1 To do this, 12 healthy subjects were studied with hyperi
2 To do this, 3'-end differential display, oligonucleotide
3 To do this, [
9,10-3H]palmitic acid ([3H]PAM) was injecte
4 To do this, a comprehensive panel of FDA-approved drugs
5 To do this, a high-resolution time series transcriptomic
6 To do this, a knock-in mouse that expresses an RGS-insen
7 To do this, a mass spectrum library has been created fro
8 To do this, a previously published ordinary differential
9 To do this, a quantitative framework to describe behavio
10 To do this, a systematic review was carried out, using t
11 To do this, a ternary nanocomposite of hemin, graphene o
12 To do this, a variety of triacylglycerols of various fat
13 To do this, AEGIS pairs are joined by different arrangem
14 To do this, after successful development of cocaine-asso
15 To do this, animals are thought to learn reward predicti
16 To do this, birds track the edge of the doldrums to take
17 To do this, bovine serum albumin (BSA) monolayers were f
18 To do this, C15/Al autonomously repress expression of th
19 To do this, chemically induced mammary carcinomas were e
20 To do this, CSF samples from 85 subjects were obtained f
21 To do this, data were first binned to unit mass resoluti
22 To do this, DKO mice were first fed an atherogenic diet
23 To do this, dmFPC activity enters specific patterns of i
24 To do this, DNA-bound (lambda)Q must first engage a paus
25 To do this, economists need to take on the difficult "ho
26 To do this, ERK2 was quantitatively activated by MAPKK1
27 To do this, Exegesis was used to process the original ge
28 To do this, female C57BL/6 mice were exposed to FLX in d
29 To do this, filaments with extended nucleoid-free region
30 To do this, first, a potent pan anti-KRAS siRNA sequence
31 To do this, Fusarium culmorum was grown in a gluten-cont
32 To do this, global transcription profiles were analyzed
33 To do this, here we employed human DNA polymerase beta (
34 To do this, however, the materials would have to be cent
35 To do this, however, will require notable progress, reth
36 To do this, human SIRPA BAC was modified with elements t
37 To do this, I introduce a new theory of brain plasticity
38 To do this, iron must traverse the bacterioferritin prot
39 To do this, it is important to quantify yield gaps, thei
40 To do this, it must carefully regulate immune activation
41 To do this, key cell types and cell states that are impl
42 To do this, LKB1 interacts only with active form of cdc4
43 To do this, male Wistar rats were submitted to an aerobi
44 To do this, mdx mice were exposed to three daily 90-minu
45 To do this, MelR was engineered to contain a single cyst
46 To do this, MinE undergoes a remarkable conformational c
47 To do this, mouse L cells expressing wild-type and mutan
48 To do this, nature has created a Ni coordination unit wi
49 To do this, neural networks frequently rely on uniform e
50 To do this, our model captures the role of Plk1 in cell
51 To do this, p85alpha mRNA and protein expression and ins
52 To do this, parents carrying different alleles at the AL
53 To do this, phosphonic esters were bonded to thiophenes
54 To do this, polygenic risk scores for schizophrenia deri
55 To do this, rats were assigned to self-administer cocain
56 To do this, regional AD was recorded in 35 normal-weight
57 To do this, RNA was extracted from a continuous retrospe
58 To do this, schools have adopted competency-based medica
59 To do this, self-report of ethanol intake was examined i
60 To do this, several experiments were undertaken to inves
61 To do this, single molecules of DNA were captured betwee
62 To do this, temsavir relies on the presence of a residue
63 To do this, the ability of recombinant p125 to interact
64 To do this, the accuracy of a model developed for Chlore
65 To do this, the APOBEC3H protein has evolved unique inte
66 To do this, the biological reagent was dried on the plat
67 To do this, the brain identifies and globally discounts
68 To do this, the plant must maintain a population of stem
69 To do this, the projected rosette area of 710 worldwide
70 To do this, the reactivity of biotin with external and v
71 To do this, the relevent dataset was selected from GEO d
72 To do this, the research first identified and aggregated
73 To do this, the Rigid Band model is generalised for magn
74 To do this, the single reactive cysteine of a K175C muta
75 To do this, the TAP gene was fused in frame to either Re
76 To do this, the virus must alter and repurpose the norma
77 To do this, therapy for NIDDM must be part of a multifac
78 To do this, they rely on both secreted factors as well a
79 To do this, they undergo a polarized form of cytokinesis
80 To do this, three-dimensional (3D) EHTs were integrated
81 To do this, two in vitro replication assays, which gener
82 To do this, value information must be held in mind when
83 To do this, virus particles tether themselves to dyneins
84 To do this, we (1) derived analytical solutions for the
85 To do this, we administered MDMA-HCl (100 mg p.o.) and,
86 To do this, we adopt a Bayesian perspective, and show ho
87 To do this, we analysed 5 years of biweekly biomass meas
88 To do this, we analyzed gene trap and short hairpin RNA
89 To do this, we analyzed recombined VkappaJkappa genes in
90 To do this, we analyzed the effect of Tlr4 knockout (Tlr
91 To do this, we analyzed the neuronal basal firing profil
92 To do this, we applied these 2 methods to prevalence dat
93 To do this, we built a scoring function to estimate the
94 To do this, we characterize a large fraction of the curr
95 To do this, we collected 15 900 lncRNAs across 33 cancer
96 To do this, we combine de novo alpha-helical sequences,
97 To do this, we combine ideas from Alan Turing's work on
98 To do this, we combined a large database of ground-level
99 To do this, we combined two speech-learning paradigms to
100 To do this, we combined, for the first time, magnetic re
101 To do this, we compared numerical model predictions with
102 To do this, we compared the genomic structure of SRRP co
103 To do this, we concentrate upon examples using Escherich
104 To do this, we conducted a 21-day exposure of breeding z
105 To do this, we conducted a systematic search for post-mo
106 To do this, we conducted baseline docking calculations o
107 To do this, we conducted site-directed mutagenesis of ta
108 To do this, we consider a numerical model of the web str
109 To do this, we construct a model in which place-cell res
110 To do this, we constructed a series of peptides based on
111 To do this, we constructed a series of RpMatB chimeras t
112 To do this, we constructed an expression vector for a fu
113 To do this, we constructed an hlyA(1)-complemented clone
114 To do this, we constructed and analyzed mice in which ce
115 To do this, we create a new dataset that merges biome-le
116 To do this, we decompose information transfer across the
117 To do this, we deleted parts of vacA and constructed iso
118 To do this, we demonstrate that predictions arising from
119 To do this, we depleted or substituted cholesterol in hu
120 To do this, we describe a new method of quantifying acti
121 To do this, we design handlebody-shaped polymer particle
122 To do this, we designed a novel intramolecular competiti
123 To do this, we determined biotransformation rate constan
124 To do this, we determined the DNA sequence of a 1,400-bp
125 To do this, we develop a Bayesian statistical model for
126 To do this, we develop a novel data-driven approach for
127 To do this, we developed a high-throughput primer extens
128 To do this, we developed a method to study LDL flux in r
129 To do this, we developed a quantitative HPLC assay that
130 To do this, we developed a theory for the quantitative u
131 To do this, we developed a time-resolved spectral parame
132 To do this, we developed a transgenic strategy to condit
133 To do this, we developed a unique method to administer R
134 To do this, we developed an action morphing method to ge
135 To do this, we developed an approach for calculating the
136 To do this, we developed an in vivo repair assay based o
137 To do this, we developed controlled inducible cell model
138 To do this, we disrupted both copies of the PLK1 locus i
139 To do this, we dynamically visualized TFP extension, att
140 To do this, we eject different concentrations of quinpir
141 To do this, we electroporated granule cell precursors in
142 To do this, we employed an object individuation task in
143 To do this, we encapsulated single-rhodopsin molecules i
144 To do this, we engineered two human medulloblastoma cell
145 To do this, we established a unique GB mouse model (CD73
146 To do this, we established reciprocal packaging systems
147 To do this, we examine the effects of macrocyclization o
148 To do this, we examined expression of genes encoding int
149 To do this, we examined over 200 arbitrarily primed PCR
150 To do this, we examined Shh expression and Hh signaling
151 To do this, we examined the consequences of shifting the
152 To do this, we examined the infection of A549 airway epi
153 To do this, we explicitly evaluate the response of elect
154 To do this, we exposed a genetically homogenous populati
155 To do this, we exposed individuals during their larval d
156 To do this, we extend our recent computational framework
157 To do this, we extended existing metabolic models of C(3
158 To do this, we extracted organic matter from 7 plant spe
159 To do this, we extracted whole-slide abnormality feature
160 To do this, we first characterized the extent of chimeri
161 To do this, we first estimated mutation rates of ddRAD l
162 To do this, we first identified the 19 Whi5 sites that a
163 To do this, we focus on syntax, a key linguistic functio
164 To do this, we formulate a two-compartment neuron model
165 To do this, we fused the MTBD of mouse cytoplasmic dynei
166 To do this, we generate a database of battery-related ma
167 To do this, we generated a data set of mitochondrial cyt
168 To do this, we generated mice overexpressing human sAPP-
169 To do this, we generated more than 1,000 engineered, dox
170 To do this, we generated self-assembling anionic peptide
171 To do this, we generated transgenic lines of mice in whi
172 To do this, we have annotated SNPs in dbSNP and amino ac
173 To do this, we have constructed bacterial artificial chr
174 To do this, we have developed a chemically modified 2'-O
175 To do this, we have developed a highly efficient system
176 To do this, we have rationally designed orthogonally add
177 To do this, we have screened 7 photoreceptor and 12 ligh
178 To do this, we have taken a forward genetic approach.
179 To do this, we have used a sensitive flow cytometric app
180 To do this, we have used the Cre-lox system to generate
181 To do this, we identified a 171-bp DNA sequence within m
182 To do this, we infected IL-21R-/- mice with the Th2-indu
183 To do this, we infected monolayers of A549 cells with RS
184 To do this, we injected an AAV into the PB region to del
185 To do this, we integrated clinical outcomes collected at
186 To do this, we introduce and integrate two frameworks fo
187 To do this, we introduced Bayesian analyses to an import
188 To do this, we isolated cells from different stages of s
189 To do this, we leverage data from two survey experiments
190 To do this, we made allele replacement plasmids that may
191 To do this, we made correlative far- and near-field char
192 To do this, we manipulated Arabidopsis genes capable of
193 To do this, we manipulated the chromosomal vacA gene in
194 To do this, we measured stator-binding to the rotor in m
195 To do this, we modified an in vitro gene editing system
196 To do this, we mutated the unpaired cysteine in VCP and
197 To do this, we need a more explicit understanding "who d
198 To do this, we obtained disgust sensitivity measures fro
199 To do this, we paraffin embedded and then sectioned the
200 To do this, we perform quantitative equilibrium exclusio
201 To do this, we performed a genetic association study usi
202 To do this, we pharmacologically manipulated the GABA sy
203 To do this, we produced multimilligram quantities of vac
204 To do this, we progress beyond previous work that has de
205 To do this, we propose a process to generate naturalisti
206 To do this, we purified exosomes from culture medium of
207 To do this, we quantified changes in community compositi
208 To do this, we ran an automated method to train numerous
209 To do this, we re-engineer connexon nanopores to assembl
210 To do this, we re-evaluate a large thermal tolerance dat
211 To do this, we recorded single-unit and local field pote
212 To do this, we recorded the simultaneous spiking activit
213 To do this, we recruited a prospective observational coh
214 To do this, we relied on the fact that the impact of nat
215 To do this, we removed a patch of ectoderm from the chic
216 To do this, we replaced cAR1, the primary cAMP receptor
217 To do this, we represent BGCs as chains of functional pr
218 To do this, we resequenced the coding sequence and splic
219 To do this, we sampled fish stomach contents at a high t
220 To do this, we screened a commercial tyrosine kinase lib
221 To do this, we screened a naive antibody library against
222 To do this, we sensitize the atoms to XM satellite radio
223 To do this, we sought correlations between the immune st
224 To do this, we studied liver-specific IGF-I gene-deleted
225 To do this, we study a set of 41 proteins that form such
226 To do this, we study the dynamics of energy production i
227 To do this, we switched the ER retention sequence KDEL f
228 To do this, we tagged with the same epitope orthologous
229 To do this, we test three hypotheses concerning the role
230 To do this, we took advantage of the relatively few moto
231 To do this, we trained mice to shuttle to the end of a t
232 To do this, we treated rats with a choline supplemented
233 To do this, we triggered a monotonic Ca2+ signal.
234 To do this, we undertook a cohort study using The Health
235 To do this, we use a moving-window algorithm.
236 To do this, we use a vertex-based model, implemented on
237 To do this, we use an adapted lens maker equation that i
238 To do this, we use data on over 230,000 species recorded
239 To do this, we use diffusion MRI and susceptibility weig
240 To do this, we use super resolution spectral SERS imagin
241 To do this, we use the National Lung Screening Trial (NL
242 To do this, we use the stochastic Monte Carlo search for
243 To do this, we used a coculture system of macrophages an
244 To do this, we used a consistently sampled range-wide da
245 To do this, we used a geometric distribution-based model
246 To do this, we used a model in which IL-21R-sufficient (
247 To do this, we used a novel cannabis vapor exposure mode
248 To do this, we used a simplified melAB promoter derivati
249 To do this, we used a two-step in vitro selection proces
250 To do this, we used an income-based multiregional input-
251 To do this, we used an inducible Cre-dependent genetic r
252 To do this, we used double-labeling combinations of Fos
253 To do this, we used electrophysiological single-unit rec
254 To do this, we used genome-wide expression profiling of
255 To do this, we used label-free shotgun proteomics for pr
256 To do this, we used multiple probes for cell mechanics i
257 To do this, we used our published murine model of cecal
258 To do this, we used Spearman correlations and generalise
259 To do this, we used stochastic motion stimuli to measure
260 To do this, we used suspended monolayers devoid of ECM,
261 To do this, we used the breast cancer cell line MCF7, wh
262 To do this, we used the Delayed Recognition Span Task (D
263 To do this, we used the Google Aggregated Mobility Resea
264 To do this, we used the perforated-patch configuration o
265 To do this, we used two next-generation sequencing-based
266 To do this, we used viably cryopreserved colon cells fro
267 To do this, we utilized a cell-permeable peptide of the
268 To do this, we utilized a microfluidic chamber culture s
269 To do this, we utilized a previously documented rodent m
270 To do this, we will rely on both experimental and theore
271 To do this, wild-type and mutant forms of the CD4 cytopl
272 To do this, yeast chromatin fractions from synchronized