4 Clinical Trials for Various Conditions
The purpose of this study is to determine the impact of Solarplast treatment on measures of oxidative stress, immune function, skin appearance, and associated measures in 60 men and women, consisting of both cigarette smokers and nonsmokers. The hypothesis is that the Solarplast treatment will reduce oxidative stress biomarkers and favorably impact immune measures and both perceived and quantifiable measures of skin health, in both smokers and non-smokers, with a greater impact observed in smokers. Photographic analyses like the Pear Plus 3D system have been developed for clinical use for monitoring skin health.
The purpose of this study is to evaluate the effectiveness of a smoking cessation outreach intervention (TeaM OUT) on increasing use of smoking cessation resources in Veterans. The hypotheses are 1) patients included in the TeaM OUT group will have higher accession of cessation services, such as counseling and medication therapies, compared to patients in enhanced usual care and 2) more patients in the TeaM OUT group will have quit smoking at one year after the intervention. Veterans with a recently diagnosed lung nodule who currently smoke will receive the TeaM OUT intervention or Enhanced Usual Care. The TeaM OUT intervention has 2 parts: 1) a letter that a) describes the nodule and the importance of cessation related to the pulmonary nodule (i.e. teachable moment) and b) notification that a Proactive IVR Quit Line will initiate contact and 2) call(s) from the Proactive IVR Quit Line which a) offers smoking cessation resources and b) helps connect the patient to those resources. The enhanced usual care group will receive a letter that provides information about how to contact the IVR Quit Line. The IVR system will track referrals to cessation services. Additional information about smoking status and use of cessation resources will be collected from the electronic health record and surveys. .
This is a non-randomized, non-interventional pilot observational study designed to follow high-risk patients through their surgical and hospital stay. The investigators will collect 2 4ml vial's of blood (total of 8ml) prior to surgery to assess CV biomarkers - inflammatory, metabolic, hypercoagulable and platelet.
Alcohol dependence is a significant and prevalent public health problem affecting approximately 4% of the U.S. adult population. Individuals with alcohol dependence actively seek treatment annually, and long-term alcohol abstinence varies from 40-60%. Because of the high smoking prevalence and trends toward heavier smoking, alcoholic smokers are at high risk for both morbidity and mortality related to alcohol consumption and tobacco dependence. Although several studies have evaluated pharmacotherapy for tobacco dependence in recovering alcoholic smokers, few have evaluated pharmacotherapy for tobacco dependence among currently drinking alcoholic smokers. Varenicline is the most effective medication currently available for treating tobacco dependence. While some randomized trials have included recovering alcoholics, active alcoholism has been an exclusion criteria for these trials. Thus, this proposal would be the first such clinical trial in currently drinking alcoholic smokers. In addition to helping smokers to stop smoking, varenicline has also been shown to reduce alcohol consumption in rats. The goal of this proposal is to explore the potential efficacy of varenicline for treating tobacco dependence and reducing drinking among alcohol dependent smokers. The investigators hypothesize that 12 weeks of treatment with varenicline, a partial nicotinic acetylcholine receptor agonist will be more effective than placebo in treating tobacco dependence and reducing nicotine withdrawal symptoms in currently drinking alcoholic smokers. The investigators will also explore whether varenicline has an effect on drinking behavior among currently drinking alcoholics. The investigators propose the following specific aims to test these hypotheses in 70 currently drinking alcoholic smokers recruited at the Mayo Clinic in Rochester, Minnesota.