The impact of SCRAM CAM on the rate of repeat drinking and driving offenses (i.e., recidivism) was assessed for the first two years following arrest for 837 offenders in Wisconsin and 672 offenders in Nebraska. There was virtually no recidivism while on SCRAM CAM. For the offenders who recidivated, those assigned to SCRAM CAM recidivated later, meaning the device delayed recidivism.
By National Highway Traffic Safety Administration (NHTSA)
The 24/7 Sobriety Program mandates that repeat impaired driving offenders remain sober as a condition of bond or pre-trial release. The goal is to monitor the most dangerous offenders in North Dakota and require that these individuals remain sober in order to keep roadways safe from hazardous drivers. Results show that drivers significantly improve traffic metrics after enrolling in the program.
By Andrew Kubas, Ph.D. Poyraz Kayabas, Ph.D., and Candidate Kimberly Vachal, Ph.D. - Upper Great Plains Transportation Institute North Dakota State University, Fargo
The objective of this investigation was to establish the ability of SCRAM CAM to detect different levels of self-reported alcohol consumption, and to determine whether gender and body mass index, alcohol dependence, bracelet version, and age of bracelet influenced detection of alcohol use. Researchers concluded SCRAM CAM is very good at detecting 5 or more drinks; performance of the monitor below this level was better among women because of their higher transdermal alcohol concentration levels.
By Nancy P. Barnett - Brown University, E. B. Meade - University of Delaware, and Tiffany R. Glynn - Brown University
This study examined the effectiveness of using transdermal alcohol monitoring as a continuous measure of alcohol use to implement financial contingencies to reduce heavy drinking. Researchers concluded that transdermal alcohol monitoring can be used to implement contingency management programs to reduce excessive alcohol consumption.
By Donald M. Dougherty (a), Nathalie Hill-Kapturczak (a), Yuanyuan Liang (b), Tara E. Karns (a), Sharon E. Cates (a), Sarah L. Lake (a), Jillian Mullen (a), John D. Roache (a)
The purpose of this study was to determine whether non-alcoholic energy drinks could result in positive “alcohol alerts” based on transdermal alcohol concentration (TAC) using a commercially available electrochemical monitoring device.
By Jessica Ayala, Kelsie Simons, and Sarah Kerrigan - Forensic Science Program, College of Criminal Justice, Sam Houston State University
Using a validated model this study looked at the effects that body weight, metabolic rate, and ethanol dose has on the time lag between the blood alcohol concentration and transdermal alcohol concentration.
By Gregory D. Webster Hampton C. Gabler Virginia Polytechnic and State University Center for Injury Biomechanics Blacksburg, VA