Efficacy Of Education And Advice Delivered By Text Message To Aid Smoking Cessation
Funder
National Health and Medical Research Council
Funding Amount
$538,395.00
Summary
A high proportion of smokers indicate a desire to stop smoking and report having made attempts to quit. However, most attempts are not successful and new methods are needed to support motivated smokers and improve success rates. This project evaluates the use of text messages to deliver advice and support to smokers motivated to stop smoking. We aim to understand if and how this promosing new intervention helps smokers to quit.
A Pragmatic Randomised Clinical Trial Of Nicotine Vaporisers Added To Smoking Cessation Treatment For Priority Populations Living With Comorbidities
Funder
National Health and Medical Research Council
Funding Amount
$1,499,145.00
Summary
Smoking is a leading cause of early death for people with certain health conditions because they are more likely to smoke and are also at greater risk of tobacco-related disease. This clinical trial will test whether encouraging people living with Hepatitis C Virus, people on opiate substitution therapy and people living with HIV who smoke to use nicotine vaporisers long-term, in addition to current smoking cessation treatments, will help them to stay abstinent from smoking.
An Open-label Randomised Pragmatic Policy Trial Of Nicotine Products For Short-term Cessation Assistance Or Long-term Substitution In Smokers.
Funder
National Health and Medical Research Council
Funding Amount
$1,053,910.00
Summary
Many smokers who try to quit fail in their attempt. Medicinal nicotine is currently only used as a short-term quit aid. This trial will test if offering smokers the option of using these products as long-term substitutes for cigarettes will help more smokers to successfully quit. We will also determine if offering smokers low toxicity smokeless tobacco and electronic nicotine devices in addition to medicinal nicotine products further increases the number of smokers who quit successfully.
I am a biomechanical engineer researching the effects of mechanical loads on the human body, both at physiological and injurious loading levels. This research leads to both fundamental data on tissue properties and the physiological response, and also to