… Using 454-pyrosequencing methodology, the transcriptome of all developmental stages of
the insect pest, A. grandis, was analyzed. The A. grandis transcriptome analysis resulted in …

… the cotton boll weevil larvae (Anthonomus grandis). Transcriptome analysis was performed
to … The Illumina HiSeq 2000 platform was used to sequence the transcriptome of cotton flower …

… Transcriptome analysis is not only an efficient approach for gene discovery but also an
effective approach for the identification of functional DNA markers, because they are located …

… We used this assembly to perform an RNA-seq analysis comparing gene expression …
Thus, this RNA-seq analysis provides the foundation for the production of gene-level control …

… In silico approaches coupled with transcriptomic analyses allowed the identification of
transcript sequences that encode putative extracellular DNA/RNA non-specific nucleases. …

… to malathion, an RNA-seq experiment was conducted where adult boll … RNA-seq analysis
revealed 1088 and 1092 genes that … We focused our subsequent analyses on the 502 shared …

… RNA-seq analysis across 3 life stages (larvae, pupae, and mixed sex adults) resulted in a …
We focused our analyses on the genes within these patterns as both life stages feed on cotton …

… by the cotton boll weevil (CBW, Anthonomus grandis), a devastating insect pest that could
reduce … CDS (gene coding sequences) of each gene was obtained from the transcriptome of A. …

… in the immune defense of Anthonomus grandis against the entomopathogenic fungus
Metarhizium … grandis 454 transcriptome 38 and confirmed in a new midgut transcriptome of A. …

… The cotton boll weevil, Anthonomus grandis, is the most … In summary, our study provides
the first insights into the physiological and developmental functions of AgraLac2 in A. grandis. …