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Clinical Trial Summary

Study rationale: Sensory/behavioural elements of smoking play a role in smoking behaviour and may have a potential to assist smoking cessation. Among current treatments for smokers, only the nicotine inhalator is attempting to address such factors. The inhalator's efficacy does not exceed that of the other nicotine replacement therapy (NRT) products, but it mimics the relevant sensory input to only a limited extent, and its nicotine delivery is dependent on intensive puffing. Recently a new product, the Electronic Cigarette (E-C) has become available, which provides a more realistic behaviour and sensory replacement for smoking and can provide good nicotine levels with less effort.

Primary objective: To compare E-C and nicotine inhalator in their effects on tobacco withdrawal symptoms over 24hr abstinence.

Hypotheses: E-C will be more effective than the inhalator in reducing withdrawal symptoms and craving and elicit more favorable user ratings. It will also provide higher nicotine levels.

Study design: In a cross-over study, participants will be randomized to the sequence of conditions and provide baseline measures and samples for salivary cotinine analysis. They will be asked to abstain from smoking their usual cigarettes and use the allocated product over 24 hours. They will return to the study centre the following day, and complete measures of craving and withdrawal, ratings of subjective and sensory effects of the products, product satisfaction, and adverse effects. They will also provide saliva samples for cotinine analysis. Abstinence from smoking will be verified with CO readings.


Clinical Trial Description

There is considerable interest in E-Cs at the moment and the study would provide information on whether the E-C surpasses the tried and tested nicotine inhalator. If so, it would open a possibility of its utilization in smoking cessation, and provide encouragement for further examination of the role of sensorimotor replacements in the treatment of tobacco dependence. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT01454362
Study type Interventional
Source Queen Mary University of London
Contact
Status Completed
Phase N/A
Start date January 2013
Completion date March 2013