| dc.description.abstract | Sengon (Falcataria moluccana Miq.) plantations in monoculture system has
increases boktor (Xystocera festiva Pascoe) pest population and distribution,
however there is no effective and efficient control method yet. This study aims to
analyze sengon transcriptomic data and identify expressed genes involved in
sengon resistance to boktor pests, also other genes related to abiotic and biotic
stresses. Unpublishe de novo transcriptomic data was acquired using the RNAseq
and deposited in the DDBJ repository with accession number DRA008389. DEG
analysis was perfomed using R program with edgeR package. The results of gene
screening were then annotated using genes analog with the Swissprot database.
DEG analysis produced 6859 upregulated contigs, genes in resistant tree were
Heat shock cognate 70 kDA protein, Trypsin inhibitor, and Chalcone synthase.
Based on previous research, trypsin inhibitor is a defensive mechanism of sengon
against boktor pests, while other genes are known to be involved in the abiotic
and biotic stress response. | id |
