If you’ve ever noticed the aroma coming from someone who drank alcohol the night before, then you’ve experienced the very event that spawned the interest of our founders in the science of transdermal alcohol monitoring.
While the technology that allows the SCRAM CAM bracelet to effectively test and report alcohol consumption based on transdermal testing is relatively new, the science of transdermal testing is not. Transdermal—or literally “through the skin”—has been known for decades as a reliable way to transport substances, both through absorption and excretion. In the 1920s researchers first began testing the concept of alcohol emissions through the skin. In 1985, researchers at the Indiana University School of Medicine published two studies on the subject of measuring volatile substances through the skin and measuring alcohol excretion in human perspiration. Today the science is well studied, peer-reviewed, and documented.
The National Highway Traffic Safety Administration (NHTSA) released a report, Transdermal Alcohol Monitoring: Case Studies, which takes an in-depth look at the state of high-tech alcohol monitoring for drunk drivers.
The Case Studies, commissioned in 2010, profile six jurisdictions in the U.S. that are using transdermal alcohol monitors—and specifically SCRAM Continuous Alcohol Monitoring bracelets—to manage and monitor drunk drivers and other alcohol-involved offenders.
Sobering Up Blog
Do deaths from alcohol-involved motor vehicle crashes decrease when states enact more restrictive alcohol policies? It’s a question being asked by researchers in a new study recently published in JAMA Internal Medicine.
SCRAM in the News
With nearly 1,800 DUI arrests in 2016, Lake County has the one of the highest rates of drunk driving in Illinois. A new alcohol monitoring program is designed to keep repeat offenders sober, 24-hours a day.
Hear Ron talk about his struggles with alcohol and how SCRAM CAM helped get his life back on track.