1 To do so, 22 colon cancer cell lines were screened for c
2 To do so, 28 sarcoma and neuroblastoma cell lines were s
3 To do so, 5-HT was added to red blood cells and lipid me
4 To do so, a mouse model of conditional overexpression of
5 To do so, a two-step concentration protocol based on mag
6 To do so, arterial pressure and heart rate responses to
7 To do so, ASCs must modulate the balance between cell pr
8 To do so, cardiac tissue monolayers were designed into a
9 To do so, Chlamydia expresses proteins on the surface of
10 To do so, cohesin must be protected against its cellular
11 To do so, corollary discharges are conveyed to sensory a
12 To do so, data from 1,170 individuals were used to model
13 To do so, distinct labeling patterns were used to sense
14 To do so, ERRgamma was selectively over-expressed in the
15 To do so, Escherichia coli was intratracheally instilled
16 To do so, extracellularly recorded electrophysiological
17 To do so, FFAs were increased in 10 subjects to approxim
18 To do so, FFAs were increased in seven women by an 8-h I
19 To do so, Hfq co-ordinately promotes hmsP mRNA accumulat
20 To do so, however, we need to know whether risk associat
21 To do so, I regressed the 1990-2012 change in piped-to-p
22 To do so, in 18 healthy volunteers, we measured the comp
23 To do so, in vivo T2 relaxation data was acquired from t
24 To do so, infants need to infer that one of the agents (
25 To do so, it has evolved into two specialized subsets th
26 To do so, it is essential to understand how stem cells i
27 To do so, it is necessary to understand the distribution
28 To do so, it must encode the tools necessary to acquire
29 To do so, it represses string, Cut, and Hedgehog signali
30 To do so, land systems should be understood and modeled
31 To do so, male Long-Evans rats chronically implanted wit
32 To do so, medical educators must have access to reliable
33 To do so, melatonin levels were firstly measured in eyec
34 To do so, morphine-induced CPP was established using an
35 To do so, participants' saccades were adapted backward o
36 To do so, rats (n=8-10 per group) received either sham o
37 To do so, testing at reference laboratories is required,
38 To do so, the American College of Surgeons and the Natio
39 To do so, the author studied the primary source material
40 To do so, the bacterium releases high-affinity iron-bind
41 To do so, the concept of intention-to-treat (ITT) surviv
42 To do so, the ITC signal is cast explicitly as a first-o
43 To do so, the kinetochore must hold on to depolymerizing
44 To do so, they can assign the new learning to a new "sta
45 To do so, they exert significant penetrative forces.
46 To do so, they must combine information about the distri
47 or any trait, let alone its "essentialness."
To do so, they must show that a particular group trait w
48 To do so, they release abundant quantities of siderophor
49 To do so, they rely on learning systems encoding reward
50 To do so, they seem to avail themselves of many strategi
51 To do so, they shift their daily rhythm from diurnality
52 To do so, they use their brains.
53 To do so, two methodological approaches involving the us
54 To do so, two transgenic lines deficient in LS biogenesi
55 To do so, Tyr was substituted in Abeta40 or Abeta42 at p
56 To do so, uncertainty in each data set was incorporated
57 To do so, viruses encode dedicated protein(s) that facil
58 To do so, we administered HIV gag to mice successively a
59 To do so, we analysed the mechanisms underlying faecal p
60 To do so, we analyzed TLR-induced interleukin (IL)-1beta
61 To do so, we applied a modified differential screen with
62 To do so, we asked patients and controls to examine nega
63 To do so, we augmented the MAGPIE microbial genome annot
64 To do so, we bring to bear a simple validation framework
65 To do so, we carry out structure refinement experiments
66 To do so, we coexpressed EAAC1(WT) with the mutant trans
67 To do so, we compared the transcriptome of APEC O1 durin
68 To do so, we compared two division rules: geometrical (n
69 To do so, we compared two modeling approaches in which e
70 To do so, we computed 1 million EFMs for each energetic
71 To do so, we conducted a genome-wide survey of multiple
72 To do so, we conducted a GWAS for lymphocyte count, a ph
73 To do so, we conducted a manipulative experiment in natu
74 To do so, we conducted a two-part study in healthy young
75 To do so, we conducted the most comprehensive phylogenet
76 To do so, we considered a coalescent model of directiona
77 To do so, we constructed a template that allows transcri
78 To do so, we coupled LCA methodologies on freshwater con
79 To do so, we coupled structural equation modelling with
80 To do so, we create variants of human pancreatic ribonuc
81 To do so, we created a tri-alanine scanning library that
82 tness-related traits in Arabidopsis thaliana
To do so, we created a unique series of 56 cytolines res
83 To do so, we created mice harboring liver parenchymal ce
84 To do so, we crossbred ank/ank mice with mice lacking Va
85 To do so, we cultured cartilage explants, obtained from
86 To do so, we cultured neonatal rat cardiomyocytes on mic
87 To do so, we delivered a mimotope peptide, recognized by
88 To do so, we designed a dockerin-fused variant of a rece
89 To do so, we designed an experimental set-up for the syn
90 To do so, we designed liposomes targeted for the CD163 r
91 To do so, we determined the relative proportions of mult
92 To do so, we develop a compartmental model composed of a
93 To do so, we develop a formalism in which high-dimension
94 To do so, we develop a tight-binding function, DeltaE(st
95 To do so, we developed a generally applicable method for
96 To do so, we developed a method to study the repair of U
97 To do so, we developed Fractionation iCLIP (Fr-iCLIP), i
98 To do so, we devised a strategy to decouple levels of 8-
99 To do so, we devised a three-dimensional in situ approac
100 To do so, we employed normal bovine chondrocytes and mou
101 To do so, we established a panel of iPSCs from 58 well-s
102 To do so, we established microglial cultures, mixed neur
103 To do so, we estimated 12-month mortality risk in simula
104 To do so, we estimated gene expression differences betwe
105 To do so, we estimated the genetic correlations between
106 To do so, we evaluated the consequences of MV challenge
107 To do so, we examined the effects of early and limited e
108 To do so, we examined the effects of the addition of FGF
109 To do so, we excised a helical turn (four residues) from
110 To do so, we exploited the stability of implanted multie
111 To do so, we explore the crystal structures of Puf3p com
112 To do so, we explore the utility of a highly biologicall
113 To do so, we fabricate a tandem repeat of the receptor t
114 To do so, we focused on novel putative chemotaxis transd
115 To do so, we fused together the genes that are responsib
116 To do so, we generated lipin 1 that contained the PBD of
117 To do so, we have created fluorescent GABAA receptors th
118 To do so, we have employed both bulk and single-molecule
119 To do so, we have first to estimate piecewise constant i
120 To do so, we have structurally and biophysically charact
121 To do so, we identified minimally cytotoxic doses of ant
122 To do so, we identified short linear motifs whose evolut
123 To do so, we infer a hiHMM distribution from sequence da
124 To do so, we infused a selective GABAB(1a) receptor anta
125 To do so, we injected synthetic RNAs into Xenopus oocyte
126 To do so, we investigated FCD mediating a key executing
127 To do so, we investigated the associations of prediabete
128 To do so, we isolated fibrocytes expressing CD45, CD11b,
129 To do so, we laser-ablate single k-fibers at different s
130 To do so, we linked PUF scaffold proteins to a translati
131 To do so, we look for novel genes whose expression patte
132 To do so, we measure a basis set of polarized 2D electro
133 To do so, we measured a panel of 12 inflammatory, angiog
134 To do so, we measured the strength of selection, estimat
135 To do so, we modified HA so it would bind only the desir
136 To do so, we monitored fluorescence activity in cells co
137 To do so, we must first identify the key points that det
138 To do so, we mutated tryptophan 391 to an alanine within
139 To do so, we perform comparative sequence analysis for t
140 To do so, we performed a series of epistasis experiments
141 To do so, we performed mutagenesis in Drosophila melanog
142 To do so, we present complete sets of basis functions le
143 To do so, we processed three C1 replicates from three hu
144 To do so, we propose augmented Markov models (AMMs), an
145 To do so, we quantified Now/Later choice behavior in nat
146 To do so, we quantified pancreatic islet and exocrine sy
147 To do so, we quantified the length and magnitude of axon
148 To do so, we reconstitute a portion of the extracellular
149 To do so, we recorded from the apical dendrites of hippo
150 To do so, we searched protein sequences predicted from 2
151 To do so, we segment individual fish tracks into interva
152 To do so, we selected multiple chemical series by struct
153 To do so, we simulate patterns of gene activities using
154 To do so, we studied a homozygous PiggyBac insertion (c0
155 To do so, we studied eight adult patients with uncomplic
156 To do so, we studied five key resurrected ancestral enzy
157 To do so, we study a mesoscopic model of a hydrated bila
158 To do so, we targeted the CD163+ population, which to a
159 To do so, we tested how AMG655 affected apoptosis induct
160 To do so, we tested the hypothesis that Colesevelam incr
161 To do so, we took advantage of the lack of tryptophan re
162 To do so, we turned to a grid-based version of this meth
163 To do so, we use genome-wide DNA methylation data from a
164 To do so, we used a purified rat retinal ganglion cell c
165 To do so, we used a visually tractable prion model consi
166 To do so, we used an established H2BGFP label retaining
167 To do so, we used CT and the related Escherichia coli he
168 To do so, we used data from 25 demographic and health su
169 To do so, we used graph-theoretic network analysis to pr
170 To do so, we used in vivo single-cell labeling approache
171 To do so, we used long-lived female Drosophila melanogas
172 To do so, we used the giant reticulospinal (RS) neurons
173 To do so, we used the vignette-based method.
174 To do so, we used wild type (WT) and Y857F mutant PDGFRb
175 To do so, WT and DeltaMA PrGag proteins were tagged with