6 Clinical Trials for Various Conditions
The purpose of this study is to research a new behavioral treatment to reduce sexual risk-taking in men who have sex with men (MSM) who abuse crystal methamphetamine (crystal meth), and are at risk for HIV acquisition. This study proposes using a treatment based on our original pilot study that incorporates risk reduction and behavioral activation therapy. In order to help learn what types of treatment programs best help individuals who abuse crystal meth and engage in sexual risk-taking, we will compare our treatment to a control group. The treatment group will receive therapy incorporating behavioral risk reduction counseling with behavioral activation therapy to treat depression, helping individuals reengage in their life. The control group will receive the risk reduction counseling without the behavioral activation therapy. The current study hopes to explore the efficacy of this previous developed treatment in a two-arm pilot randomized controlled trial.
This study seeks primarily to test, in a two-arm randomized controlled trial (RCT), the efficacy of Project IMPACT, an intervention that integrates Behavioral Activation (BA) with HIV risk reduction (RR) counseling for HIV-uninfected men who have sex with men (MSM) with stimulant use disorder at risk for HIV via sexual behavior. HIV-uninfected MSM with a diagnosis of stimulant use disorder will be equally randomized to one of two study arms: (1) the Project IMPACT intervention, BA-RR counseling, which lasts ten sessions; and (2) the standard of care (SOC) comparison condition, including two equivalent sexual risk-reduction counseling sessions. Participants will be followed for one year post-randomization, with assessments at months four, eight, and 12.
This is a study of 4 nontreatment seeking individuals who were MA-dependent and the safety and tolerability of atomoxetine. This double-blind, placebo-controlled, within-subjects study is to determine the safety and tolerability of atomoxetine. MA abusing participants will undergo a 1-day outpatient screening and if it is safe for the participants to proceed with the study they will participate in two inpatient components of the study that will occur in the University of California Los Angeles (UCLA) General Clinical Research Center (GCRC). The first inpatient stay will be 15 days, and the second will be a 9 days stay that includes drug administration and assessments. There will be at least a two week interval between inpatient components. During the inpatient components participants will receive alternating study drugs; atomoxetine or placebo and four sessions of IV MA administration or saline.
Methamphetamine (MA) dependence is a source of continuing danger for both individuals and society. While there are some behavioral treatments, they are not always effective. To date, there are no medications available to treatment methamphetamine dependence. There is some early evidence suggesting that varenicline (also known as Chantix(tm)) may help people to stop or reduce their use of methamphetamine. Varenicline is already on the market in the U.S. for cigarette smoking cessation and shows promise for treating alcohol dependence. In order to determine if varenicline can help people stop using methamphetamine, we will enroll 90 methamphetamine-dependent people who are looking for treatment into the study at the UCLA Vine Street Clinic operated by Dr Shoptaw of UCLA. Half will receive varenicline (n=45) and half will receive placebo (n=45) which will be determined randomly. Everyone will receive talk therapy for methamphetamine dependence. People will take the medication for 9 weeks followed by a 4 week follow-up period. Before receiving any medication, participants will complete a maximum 2 week (6 study visits) lead-in to complete baseline assessments, psychological and medical evaluation, and comprehensive assessment of drug use to determine study eligibility. If a person is eligible for the study, s/he will receive either varenicline or placebo. Participants will visit the UCLA Vine Street Clinic (UCLA VSC) three times a week study visits. At the end of the medication phase, subjects will complete a four week follow up period for safety monitoring.
Methamphetamine (MA) abuse is the fastest growing drug problem in the United States and is responsible for significant public health complications, including HIV infection. As a result effective treatments for MA dependence are urgently needed. There are currently no efficacious medications for MA dependence, although results from preliminary randomized trials of bupropion for MA dependence found bupropion to be more effective than placebo, but only among subgroups of participants, including those with lower frequency of MA use at baseline. A growing body of preclinical and clinical studies suggest that cholinergic mechanisms play an important role in the neurobiology of MA and other stimulant dependence, such as nicotine dependence. Mechanistically, cholinergic medications may alleviate MA-associated cognitive dysfunction, thereby improving outcomes of treatment for MA dependence. Varenicline is a partial agonist at α4β2 nicotinic receptors and a full agonist at α7 nicotinic receptors that has been approved as an anti-cigarette smoking medication. In order to assess the potential efficacy of varenicline for methamphetamine dependence, we will perform a clinical trial to assess if varenicline compared to placebo results in greater: 1. reductions in methamphetamine use; 2. treatment retention;
Currently there are no medications approved for the treatment of methamphetamine addiction. Bupropion is an antidepressant that is approved by the Food and Drug Administration (FDA) for the treatment of depression and for cigarette smoking cessation but is not approved by the FDA for the treatment of methamphetamine addiction. Preliminary research studies suggest that bupropion may help people receiving treatment for methamphetamine addiction to reduce or to stop their methamphetamine use. But results of these studies also suggest that bupropion may help certain groups of patients more than others, such as men versus women and light versus heavy methamphetamine users, although the reasons for this difference are not known. One possibility is that a person's genetic make up may influence whether or not they respond to treatment with bupropion for methamphetamine addiction. The purpose of the study is to determine if bupropion is can help people reduce or stop their methamphetamine use and to investigate whether genetic variations influence whether people respond to treatment with bupropion for methamphetamine addiction, which may help doctors and patients better decide if treatment with bupropion will be beneficial or not. To identify possible genetic variations that influence response to bupropion, we will perform genetic tests on blood or saliva specimens from participants receiving treatment with either bupropion or placebo (which is a pill that contains no medication) in conjunction with standard cognitive behavioral therapy drug counseling. We will compare methamphetamine use, as assessed with urine drug screens, among participants receiving bupropion versus those receiving placebo to determine if bupropion helps people to reduce or stop their methamphetamine use. We will then compare the results of the genetic tests among participants who respond and who do not respond to bupropion. In addition, since the amount of methamphetamine a person uses was associated with response to bupropion in preliminary studies, we will also compare the results of genetic testing among persons with heavy versus light methamphetamine use before entering treatment. Results of this study have the potential to provide insights into the biology of methamphetamine addiction and help increase the understanding of how bupropion works. This information could be useful to develop effective medications for methamphetamine addiction and to improve the ability of clinicians to provide treatment to patients with methamphetamine addiction.