its spe
174 fold-free fabrication has recently attracted
a great deal of interest due to the ability to recapitul
175 is an analytical technique which has gained
a great deal of interest for biosensing due to its sensi
176 A great deal of interest has been focused recently on th
177 Recently,
a great deal of interest has been paid to identifying th
178 Recently,
a great deal of interest has been re-emerged on the poss
179 The data suggest that, although
a great deal of interest has focused on TRPV1 as a targe
180 Although there has been
a great deal of interest in defining regulatory factors
181 As a result, there is currently
a great deal of interest in genetical genomics--that is,
182 Mesoporous oxides attract
a great deal of interest in many fields, including energ
183 There has been
a great deal of interest in mapping these on Apo B100 fr
184 To this end, there is
a great deal of interest in modifying miRNA expression l
185 There is
a great deal of interest in personalized, individualized
186 In recent years, there has been
a great deal of interest in proteasome inhibitors as a n
187 A great deal of interest in psychiatric research is curr
188 wo-dimensional (2D) materials have attracted
a great deal of interest in recent years.
189 y the Cassini/Huygens mission has stimulated
a great deal of interest in Saturn's moon, Titan.
190 Owing to
a great deal of interest in the anomeric effect, anomeri
191 Although there is
a great deal of interest in the biological diversity of
192 There exists, in particular,
a great deal of interest in the correlation between bloo
193 There has been
a great deal of interest in the development of methodolo
194 The dopamine D4 receptor garnered
a great deal of interest in the early 1990s when studies
195 ot present in the bulk materials, generating
a great deal of interest in the fundamental physics of t
196 s involved in reversal learning has provoked
a great deal of interest in the last years.
197 Recently there has been
a great deal of interest within the ecological community
198 , but unobserved, interactions has generated
a great deal of interest, and is sometimes referred to a
199 is anticipated that this work would generate
a great deal of interest, not only among virologists but
200 xt, plasmonic Fano resonances have generated
a great deal of interest, particularly for use in sensin
201 tein remote homology detection has attracted
a great deal of interest.
202 deling genes in common cancers has attracted
a great deal of interest.
203 cleotides as therapeutic agents has elicited
a great deal of interest.
204 ck(s) for propulsion have recently attracted
a great deal of interest.
205 severely iodine-deficient regions, there is
a great deal of intraindividual variation in the ability
206 ppings in the brain; we should expect to see
a great deal of irreducible functional diversity in the
207 We have acquired
a great deal of knowledge about Lp(a), but this has not
208 A great deal of knowledge is beginning to unravel the co
209 There is
a great deal of knowledge on the products of leukemic tr
210 While
a great deal of knowledge on the roles of hydrogen bondi
211 Although there is
a great deal of knowledge regarding the phylo- and ontog
212 there has been a surge of activity, based on
a great deal of mechanistic information, aimed at develo
213 and expression-profiling studies have shown
a great deal of molecular heterogeneity among RPCs.
214 The HapMap Project is providing
a great deal of new information on high-resolution haplo
215 Recently there has been
a great deal of new population based evidence on visual
216 A great deal of our current understanding of the role of
217 ease, as different proteases can demonstrate
a great deal of overlap in substrate specificities.
218 such failures prior to treatment could save
a great deal of pain and expense for the patient with HC
219 The developing brain has the capacity for
a great deal of plasticity.
220 alates (POMs) have remarkable properties and
a great deal of potential to meet contemporary societal
221 unctioning autism and Asperger syndrome have
a great deal of potential with respect to long-term deve
222 le measurements provide such approaches both
a great deal of power and a number of challenges.
223 A great deal of previous work has provided us with two i
224 Despite
a great deal of prior investigation into HuR, there is s
225 Despite
a great deal of prior research, the early pathogenic eve
226 A great deal of progress has been made recently in under
227 While
a great deal of progress has been made, full signal tran
228 A great deal of progress has recently been made in the d
229 Over the last several years, there has been
a great deal of progress in characterizing the role of d
230 There has been
a great deal of progress in the development of oncolytic
231 There has been
a great deal of progress in the development of replicati
232 Label-free quantitative proteomics holds
a great deal of promise for the future study of both med
233 Protein conformation dictates
a great deal of protein function.
234 A) is a well-characterized glycoprotein with
a great deal of published information on its structure,
235 cumbered Lewis acids and bases, has prompted
a great deal of recent activity.
236 ion deposit semiconductor films has received
a great deal of recent attention as a way to potentially
237 A great deal of recent research has focused on the immun
238 coupled, identical oscillators has attracted
a great deal of recent theoretical and experimental inte
239 cles induced by source reduction account for
a great deal of reductions in the basic reproductive rat
240 rsification, the tetrapod limb has undergone
a great deal of remodeling.
241 This has triggered
a great deal of research attempting to understand the mo
242 A great deal of research focuses on how humans and anima
243 molecular chemistry and later nanotechnology
a great deal of research has been focused on new types o
244 A great deal of research has been performed to determine
245 Although
a great deal of research has focused on strategies used
246 A great deal of research has investigated both the mecha
247 Though
a great deal of research has provided evidence that bias
248 tely, these materials have been the focus of
a great deal of research in recent years with the goal o
249 This simple molecule has attracted
a great deal of research interest over the past half cen
250 A great deal of research involving multidisciplinary app
251 r interacting proteins has been the focus of
a great deal of research that has boosted our understand
252 uditory verbal hallucinations have attracted
a great deal of scientific interest, but despite the fac
253 If these crossover times are not used,
a great deal of separating power will be needlessly lost
254 oftwares require a large memory for handling
a great deal of sequence data.
255 the available synthetic parameters relies on
a great deal of serendipity.
256 es derived from phylogenetic studies reveals
a great deal of similarity, where, as expected, the most
257 current methods to store genealogies consume
a great deal of space, are slow to parse and do not take
258 uctivity, particularly for a large lake with
a great deal of spatial variability.
259 There is
a great deal of structural regularity in the natural env
260 ication, and HIV-1 and HIV-2 proteases share
a great deal of structural similarity.
261 rded as one of the simplest metals, displays
a great deal of structural, optical, and electronic comp
262 A great deal of studies focused on characterizing the so
263 There is, in fact,
a great deal of subtlety in the relationship between the
264 ablished and in the last decade has received
a great deal of supporting evidence from genetic, pharma
265 microbial evolution and that they can store
a great deal of the Earth's microbial diversity in their
266 ghly associated with common traits; however,
a great deal of the heritable variation associated with
267 A great deal of their work was conducted during the 1950
268 A great deal of this work has centered on neurodevelopme
269 A great deal of uncertainty exists regarding the chemica
270 Although subject to
a great deal of uncertainty, some simulations of the 21s
271 cies, mice and flies, are together providing
a great deal of understanding of these processes.
272 s a prescriptive framework that has inspired
a great deal of valuable research.
273 Humans dampen learning when there is
a great deal of variability in reward outcome, and two b
274 Additionally, there was
a great deal of variability in the neutralization effica
275 Gene-specific phylogenetic analyses revealed
a great deal of variation in preferred topology, resulti
276 vidence of extensive hospital outbreaks, but
a great deal of variation in resistance mechanisms and t
277 agnosed through reading difficulty, there is
a great deal of variation in the phenotypes of these ind
278 pecies, but amongst these hosts there exists
a great deal of variation in the susceptibility to and t
279 edical Ontologies (OBO) group have exhibited
a great deal of variety, because different parties can d
280 There has been
a great deal of work done in this area over the last 18
281 rs has steadily grown over many decades, and
a great deal of work has been dedicated to developing te
282 Although
a great deal of work has implicated the amygdala as a ne
283 In recent years, there has been
a great deal of work into the development of new TSPO-sp
284 Despite a growing body of data,
a great deal of work is still needed to establish optima
285 red in the last 18 months but there is still
a great deal of work necessary in this area.
286 There is still
a great deal of work to be done to establish whether a b
287 A great deal of work was devoted to the optimal choice o
288 A great deal of work will be needed, however, before mit
289 Its specificity relies
a great deal on host pattern recognition molecules that
290 ffering severity from specific symptoms (ie,
a great deal or a lot) including nausea, 52.3% (57 of 10
291 Notably, however,
a great deal remains to be understood about the immunobi
292 pite the exponential growth of the EV field,
a great deal remains unclear about the mechanisms that r
293 We have learned
a great deal since the existence of an integrated form o
294 llular signaling events has proved fruitful,
a great deal still remains to be elucidated regarding th
295 Immunologists have
a great deal to contribute to the development of vaccine
296 However, there remain
a great deal to learn about iPSC safety, the reprogrammi
297 te divergent, suggesting that there is still
a great deal to learn about the genetic basis of EPEC vi
298 ical biochemical techniques have contributed
a great deal to our understanding of the mechanisms regu
299 However, expression of these genes varies
a great deal:
while a few genes exhibit classical induct
300 n; 63.6% reported that meditation had helped
a great deal with these conditions.