View clinical trials related to Substance Withdrawal Syndrome.
Filter by:This is a sub-study of NIDA CTN Protocol 0080: Medication Treatment for Opioid Use Disorder in Expectant Mothers (MOMs; Unique protocol ID: 2019-0429-1). Participants in MOMs will be offered the opportunity to enroll in this sub-study, which is designed to evaluate conceptual models of the mechanisms by which extended-release buprenorphine (BUP-XR), may improve mother-infant outcomes, compared to sublingual buprenorphine (BUP-SL). The additional data collected in this sub-study will be combined with data from the main MOMs trial. It is hypothesized that: (1) the buprenorphine blood levels will vary, depending on which formulation of buprenorphine was received, (2) the variation in buprenorphine blood levels will be associated with fetal behavior (including fetal heart rate variability) (3) the variation in buprenorphine blood levels will be associated with differences in mother outcomes (including medication adherence and illicit opioid use) (4) the variation in buprenorphine blood levels and in fetal behavior will be associated with infant outcomes (including neonatal opioid withdrawal syndrome and infant development).
As an alternative biomarker of intrahepatic covalently closed circular DNA(cccDNA) transcriptional activity, hepatitis B virus(HBV)RNA may evolve during long-lasting virus-host interactionsduring chronic hepatitis B viral infection.The distribution pattern of serum HBV RNA levels in the natural course of chronic HBV infection remains unclear. Furthermore,serum HBV RNA was associated with response to NAs. So it may be another clinical surrogate marker for intrahepatic cccDNA level after long-term NAs treatment and be used to monitor NAs therapy. The aim of this study was to evaluate thelevels of HBV RNA during the natural courseof CHB and the role in distinguishingthe natural phases of HBV infection and to investigate whether serum HBV RNA level at the end of long-term NAs treatment had a similar or better predict effect on off-therapy relapse than serum HBsAg titer.
A ketogenic diet (KD) is high in fat and low in carbohydrates and induces ketosis. KD is an approved non-pharmacological therapy for drug-resistant child epilepsy. Research has shown that a KD can reduce the behavioral measures of alcohol withdrawal symptomatology in rats. Ketosis is also possible to achieve without adherence to a KD, by ingestion of a ketogenic dietary supplement. In this study, we want to investigate if the attenuating effect of the KD observed in rodents, is also applicable in humans, i.e. whether a ketogenic dietary supplement, here a ketone monoester, would be effective in suppressing alcohol withdrawal symptoms in humans. Objective: To test the effect of a ketogenic dietary supplement on the need for benzodiazepines in managing alcohol withdrawal syndrome in humans. Eligibility: Adults 18-70 years who are alcohol dependent and are seeking treatment for alcohol withdrawal syndrome in an out-patient setting. Design: Double blinded, randomized clinical trial. The participants will be randomized to receive either the ketone ester beverage, or a placebo beverage. The study will be conducted over three days (72 hours), with follow-up at 1 month and 1 year after completion. A sub-set of patients will undergo Magnetic Resonance Spectroscopy (MRS) following withdrawal treatment, and again after 1 month.
The cessation of alcohol consumption of people suffering from alcohol abuse frequently leads to the development of an alcohol withdrawal syndrome (AWS). The ethylic suppression syndrome is defined as the appearance of two or more data of autonomic hyperactivity, nausea, hallucinations and seizures associated with the cessation of alcohol consumption. For its evaluation, the CIWA-Ar scale is used, which guides the treatment based on benzodiazepines but with many adverse effects, so sedatives have been tried, among them dexmedetomidine, an alpha-agonist with action in the locus caeruleus, with variable results. Objectives: The investigators aimed to compare the DEX vs. Diazepam, for moderate disease, applying the CIWA-Ar scale, in participants with severe to moderate AWS. Methodology: 40 participants with CIWA-Ar greater than 10 points, the investigators are collected and randomized into two groups: one under treatment with diazepam (Group Diazepam) and another with dexmedetomidine (Group Dexmedetomidine), until the CIWA-Ar was reduced to less than 10, and adverse effects the investigators also reported. The analysis was done with student t. Results: The average duration of treatment with diazepam was 5.5 days (IC 95 = 6.6-3.8), the average duration of treatment with dexmedetomidine was 3.1 days (95% CI = 4.5-1.7), with a significant difference ( p = 0.0016). In the group with diazepam 60% presented adverse effects and in the group with dexmedetomidine 25% presented them, with a significant difference (p = 0.04). Conclusion: dexmedetomidine was superior to diazepam for the treatment of moderate-severe alcohol withdrawal with fewer adverse effects. KEY WORDS: Alcohol dependence · Alcohol withdrawal syndrome · Dexmedetomidine · Diazepam · Benzodiazepines
This study is designed to find out how smoking affects the way the brain responds to pleasure and how this impacts smokers' behavior. Participants will complete three sessions. The first session will be a screening and training visit to determine final eligibility. Eligible participants will work with a researcher to develop brief scripts about times when they smoke and do other activities. Next, participants will attend two magnetic resonance imaging (MRI) scans - one after abstaining from smoking for 24 hours and the other after smoking as usual. After the second MRI, participants will answer questions on their phone every day for two weeks.
The goal of this study will aim to determine if adding phenobarbital or ketamine to a symptom-triggered benzodiazepine regimen decreases the rate of intensive care unit admissions during the treatment of alcohol withdrawal syndrome when compared to symptom-triggered benzodiazepine therapy alone.
This is a Phase 4, randomized, double-blind, placebo-controlled study to evaluate the potential for clinical dependence and withdrawal symptoms associated with valbenazine.
This interventional study evaluates the efficacy of dexmedetomidine during weaning from analgesic and sedative drugs in reducing the occurrence of the withdrawal syndrome in PICU. All enrolled patients will undergo the same weaning regimen one half will receive dexmedetomidine while the other will receive a placebo.
Neonatal withdrawal syndrome is a series of signs and symptoms in infants exposed to opioids in utero. Buprenorphine has demonstrated a 40% reduction in length of pharmacologic treatment compared to oral morphine. These results were with an empirically derived dose. This study will use pharmacokinetic modeling-informed dosing to clarify the dose/response relationship and use a rational approach to define an optimal dose regimen. The clinical trial will be open label, single arm design with a goal of initial testing of a new dosing regimen.
Severe acute alcohol withdrawal syndrome is a potentially life-threatening condition characterized by agitation, confusion, abnormal heart rhythms and seizures. Typically, clinicians treat the symptoms of alcohol withdrawal with a class of medications known as benzodiazepines (e.g., Valium). These medications have a short duration of activity and require repeated administration, often every hour or less, to reduce the symptoms of alcohol withdrawal. Many patients suffer complications related to inadequate treatment of alcohol withdrawal (e.g., abnormal heart rhythms, aspiration, seizures) resulting in admission to an intensive care unit and prolonged hospital stay, all of which increase healthcare costs. Although alcohol withdrawal is common, especially among disadvantaged (e.g., homeless) patients, limited funding is available to advance the care of patients suffering from alcohol withdrawal. A safe and effective treatment for severe alcohol withdrawal would benefit patients and our healthcare system. Phenobarbital is an inexpensive, commonly available medication that is typically used to treat seizures. A key advantage of phenobarbital is that its calming effect lasts for a long period of time and it can be given as a 'one-time-dose' intravenously, so that it both prevents and treats withdrawal symptoms and reduces the need for repeated benzodiazepines. Through better symptom control, phenobarbital is expected to reduce the costs and complications of alcohol withdrawal. At present, physicians rarely use phenobarbital for this purpose, and additional research is needed for this medication to become part of routine care in clinical practice. The PHENOMANAL pilot trial will assess safety and whether clinicians can administer a single dose of phenobarbital intravenously, in addition to benzodiazepines, compared to benzodiazepines alone for treating patients with severe alcohol withdrawal. This information will inform the design of a larger clinical trial. For patients, the PHENOMANAL trial has the potential to revolutionize how patients suffering from severe alcohol withdrawal are treated. For society and the healthcare system, phenobarbital is expected to reduce the complications and costs associated with severe alcohol withdrawal.