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Fig. 3. The cDNA and putative protein sequence of the Anopheles stephensi
leucokinin receptor gene. Nucleotide and amino acid residue numbers are
indicated at the end of each line, amino acids are centred on their codons.
The polyadenylation signal, and start and stop codons are marked in bold type.
Upstream in frame stop codons are double underlined, and the positions of
predicted introns in the cDNA sequence are indicated by ><. Predicted TM
regions are indicated by a shaded box. The peptide epitope used to raise the
anti-CG10626 antibody (Radford et al.,
2002) is not present within the A. stephensi receptor
sequence. 
Potential N-glycosylation sites in the
protein sequence. The conserved GPCR Asp-Arg-Tyr/His
(DRY/H) motif just after TM III and conserved Cys (C)
residues in extracellular loops 1 and 2 are also marked in bold type. The
position of binding sites for primers used in the analysis and construction of
the cDNA sequence are indicated. Nucleotides that are different between the
cDNA and primer sequences are indicated in red type.
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