1 erase chain reaction (RT-PCR) and nucleotide
sequence analyses.
2 es, they are ideal subjects for whole genome
sequence analyses.
3 e blocks into two groups consistent with the
sequence analyses.
4 undancy and improve the performance of other
sequence analyses.
5 repeats analysis, and by fim3, prn, and ptxP
sequence analyses.
6 f the DISC1 protein in the light of in-depth
sequence analyses.
7 e centromeric DNA by genetic mapping and DNA
sequence analyses.
8 polymerase chain reaction, cloning, and DNA
sequence analyses.
9 e of S282T was found by population or clonal
sequence analyses.
10 gment length polymorphism, and 16S rRNA gene
sequence analyses.
11 , confounds characterization by conventional
sequence analyses.
12 n parallel for use in downstream multiplexed
sequence analyses.
13 research labs worldwide for next-generation
sequence analyses.
14 crobial species mainly through computational
sequence analyses.
15 ), based on mass spectrometry and amino acid
sequence analyses.
16 say and 16S rRNA and 23S rRNA gene signature
sequence analyses.
17 n in FhbA among isolates was analyzed by DNA
sequence analyses.
18 n genomes have been cataloged by genome-wide
sequence analyses.
19 identified solely on the basis of recent DNA
sequence analyses.
20 ing integrated, high-throughput, genome-wide
sequence analyses.
21 old at diagnosis) and performed whole-exome
sequence analyses.
22 Disease-causing mutations were assessed by
sequence analyses.
23 performed phenotypic, functional, and viral
sequence analyses.
24 mbryos and performed whole transcriptome RNA
sequencing analyses.
25 her time points, and incorporate further RNA
sequencing analyses.
26 c cotton through PCR amplification assay and
sequencing analyses.
27 mmunoprecipitation sequencing and direct RNA
sequencing analyses.
28 tem cells using combined microarray and deep
sequencing analyses.
29 precipitation-microchip (ChIP-chip) and ChIP-
sequencing analyses.
30 ytometry, real-time quantitative PCR, or RNA
sequencing analyses.
31 itivity, RFLP patterns, and 16S rRNA and ITS
sequence analyses,
42 of 750 isolates with Salinispora-l
32 nd suggest that applying simple rules of DNA
sequence analyses across species may be difficult.
33 One major finding from microbial
sequencing analyses after Roux-en-Y gastric bypass is th
34 olate and performed a variety of comparative
sequence analyses against N. meningitidis reference geno
35 mass spectrometry and N-terminal amino acid
sequence analyses agreed with that deduced from the nucl
36 Sequence analyses also revealed the existence of CspZ ph
37 TCRbeta and CD3 subunit protein
sequence analyses among Gnathostomata species show that
38 Sequence analyses and a 1.9 A resolution crystal structu
39 Through
sequence analyses and in vitro studies, they suggest a n
40 pecificity, we performed detailed amino acid
sequence analyses and investigated the catalytic and spe
41 Sequence analyses and phylogenetic reconstructions sugge
42 Sequence analyses and site-directed mutagenesis establis
43 In this work,
sequence analyses and structural modeling have been used
44 Our biochemical, comparative 16S rRNA
sequence analyses,
and DNAlpha-DNA relatedness studies i
45 mic hybridization microarrays and breakpoint
sequence analyses,
and we identified 17 unique CNVs, inc
46 However, the assumptions that underlie
sequence analyses are based on experimental results that
47 Multilocus and whole-genome
sequence analyses are becoming the cornerstones of studi
48 Whole genome and whole exome
sequencing analyses are under way to study cases of DILI
49 Deep-
sequencing analyses are used to determine the relative f
50 Using PCR and DNA
sequence analyses,
atcS and atcR were demonstrated to be
51 Sequence analyses based on our results imply that foldab
52 een identified by proteomics and comparative
sequence analyses,
but functional data are lacking for t
53 tion, isolates were subjected to comparative
sequence analyses by use of the internal transcribed spa
54 rter plasmid transfection and genomic run-on
sequence analyses confirm that the HLA-A transcriptional
55 Sequence analyses confirmed its identity to be the human
56 Promoter
sequence analyses,
deletion studies, mutagenesis studies
57 t in quantity and quality for proteomics and
sequencing analyses,
demonstrating the utility of this m
58 Structure-oriented
sequence analyses described here predicted that the KLF1
59 Sequence analyses detected the induction of high frequen
60 EGFR
sequence analyses did not reveal activating mutations in
61 ChIP
sequencing analyses displayed enrichment of ZBED6 bindin
62 a public database search against PubMed and
sequence analyses,
e.g. sequence and structural homology
63 Sequence analyses establish that while both PRO(FUR) and
64 Comparative
sequence analyses expand the array of locus-specific mut
65 full-length and 5' partial 16S gene and sodA
sequence analyses failed to correctly assign all strains
66 Sequencing analyses followed by case control and family-
67 ists to engage large datasets in comparative
sequence analyses for making evolutionary, functional an
68 ENCODE project involves rigorous comparative
sequence analyses for the initially targeted 1% of the h
69 g that gyrB is superior to 16S gene and sodA
sequence analyses for VGS species identification.
70 Further
sequence analyses found a duplication of the tRNA(Ser)UC
71 mal evolution, our recent large-scale coding-
sequence analyses from vertebrates and invertebrates pro
72 RNA
sequencing analyses from two different tissues of Stevia
73 ects in the cellular assay, but not in vitro
Sequencing analyses further demonstrated that Hsp90 incr
74 Alignment-free
sequence analyses have been applied to problems ranging
75 Whole genome
sequence analyses have confirmed that gene duplication a
76 In addition, structural and
sequence analyses have identified a potential exosite of
77 Sequence analyses have provided a wealth of information
78 High-throughput
sequence analyses have revealed the composition of the g
79 Preliminary
sequence analyses have shown that the virus is a reassor
80 Mapping-by-
sequencing analyses have largely required a complete ref
81 Deep
sequencing analyses have shown that a large fraction of
82 Sequence analyses (
helicity, disorder, and polarity) and
83 Whole-genome
sequencing analyses highlight the value of regulatory an
84 The collection of structures and
sequence analyses highlighted additional residues that m
85 Our
sequence analyses however predicted that members of one
86 Mutational and protein
sequence analyses identified a motif in the N terminus o
87 combination of evolutionary, structural, and
sequence analyses identified characteristics that might
88 Genome
sequence analyses identified genes involved in the pyren
89 Comprehensive coding
sequence analyses identified missense mutations clustere
90 Sequence analyses identified structural features of tran
91 enomic hybridization arrays, and whole-exome
sequencing analyses identified homozygous pathogenic var
92 However, Southern blot and nucleotide
sequencing analyses identified intact cpb2 open reading
93 Next generation
sequencing analyses identified specific transcriptome an
94 Chromatin immunoprecipitation
sequencing analyses identified the genes possessing regu
95 s with idiopathic short stature we performed
sequence analyses in 428 families.
96 Nucleosome mapping and linker
sequence analyses in miRNA promoters permitted accurate
97 The three motifs were identified by
sequence analyses in the region upstream of the VP2 star
98 etic causes for ET, we performed whole-exome
sequencing analyses in a large Spanish family with ET, i
99 immunoprecipitation [ChIP] followed by deep
sequencing) analyses in brown adipose tissue showed that
100 absence of phosphorylation, our NMR data and
sequence analyses indicate a less structured cardiac N-e
101 Sequence analyses indicate origin of the family in the c
102 Sequence analyses indicate that CvAOX has 10 exons with
103 Comparative
sequence analyses indicate that many fungal species carr
104 Waxy DNA
sequence analyses indicate that the splice donor mutatio
105 Sequence analyses indicate that this conformational chan
106 Amongst these Rbmx-like genes, DNA
sequence analyses indicate that two other mouse autosoma
107 Sequence analyses indicate the SU and TM regions of env
108 However, Northern blot and small RNA deep
sequencing analyses indicate that DRH-1 acts to enhance
109 lation-specific PCR and sodium bisulfite DNA
sequencing analyses indicate that the HMW-MAA promoter i
110 Our findings, together with
sequence analyses,
indicate that MukF is a kleisin subun
111 Sequence analyses indicated that 88% (106/121) of ChIP s
112 Further
sequence analyses indicated that ICE6013 is more closely
113 Sequence analyses indicated that SECE2 proteins are foun
114 Genetic complementation and nucleotide
sequence analyses indicated that the CCMB1 respiratory m
115 Here,
sequence analyses indicated that the cluster exists in f
116 pectroscopic analysis followed by amino acid
sequence analyses indicated that the protein was adenosi
117 dered V. cholerae more resistant to H2O2 RNA
sequencing analyses indicated that OxyR1-activated oxida
118 Many Next Generation
Sequencing analyses involve the basic manipulation of in
119 On the basis of multigene
sequence analyses,
K. heterogenica appears to be a hybri
120 On the basis of amino acid
sequence analyses,
KijD3 has been proposed to be an FAD-
121 Sequence analyses of 552 Type ISP enzymes showed that th
122 n 15 probands with apical hypertrophy by DNA
sequence analyses of 9 sarcomere protein genes and 3 oth
123 e-specific HPV infections persisted, and DNA
sequence analyses of a subset revealed that all were var
124 In WES and targeted exome
sequence analyses of an infant with severe IBD character
125 Genome
sequence analyses of bacterial plant pathogens are revea
126 Sequence analyses of bisufite-modified genomic DNA from
127 Expression and
sequence analyses of candidate genes identified a duplic
128 Sequence analyses of cDNA identified a splicing error in
129 Surprisingly, nucleotide
sequence analyses of cDNAs corresponding to the patient
130 Comparative protein
sequence analyses of CheR beta-subdomains from organisms
131 Furthermore, comparative
sequence analyses of full-length WNV genomes demonstrate
132 We performed exome
sequence analyses of germline DNA from 20 patients with
133 Earlier
sequence analyses of H7N9 hemagglutinin (HA) point to am
134 This was corroborated by
sequence analyses of HCV from a liver transplant recipie
135 Here, using RT-PCR and
sequence analyses of head-to-tail-ligated (-) strands, w
136 ith the phosphate moiety that, together with
sequence analyses of homologues, indicate a novel FMN bi
137 Sequence analyses of human GPR92 and its mouse homolog h
138 Genome
sequence analyses of in vitro-derived ACT-451840-resista
139 Whole-transcriptome
sequence analyses of liver tissues from mice and patient
140 Sequence analyses of MGC4175 cDNA and the predicted amin
141 Sequence analyses of mouse osterix promoter revealed a p
142 Genetic and
sequence analyses of one such transport-defective mutant
143 mutations across the mitochondrial genome by
sequence analyses of paired tumor and normal tissue samp
144 We performed RNA
sequence analyses of pairs of colon tumor and nontumor t
145 Sequence analyses of pathogen genomes facilitate the tra
146 Hybridization with sperm DNA and
sequence analyses of polynucleotides from overlapping ba
147 Comparative
sequence analyses of portions of the locus AFUA_3G08990,
148 Sequence analyses of pRB-1B revealed that the UL13, UL44
149 Comparative
sequence analyses of predicted proteins revealed expecte
150 y testing, molecular fingerprinting, and DNA
sequence analyses of resistant MAC isolates.
151 Amino acid
sequence analyses of S proteins encoded by viruses isola
152 ereas the internal ions could be valuable in
sequence analyses of styrene copolymers.
153 Sequence analyses of T. cruzi TR genes revealed their di
154 Sequence analyses of the "gene space" of the maize inbre
155 ates were identified as F. novicida based on
sequence analyses of the 16S ribosomal RNA, pgm, and pdp
156 restriction fragment length polymorphism and
sequence analyses of the 16S rRNA genes.
157 Sequence analyses of the breakpoint junctions suggest th
158 Structural and
sequence analyses of the BT_1012 protein identifies it a
159 er X-family polymerase, since computer-based
sequence analyses of the C. elegans genome failed to sho
160 PCR and DNA
sequence analyses of the citrate synthase (gltA) gene an
161 Population and/or deep
sequence analyses of the HCV NS3, NS5A, and NS5B genes w
162 00% concordant with results from comparative
sequence analyses of the ITS-1 region and showed excelle
163 ied morphologically and molecularly based on
sequence analyses of the nuclear ribosomal RNA (nrRNA),
164 Sequence analyses of the putative B. burgdorferi Hfq pro
165 Sequence analyses of the RTCS and RTCL upstream genomic
166 Sequence analyses of the T-cell receptor Vbetas showed c
167 Sequence analyses of the tail proteins of phages in the
168 Finally,
sequence analyses of the virulence determinant CagA reve
169 2 VP7, which may be supported by amino acid
sequence analyses of the VP7 proteins.
170 Phylogenetic and
sequence analyses of their Hox and other homeobox genes,
171 amplifications; and library preparation and
sequence analyses of these amplification products.
172 Comparative
sequence analyses of these B. cereus plasmids revealed a
173 Sequence analyses of three swo1(-) alleles and the one g
174 Sequence analyses of various GAS M-Prts have shown that
175 Comparative
sequence analyses of viral RNA extracted from intestinal
176 Sequence analyses of Vnx1p revealed the absence of key a
177 Furthermore,
sequence analyses of ZmYuc1 complementary DNA and genomi
178 lu exon peptide in its catalytic domain, RNA
sequencing analyses of A-to-I editing demonstrate that b
179 with Sendai virus and conducted single-cell-
sequencing analyses of CD8(+) T lymphocytes responsive t
180 Sequencing analyses of complementary DNA for the Cia10-p
181 RNA-
sequencing analyses of cortical and striatal micropunche
182 logical surveys for MCPyV seropositivity and
sequencing analyses of healthy human skin suggest that M
183 RNA-
sequencing analyses of high-order mutants indicate that
184 Comparative RNA
sequencing analyses of Hoxa(-/-) and WT hematopoietic st
185 We performed whole transcriptome
sequencing analyses of metastatic human breast cancer ce
186 Deep-
sequencing analyses of mRNA and immunoblotting revealed
187 Deep-
sequencing analyses of NS3 protease inhibitor-treated HC
188 ere determined to be active by global run-on
sequencing analyses of NSPCs.
189 RNA
sequencing analyses of primary colonic organoids showed
190 Sequencing analyses of samples from TSC patients suggest
191 uman T-ALL, we performed DNA copy number and
sequencing analyses of T-ALL diagnostic specimens, revea
192 landscapes of somatic mutations through deep-
sequencing analyses of the coding exomes and whole genom
193 We performed RNA
sequencing analyses of the dentate gyrus and entorhinal
194 terminate colitis) and performed whole-exome
sequencing analyses of the microdissected tumor and matc
195 Surprisingly, DNA
sequence analyses on mutant clones revealed the presence
196 , we performed polymerase chain reaction and
sequence analyses on this cancer.
197 lantGDB that enable researchers to carry out
sequence analyses on-site using both their own data and
198 Using GUIDE-seq and targeted deep
sequencing analyses performed with both Cpf1 nucleases,
199 ar to the ammonia-oxidizing bacteria, genome
sequence analyses point to a completely unique biochemis
200 Structure-based
sequence analyses predict that the ASD defines a common
201 Sequence analyses previously revealed that CRT1 contains
202 Structural comparisons and structure-based
sequence analyses provide insights into how polyamine-bi
203 Sequence analyses reveal an intriguing correlation betwe
204 Additionally,
sequence analyses reveal that a greater-than-expected fr
205 Sequence analyses reveal that ape parasites lack host sp
206 Sequence analyses reveal that heme-sensitive antibodies
207 Cytogenetic and
sequence analyses reveal that pieces of the subtelomeric
208 normal down-regulating cues, and NFATc1 ChIP-
sequencing analyses reveal a marked enrichment of NFATc1
209 Further genetic and
sequencing analyses reveal that DMAD is essential for de
210 Exome
sequence analyses revealed a novel mutation (c.1490C>T,
211 Sequence analyses revealed a potential nuclear localizat
212 PCR and
sequence analyses revealed a recombination event involvi
213 Deduced amino acid
sequence analyses revealed a single amino acid substitut
214 morphism of small subunit rDNA, cloning, and
sequence analyses revealed distinct shifts such that, at
215 Finally,
sequence analyses revealed homology in the TonB C termin
216 RNA
sequence analyses revealed increased expression of a SIG
217 Sequence analyses revealed many characteristics similar
218 Phylogenetic
sequence analyses revealed several conserved noncoding r
219 Furthermore,
sequence analyses revealed that a loss or overexpression
220 Sequence analyses revealed that all swine HEV isolates i
221 DNA
sequence analyses revealed that B. garinii and B. afzeli
222 Comparative
sequence analyses revealed that mouse ABIN-3 lacks a com
223 Sequence analyses revealed that the Q-satRNA multimers f
224 Transcriptional profiling coupled with
sequence analyses revealed that the sense-strand transcr
225 RNA-
sequencing analyses revealed differential gene expressio
226 Deep
sequencing analyses revealed that [KIL-d] selectively in
227 emethylation treatment and bisulfite genomic
sequencing analyses revealed that downregulation of Rab2
228 nd chromatin-immunoprecipitation followed by
sequencing analyses revealed that ENL binds to acetylate
229 Deep
sequencing analyses revealed that mature miR-124 and tar
230 Sequencing analyses revealed that these viruses encode c
231 Our RNA
sequencing analyses revealed that two antioxidant genes
232 Recent large-scale
sequencing analyses revealed the loss of several chromat
233 Molecular modeling and high-throughput
sequencing analyses revealed the molecular basis of AKAP
234 filing, by parallel micro-array and deep RNA
sequence analyses,
reveals many other alterations in pre
235 Sequence analyses show NaPi-2b has a PDZ binding motif a
236 Genome
sequence analyses show that genome reduction is an ongoi
237 Sequence analyses show that Orsay is related to nodaviru
238 DNA and protein
sequence analyses show that Plk5 shares more similaritie
239 Comparative
sequence analyses show that the yar gene is conserved in
240 e positive for Zika virus RNA by RT-PCR, and
sequence analyses showed highest identities with Zika vi
241 Breakpoint
sequence analyses showed nonrecurrent deletions in 5/6 f
242 Sequence analyses showed signatures of deviations from n
243 of 16S rRNA, rpoB, and gyrB gene comparative
sequence analyses showed that A47 does not belong to any
244 Sequence analyses showed that all exons of GhCesA2-A(T)
245 Whole exome
sequence analyses showed that both individuals had a hom
246 Previous DNA
sequence analyses showed that CTnDOT att sites contain 5
247 Sequence analyses showed that eight of the capsid sequen
248 Sequence analyses showed that MacA contains two high-den
249 Sequence analyses showed that PduL is unrelated in amino
250 Further
sequence analyses showed that TfsA and TfsB possess puta
251 rescence in situ hybridization, PCR, and DNA
sequence analyses showed that the distal inv(6) breakpoi
252 Sequence analyses showed that the Guangdong H7N9 virus i
253 Comparative RNA
sequencing analyses showed reduced expression of mitotic
254 In addition, chromatin immunoprecipitation
sequencing analyses showed that a subset of hypomethylat
255 Moreover, RNA
sequencing analyses showed that sarA mutants exhibited s
256 Deep-
sequencing analyses showed that sorting of vd-sRNAs into
257 In this context,
sequence analyses,
site-directed mutagenesis, and region
258 siderations can inform other high-throughput
sequencing analyses such as ChIP-seq and RNA-seq.
259 roteolysis, mass spectrometry and N-terminal
sequence analyses suggest that a core complex comprises
260 Structural and
sequence analyses suggest that all Pcdh isoforms will di
261 Lipid and
sequence analyses suggest that alr5351-alr5357 encode th
262 Sequence analyses suggest that the NagB "superfamily" co
263 PCR and DNA
sequence analyses suggest that the number of tandem repe
264 Furthermore, expression and
sequence analyses suggest that the SBP1-mediated transit
265 Structural and
sequence analyses suggest that this dimerization of BIR1
266 Structural and
sequence analyses suggest that this helix is more likely
267 Collectively, the phylogenetic and genomic
sequence analyses suggest that Yoka poxvirus is the prot
268 ing, genomic context and comparative protein
sequence analyses suggested that CheV interacts with spe
269 tivity are consistent with recent phylogenic
sequence analyses suggesting GTRAP3-18 and JM4 be reclas
270 3' repeats are excluded in phylogenetic and
sequence analyses,
suggesting that the alterations of 3'
271 study provided the data for fine resolution
sequence analyses that would yield insight into the mole
272 We previously reported high-throughput RNA
sequencing analyses that identified heightened expressio
273 S rRNA pyrosequencing and shotgun metagenome
sequencing analyses,
the most abundant species represent
274 s, by using methylation-specific PCR and DNA
sequence analyses to analyze the methylation status of t
275 We performed DNA
sequence analyses to detect bacterial species in 945 CF
276 n engineering that exploits phylogenetic and
sequence analyses to identify amino acid substitutions t
277 We performed RNA
sequence analyses to identify metabolic pathways involvi
278 s combined with large-scale phylogenetic and
sequence analyses to predict the existence of a core set
279 We performed whole-exome
sequencing analyses to characterize the genetic landscap
280 profiling and chromatin immunoprecipitation
sequencing analyses unraveled a transcriptional reductio
281 Sequence analyses using COILS2 revealed the presence of
282 asmid rescue, excision, complementation, and
sequencing analyses verified that top1(JS) results from
283 Using intra-IDL PCR and
sequence analyses we also provide evidence that GPIDL is
284 RT-PCR) with gene-specific primers, and cDNA
sequencing analyses we determined that the novel transcr
285 By using cross-species comparative
sequence analyses,
we have identified conserved noncodin
286 Using in silico genome-wide
sequence analyses,
we identified miR-495 as a miRNA whos
287 Based on structural, functional, and
sequence analyses,
we propose that the redox-sensitive A
288 Based on structural and
sequence analyses,
we propose that the transmembrane dom
289 Using microarray and deep-
sequencing analyses,
we found that galectin-7 positively
290 As assessed by ChIP-sequencing and RNA-
sequencing analyses,
we found that genes vital for osteo
291 By performing RNA- and exome-
sequencing analyses,
we report a novel fusion event, FGF
292 with molecular dynamics simulations and DNA
sequence analyses were found to be correlated, indicatin
293 parative Ampliseq Comprehensive Cancer Panel
sequence analyses were performed on DNA from unprocessed
294 Heteroduplex and DNA
sequence analyses were then performed to identify the in
295 Structure-guided and comparative
sequence analyses were used to predict a network of amin
296 Microbial 16S rRNA metagenomic
sequencing analyses were then used to identify shifts in
297 As) is a crucial step in most homology-based
sequence analyses,
which constitute an integral part of
298 ACP mitogenome
sequence analyses will facilitate ACP population researc
299 By combining structural and
sequence analyses with site-directed mutagenesis, we ide
300 Subsequent RNA
sequencing analyses yielded genome-wide transcriptome pr