Table 2.

Poisson Regression for PM 2.5, CO, O3, and NO2 relation with the number of cases and deaths in Mumbai.

Cases	Estimate(β)	Std. Error	Z Value	Exp(β)	Pr(>|Z |)
(Intercept)	7.258e + 00	3.127e-03	2321.333	1419.2734249	<2e-16 ***
PM.2.5	−8.541e-05	4.352e-05	−1.962	0.9999146	0.0497 *
CO	−4.739e-02	1.106e-03	−42.863	0.9537130	<2e-16 ***
O3	−1.123e-02	1.481e-04	−75.836	0.9888282	<2e-16 ***
NO2	8.338e-03	1.961e-04	42.530	1.0083733	<2e-16 ***
Deaths	Estimate(β)	Std. Error	Z Value	Exp(β)	Pr(>|Z |)
(Intercept)	4.4300126	0.0163669	270.670	83.9324706	<2e-16 ***
PM.2.5	−0.0055166	0.0003067	−17.987	0.9944986	<2e-16 ***
CO	0.0097129	0.0071987	1.349	1.0097602	0.177
O3	−0.0095591	0.0009256	−10.328	0.9904864	<2e-16 ***
NO2	−0.0171730	0.0012772	−13.446	0.9829736	<2e-16 ***

“Std. Error = Standard Error; β = Coefficient Estimates; Exp(β) = Exponentiated values. ¥Controlled for temporal trends,⁎Statistically significant”