1 n one subtype, and we tested this hypothesis
in this work.
2 arotenoid content of tritordeums is analyzed
in this work.
3 lecules, including the application described
in this work.
4 and hardness of molten zone were researched
in this work.
5 In this work,
311 cesium chloride double perovskites (Cs
6 In this work,
400 human recombinant antibodies were gene
7 In this work, (
71) Ga NMR spectroscopy shows the presenc
8 In this work a new fluorescence immunosensor with use of
9 In this work,
a CCS library for IMS-HRMS, which is onlin
10 In this work,
a COSMO-based/Aspen Plus methodology was u
11 In this work,
a cross-metathesis reaction was used to ge
12 In this work,
a dual detection system based on an impedi
13 In this work,
a dystrophinopathy carrier mouse model was
14 In this work,
a facile, label-free, and ultrasensitive e
15 In this work,
a fast chiroptical sensing method that acc
16 In this work,
a field-effect transistor biosensor based
17 In this work,
a handheld Raman spectrometer was used to
18 In this work,
a high-aspect-ratio (>8), elastomeric, mag
19 In this work,
a modern optical sensor was developed for
20 In this work,
a novel inverse Brownian dynamics method b
21 In this work,
a novel method was developed, for isolatio
22 In this work,
a novel route to activate inert In(OH)(3)
23 In this work,
a novel strategy for the straightforward s
24 In this work,
a novel study for acid mine drainage remed
25 In this work,
a predictive coarse-grained protein force
26 In this work,
a selective sorbent for carbendazim was pr
27 In this work,
a simple and effective way is proposed to
28 In this work,
a simple method allowing the quantificatio
29 In this work,
a user-friendly DNA microarray assay was d
30 In this work,
addition of phospholipids (0-20 mg/g) was
31 In this work,
aided by molecular dynamics simulation and
32 In this work an electrochemical immunosensor for the tox
33 In this work,
an artificial electrode/electrolyte (E/E)
34 In this work,
an investigation of the magnetism of micro
35 In this work,
an on-chip electrochemical method to measu
36 ytical and quantitative principles described
in this work,
and is attributed to an ultra-thin and ult
37 In this work,
anticancer properties of bis (1,10-phenant
38 The rabbit subjects used
in this work are an ideal model system for studying lear
39 phosphatidylcholine bilayers, which are used
in this work as models for the protective phospholipid l
40 In this work,
asphaltene samples with enriched mass frac
41 Additionally, the approach used
in this work (
based on international collaboration betwe
42 In this work,
by combining mapping-by-sequencing and CRI
43 Diagnostics presented
in this work can be applied to studies over an even larg
44 The mathematical model derived
in this work can be easily adapted to understand a wide
45 using the metrics discussed and implemented
in this work can quantitatively evaluate engineered tiss
46 In this work,
chemical vapor deposition growth of highly
47 The evidence reviewed
in this work combines the expert clinical opinion of the
48 In this work,
emissions of active pharmaceutical ingredi
49 In this work,
empirical valence bond and metadynamics si
50 In this work,
equations to estimate the sensitivity in M
51 In this work,
fluorescent g-C(3)N(4) NS with laminar mor
52 In this work,
focusing on genomic datasets, we show this
53 n and then exfoliation strategy was explored
in this work for preparing 2D organic metal chalcogenide
54 in the context of LTR-protein interactions,
in this work for the first time HIV-1 LTR model featurin
55 In this work,
for the first time we employ iron single-a
56 The range of the cathodic potentials used
in this work has been chosen according to the cyclic vol
57 In this work,
I study the problem of storing association
58 In this work,
in situ measurements of various VOCs are r
59 rning the physicochemical parameters assayed
in this work,
independently of the geographical origin o
60 The evidence reviewed
in this work is based on reports of pancreas cancer scre
61 In this work is presented the development of a method fo
62 urthermore, the tumor classification results
in this work is ranked at second place in the testing ph
63 specifically pressure-retarded osmosis (PRO)
in this work,
is hindered by the unsatisfactory membrane
64 In this work,
it is shown that molecular crystalline mic
65 In this work,
mechanistic understanding of flavin-cataly
66 In this work,
metabolic contributions of OADH and OGDH a
67 In this work,
modifying the defective surface of perovsk
68 In this work,
molecular dynamics calculations and an exp
69 In this work,
monolayer ternary telluride core/shell str
70 In this work,
nitrenium ions are explored as catalysts i
71 Results presented
in this work not only illustrated the soundness of its w
72 In this work,
porous Zn nanoparticles (P-Zn) were adopte
73 In this work,
rapid determining the presence of five BTR
74 de crosslinked NaAtm1 variants characterized
in this work retains significant glutathione transport a
75 In this work,
rifampicin, a first-line antitubercular ag
76 In this work,
seeds from selected Mertensia species were
77 A top-down approach presented
in this work seeks to preserve the chemical diversity di
78 In this work,
seven PYP/XES (Pale Yellow Petal/ Xanthoph
79 In this work,
six olive leaves cultivars, including thre
80 In this work,
SR is used to guide the design of new oxid
81 In this work,
synthetic gene circuits for organofluorine
82 In this work,
ten different zinc(II) Pcs with carboxylat
83 In this work the Stark active C=N stretch of potassium t
84 In this work,
the appearance and transformation of the d
85 In this work,
the application of optical-photothermal in
86 In this work,
the class of compounds termed cycloparaphe
87 In this work,
the comprehensive polar metabolome and the
88 In this work,
the current understanding and challenges i
89 In this work,
the first structure-activity relationship
90 In this work,
the influence of a change in bulk solidifi
91 In this work,
the influence of the scales of fish on the
92 In this work,
the largest heterometallic supertetrahedra
93 In this work,
the natural ability of wild-type plants to
94 In this work,
the optical characterization of 2D materia
95 In this work,
the potential of near-infrared (NIR) and m
96 In this work,
the screening and validation of a fragment
97 In this work,
the serial X-ray crystallography method wa
98 In this work,
the spatiotemporal patterns of dynamical a
99 In this work,
the trapping and de-trapping of photogener
100 In this work,
the use of Cymbopogon citratus (CC) extrac
101 In this work,
the use of nisin as a biological molecule
102 In this work,
this stochasticity is overcome by incorpor
103 d by standard millisecond pulses, is adopted
in this work to help facilitate DNA plasmids to cross bo
104 In this work,
two DESs have been characterized: d-glucos
105 In this work,
two hydrolysis reactions were used as a pr
106 In this work,
two new curvature-based angularity indices
107 In this work,
ultrafast spectroscopy is used to explore
108 itting approaches are developed and assessed
in this work:
upstream-based permitting (i.e., environme
109 In this work,
using a simple macroscopic, fiber-optic re
110 In this work,
using gain-of-function and loss-of-functio
111 In this work,
using genetic and biochemical approaches,
112 seases, including the disease system studied
in this work,
viz.
113 In this work we analyze module-based network approaches
114 In this work we are reporting the development of a genui
115 In this work we demonstrate a novel computational approa
116 In this work we demonstrate ensemble NV detection of spi
117 In this work we demonstrate that aromatic compounds, dis
118 In this work we describe an alternative "non-anhydrous,
119 In this work we describe the profiling of a non-receptor
120 In this work we directly compare the kinetics of photore
121 In this work we investigate the robustness of the Dorsal
122 In this work we present a new approach for characterisin
123 In this work we present a novel and experimentally verif
124 In this work we present the first optical observations o
125 In this work we report a comprehensive structural study
126 In this work we report clear evidence of water stability
127 In this work we report on the characterization and biolo
128 In this work we report the acceleration of self-healing
129 In this work we resolve this disparity, by showing that
130 In this work we show that integrating multiple OMICS dat
131 In this work we utilize this approach to create novel ac
132 In this work,
we address an important need in the contex
133 In this work,
we address this issue based on an unexpect
134 In this work,
we address this issue by means of an evolu
135 In this work,
we addressed this challenge by combining m
136 In this work,
we adopt a rule-based modeling approach th
137 In this work,
we aim to link ligand chemical structures
138 ression of a subset of auxin-inducible genes
In this work,
we analyzed the response to auxin of plant
139 limiting current regimes (namely, OLC-FCDI),
in this work,
we analyzed the voltage-current (V-I) char
140 In this work,
we apply impedance spectroscopy and deep-l
141 In this work,
we assessed the four structural proteins f
142 In this work,
we capture substrate translocation in the
143 In this work,
we characterized hair follicle stem cells
144 In this work,
we combine fluorescent QDs and magnetic na
145 In this work,
we combined nanoscale imaging (nano second
146 In this work,
we compared gypsum and silica scaling in M
147 In this work,
we constructed a robust framework to predi
148 In this work,
we demonstrate an additional role for two
149 In this work,
we demonstrate both experimentally as well
150 In this work,
we demonstrate that in TBG, the twisting a
151 In this work,
we demonstrate that Pt NPs with protein co
152 In this work,
we demonstrate that the product, in fact,
153 In this work,
we demonstrate that, due to the nonlinear
154 In this work,
we demonstrate the advantages of adding io
155 In this work,
we demonstrate the capability of synchrotr
156 In this work,
we demonstrate the first synthesis of viny
157 In this work,
we demonstrate the use of a SiPM in CE wit
158 In this work,
we demonstrate with a variety of spectrosc
159 In this work,
we demonstrated that the C-H bond cleaving
160 In this work,
we describe a novel strategy that couples
161 In this work,
we describe overcoming host restriction of
162 In this work,
we describe the development and applicatio
163 In this work,
we describe the preparation and use of a t
164 In this work,
we describe the wet-chemical synthesis of
165 In this work,
we designed a new chemotherapeutic drug ca
166 In this work,
we designed and fabricated Pd/Au bimetalli
167 In this work,
we designed benzoselenazolone as a novel b
168 In this work,
we develop a machine learning method to qu
169 In this work,
we develop a method that separates the far
170 In this work,
we develop a microfluidic chip formed by H
171 In this work,
we develop a novel approach together with
172 In this work,
we develop a novel likelihood-based method
173 In this work,
we develop a nucleation-controlled solutio
174 In this work,
we develop a simple and practical NMR meth
175 In this work,
we developed a chemical approach for halti
176 In this work,
we developed a method that relies on hydro
177 In this work,
we developed a new approach that address t
178 In this work,
we developed a simple framework to estimat
179 In this work,
we developed an implicit approach that cap
180 In this work,
we developed an integrative in-cell struct
181 In this work,
we developed and applied a multivariate me
182 In this work,
we developed and implemented a new algorit
183 In this work,
we developed NMR chemical shift calculatio
184 In this work,
we dissect the contributions of modules wi
185 In this work,
we document the phase transformation of 25
186 In this work,
we employ single-molecule force spectrosco
187 In this work,
we evaluate competing metabolic strategies
188 In this work,
we evaluate the promiscuity of the early s
189 In this work,
we evaluated the olfactory physiology of t
190 In this work,
we examine the hypothesis that these drugs
191 In this work,
we examine the sequence features governing
192 In this work,
we examined Spo7, a regulatory subunit req
193 In this work,
we expand a predictive model of trace elem
194 In this work,
we explore the use of an XRD recursive-sta
195 In this work,
we express the Escherichia coli gene mreB
196 In this work,
we find that photophysical properties of m
197 In this work,
we further the development by using integr
198 In this work,
we have developed a competitive upconversi
199 In this work,
we have developed a small molecule fluores
200 Hence,
in this work,
we have developed an application using the
201 In this work,
we have developed the first photoactivatab
202 In this work,
we have employed solution state NMR spectr
203 In this work,
we have used open-shell dispersion-correct
204 In this work,
we highlight that targeting the angiocrine
205 In this work,
we identify two consensus active site acid
206 In this work,
we integrate current knowledge and experim
207 In this work,
we intend to isolate and visualize exosome
208 In this work,
we introduce a new two-dimensional chip-ba
209 In this work,
we introduce a novel optimization-based de
210 In this work,
we introduce a wearable hot-film/calorimet
211 In this work,
we introduce protein distance net (PDNET),
212 In this work,
we introduce the fabrication and character
213 In this work,
we investigate a parametric family of Gaus
214 In this work,
we investigate how the structure of the ba
215 In this work,
we investigate solution processed Electrol
216 In this work,
we investigate the adsorption of surface-a
217 In this work,
we investigate the potential of nature-ins
218 In this work,
we investigate the relationship between lo
219 In this work,
we investigate the triplet-sensitized phot
220 In this work,
we investigate this matter through the tem
221 In this work,
we mixed two separations based techniques
222 In this work,
we modeled the fingerprints with Bezier cu
223 In this work,
we modified the analytical approach on the
224 In this work,
we outline the steps for a naive user to a
225 In this work,
we overcome these practical and technical
226 In this work,
we perform a detailed analysis of the tran
227 In this work,
we pinpoint an ancestral gene giving rise
228 In this work,
we pioneered a combination of ultralow flo
229 In this work,
we prepared 3D printed composite scaffolds
230 In this work,
we present a comprehensive mechanistic stu
231 In this work,
we present a deep learning-based method ca
232 In this work,
we present a dynamic picture of the SEI fo
233 In this work,
we present a facile method termed high-sal
234 In this work,
we present a facile strategy to construct
235 In this work,
we present a forecasting algorithm that ex
236 In this work,
we present a fully 3D-printed module for a
237 In this work,
we present a model that can be used to est
238 In this work,
we present a novel REcursive Prediction (R
239 In this work,
we present an algorithm based on the sodia
240 In this work,
we present an algorithm to reconstruct the
241 In this work,
we present an atomically detailed analysis
242 In this work,
we present comparative studies related to
243 In this work,
we present scPADGRN, a novel DGRN inferenc
244 In this work,
we present the development of a novel clas
245 In this work,
we present the first one-pot liquid-phase
246 In this work,
we present the results of a Metabo-ring tr
247 In this work,
we primarily focus on applying dose-respon
248 al consequence of altered receptor dynamics,
in this work,
we probed the role of the actin cytoskelet
249 In this work,
we propose a concept of a microfabricated
250 In this work,
we propose a data fusion approach that exp
251 In this work,
we propose a different staining solution (
252 In this work,
we propose a novel deep learning approach
253 In this work,
we propose a novel deep learning model for
254 In this work,
we propose a novel design of a GRIN-PC in
255 In this work,
we propose a simple synthetic route to obt
256 In this work,
we propose to infuse a competitor drug int
257 In this work,
we proposed a novel lipophilic ester prodr
258 In this work,
we provide a template to circumvent the tr
259 4-fluoro cyclopentane-1-carboxylic acid (1),
in this work,
we rationally designed, synthesized, and e
260 In this work,
we recorded real-time sweat chloride conce
261 In this work,
we relate the difficulty in the deboronati
262 In this work,
we report a novel and short Grubbs olefin
263 In this work,
we report for the first time that the surf
264 In this work,
we report on a novel chronotherapeutic pol
265 In this work,
we report on the development of a catheter
266 In this work,
we report the combination of high-throughp
267 In this work,
we report the first luminescence "turn-on"
268 In this work,
we review and investigate the role of Simp
269 In this work,
we revisit the question of learning in vol
270 In this work,
we set out to design novel granulopoietic
271 In this work,
we show that human BEX3 (hBEX3) has well-d
272 In this work,
we show that knockout of the m(6)A writer
273 In this work,
we show that sublethal doses of doxorubici
274 In this work,
we show that the arsH1 and (to a lesser ex
275 In this work,
we show that there exists a correlation wh
276 In this work,
we sought to dissect the spatiotemporal ev
277 In this work,
we studied the binding affinity and specif
278 In this work,
we studied the effect of glycans on the bi
279 In this work,
we studied the longer-term impact of fires
280 In this work,
we studied the roles of Arabidopsis TEOSIN
281 In this work,
we study MIL-101 under pressure by synchro
282 In this work,
we synthesized a series of m4C and m42C mo
283 In this work,
we take advantage of organic cations with
284 In this work,
we take double perovskite oxide PrBa(0.5)S
285 In this work,
we therefore introduced the ts signature f
286 In this work,
we use a combination of chemogenetics, fas
287 In this work,
we use a custom-built apparatus to measure
288 In this work,
we use density functional theory (DFT) cal
289 In this work,
we use electrical impedance spectroscopy a
290 In this work,
we use genetic evidence to show that SIM l
291 In this work,
we used immunohistochemistry images from t
292 In this work,
we used mass spectrometry imaging (MSI) to
293 In this work,
we used polyacrylamide (PA) gels with vary
294 In this work,
we used two- and three-component synthetic
295 In this work,
we utilize 21 T Fourier transform ion cycl
296 cted parts (e.g., two, three, and four parts
in this work),
which can be independently transformed be
297 factors and defence strategies as presented
in this work will improve the design of targeted therape
298 ntum circuit optimization technique proposed
in this work would provide a significant step forward in
299 In this work,
X-ray fluorescence microscopy was used to
300 In this work,
z is called the growth parameter.