Sentence examples for revealed that the sequence from inspiring English sources

Multilocus sequence typing (MLST) revealed that the sequence type ST-17 defines a "highly virulent" serotype III clone strongly associated with neonatal invasive infections.

This example has revealed that the sequence diversity among this class of flavoprotein monooxygenases is extremely broad, even within a single genome.

The results revealed that the sequence concerned of this strain showed 97% homology to that of a strain of Paraphoma chrysanthemicola (FJ426987), which belong to Phaeosphaeriaceae (Aveskamp et al. [2009]).

BLAST search revealed that the sequence of LL-TIL showed significant domain similarity to arthropod peptides from the TIL supper family including SjAPI (Q8T0W5), Apim6 (NP_001035360), Ixodidin (P83516), AcCI (AGB06350) and BmSI-7 (asV83329) as illustrated in Fig. 1b.

Comparison of the nucleotide sequences of Rf1a and Rf5 with those previously cloned from different restorers revealed that the sequence of the Rf1a allele from '93-11'is the same as the sequences of the corresponding genes in IR8 (Akagi et al. 2004) and Miyang 23 (Hu et al. 2012).

BLAST analysis revealed that the sequence of the ∼600-bp fragment is closely related to flaviviruses but not alphaviruses.

Homology searches using the Basic Local Alignment Search Tool (BLAST) revealed that the sequences within these two clusters were in fact chloroplast sequences.

secY sequence-based phylogeny revealed that the sequences of all isolates were identical and, consistent with the serological typing, were identical to that of serovar Kuwait (Fig. 2).

Full-length sequence and phylogenetic analyses have revealed that the sequences isolated from rabbits represent a novel genotype of HEV genetically related to mammalian HEV, most closely to genotype 3.

The 16S rDNA regions of the endophytes of the four gousiekte-inducing species are 99.9% homologous and BLAST searches revealed that the sequences are almost identical (99.9%) to Burkholderia caledonica.

Sequence analysis of the peptides revealed that the sequences exhibit similar, yet subtle different patterns of amino acid usage.