Background Research on alcohol consumption mostly relies on self‐reported data, which
are subject to recall bias. Wearable transdermal alcohol concentration (TAC) monitors …

The development of transdermal alcohol sensors (TASs) presents a new method to monitor
alcohol consumption with the ability to objectively measure data 24/7. We aimed to evaluate …

Background and aims Transdermal alcohol sensors carry immense promise for the
continuous assessment of drinking but are inconsistent in detecting more fine‐grained …

Background: To study the validity of transdermal assessment of alcohol concentration
measured by a lightweight, noninvasive device. Methods: Subjects wore a 227‐g anklet that …

Background Several studies demonstrate the utility of Alcohol Monitoring Systems'(AMS)
transdermal alcohol concentration (TAC) monitor to objectively quantify drinking. AMS …

Background Transdermal alcohol sensor (TAS) devices have the potential to allow
researchers and clinicians to unobtrusively collect naturalistic drinking data for weeks at a …

Background There are a range of wearable transdermal alcohol sensors that are available
and are being developed. These devices have the potential to monitor alcohol consumption …

Background Transdermal alcohol monitoring is a noninvasive method that continuously
gathers transdermal alcohol concentrations (TAC) in real time; thus, its use is becoming …

Background Several studies have objectively quantified drinking through the use of Alcohol
Monitoring System's (AMS) transdermal alcohol concentration (TAC) device known as …

Alcohol consumption is typically assessed via self-report methods, though there are
concerns over the accuracy of this information. Transdermal alcohol monitoring can …