1 In search of a backup M(2) muscarinic receptor antagonis
2 New techniques are being utilized
in search of a better means to diagnose early chronic pa
3 In search of a biological function, two conflicting theo
4 undergoing transesophageal echocardiography
in search of a cardiac source of embolism after a focal
5 In search of a constitutive secretory pathway marker for
6 In search of a downstream mediator that may account for
7 enteen patients underwent 243 PET/CT studies
in search of a focal source of infection and were includ
8 dult patients who underwent (18)F-FDG PET/CT
in search of a focal source of infection was performed.
9 ber of plants have been tested and exploited
in search of a green chemistry approach for the fabricat
10 The behavior of females
in search of a mate determines the likelihood that a hig
11 The behavior of a female
in search of a mate determines the likelihood that she e
12 by pulsed laser deposition are investigated
in search of a means for controlling the atomic-sharpnes
13 In search of a mechanism behind the ability of BMP-7 to
14 In search of a mechanism for breast cancer cell prolifer
15 In search of a mediator for this function differential g
16 nd -resistant strains at a single cell level
in search of a metabolic signature.
17 i) binds to DNA nonspecifically and bends it
in search of a mismatch; (ii) on specific recognition of
18 In search of a molecular receptor that could bind fluori
19 In search of a more efficient method, we developed a max
20 Thus,
in search of a multitarget antivascular treatment strate
21 to continuously map a measured brain volume
in search of a neuronal population code with a specific
22 In search of a novel drug to treat chronic pain, we deve
23 In search of a potential downstream mechanism, we found
24 In search of a potential solution to these limitations,
25 In search of a redundant antiviral pathway, we identifie
26 In search of a related mechanism, spectral karyotyping w
27 In search of a sequence region unique to smallpox virus,
28 In search of a signal that is responsible for Lsh recrui
29 pincer grip is important as it slides on DNA
in search of a start site.
30 In search of a suitable preclinical animal model to eval
31 trained to rhythmically sweep their vibrissa
in search of a target.
32 In search of a transcription factor that supports DPE-de
33 In search of a unique and reliable contrast agent target
34 In search of a uroselective agent that exhibits a high l
35 In search of a uroselective alpha1A subtype selective an
36 zyme is able to scan large quantities of DNA
in search of aberrant uracil residues.
37 In search of active nucleoside 5'-triphosphate mimics, w
38 In search of acylhomoserine lactones that selectively in
39 In search of additional antiparasitic effector genes, we
40 In search of additional cues that guide these axons to t
41 y we performed a more comprehensive analysis
in search of additional genetic changes between lung ade
42 We used mariner mutagenesis
in search of additional genetic determinants that may fu
43 In search of additional signaling pathways activated by
44 emigration of dolphins out of the study area
in search of adequate prey.
45 In search of affordable, flexible, lightweight, efficien
46 nt recirculation of activated memory T cells
in search of Ag-bearing target cells.
47 In search of alpha-galactosidases with improved kinetic
48 can better inform their patients who may be
in search of alternative therapies.
49 In search of an alpha2-antagonist/5-HT uptake inhibitor
50 is (EAE) at the chronic phase of the disease
in search of an altered metabolic pathway(s).
51 mes not, in which case it becomes technology
in search of an application.
52 In search of an approximation of the receptor-alpha subu
53 osomal pre-initiation complex scans the mRNA
in search of an AUG codon at which to begin translation.
54 ecifically the enteric nervous system (ENS),
in search of an early biomarker of PD.
55 In search of an excellently performing porous material,
56 In search of an explanation for these contradictory find
57 In search of an explanation, we hypothesized that the as
58 programming algorithm's intermediate results
in search of an optimal path, or to sample paths accordi
59 In search of another core promoter element(s), a nonredu
60 ype are less territorial; instead, they roam
in search of ant swarms where they feed in locations fro
61 In search of antiparasitic agents, we here identify aryl
62 Fruit flies make their living "on the fly"
in search of attractive food odors.
63 ression, we focused on the NF-kappaB pathway
in search of AUF1-regulated targets.
64 In search of autoantigen-presenting cells that prime the
65 This library was screened
in search of beta-peptide antagonists of the p53-MDM2 pr
66 one place and form a biofilm, or to leave it
in search of better conditions.
67 ould be an integral part of new agent trials
in search of better therapy for high-risk myeloma.
68 oup was entirely absent from monocot species
in searches of both random genomic sequences and large c
69 py and that ajoene could be a lead structure
in search of broad-spectrum compounds transcending the G
70 used to screen two large molecular databases
in search of candidate APIs for delivery by nano-liposom
71 In search of candidate mediators of these effects, it wa
72 ironment and to generate and test hypotheses
in search of causal pathways.
73 An in vivo screen was performed
in search of chemicals capable of enhancing neuron forma
74 anned approximately 700 kb of the TBX5 locus
in search of cis-regulatory elements.
75 In search of clues, here we reconstruct Off-type starbur
76 ority of their time perusing lymphoid organs
in search of cognate antigen presented by antigen presen
77 ecirculate through secondary lymphoid organs
in search of cognate antigen.
78 In search of common risk alleles for ER-negative breast
79 In search of common risk alleles for prostate cancer tha
80 In search of compounds with improved specificity for tar
81 enylmethyl]-peroxide 2 was tested as a model
in search of crankshaft motion at the molecular level.
82 ing routinely used to study clinical samples
in search of diagnostic and prognostic biomarkers.
83 rofiled for their microRNA (miR) expression,
in search of differentially expressed miR among patients
84 In search of direct inputs to the neural crest specifier
85 to quickly provide direction to the chemist
in search of drug candidates.
86 (th) Centuries, and correspondence archives,
in search of earlier documents that could have influence
87 His many relocations
in search of employment culminated in his work with the
88 functions, in a novel statistical framework,
in search of enrichments of particular motifs next to gr
89 rried out with 1,4-bis(phenylethynyl)benzene
in search of evidence on the effects of phenyl group rot
90 are known to bias their random trajectories
in search of food and to optimize survival.
91 st entrance are stimulated to leave the nest
in search of food by interacting with foragers returning
92 rage at night, diving into streams and ponds
in search of food.
93 cells continuously survey their environment
in search of foreign particles and soluble antigens.
94 isolate on the Illumina HumanExome Beadchip,
in search of functional coding variants associated with
95 In search of functional miRNAs or viral small RNAs (vsRN
96 In search of genes that are involved in the regulation o
97 ed the Arabidopsis thaliana genome data base
in search of genes with similarity to the human telomere
98 In search of genetic constellations that might indicate
99 on by a genome-wide association study (GWAS)
in search of genetic determinants of a variation in plas
100 ), and urine albumin-creatinine ratio (UACR)
in search of genetic susceptibility loci for chronic kid
101 In search of GLP-2 receptor agonists with better pharmac
102 In search of guiding principles involved in the branchin
103 in the Central Bransfield Basin, Antarctica,
in search of hydrothermal activity and associated fauna
104 In search of inhibitors of FGFR1 kinase, 2.2 million com
105 In search of inhibitors that would discriminate between
106 In search of interaction partners of MARK2, we identifie
107 In search of intrinsic factors contributing to the immun
108 In search of intrinsic factors that contribute to the di
109 In search of intrinsic factors that control collateral b
110 ditions as it makes its way through the soil
in search of its leguminous plant host, Medicago sativa
111 In search of K(+) transporters endowed with adequate pro
112 In search of Kir2.1 modulators, we screened a library of
113 zing the sequence and conformation of a loop
in search of low-energy sequence-structure pairs.
114 changes in meibum composition were measured
in search of markers of tear film instability.
115 C. elegans males explore their environment
in search of mates (hermaphrodites) and will leave food
116 hickness of the layer where the insect flies
in search of mates and food/habitat.
117 In search of mechanisms controlling L11-HDM2 interaction
118 In search of mechanisms underlying persistent rather tha
119 Raf-1:ER) and used mRNA differential display
in search of messages induced by DeltaRaf-1:ER activatio
120 the serum cytokine levels in these patients
in search of molecular biometric markers delineating UC
121 In search of molecular factors that regulate this ploidy
122 For this reason, research continues
in search of more effective and more tolerable agents.
123 ivatives by further structural modifications
in search of more potent fascin inhibitors.
124 e performed complementary systematic screens
in search of new BRCA1 protein-interacting partners.
125 In search of new c-di-GMP receptors, we screened the Esc
126 possibility of high-throughput drug screens
in search of new classes of antidepressants.
127 ion exists between research conducted purely
in search of new knowledge and research aimed at finding
128 In search of new platforms that support redox-controlled
129 eupon they reassociate and leave the cadaver
in search of new prey.
130 ividuals permanently depart their natal area
in search of new sites, is integral to the ecology and e
131 In search of new TB vaccine candidate Ags, we have used
132 A drug discovery program
in search of novel 5-lipoxygenase activating protein (FL
133 arting point for the translational community
in search of novel biomarkers, disease mechanisms, and d
134 n be used to screen large chemical libraries
in search of novel compounds to replace the reprogrammin
135 In search of novel control parameters for the polymeriza
136 In search of novel genes expressed in metastatic prostat
137 In search of novel inhibitors of HCV infection, we found
138 In search of novel interacting proteins regulating recep
139 In search of novel interaction partners of WAC, we found
140 dynamin was first isolated from bovine brain
in search of novel microtubule-based motors, our underst
141 The selected peptides can be used as a tool
in search of novel site-specific inhibitors of translati
142 t and cost involved, ChIP-seq is seldom used
in search of novel TF function.
143 In search of novel, improved materials for magnetic data
144 In search of NPM trafficking targets, we biochemically p
145 e landing site, the ribosome then scans mRNA
in search of optimal base-pairing interactions.
146 form to generate protein expression profiles
in search of overexpressed proteins in lung tumors as po
147 In search of p53-independent ARF targets, we isolated nu
148 In search of partner proteins for GRF1, we identified an
149 on and caused by mutations in over 50 genes,
in search of pathogenic DNA variants.
150 protrusions, probing the surrounding matrix
in search of permissive sites to form adhesions.
151 In search of physiological regulators of mDia1, we found
152 In search of physiologically relevant Bcr and Bcr/Abl-in
153 In search of possible anatomical correlates of this plas
154 In search of possible mechanisms for both the cytotoxici
155 In search of potent and selective human beta(3) agonists
156 g simulations of a visual-olfactory predator
in search of prey.
157 In search of proteins involved in TSPO import, we analyz
158 e have screened a fission yeast cDNA library
in search of proteins that interact with spU2AF59 using
159 In search of regulatory mechanisms of ErbB4 ICD function
160 As animals move through the world
in search of resources, they change course in reaction t
161 against approximately 74000 small molecules
in search of reticulocyte 15-hLO-1 selective inhibitors.
162 work, different methodologies were evaluated
in search of robust, simple, rapid, ultrasensitive, and
163 In search of RSV inhibitors, we have integrated a signat
164 In search of selective beta(3)-AR agonists as potential
165 gions of the sequence can be used as queries
in searches of sequence databases.
166 the human genome and those of other mammals
in search of short conserved DNA elements that show extr
167 simian HIV (SIV/SHIV) stock and T/F variants
in search of "
signature" sites of transmission.
168 Genotyping tumor tissue
in search of somatic genetic alterations for actionable
169 Most studies
in search of sources for this increased inflammation hav
170 f mouse ES cells, we performed a drug screen
in search of specific inhibitors of the purified TDH enz
171 In search of specific molecules upregulated in CRC, with
172 le, heart, and other tissues from aged mice,
in search of specific point mutations.
173 l phylogenetic sequence conservation filters
in search of SREs and the results are displayed such as
174 on patterns in 2 social Internet communities
in search of statistical laws in human interaction activ
175 In search of strategies to photoactivate the luminescenc
176 bitor class to the indenoisoquinoline system
in search of structurally novel and potent Top1 inhibito
177 t spindles can explore a diverse shape space
in search of structures that can align chromosomes.
178 In search of such cellular factors, we find that l-cyste
179 In search of such determinants, virologists traditionall
180 In search of such original architectures, we have explor
181 In search of suitable materials combinations for this pu
182 In search of target sites for the development of paramyx
183 ocessing methods, are compared in this study
in search of the best option for differential expression
184 n investigated by three different approaches
in search of the causes of these differences.
185 In search of the cell type that may be attracted by SDF-
186 In search of the control mechanism(s) whereby AP-2 can m
187 In search of the factors regulating Tspo expression, we
188 In search of the genetic basis for this syndrome, amyloi
189 In search of the interferon-stimulated gene(s) that is r
190 Two complementary approaches were used
in search of the intracellular targets of the toxic PR p
191 Next,
in search of the mechanism mediating PA-induced autophag
192 In search of the mechanism of early tumor suppression, w
193 In search of the mechanism of this compensation, we foun
194 In search of the mechanisms by which daclizumab, a human
195 In search of the molecular link between ER stress and th
196 molecules through the bumpy energy landscape
in search of the native state gives a pictorial view of
197 nformational space that needs to be explored
in search of the native state.
198 the ITS-1 and ITS-2 of 40 green flagellates
in search of the nearest relative to Chlamydomonas reinh
199 In search of the origins of one of the most widespread r
200 In search of the possible involvement of neurotrophic fa
201 ic interaction around the hexameric helicase
in search of the primer-template.
202 In search of the reason for A20 upregulation, we found t
203 In search of the regulation mechanisms for isoform speci
204 In search of the structural basis for gating of amilorid
205 f colorectal anastomosis have been described
in search of the technique with the lowest incidence of
206 In search of the transcription factors downstream of MPK
207 was first identified by its homology to PdxK
in searches of the complete E. coli genome.
208 tory receptors (GRs) was recently identified
in searches of the Drosophila genome.
209 ravel from inductive sites to effector sites
in search of their cognate antigen.
210 t imperative to dissect molecular mechanisms
in search of therapeutic targets.
211 rous preclinical studies and clinical trials
in search of therapies that target the CCR2-chemokine ax
212 In search of these HIF-1-independent mechanisms, we iden
213 collection of conditional TF overexpressors
in search of those that alter GA sensitivity.
214 mined the hepatic transcriptome after injury
in search of transcriptional programs that are sensitive
215 NEF4 fuels the translocation of NEF4 on DNA
in search of UV lesions and damage binding by NEF4 leads