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This article explores racial disproportionality in criminal justice processing in an era of punitive criminal justice policies and mass incarceration. Using arrest data from New York State, the authors compare the racial disparity in prison sentencing with the disparity at arrest while controlling for crime type and criminal history of the arrest population. Findings show that the racial disparity in prison sentencing at the state level is established before courts begin criminal case proceedings. Scholars and policy makers interested in the sources of racial disparity in incarceration should concentrate on the processes that generate crime and arrests. However, a decrease in racial disparity at prison sentencing, relative to arrest, suggests that the practices of courtroom actors still merit scholarly attention.

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ObjectivesTo circumvent the limitations of the current golden standard method, colony-forming unit (CFU) assay, for viability of Bacille Calmette–Guérin (BCG) vaccines, we developed a new method to rapidly and accurately determine the potency of BCG vaccines.MethodsBased on flow cytometry (FACS) and fluorescein diacetate (FDA) as the most appropriate fluorescent staining reagent, 17 lots of BCG vaccines for percutaneous administration and 5 lots of BCG vaccines for intradermal administration were analyzed in this study. The percentage of viable cells measured by flow cytometry along with the total number of organisms in BCG vaccines, as determined on a cell counter, was used to quantify the number of viable cells.ResultsPearson correlation coefficients of FACS and CFU assays for percutaneous and intradermal BCG vaccines were 0.6962 and 0.7428, respectively, indicating a high correlation. The coefficient of variation value of the FACS assay was less than 7%, which was 11 times lower than that of the CFU assay.ConclusionThis study contributes to the evaluation of new potency test method for FACS-based determination of viable cells in BCG vaccines. Accordingly, quality control of BCG vaccines can be significantly improved.