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. Author manuscript; available in PMC: 2008 Mar 1.
Published in final edited form as: Insect Biochem Mol Biol. 2007 Dec 7;38(3):331–345. doi: 10.1016/j.ibmb.2007.11.012

Table 1.

Ae. aegypti apoptotic regulatory genes characterized in this study. Shown are the NCBI predicted proteins (if any), supercontigs the genes reside on, percent amino acid similarity and identity to the closest relative in Drosophila, and whether the confirmed sequence differs from that predicted in NCBI.

Gene NCBI protein(s) Supercontig(s) %Similarity/Identity Different from predicted?
IAP1 ABK01289 368 51.7/39.4 (th) No
IAP2 EAT41756 214 46.8/34.3 (IAP2) Yes
IAP5 EAT33476 1049 50.6/41 (det) No
DNR1 EAT48387 11 45.9/35.1 (Dnr1) No
ARK EAT48065, EAT48066 18 30.4/18.8 (Ark) Yes
BG4 EAT46931 46 35.1/21 (BG4) No
IMP EAT44230 117 10.9/7 (rpr) No
CASPS19 EAT45302 86 53.8/37.8 (decay) No
CASPS18 EAT45303 86 47.9/37.4 (decay) No
CASPS8 EAT33369 1085 47.7/38.3 (Ice) No
CASPS7 EAT35718 791, 659 61.1/52.5 (Ice) Yes
CASPS20 EAT33088 1207 36.1/28.1 (Ice) Yes
Dredd EAT33580 1019 46.6/31.3 (Dredd) No
Dronc EAT36368 589 42.4/30.3 (Nc) No
CASPS17 none 182 35.4/25.3 (Damm) Yes
CASPS21 none 182 36.9/25 (Damm) Yes
CASPS16 EAT42502 182 32.9/23.3 (dream) No
CASPS15 EAT42503 182 34.2/24 (dream) No