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. 2020 Jan 2;9(1):67–77. doi: 10.1080/22221751.2019.1707125

Table 1. Vector competence of Aedes mosquitoes in this study following ZIKV exposure.

Species Geographical origin Temp. regime % Infection (whole bodies) % Dissemination (infected bodies) % Transmission (disseminated bodies) % Transmission efficiency (no. of mosquitoes initially screened)
4 days post-infection            
Ae. aegypti Miami D32N28 (H) 67 (30) 55 (20) 0 (11) 0 (30)
Ae. aegypti Miami D30N26 (M) 90 (30) 37 (27) 0 (10) 0 (30)
Ae. aegypti Mexico D32N28 (H) 90 (30) 56 (27) 0 (15) 0 (30)
Ae. aegypti Mexico D30N26 (M) 90 (30) 56 (27) 13 (15) 7 (30)
Ae. albopictus Long Island D30N26 (M) 70 (30) 29 (21) 0 (6) 0 (30)
Ae. albopictus Long Island D28N24 (L) 77 (30) 35 (23) 0 (8) 0 (30)
7 days post-infection
Ae. aegypti Miami D32N28 (H) 83 (30) 76 (25) 26 (19) 17 (30)
Ae. aegypti Miami D30N26 (M) 93 (30) 61 (28) 6 (17) 3 (30)
Ae. aegypti Mexico D32N28 (H) 77 (30) 96 (23) 14 (22) 10 (30)
Ae. aegypti Mexico D30N26 (M) 87 (30) 77 (26) 21 (20) 13 (30)
Ae. albopictus Long Island D30N26 (M) 97 (30) 86 (29) 12 (25) 10 (30)
Ae. albopictus Long Island D28N24 (L) 77 (30) 52 (23) 0 (12) 0 (30)
14 days post-infection
Ae. aegypti Miami D32N28 (H) 67 (30) 80 (15) 78 (18) 47 (30)
Ae. aegypti Miami D30N26 (M) 100 (30) 83 (30) 60 (25) 50 (30)
Ae. aegypti Mexico D32N28 (H) 70 (30) 63 (19) 93 (14) 43 (30)
Ae. aegypti Mexico D30N26 (M) 73 (30) 86 (22) 68 (19) 43 (30)
Ae. albopictus Long Island D30N26 (M) 70 (30) 100 (21) 43 (21) 30 (30)
Ae. albopictus Long Island D28N24 (L) 83 (30) 91 (24) 71 (22) 57 (30)