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. Author manuscript; available in PMC: 2021 Jul 28.
Published in final edited form as: Am Econ J Econ Policy. 2018 Nov;10(4):1–35. doi: 10.1257/pol.20170082

Table 2:

Relationship Between OxyContin Misuse and Changes in Heroin Death Rates

Outcome: Heroin Deaths per 100,000
(1) (2) (3) (4) (5) (6)
A. Total Heroin Deaths per 100,000
Initial OxyContin (3 Year Effect) 2.212** (1.012) 2.804*** (1.041) 2.523** (1.065) 3.581*** (1.074) 1.420*** (0.616) 1.591*** (0.608)
Initial Pain Reliever (3 Year Effect) −0.495** (0.241) −0.210* (0.114)
Mean of Dep. Variable (2008–09): 1.060
B. Heroin-Only Deaths per 100,000 (T40.1 but not also T40.2-T40.4)
Initial OxyContin (3 Year Effect) 1.497 (0.911) 2.068** (0.879) 1.849** (0.920) 2.694*** (0.894) 1.518** (0.647) 1.727*** (0.649)
Initial Pain Reliever (3 Year Effect) −0.392* (0.198) −0.194* (0.116)
Mean of Dep. Variable (2008–09): 0.876

State and Time-Varying Covariates No Yes Yes Yes Yes Yes
Policy Variables No No Yes Yes Yes Yes
Estimator OLS OLS OLS OLS Poisson Poisson

Notes: Standard errors in parentheses adjusted for clustering at the state-level. State fixed effects and year fixed effects included in all specifications. Each model also includes a linear trend interacted with initial nonmedical OxyContin misuse as well as a post-2011 indicator interacted with initial nonmedical OxyContin misuse. Finally, a separate post-2011 linear trend interacted with initial nonmedical OxyContin misuse is also included. We report the 3 year post-2011 effect of the initial OxyContin variable. Regressions are weighted by population. Years 2008–2013 are used.

***

Significant at the 1% level

**

Significant at the 5% level

*

Significant at the 10% level.