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Table 1 A catalogue of identified upregulated proteins using iTRAQ labeling method in refractory An. culicifacies species B in comparison to susceptible An. culicifacies species A

From: Proteome-wide analysis of Anopheles culicifacies mosquito midgut: new insights into the mechanism of refractoriness

S.no Uniprot no. Protein ∑ coverage Peptide Sequence M.wtkDa iTRAQ ratio Function
1 Q27238 ADP-ATP carrier protein (similar to An. gambiae) 9 TAVAPIER
GNLANVIR
LGADVGR
GMLPDPK
40.3 1.83 Transporter activity/energy metabolism
2 Q6RBZ4 Superoxide dismutase 1 (Fragment) (similar to An. gambiae) 8 SDPSAELQK
NLSPDR
22.9 3.14 Ion binding, Detoxification
3 A0A023EPD0 Putative lethal 2 37cm3 (similar to Aedes albopictus) 6 VSDDLTER
NVPVVTGSK
33.5 1.79 Prohibitin protein/ Immune response
4 Q17025 Chymotrypsin-2 (similar to An. gambiae) 5.04 EGGELLK
LTGWGR
27.9 2.859 serine-type endopeptidase activity
5 Q7PY94 AGAP001801-PA (similar to An. gambiae) 5 HNQYPK
MRPLCSK
29.5 2.240 Unknown
6 B0X9E3 AMP dependent ligase (similar to Culex quinquefasciatus) 5 AAQNLTK
IFVMENAPNEECAVDQLFR
59.8 2.331 catalytic activity
7 Q17E94 AAEL003882-PA (similar to Aedes aegypti) 3 ENELLK
ELRLELEDCKQEMAQAR
LELEDCKQEMAQAR
QIATLEER
DLRELR
EIEQLEER
RERNEAVNER
258 2.717 Unknown