. Author manuscript; available in PMC: 2015 Sep 7.

Published in final edited form as: J Theor Biol. 2014 May 4;356:174–191. doi: 10.1016/j.jtbi.2014.04.033

Table 5.

Endemic equilibrium (e_h, i_h, r_h, e_v, i_v) and properties of the first peak: maximum proportion humans infected (i_h_,_P), time to i_h_,_P (Ti_h_,_P), maximum proportion of mosquitoes infected (i_v,P), time to i_v,P (Ti_v,P), maximum proportion of immune humans (r_h,P), and time to r_h,P (Tr_h,P) for dengue and chikungunya. The proportions written as percent of the total populations and the time is in years. DENV(A. aegypti) and CHIK-R(A. albopictus) reach the epidemic peak faster (Ti_h,P) and result in more total infections (r_h,P) by the end of an outbreak. They also result in a greater percent of immune hosts at the endemic state (r_h).

	Virus	e_h	i_h	r_h	e_v	i_v	i_h,P	Ti_h,P	i_v,P	Ti_v,P	r_h,P	Tr_h,P

Aedes aegypti
1.	DENV	0.011	0.014	58.41	0.012	0.017	4.15	0.95	4.67	1.0	85.22	1.6
2.	CHIK-A	0.0021	0.0043	18.17	0.0030	0.0038	0.35	3.4	0.31	3.45	32.69	5.5

Aedes albopictus
1.	DENV	0.0020	0.0041	17.56	0.0023	0.0049	0.26	4.4	0.31	4.5	31.5	7.0
2.	CHIK-R	0.0039	0.0079	33.58	0.0020	0.012	1.13	2.0	1.64	2.1	56.56	3.3