This overlap rose to 12,810 unigene EST sequences, equivalent to 75% of the sugar beet EST-DB entries, following a comprehensive BLAST analysis with all our 165,742 shoot apex transcriptome loci.
To conduct this survey, we performed a comprehensive BLAST searches using as queries the viral Rep-like proteins in eukaryotic genomes and the protein sequences of representative eukaryotic circular ssDNA viruses against the genomic assemblies of 209 eukaryotes plus other uncompleted eukaryotic genomes in HTGS, WGS and GSS databases.
On the other hand, both chromosomes exhibit good genic inverse symmetry in ways that are expected, global in type A and local in type D. A comprehensive BLAST-based study of this topic is underway and results will be reported elsewhere.
To identify orthologous CNSs shared among vertebrate species, we carried out comprehensive BLAST searches.
Comprehensive BLAST searches of the completed genomes (and annex transcriptome) of Chlamydomonas reinhardii, Chlorella sp., Micromonas pulsilla, Ostreococcus sp., and Volvox carteri yielded no significant hit, suggesting that the EUL domain is absent from these Chlorophyta.
Comprehensive BLAST searches were performed against the T. gondii genome database (ToxoDB Release v3.0) using 27 protein sequences from Arp1 through Arp4 that represented major taxa including mammals, plants, flies, worms, yeast, and protozoa.
This paper presents a comprehensive safety design of blast wall layout on a cylindrical Floating Liquefied Natural Gas (FLNG) platform.
In addition, a comprehensive investigation on the blast responses of FRP-strengthened RC slabs affected by these parameters, i.e. different AFRP layer, FRP type, strengthening mode, FRP bond strength and TNT mass, are also reported.
> A comprehensive search by PSI-BLAST was performed in the National Center for Biotechnology Information (NCBI) protein database (Reference proteins, RefSeq proteins) using the published ragA1 and ragB1 proteins of P. gingivalis as query sequences.
To capture all important aspects in blast response, a comprehensive numerical model is developed.
Firstly, a comprehensive analysis of the post-blast residual axial capacity of a RC column is conducted using the currently available concrete models in LS-DYNA that would demonstrate the deficiencies of these models.
