1 f aromatic amino acids in this process is of
much interest.
2 ation via trans-differentiation has garnered
much interest.
3 ATMs contribute to metabolic disorders is of
much interest.
4 cells for skeletal regeneration has garnered
much interest.
5 chronic inflammation continues to stimulate
much interest.
6 logical samples by microarrays is a topic of
much interest.
7 of the EMBOSS distribution and has attracted
much interest.
8 omarker (or set of biomarkers) is a topic of
much interest.
9 ht at high altitude have been the subject of
much interest.
10 phosphorus, and this approach has attracted
much interest.
11 me or personal genomics have recently gained
much interest.
12 t and reproducible synthesis is therefore of
much interest.
13 ls immune cell activation and function is of
much interest.
14 in Mediterranean populations has stimulated
much interest,
a possible explanation being diet.
15 Virus-encoded miRNAs have garnered
much interest,
although the functions of most remain to
16 oscopic antireflux procedures have generated
much interest among clinicians and patients.
17 -dependent plasticity (STDP) have stimulated
much interest among experimentalists and theorists.
18 ooling of pure water have been the source of
much interest and controversy.
19 eir discovery, mirror neurons have generated
much interest and debate.
20 racellular energy distribution has attracted
much interest and has been proposed to occur in skeletal
21 Individual regulation of FTL and FTH is of
much interest,
and although transcriptional differences
22 the pathogenesis of IDDM has been an area of
much interest,
and investigators have recently acquired
23 both primary and secondary MR have generated
much interest,
and many different percutaneous technolog
24 Mammaglobin has generated
much interest,
and studies are ongoing to develop diagno
25 Graphene has attracted
much interest as a future channel material in radio freq
26 CD44 has received
much interest as a major adhesion molecule that is invol
27 The air-water interface has also attracted
much interest as a model system that allows rigorous tes
28 In recent years, ASBT has attracted
much interest as a potential drug target for treatment o
29 cting and diffusing substances has attracted
much interest as a potential model for certain aspects o
30 More recently, RNAi has garnered
much interest as a potential therapeutic strategy.
31 nitrosation of cellular thiols has attracted
much interest as a regulatory mechanism that mediates so
32 reen fluorescent protein (GFP) has attracted
much interest as a reporter for gene expression.
33 CO2 and its hydrogenation to methanol are of
much interest as a way to utilize captured CO2.
34 supercritical carbon dioxide have attracted
much interest as environmentally benign solvents, but th
35 Host defense peptides have recently gained
much interest as novel anti-infectives owing to their ab
36 rentiate into functional cell types, attract
much interest as potential aids to healing and disease t
37 that have emerged recently and have garnered
much interest as potential competitors to conventional s
38 DNA aptamers have garnered
much interest as recognition elements for biodetection a
39 Pseudo-oligosaccharides have attracted
much interest as scaffolds for the synthesis of sugar mi
40 Thus the selectins have generated
much interest as targets for antiinflammatory agents.
41 aging biomolecular interactions which are of
much interest as targets for chemical intervention.
42 e derivative of a measured variable is of as
much interest as the variable itself.
43 t interact with light have recently garnered
much interest as well-defined nanoscale materials for el
44 This target has attracted
much interest,
as agents that block ghrelin's actions on
45 of the active metallocofactor, a subject of
much interest because a unique flavodoxin, NrdI, is requ
46 Especially the LHb has received
much interest because it has been recognized as the pote
47 tis C virus (HCV) in particular has received
much interest because of its ability to persist in most
48 induced by an electric current has attracted
much interest because of its application potential in ne
49 Glutamic acid decarboxylase is attracting
much interest because of its putative involvement in two
50 The lithium-oxygen battery, of
much interest because of its very high-energy density, p
51 roperly designed metamaterials have garnered
much interest because of their unusual interaction with
52 protein 2 (ATAD2), isoform A, have attracted
much interest because they are overexpressed in many typ
53 stems, including nitrogenase enzymes, are of
much interest but are not fully understood.
54 n well-defined synthetic systems is hence of
much interest but remains a significant challenge.
55 Recent Ankylography experiments attracted
much interest,
but it was counter-argued that Ankylograp
56 based treatments for epilepsy have generated
much interest,
but scientific data are scarce.
57 Much interest centers on understanding how these stereot
58 dimensional (2D) semiconductor, has received
much interest due to its robust direct band gap and high
59 laria, dengue, and yellow fever has received
much interest due to the ability to transform a number o
60 ed from discrete organic cages have garnered
much interest due to their ease of handling and solution
61 lecules with built-in redox gradients are of
much interest due to their potential in a variety of opt
62 microbial existence (Biofilm state) focussed
much interest,
during the recent years, on the study of
63 ient plant cell wall degradation, a topic of
much interest for biofuel production.
64 ormation remain poorly understood and are of
much interest for biotechnological and research applicat
65 For this reason, EVs have recently gained
much interest for drug delivery purposes.
66 Protein nanopores have attracted
much interest for nucleic acid sequencing, chemical sens
67 Centrifugal microfluidics has attracted
much interest from academia as well as industry, since i
68 area of physiology is one that has attracted
much interest from engineers, presumably because the equ
69 scovery, in which regard they have attracted
much interest from pharmaceutical companies.
70 Much interest has been directed at understanding the adj
71 Much interest has been focused on susceptibility to mala
72 As a result,
much interest has been generated in the study of systems
73 ch area in materials science and as a result
much interest has been paid to the creation of secondary
74 Much interest has been placed on the role of the various
75 Recently
much interest has been shown in developing a treatment o
76 Much interest has centered on two surface loops in the m
77 ndpoint organ function, and for this reason,
much interest has developed around defining the constitu
78 Thus,
much interest has developed in understanding and applyin
79 In particular,
much interest has focused on infection with Chlamydia pn
80 ing alpha1-antitrypsin to develop emphysema,
much interest has focused on neutrophil elastase (NE).
81 Indeed, while
much interest has focused on the pathologic effects of t
82 s in women have not yet been elucidated, but
much interest has focused on the role of DNA adduct form
83 To this end,
much interest has focused on understanding the low-frequ
84 Much interest has recently focused on administration of
85 misfolding, and prion disease has generated
much interest;
however, the field has been hampered by a
86 rate tunable functionalities, have attracted
much interest in a range of areas, including healthcare,
87 There is
much interest in alpha7 nicotinic acetylcholine receptor
88 There is
much interest in alternatives to conventional insecticid
89 Recently there has been
much interest in assessing the role of alternative splic
90 e adverse environmental effects have spurred
much interest in biomimetic approaches in materials scie
91 There is
much interest in brain regions that drive nicotine intak
92 Consequently, there is
much interest in characterizing mechanisms that promote
93 There is
much interest in defining the molecular mechanism by whi
94 There is
much interest in defining the nutrient dependencies of c
95 There is
much interest in designing molecular sized containers th
96 There is
much interest in developing methods amenable to amplifyi
97 There is
much interest in developing stem cells and the cells der
98 invasive D-2HG detection, and there has been
much interest in developing such methods.
99 There is
much interest in developing synthetic analogues of biolo
100 reduction of CO2 to hydrocarbons has called
much interest in discovering its mechanism.
101 As a result, there has been
much interest in dissecting signaling networks in the tw
102 Consequently, there is
much interest in dissecting the mechanism of action of t
103 There is
much interest in dosing vitamin D intermittently for pat
104 There is currently
much interest in elucidating the strain dynamics of rota
105 rphine and related analogues, there has been
much interest in elucidating the underlying mechanisms b
106 Although there has been
much interest in estimating histories of divergence and
107 There is
much interest in explaining why female insects mate mult
108 There has recently been
much interest in exploiting the unusual properties assoc
109 Recently there has been
much interest in exploring the effect of costly punishme
110 There is
much interest in exploring whether reward-driven feeding
111 Despite
much interest in extinction from a clinical perspective,
112 nomia is unknown and would be the subject of
much interest in future years.
113 Accordingly, there is
much interest in generating nanoscale echogenic bubbles
114 ng worldwide demand for safe blood, there is
much interest in generating red blood cells in vitro as
115 There is
much interest in how DNA replication origins are regulat
116 There is
much interest in how quantum systems thermalize after a
117 certain chromosomal processes, and there is
much interest in how such self-inflicted breaks are effe
118 Currently, there is
much interest in how to achieve successful human leukocy
119 There has been
much interest in identifying agents that interfere with
120 Therefore, there is
much interest in identifying factors that enhance beta-c
121 There is therefore
much interest in identifying factors that influence tran
122 de cause of cancer death, therefore there is
much interest in identifying how, if, and when this can
123 s in compounds such as Bi2Se3, has generated
much interest in identifying topological surface states
124 endotoxin in liver injury, it did not excite
much interest in investigators until the 1980s.
125 a is a common clinical problem, and there is
much interest in its role in promoting left ventricular
126 mass for the production of biofuel has drawn
much interest in many science and engineering discipline
127 factors direct gene expression, so there is
much interest in mapping their genome-wide binding locat
128 There is
much interest in Na-ion batteries for grid storage becau
129 dimensional assemblies has recently aroused
much interest in nanobiotechnology.
130 Therefore, there is
much interest in pharmacological agents capable of selec
131 o been proposed, and there has recently been
much interest in producing a unified model of all auxin
132 Although there has been
much interest in race differences in calcification, hete
133 emokine dimerization has been the subject of
much interest in recent years as evidence has accumulate
134 On-surface synthesis has prompted
much interest in recent years because it provides an alt
135 les for groundwater remediation has received
much interest in recent years.
136 lattice of carbon atoms, has been attracting
much interest in recent years.
137 There is
much interest in reconstructing this process of evolutio
138 There is
much interest in reducing the complexity inherent in the
139 There is
much interest in replacing these scarce elements with Ea
140 There is currently
much interest in reverse-engineering regulatory relation
141 vival factor in many tissues, there has been
much interest in S1P as a cardioprotective agent.
142 There has been
much interest in screening populations for disease-assoc
143 fic phosphodiesterase-5 (PDE5) has attracted
much interest in several cardiopulmonary diseases, in pa
144 pMap Project (phase I), which has stimulated
much interest in studying genomewide linkage-disequilibr
145 Recently there has been
much interest in studying the outcome of games in which
146 Hence, there is
much interest in targeting components of the UPR as a th
147 and anti-inflammatory properties, generating
much interest in targeting other bromodomain-containing
148 Hence, there is
much interest in text mining, the use of computational t
149 Much interest in Tfh development focuses on the priming
150 More recently, there has been
much interest in the analog of this predicted metallic t
151 There has been
much interest in the apparent decrease in semen quality.
152 this ubiquitous carbon source, a subject of
much interest in the biotechnology industry.
153 There has been
much interest in the chloroplast-encoded large subunit o
154 There has been
much interest in the construction of soft nanomaterials
155 There has been
much interest in the development of a predictive model o
156 e presently derived from petroleum, there is
much interest in the development of routes for synthesiz
157 ession remain enigmatic and are a subject of
much interest in the efforts to induce a striatal phenot
158 There is
much interest in the evolutionary forces that favored th
159 yridine and 1,10-phenanthroline, have gained
much interest in the fields of supramolecular chemistry
160 and exclusion in the interface has generated
much interest in the functional consequences of signalin
161 gene expression is important and will be of
much interest in the future.
162 In recent years there has been
much interest in the genetic enhancement of plant metabo
163 The last decade has generated
much interest in the genetics of developmental disorders
164 There has been
much interest in the injection and detection of spin-pol
165 These discoveries have generated
much interest in the mechanisms and manifestations of un
166 Currently there is
much interest in the N-acetyltransferase-1 (NAT1) geneti
167 There is
much interest in the nitration and oxidation reaction me
168 ceptors (ORs) in the human body have aroused
much interest in the past decade.
169 ion in CKD patients have been the subject of
much interest in the past decade.
170 on texture parameters has recently attracted
much interest in the PET imaging community.
171 eract with atoms at surfaces, there has been
much interest in the possibility of building or modifyin
172 There is
much interest in the possibility that prolactin influenc
173 There is
much interest in the possible ameliorating effects of es
174 There is
much interest in the potential of Ab-dependent cellular
175 Lately, there has been
much interest in the potential roles of RNA G-quadruplex
176 There has been
much interest in the prodromal phase and the possibility
177 In recent years, there has been
much interest in the prospect of generating and using hu
178 Over the past decade, there has been
much interest in the regulation of telomerase, the enzym
179 Recently, there has been
much interest in the regulation of this process in both
180 There has been
much interest in the relative importance of dopamine and
181 Pedersen's work excited
much interest in the scientific community and fueled imp
182 Recent years have seen
much interest in the study of systems characterized by m
183 There is
much interest in the transduction pathways by which absc
184 There is
much interest in the use of GLP-1 to treat diabetes, sin
185 ion-based association studies there has been
much interest in the use of modern dense genetic marker
186 Recently, there has been
much interest in the use of transposable elements to dri
187 erived from such natural compounds, there is
much interest in their transformation to provide new com
188 Consequently, there is
much interest in therapeutically targeting NO production
189 In this regard, there is
much interest in therapies that activate innate immunity
190 However, despite
much interest in this protein, the mechanisms involved i
191 Despite
much interest in this protein, there has been little bio
192 Although
much interest in this technology exists and its penetrat
193 Although there is
much interest in TRAIL, the mechanism by which FADD is r
194 In response, there has been
much interest in tumor metabolism as a therapeutic targe
195 Thus, there is
much interest in understanding the consequences of wnt s
196 generative capacity after damage, leading to
much interest in understanding the factors required to p
197 ause DNA methylation is reversible, there is
much interest in understanding the mechanisms by which i
198 to new infections and vaccinations, there is
much interest in understanding the mechanisms responsibl
199 nificantly with maternal age and so there is
much interest in understanding this association and the
200 There is
much interest in use of identity-by-descent (IBD) method
201 There is
much interest in using magnetic resonance diffusion imag
202 There has been
much interest in using patterns derived from surface-enh
203 nomics moves into the clinic, there has been
much interest in using this medical data for research.
204 s of closely related organisms has generated
much interest in utilizing homology to improve the accur
205 studying the network interactions, there is
much interest in utilizing single cell scale data to elu
206 There is
much interest in vaccines that will enhance the inductio
207 Despite
much interest in vascular endothelial growth factor (VEG
208 There is
much interest in wheat sensitivity among people without
209 Much interest is currently focused on the emerging role
210 Much interest is directed at the chemical structure of h
211 Much interest is seen in identifying the genetic factors
212 trategy for targeting cancer that has gained
much interest is the inhibition of the ATP binding and A
213 Much interest lies in targeting anti-inflammatory mechan
214 Because of this,
much interest lies in understanding the mechanisms that
215 rical gene flow from DNA sequence data is of
much interest,
many existing methods can be limited by r
216 Much interest now focuses on the processes that terminat
217 tic target for inhibition that has attracted
much interest over the past decade.
218 Transition metal oxides have attracted
much interest owing to their ability to provide high pow
219 ction of hematopoietic stem cells has evoked
much interest owing to their ability to stably integrate
220 Supported gold nanoparticles have excited
much interest owing to their unusual and somewhat unexpe
221 factory ensheathing cell (OEC) has attracted
much interest recently because of its potential for tran
222 Radiation pattern control has generated
much interest recently due to its potential applications
223 There has been
much interest recently in the effects of various cytokin
224 There has been
much interest recently in the therapeutic benefits of an
225 of injured or diseased tissues has garnered
much interest recently, establishing a new field of rese
226 Hyperlenses have generated
much interest recently, not only because of their intrig
227 posed to stressful situations, has generated
much interest,
research and controversy since first prop
228 . HOT-286 (phylotype BU063), is the focus of
much interest since it is associated with periodontal he
229 to as polar auxin transport, and has gained
much interest since its discovery at the beginning of th
230 Artificial cells have generated
much interest since the concept was introduced by Aleksa
231 ionalized metal nanoparticles have attracted
much interest:
they exhibit single-electron characterist
232 It is of
much interest to determine whether other K2P regulatory
233 In the 1990s,
much interest was generated from two small trials that r
234 It has been of
much interest whether there is functional redundancy bet
235 Much interesting work has been done in the past year.