1 monomicrobial cultures were included in the
comparative analysis.
2 support this prediction using a phylogenetic
comparative analysis.
3 a fundamental step in many phylogenetics and
comparative analysis.
4 transcriptional data, genetic variation and
comparative analysis.
5 ed infectious P-MLVs have been sequenced for
comparative analysis.
6 transcriptional data, genetic variation and
comparative analysis.
7 PGDBs, including Omics Viewers and tools for
comparative analysis.
8 stor of Juglandaceae using site substitution
comparative analysis.
9 s and 1 complex choristoma were included for
comparative analysis.
10 tron microscopy and image reconstruction for
comparative analysis.
11 to their equivalent QC injection volumes for
comparative analysis.
12 A retrospective
comparative analysis (
2007-2016) of 61 patients who unde
13 Comparative analysis across Danio species indicated that
14 unctional correlations among impacted genes,
comparative analysis across samples and against data sou
15 Accordingly, a previous
comparative analysis across species has shown that tendo
16 To facilitate
comparative analysis across the cohort, all eyes were tr
17 his work offers a comprehensive and detailed
comparative analysis addressing the neuronal basis of sp
18 om a whole community metagenomic survey, and
comparative analysis against extant Accumulibacter genom
19 nt analyses of radish datasets followed by a
comparative analysis against the newly established Arabi
20 Comparative analysis among retroviruses has been critica
21 The
comparative analysis amongst the main producer countries
22 ndard nomenclature of defined cell types for
comparative analysis and biomarker discovery.
23 we then focused on MN-enriched miRNAs via a
comparative analysis and found that they may functionall
24 We present CAMSA-a tool for
comparative analysis and merging of two or more given sc
25 easily accessible workbench and database for
comparative analysis and meta-analysis of all published
26 Individual dataset-based survival analysis,
comparative analysis,
and correlation analysis are also
27 h its ancillary information, will facilitate
comparative analysis,
as will the growing availability o
28 pecies studies of biochemistry were rare and
comparative analysis at the level of biochemical systems
29 from The Cancer Genome Atlas, and perform a
comparative analysis between Asian and Caucasian patient
30 A
comparative analysis between central macular thickness (
31 plement inhibitor, which was identified in a
comparative analysis between CSCs and non-CSCs in endome
32 Here we report a comprehensive
comparative analysis between ex vivo human Treg and Tcon
33 Concerning the
comparative analysis between fellow eyes, no statistical
34 en generally found from previous qualitative
comparative analysis between proteomics and microarray d
35 mated the incidence of IASCC and performed a
comparative analysis between subjects enrolled in the sc
36 mated the incidence of IASCC and performed a
comparative analysis between subjects enrolled in the sc
37 The
comparative analysis between the superficial capillary p
38 The
comparative analysis between the two genotypes revealed
39 The
comparative analysis between these two rich datasets - t
40 In addition,
comparative analysis between Toxoplasma and Plasmodium s
41 To facilitate
comparative analysis,
both flatmaps are scaled equally,
42 within a species, we conducted a genome-wide
comparative analysis by characterizing and comparing MIT
43 We have implemented
comparative analysis by high-throughput experimental tes
44 STATA 15 was used for
comparative analysis calculations (Stata Corp LLC, Colle
45 STATA 15 software was used for
comparative analysis calculations (StataCorp LP, College
46 We performed a
comparative analysis controlling for body size and phylo
47 The
comparative analysis demonstrated that three transcripti
48 Comparative analysis demonstrated that ~57% of the seque
49 The
comparative analysis demonstrates an overall strong posi
50 Furthermore, a
comparative analysis describing the NS binding is provid
51 ciently showed that this MSS can achieve the
comparative analysis detection limits, accuracy and sens
52 Comparative analysis during 2010-13 revealed a decline i
53 Comparative analysis during infection of HMECs vis-a-vis
54 ecial emphasis on pathogens, offering a rich
comparative analysis environment that provides users wit
55 quivocal evidence of homology, without which
comparative analysis fails.
56 A
comparative analysis for different gases reveals the hig
57 A thorough
comparative analysis has been performed with five cluste
58 For a
comparative analysis,
here, we propose three steps: The
59 This
comparative analysis identified a higher frequency of pi
60 Comparative analysis identified a syntenic region of 660
61 Pan-mammalian
comparative analysis identified DLX5 as part of the huma
62 Comparative analysis identifies other catalysts that con
63 of the nascent peptide chain, we performed a
comparative analysis in bacteria, yeast, and mammalian c
64 Comparative analysis in human and mosquito-derived cell
65 Comparative analysis indicates that our new algorithm ou
66 Furthermore, a
comparative analysis indicates that the alkanedithioates
67 thers in a given individual) in intrapatient
comparative analysis (
IPCA) of nevi may help improve the
68 Intrapatient
comparative analysis is of major importance to the effec
69 Comparative analysis of 10 randomly drawn cross-validati
70 In a
comparative analysis of 102 species we show that snake v
71 pment of multiple tumours, here we conduct a
comparative analysis of 20 syCRCs from 10 patients.
72 The current study provides a
comparative analysis of 6692 mutation data points on 34
73 We performed a retrospective
comparative analysis of 9,402 patients who underwent tes
74 A
comparative analysis of 91 authentic patient samples (hc
75 We present a
comparative analysis of a high quality finished genome a
76 A
comparative analysis of a series of poly-p-phenylene ((R
77 exing of subsamples, permitting standardized
comparative analysis of adjacent sections in 3-D and of
78 eporting biases in FAERS, and illustrate how
comparative analysis of ADRs can reveal underlying mecha
79 flection (RECUR) is an R application for the
comparative analysis of AI profiles derived from SNP arr
80 However, a
comparative analysis of alpha7 with its homologs that ca
81 d change the epitope hierarchy, we performed
comparative analysis of antibody repertoire and Fc-media
82 Here, we performed an in-depth
comparative analysis of Arabidopsis (Arabidopsis thalian
83 Comparative analysis of atrial and ventricular cells rev
84 mes and constitutes the current paradigm for
comparative analysis of bacterial populations.
85 functional modules can be identified through
comparative analysis of biological networks.
86 nal annotation, disease gene prioritization,
comparative analysis of biological systems and predictio
87 Comparative analysis of biopsies revealed a higher fract
88 In the largest
comparative analysis of bivalirudin versus UFH for non-S
89 e for researchers seeking to map and perform
comparative analysis of brain data.
90 ofiles of 560 Malaysian breast tumours and a
comparative analysis of breast cancers arising in Asian
91 Comparative analysis of cancer cell expression data high
92 e Americas are sufficiently robust to permit
comparative analysis of cardiovascular disease mortality
93 Comparative analysis of categories of target RNA binding
94 Here, we use
comparative analysis of chemokine NMR structures, struct
95 Observational Analysis: A
comparative analysis of color fundus photographs (CFPs),
96 Comparative analysis of conserved miRNAs in mouse and hu
97 This paper makes
comparative analysis of crop yield, soil organic matter
98 psis as a host plant species, we conducted a
comparative analysis of cytokinin genes in response to t
99 rdination modes on structure and function by
comparative analysis of deposited crystal structures is
100 Comparative analysis of differentially expressed genes a
101 In the present study, a
comparative analysis of differentially expressed lncRNAs
102 Comparative analysis of DIMs with the PM showed an enric
103 Comparative analysis of DNA methylation revealed that th
104 Furthermore,
comparative analysis of domains revealed the diversity o
105 Methods: We performed a pairwise
comparative analysis of early response to first- and sec
106 SCOUT provides a much-needed framework for
comparative analysis of emerging 3D in vitro models usin
107 Comparative analysis of Escherichia coli reveals use of
108 Further, a
comparative analysis of expression levels of some of the
109 Using DPV,
comparative analysis of ferritins from two evolutionary-
110 In this
comparative analysis of firearm mortality, we examined n
111 In this paper, we provide a
comparative analysis of five popular and four novel modu
112 illock structures in N-polar GaN, studied by
comparative analysis of GaN:Mg films grown by MOCVD on h
113 ronal and nonneuronal cells, complicates the
comparative analysis of gene activities in brain specime
114 ined from root epidermis mutants, enabling a
comparative analysis of gene expression at single-cell r
115 To begin addressing this gap, we performed a
comparative analysis of gene expression variability and
116 Here we address this issue by a
comparative analysis of genital cortex.
117 Comparative analysis of genome sequences from the isolat
118 Through
comparative analysis of genomes and transcriptomes of sc
119 Furthermore,
comparative analysis of genomes from 1,167 bacterial spe
120 Comparative analysis of genomic, transcriptomic and tumo
121 To address these challenges we present the
Comparative Analysis of Germline Microsatellites (CAGm):
122 Comparative analysis of GlcB structures in complex with
123 Comparative analysis of GPCR crystal structures independ
124 We test this prediction in a
comparative analysis of helper investment in 36 cooperat
125 ogy-driven and sequence-specific biases, the
comparative analysis of Hi-C data is analytically and co
126 resent a novel method called Selfish for the
comparative analysis of Hi-C data that takes advantage o
127 Comparative analysis of HIV and simian immunodeficiency
128 We perform
comparative analysis of hydrogen jump mechanisms observe
129 Comparative analysis of immunogenicity of human embryoni
130 ht to understand this process better through
comparative analysis of inducible and constitutive inact
131 These results represent the first
comparative analysis of infection by the two pneumovirus
132 the SCOUT pipeline for automated multiscale
comparative analysis of intact cerebral organoids.
133 es the effect of lattice properties from the
comparative analysis of interfacial fracture properties
134 ty of analytical and visualization tools for
comparative analysis of isolate genomes and metagenomes
135 Our
comparative analysis of known SA complexes with FDA-appr
136 Comparative analysis of LA RNA sequencing datasets from
137 Comparative analysis of LC-MS/MS-data corroborated that
138 A
comparative analysis of ligand binding pockets in chemok
139 tion, we compiled a dataset for phylogenetic
comparative analysis of long-term fruit/seed production
140 Through molecular modeling and
comparative analysis of machines assembled with protein-
141 By
comparative analysis of mammalian cell lines, we found t
142 function that BioPAXViz provides is a visual
comparative analysis of metabolic pathway topologies acr
143 Comparative analysis of miRNA expression in MCF7 versus
144 Comparative analysis of model bioactive/toxic compounds
145 uses the general linear model framework for
comparative analysis of multiple Hi-C datasets, adapted
146 Comparative analysis of multisource data showed strong c
147 We carried out a multicountry
comparative analysis of natural resource management prog
148 Comparative analysis of nematode chromosomes suggests th
149 1 organization between strains, we performed
comparative analysis of neuronal populations in A1 of ad
150 A
comparative analysis of NoV protease structures may prov
151 ch provides new features that facilitate the
comparative analysis of orthologous clusters among up to
152 Comparative analysis of orthologous genes in grain amara
153 Comparative analysis of our data for fossil and modern a
154 Here we report results from a phylogenetic
comparative analysis of over 1000 species of squamate re
155 Comparative analysis of overall risk-adjusted inpatient
156 Comparative analysis of P. lambertiana and P. taeda L. r
157 slow softening behaviour of Kanzi apples, a
comparative analysis of pectin biochemistry and tissue f
158 We present a
comparative analysis of pelagic microbial communities ac
159 A
comparative analysis of peripapillary vs macular combine
160 eby providing the first robust multi-species
comparative analysis of predator-induced bodily damage i
161 Comparative analysis of prokaryotic genomes showed that
162 thematical modeling of genome evolution with
comparative analysis of prokaryotic genomes to estimate
163 ctural information in order to assist in the
comparative analysis of protein evolution and in the opt
164 re, we used an in vitro leaf disc system for
comparative analysis of proteins extracted from control
165 The
comparative analysis of publically available transcripto
166 A cross-species
comparative analysis of recurrent copy number alteration
167 This study presents the most comprehensive
comparative analysis of relative abundances of N-glycans
168 Comparative analysis of RNA-seq and single-cell RNA-seq
169 in other plants, we conducted a large-scale
comparative analysis of root hair development genes from
170 Herein, we provide an exhaustive
comparative analysis of SARS-CoV-2 proteases and RdRp wi
171 We carried out a
comparative analysis of several popular model assessment
172 Comparative analysis of SHAPE reactivities across seroty
173 n the structure and mechanism of DSPs enable
comparative analysis of shared mechanisms and unique fea
174 By
comparative analysis of simulated and real single-cell R
175 Here, we report the first parallel,
comparative analysis of site selection of A3 deamination
176 This work describes the
comparative analysis of six Glossina genomes representin
177 Our
comparative analysis of sixteen cell lines reveals close
178 Here we perform a
comparative analysis of skin microbial communities coupl
179 A
comparative analysis of TcdB proteins from NAP1/RT027 an
180 Finally, we call for increased
comparative analysis of TE dynamics and fitness effects,
181 A public sybil database for easy
comparative analysis of the 90 genomes was established.
182 A
comparative analysis of the Ad4 E3-19K/HLA-A2 structure
183 Finally, we report the first
comparative analysis of the anticancer activities of all
184 A
comparative analysis of the AOX isoenzymes AOX1A, AOX1C,
185 e six reported total syntheses, as well as a
comparative analysis of the approaches utilized in their
186 Our
comparative analysis of the BCR repertoire in immune-med
187 We performed a
comparative analysis of the capacity of purified monocyt
188 Comparative analysis of the cistromes of TFEB/TFE3 and R
189 applying REMD simulations we have performed
comparative analysis of the conformational ensembles of
190 (POCO) and AQUA I methods were included for
comparative analysis of the data.
191 In this study, we performed a comprehensive
comparative analysis of the designs, performance, functi
192 The
comparative analysis of the dispersal dynamics of the fi
193 This report represents the first
comparative analysis of the draft genome sequences of 11
194 gain insight into this issue, we undertook a
comparative analysis of the eight major human sHsps on t
195 emispheric transfer in birds, but also for a
comparative analysis of the evolution of commissural sys
196 eatures have been investigated by means of a
comparative analysis of the frequency generation perform
197 This
comparative analysis of the gene expression signatures i
198 Comparative analysis of the genetic diversity of eightee
199 PU catabolic pathway were revealed, based on
comparative analysis of the genomes of three IPU-mineral
200 ovides an interactive framework for a visual
comparative analysis of the given assemblies.
201 Our study is a
comparative analysis of the host innate immune response
202 A
comparative analysis of the hydrolysis of two model poly
203 face stability, we carried out comprehensive
comparative analysis of the interfaces of seven sliding
204 ant LD functions, our data set allowed for a
comparative analysis of the LD protein composition throu
205 The Cf and Cf,exp values are used in a
comparative analysis of the mass changes (deltaDeltam) f
206 Comparative analysis of the master regulator genes follo
207 A
comparative analysis of the molecular phenotypes of CA-M
208 Here we have performed a systematic and
comparative analysis of the p63 target gene network with
209 Comparative analysis of the profiles identified a substa
210 Comparative analysis of the prognostic power of gene exp
211 Comparative analysis of the proteome and transcriptome r
212 Comparative analysis of the results of the tools showed
213 Comparative analysis of the shared structural fold with
214 hin this genus by performing a comprehensive
comparative analysis of the somatic genomes of 10 specie
215 It contributes a
comparative analysis of the strengths and limitations of
216 We performed a
comparative analysis of the striatal dopamine transporte
217 not associated with Pd Here, we conducted a
comparative analysis of the subcellular targeting of the
218 pening in European pear, as well as a unique
comparative analysis of the two cultivars with very diff
219 Comparative analysis of the two Ficus genomes revealed d
220 Comparative analysis of the upper girdle scan in 181 of
221 This article provides a
comparative analysis of the various methods of genome se
222 A
comparative analysis of the ventricular fibrillation (VF
223 Comparative analysis of the vitamin C and vitamin E cont
224 pplied a three-step process, starting with a
comparative analysis of the X-ray crystallographic struc
225 Examination of this structure and
comparative analysis of the yeast ribosomal assembly pat
226 d from these data, we show that the proposed
comparative analysis of their associated networks identi
227 The
comparative analysis of their kinematic behavior reveals
228 A
comparative analysis of these elements suggests that gen
229 subpopulations of endoderm and mesoderm, and
comparative analysis of these gastruloids, together with
230 portions of the central nervous system, the
comparative analysis of these regions lend key insights
231 A detailed examination and
comparative analysis of these transcriptomes revealed a
232 and lateral root development, we undertook a
comparative analysis of these two root developmental pro
233 With a
comparative analysis of three matrices contaminated with
234 Comparative analysis of thrombin and a single-point muta
235 We performed a
comparative analysis of TPOT-generated ML pipelines with
236 a software application for rapid large-scale
comparative analysis of TraDIS experiments that predicts
237 basis and a domain-level alignment tool for
comparative analysis of trans-AT polyketide synthase ass
238 A
comparative analysis of transcriptional and chromatin fe
239 Cross platform
comparative analysis of transcriptomic data elucidated t
240 Comparative analysis of transcriptomic data with disease
241 A retrospective
comparative analysis of treatment regimen for P. falcipa
242 Comparative analysis of tRNA gene families in sequenced
243 We report a
comparative analysis of TS vs. KS regarding differences
244 We conducted a
comparative analysis of tuberculosis (TB) epidemiology a
245 From a
comparative analysis of various ML algorithms including
246 RNASeq facilitated a
comparative analysis of viral RNA synthesis and revealed
247 Furthermore,
comparative analysis of whole-tissue and TRAP-selected m
248 A
comparative analysis of wild-type and Map3k8(-/-) mice w
249 Comparative analysis of wild-type and TrkA-deficient Dam
250 The
comparative analysis of YD chemical oxidation conditions
251 A
comparative analysis on energy efficiency and cost-benef
252 We performed
comparative analysis on plant-cell-wall-degrading enzyme
253 We tested these predictions with a
comparative analysis on the outcomes of 719 studies acro
254 In this
comparative analysis,
PDT was an effective treatment met
255 We also developed a
comparative analysis pipeline that minimizes biases attr
256 This
comparative analysis presents important lessons to be le
257 Following a
comparative analysis,
results were synthesized and inter
258 Comparative analysis revealed an activated AKT-mTOR path
259 Comparative analysis revealed extensive structural rearr
260 Comparative analysis revealed marked differences in prot
261 A
comparative analysis revealed that a majority of these m
262 Comparative analysis revealed that Arabidopsis CCT1 (AtC
263 Comparative analysis revealed that circRNA biogenesis wa
264 Comparative analysis revealed that P. saccamoebae shares
265 cing from four foxtail millet cultivars, and
comparative analysis revealed that they were approximate
266 Comparative analysis revealed the presence of 18 genomic
267 The resulting
comparative analysis reveals promising opportunities and
268 Our detailed
comparative analysis reveals remarkable similarities bet
269 Comparative analysis reveals that high rates of gene dup
270 ase, reverse transcriptase, and integrase; a
comparative analysis reveals that NNRTI-induced mutation
271 Our
comparative analysis reveals that the hypothalamus in ma
272 A
comparative analysis showed the brine community to be st
273 A gene-wise
comparative analysis shows that deep learning achieves l
274 Comparative analysis shows that LCR16a has independently
275 Our
comparative analysis shows that MINTmap exhibits superio
276 Comparative analysis shows that there is a critical lack
277 Comparative analysis suggested that oca starch has the p
278 Comparative analysis suggests that most B. hybridum whol
279 Comparative analysis suggests that partial pressure of c
280 Through
comparative analysis,
the erosion of upper wall of singl
281 With
comparative analysis to a reference-transcriptome-guided
282 ombining theory, experimental evolution, and
comparative analysis to advance scientific understanding
283 We validated PaCeQuant by extensive
comparative analysis to manual segmentation and existing
284 PATRIC offers web-based visualization and
comparative analysis tools, a private workspace in which
285 the PATRIC resource, including new web-based
comparative analysis tools, eight new services and the r
286 In this study, we performed a
comparative analysis using 69 fully sequenced genomes be
287 Comparative analysis using two-dimensional (15)N-(1)H he
288 Given that the
comparative analysis was derived from few randomized pub
289 A
comparative analysis was performed after the implementat
290 A
comparative analysis was performed to assess the effect
291 Through integrative
comparative analysis,
we define a consensus vocabulary a
292 From this
comparative analysis,
we have identified a group of pred
293 By performing a global
comparative analysis,
we show that Com pili genes are vi
294 differentially expressed genes identified by
comparative analysis with 24 healthy volunteers.
295 relative to nontransgenic littermates and by
comparative analysis with a dataset of CNS cell type-spe
296 For the CBDB1-mediated dechlorination,
comparative analysis with Hirshfeld charges shows that t
297 Comparative analysis with methylomes of various tissues
298 r of animal and plant datasets and present a
comparative analysis with miRCat, miRDeep2, miRPlant and
299 Of these, 94 are potential FMRP targets, by
comparative analysis with previously proposed FMRP targe
300 mprehensive software is needed to facilitate
comparative-analysis with user-friendly features that ar