1 nes, the breakpoints can be computed without
much effort.
2 had remained elusive for a long time despite
much effort.
3 Since then it has been the focus of
much effort.
4 Despite
much effort,
9cRA has not been identified as an endogeno
5 he opportunity cost but rather modulates how
much effort a given reward is worth.
6 Despite
much effort,
a robust protocol for in vitro germination
7 Despite
much effort and advances in the field, current immunosup
8 Despite
much effort and its many successful applications, this i
9 Despite
much effort and some notable advances, the modifications
10 Despite
much effort and technological progress, still very few s
11 Despite
much effort,
antibody therapies for Alzheimer's disease
12 Even after
much effort by the research community, an intrinsic stra
13 e performance characteristics are available,
much effort continues to be invested in the development
14 tremendous research interests recently, with
much effort focused on improving their mechanical actuat
15 nd an alkane has not been elucidated despite
much effort for more than two decades.
16 Despite
much effort,
gold standard therapy has not changed since
17 of the catalyst is not always clear although
much effort has been addressed to this task.
18 Therefore,
much effort has been aimed at circumventing or reversing
19 Although
much effort has been dedicated to developing Ti-MOFs wit
20 Much effort has been dedicated to spin-orbit torques (SO
21 Plants produce numerous terpenes and
much effort has been dedicated to the identification and
22 Much effort has been dedicated to understanding the dyna
23 While
much effort has been dedicated toward this goal by using
24 Much effort has been devoted in the development of effic
25 and solid-state lighting applications and so
much effort has been devoted to achieve highly efficient
26 Although
much effort has been devoted to comparative studies of n
27 rmacologic effects of supplemental arginine,
much effort has been devoted to defining its role in num
28 Much effort has been devoted to developing methods for t
29 Therefore,
much effort has been devoted to developing of protocols
30 Much effort has been devoted to developing scoring schem
31 Although
much effort has been devoted to developing this new tech
32 Much effort has been devoted to examining the role playe
33 brown adipose tissue (BAT) in adult humans,
much effort has been devoted to exploring this tissue as
34 Recently,
much effort has been devoted to improve the efficiency o
35 While
much effort has been devoted to measuring and calculatin
36 Much effort has been devoted to measuring these phenotyp
37 Although
much effort has been devoted to quantifying how warming
38 Much effort has been devoted to reconstruct various type
39 Much effort has been devoted to screen the optimized pro
40 Although
much effort has been devoted to studying basin-wide temp
41 While
much effort has been devoted to the characterization of
42 Much effort has been devoted to the development of stati
43 Much effort has been devoted to the discovery of specifi
44 Therefore,
much effort has been devoted to the experimental charact
45 Already
much effort has been devoted to the filling of nanotubes
46 Although
much effort has been devoted to the identification of th
47 Recently,
much effort has been devoted to the investigation of spe
48 Since their discovery in 2007(1),
much effort has been devoted to uncovering the sources o
49 Much effort has been devoted to understanding how densit
50 In recent years,
much effort has been devoted to understanding immune eva
51 Much effort has been devoted to understanding the capabi
52 GEs are partly regulated by CNAs, and
much effort has been devoted to understanding their rela
53 Much effort has been devoted to understanding this fact,
54 Over the last decade,
much effort has been directed at characterizing factors
55 nd other age-related pathologies; therefore,
much effort has been directed at understanding the enzym
56 Much effort has been directed at understanding the molec
57 Much effort has been directed to agents that reduce LDL
58 Much effort has been directed to analyses of organic com
59 Although
much effort has been directed toward controlling their s
60 Accordingly,
much effort has been directed toward developing ligands
61 To fight COVID-19,
much effort has been directed toward in vitro drug repur
62 Although
much effort has been directed toward motility of individ
63 Much effort has been directed toward understanding the c
64 Subsequently,
much effort has been directed toward understanding the m
65 Although
much effort has been directed toward understanding the n
66 In chemical synthesis,
much effort has been directed towards developing asymmet
67 Much effort has been directed towards extending studies
68 e context of drug discovery and development,
much effort has been exerted to determine which conforme
69 Much effort has been expended in an attempt to identify
70 proteins occurs via sequential programs, and
much effort has been expended in delineating the molecul
71 Much effort has been expended in the search for an endog
72 To date,
much effort has been expended on making high-performance
73 Much effort has been expended on the detailed experiment
74 Much effort has been expended to develop inhibitors agai
75 Much effort has been expended to dissect the molecular b
76 To date,
much effort has been focused on calculating, defining, a
77 Although
much effort has been focused on defining the common char
78 Much effort has been focused on increasing the OSC of ce
79 Much effort has been focused on the development of EGFR-
80 Recently,
much effort has been focused on understanding the factor
81 Much effort has been focused on using transmission spect
82 d from human samples is frequently limiting,
much effort has been invested in developing methods for
83 Whereas
much effort has been invested in elucidating the role of
84 Much effort has been invested in improving its diagnosis
85 Consequently,
much effort has been invested in the development of in v
86 Because proteins play vital roles in life,
much effort has been invested in their mimicry by synthe
87 In the past,
much effort has been invested to correct drifting baseli
88 Much effort has been invested to try to mimic this featu
89 Although
much effort has been launched to pharmacologically disab
90 Much effort has been made in recent years to develop NMR
91 Much effort has been made in the literature to calibrate
92 Although
much effort has been made regarding functionalization of
93 Much effort has been made to decipher the molecular mech
94 Hence,
much effort has been made to determine its primary struc
95 Recently,
much effort has been made to develop the theory behind s
96 Therefore,
much effort has been made to generate agonistic Abs targ
97 We conclude that, although
much effort has been made to improve coverage measuremen
98 In recent years
much effort has been made to increase the Sn content in
99 Much effort has been made to inhibit this enzyme, with t
100 Much effort has been made to try to understand the relat
101 ncer and other degenerative disorders; thus,
much effort has been made to understand the ways in whic
102 Recently,
much effort has been made to understand this suite's pet
103 Much effort has been made to unravel the connections amo
104 ition (CVD) growth of SWNT is desirable, and
much effort has been made towards the ultimate goal of c
105 While
much effort has been placed on comprehensive quantitativ
106 Much effort has been placed on finding a suitable compos
107 Although
much effort has been put into optimizing amplification p
108 Much effort has been put into the development of clinica
109 On the other hand,
much effort has been put into the field of integrated no
110 Much effort has been spent clustering neurons into trans
111 Although
much effort has been spent on the enantioselective synth
112 In recent years,
much effort has been spent on understanding how insulin
113 Much effort has been spent recently in identifying host
114 Toward those ends,
much effort has continued to focus on the discovery of n
115 Much effort has focused on characterizing the signal tra
116 Although
much effort has focused on COX-2 inhibition, recent work
117 Much effort has focused on defining activating pathways,
118 Much effort has focused on methods for detecting DNA, SN
119 Much effort has focused on miniaturizing spectrometers,
120 Although
much effort has focused on the characterization of chang
121 While
much effort has focused on the identification of genes a
122 Although
much effort has focused on the relationship between ATM
123 Much effort has focused on the role of IRP1 in posttrans
124 Instead,
much effort has focused on the understanding of initiati
125 Although
much effort has focused on their genetic characterizatio
126 Much effort has focused on understanding how glycolysis
127 While
much effort has focused on understanding the function of
128 Much effort has gone into analyzing the behavior of secr
129 Much effort has gone into annotation of TE copies in ref
130 While
much effort has gone into building predictive models of
131 Recently,
much effort has gone into defining relationships between
132 none, and prenylated proteins; consequently,
much effort has gone into developing inhibitors that tar
133 the need to sleep is sensed and discharged,
much effort has gone into identifying the neural circuit
134 Much effort has therefore been devoted to elucidating wh
135 Much effort has therefore been focused on 'natural produ
136 ic ligands having diverse ligating topology,
much efforts have been focused in the last decade or so
137 Despite
much effort having been devoted towards the design of th
138 al evolution in which society determines how
much effort,
if any, is ethically required to preserve o
139 ere: (i) recognize that even after investing
much effort in identifying and eliminating causes for la
140 There has been
much effort in recent years aimed at understanding the m
141 nvironment for transcription factors; hence,
much effort in recent years has been devoted to the eluc
142 Despite
much effort in studying drug dispersion with animal mode
143 Much effort in the field of musculoskeletal oncology has
144 Despite
much efforts in encapsulating sulphur particles with con
145 Why do humans put so
much effort into celebrating a long-gone past?
146 To understand why humans put
much effort into celebrating cultural myths, it is cruci
147 e alcoholic beverages and spend time and put
much effort into compulsively seeking alcohol, before ev
148 While the AI industry directs
much effort into improving the reasoning abilities of LL
149 The pharmaceutical industry has put
much effort into the development of novel potent glucoco
150 In this respect,
much effort is being focused on combining oncolytic viru
151 rease morbidity in gynecologic malignancies,
much effort is being focused on implementing less aggres
152 Much effort is being invested in defining the intrinsic
153 Beyond iPSC technology,
much effort is being made to generate neurons directly f
154 fic literature in these areas indicates that
much effort is currently being directed toward these goa
155 However, while
much effort is currently devoted to developing new adsor
156 Hence,
much effort is currently devoted to developing novel tre
157 are too large for most gene therapy vectors,
much effort is currently devoted to smaller constructs.
158 As such,
much effort is currently focused on decoding the molecul
159 Although no licensed vaccine exists,
much effort is currently focused on subunit vaccines tha
160 Currently,
much effort is devoted to the development of diagnostic
161 Currently,
much effort is devoted toward development of therapies t
162 significantly from imaging technologies and
much effort is directed toward making this imaging more
163 safety is a topic of continuing concern, and
much effort is expended on measures to decrease the risk
164 Among them,
much effort is focused on aberrant Tau phosphorylation a
165 hat can mitigate current CO(2) emissions(2),
much effort is focused on developing solid adsorbents th
166 tic events driving melanoma progression, and
much effort is focused on identifying pro-metastatic abe
167 Consequently,
much effort is invested in optimizing the design of cata
168 an infectious disease, as it quantifies how
much effort is needed to control transmission.
169 Therefore,
much effort is put into synthesizing novel nanostructure
170 Following this seminal result,
much effort is put into the improvement of contact predi
171 In the MedSeq Project, we explored how
much effort is required to evaluate and report on more t
172 Much effort is spent on the design of recoupling sequenc
173 Much effort is underway to define the immunological func
174 Much effort is underway to develop strategies to reduce
175 l-CpG binding protein 2 (MeCP2), but despite
much effort,
it remains unclear how a loss of MeCP2 func
176 After
much effort,
it was determined that the hydroxyl group a
177 Despite
much effort,
little progress has been made in elucidatin
178 ation of gene clusters and networks, despite
much effort made to map expression quantitative trait lo
179 Despite
much effort,
microRNA annotations still contain errors a
180 Despite
much effort,
motifs that promote LLSP secretion remain t
181 Despite
much effort,
no comprehensive, constructive, mechanistic
182 In spite of
much effort,
no one has succeeded in isolating and chara
183 There has been
much effort on understanding the transmission process at
184 discomfort, whereas only 16.7% selected "Too
much effort"
on its own (P < 0.001).
185 However, despite
much effort over more than 20 years, the number of kinas
186 also shown association with SLE, but despite
much effort over the last 30 years, it has not been esta
187 Much effort over the past decades has been focused on im
188 Much effort over the past two decades has been devoted t
189 terior cingulate cortex lesions affected how
much effort rats decided to invest for rewards.
190 tion model to determine where, when, and how
much effort should be allocated to prevention versus sur
191 In spite of
much effort,
the mechanisms underlying Fbw7 regulation a
192 Despite
much effort,
the performance of the best-performing PSCs
193 Despite
much effort,
the regulation of Rad23 interactions with u
194 Despite
much effort,
there still is no comprehensive understandi
195 ENT All decision-makers need to consider how
much effort they need to expend when evaluating potentia
196 Since 2002, Afghanistan has made
much effort to achieve universal health coverage.
197 enth century and from the very start devoted
much effort to collecting data from poor and minority ho
198 There is currently
much effort to develop improved, next-generation influen
199 efined in cardiac tissue, and there has been
much effort to develop specific inhibitors of the exchan
200 h in algorithm selection and in deciding how
much effort to devote to parameter tuning.
201 he action (initiation vigor), as well as how
much effort to exert.
202 nt region within the MFC when evaluating how
much effort to expand for a specific reward.
203 There has been
much effort to fabricate high performance yarn supercapa
204 nderlying actin cytoskeleton, there has been
much effort to identify signaling pathways linking synap
205 There has been
much effort to improve excited-state lifetimes in photos
206 ions of reward and efficacy to determine how
much effort to invest.
207 shed work, 80% reported that it required too
much effort to produce the materials or information; 64%
208 alf century, aquatic scientists have devoted
much effort to understanding the causes of such blooms a
209 air" on its own or in combination with "Too
much effort"
to describe discomfort, whereas only 16.7%
210 There has been
much effort toward developing application-specific hardw
211 s important for vaccine design, but, despite
much effort,
very few such Abs have been forthcoming.
212 Much effort was devoted to designing new membrane materi
213 Much effort was placed into exploring their roles in hum
214 Likewise, knowing how
much effort we should expend can assume paramount import
215 irs the effort-based behavior which requires
much effort with little benefit, through a deficit of AC