Together, these form the most complete
annotation of immune - related
genes in N. vitripennis to
date, and represent one of the first genomic - scale
annotations of novel immune - induced transcripts in Hymenoptera.
We integrate functional genomic datasets with up - to -
date gene and genome annotations, Gene Ontology and pathway annotations, gene orthologs, gene interactions, and a comprehensive set of miRNA - target predictions for human, mouse, zebrafish, and nemat
gene and genome
annotations,
Gene Ontology and pathway annotations, gene orthologs, gene interactions, and a comprehensive set of miRNA - target predictions for human, mouse, zebrafish, and nemat
Gene Ontology and pathway
annotations,
gene orthologs, gene interactions, and a comprehensive set of miRNA - target predictions for human, mouse, zebrafish, and nemat
gene orthologs,
gene interactions, and a comprehensive set of miRNA - target predictions for human, mouse, zebrafish, and nemat
gene interactions, and a comprehensive set of miRNA - target predictions for human, mouse, zebrafish, and nematode.