C-Type Lectins(CTLs) are calcium dependent extracellular proteins involved in recognition of glycans. A total of 10 models were found and annotated. Refer to C-type lectin gene report for further details. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Relish-like proteins are transcription factors and are inlvolved in Imd pathway. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Galactoside-Binding Lectins (GALEs) or galectins bind to beta-galactoside sugars. GALEs are implicated in innate immunity as they might be involved in microbial recognition and/or phagocytosis. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Fibrinogen-Related Proteins (FREPs) are implicated in bacteria binding, enhancement of antimicrobial activity and interaction with parasite. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Thio-Ester containing proteins (TEPs) are involved in pathogen recognition and activation of immune responses. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Peptidoglycan Recognition proteins are pattern recognition molecules conserved from insects to mammals and recognize bacteria and their unique cell wall component, peptidoglycan (PGN). The Basecamp page and FTP site contain the data sets and instructions.

CLIP-Domain Serine Proteases (CLIPs) are large protein family unique to arthropods. CLIP proteases are activated after infection and function in extracellular pathways for proteolytic activation of downstream proteins. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Inhibitors of Apoptosis (IAP) protein family binds to caspases which are involved in apoptotic cell death program. IAPs are also been shown to be down-regulated in cancer cells leading to tumor formation. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Catalases (CATs) are involved in the conversion of hydrogen peroxide to water and oxygen. The Basecamp page and FTP site contain the data sets and instructions.

Autophagy genes (Atg) are involved in the formation of autophagosome leading to degradation of internalized pathogens. The Basecamp page and FTP site contain the data sets and instructions.

Prophenoloxidase are involved in innade defense system which play major role in melanization. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Peroxidases produce local reactive oxygen species as a immune response. The Basecamp page and FTP site contain the data sets and instructions for annotation.

MD2-Like Receptors (MLs) are extracellular proteins involved in signal transduction pathways by lipid recognition. The Basecamp page and FTP site contain the data sets and instructions for annotation.

Caspase Activators include ARK (Apaf-1 Related Killer) and IAP (Inhibitor of Apoptosis) antagonists. The Basecamp page and FTP site contain the data sets and instructions.

Small Regulatory RNA pathway members are important in many cellular processes as well as in immune defence. The Basecamp page and FTP site contain the data sets and instructions.

Caspases are proteolytic enzymes that cleave aspartic acid of target proteins. The Basecamp page and FTP site contain the data sets and instructions.

Genes producing anti-microbial peptides are a critical part of the immune system of the psyllid. The Basecamp page and FTP site contain the data sets for annotating AMPs.

This track contains tblastn matches to the genome for MCOT proteins. MCOT combines gene predictions from Maker, Cufflinks, Oasis and Trinity. It also includes the uniprot annotation if available.

Evidence tracks for RNAseq reads from egg, nymph and adult tissue were added to WebApollo to assist in annotation.

The project basecamp site is now available. We will use this to coordinate all research activities for the project.