Articles tagged with Drug Addiction
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Researchers at Thomas Jefferson University have successfully tested a semi-synthetic opioid called buprenorphine to treat opioid withdrawal symptoms in infants. The treatment reduced days of hospital stay by 40% and showed promise in reducing healthcare costs, which could save up to $1 billion annually.
A study by BC-CfE found that supervised injection facilities like Insite connect clients with addiction treatment, increasing the likelihood of stopping injection drug use for at least six months. The study also highlights the importance of engaging Aboriginal people who use drugs in addiction services.
Research found that older people who continue to use problematic drugs are emerging as a vulnerable group with impaired health, chronic conditions, and poorer quality of life. Despite this, services for older drug addicts are not widely available in the UK.
A study found that Ritalin improved impaired brain function and enhanced cognitive performance in people addicted to cocaine. The medication combined with cognitive interventions may have a role in facilitating recovery from drug addiction.
Two research teams discovered life-saving medications, JANUVIA for type 2 diabetes and CHANTIX for smoking cessation, enhancing people's ability to regulate blood sugar levels and reduce nicotine cravings. These treatments have helped millions worldwide, with CHANTIX being approved in 86 countries and over 7 million prescribed in the US.
A study of opioid detoxification patients found that 31 out of 75 patients first got hooked on prescribed painkillers. The majority continued using street drugs due to lower costs and greater effectiveness, with comments revealing the role of 'pill parties' in their initial use.
Researchers have discovered a protein called methyl CpG binding protein 2 (MeCP2) that may control the addictive impact of cocaine in the brain. MeCP2 interacts with microRNA to regulate an individual's motivation to consume cocaine, and its influence can reduce vulnerability to addiction.
Positive family relationships and religious affiliation can counteract risk factors associated with drug use, including addicted family members, exposure to violence, and deviant peers. This study suggests that intervention programs should focus on creating supportive family environments.
Researchers at Neurocentre Magendie in Bordeaux found that addiction is caused by a persistent impairment of synaptic plasticity, leading to a permanent loss of the brain's ability to adapt and learn. This lack of plasticity results in compulsive consumption and loss of control over drug use.
Researchers discovered that recovering addicts who avoid coping with stress experience more cravings and are more likely to relapse. The study found that avoidance coping strategies can weaken a person's ability to deal with stress, leading to increased cravings.
Researchers discovered that methamphetamine enhances memory in pond snails, allowing them to recall learned behaviors despite being immersed in de-oxygenated water. This finding may provide insights into the mechanisms of human addiction and how memories are formed.
A new imaging protocol allows scientists to visualize the activity of dopamine receptors in the brain, revealing a 15-20% decrease in receptor density among individuals with addictions. This finding could lead to better understanding of drug addiction and development of more effective treatment strategies.
The National Institute on Drug Abuse (NIDA) has unveiled a new treatment program for young adults struggling with opioid addiction. The Buprenorphine Treatment for Young Adults product shows that longer-term buprenorphine treatment reduces drug use and improves treatment adherence in this age group.
A new study by the Scripps Research Institute found that unrestricted access to high-fat foods can trigger addiction-like responses in the brain, leading to compulsive eating behaviors and obesity. The study suggests that type 2 dopamine receptors play a key role in this process.
Scientists at Scripps Research Institute found that compulsive eating shares the same molecular mechanisms as cocaine and heroin addiction. In rat models, obesity coincides with a deteriorating chemical balance in reward brain circuitries, leading to compulsive overeating habits.
A Canadian study found that collaborative care between family physicians and community pharmacists improved patient outcomes, including increased medication adjustments and lifestyle changes. However, the study showed no significant impact on cholesterol control.
Researchers identified dopamine agonist withdrawal syndrome (DAWS) in patients with Parkinson's disease who reduced their medication dosage. DAWS causes anxiety, panic attacks, depression, and other symptoms that are not alleviated by other treatments.
A recent study by UB neurobiologist Jennifer L. Temple found that boys and girls have different levels of caffeine's appealing value, with males working harder to obtain caffeinated drinks. The research also explored the effects of acute and chronic caffeine consumption on blood pressure, heart rate, and hand tremor in teenagers.
Researchers suggest that compulsive eating may be a legitimate addiction, sparking a new perspective on weight management. The concept of food addiction shares similarities with other addictive behaviors, including tolerance and withdrawal symptoms.
A study by Natividad et al. found that adolescent rats exhibit fewer physical and neurochemical withdrawal signs than adult rats after nicotine withdrawal, suggesting age alters neurological systems relevant to nicotine use. This increased sensitivity makes adolescents more prone to drug abuse.
Research highlights new techniques to assess PTSD, identify biomarkers for schizophrenia, and develop treatment for gambling addiction. These breakthroughs may lead to earlier diagnosis and personalized treatment strategies.
A large-scale study of ketamine users found that heavy users experienced impaired verbal memory, forgetfulness, and difficulty recalling conversations. The study also revealed that occasional ketamine use does not lead to prolonged harms to cognitive function, but frequent use can have negative effects.
Research using animal models has identified key brain cells and circuits affected by addiction, shedding light on the cognitive problems associated with it. These findings may lead to more effective treatment options to weaken powerful cravings, ultimately guarding against relapse.
The study, involving over 14,656 patients, found that two-thirds of heroin users stopped or reduced their use, while a similar proportion of crack cocaine users did the same. Heroin use decreased by an average of 15 days per month, and crack cocaine use by eight days.
Joanna Fowler, a senior chemist at Brookhaven National Laboratory, will be awarded the National Medal of Science for her outstanding contributions to brain research and disease study. Her work using positron emission tomography (PET) has led to breakthroughs in understanding drug addiction and the human brain.
Researchers predict that changes in brain chemicals and synaptic connections are necessary for recovery from cocaine addiction. Excessive glutamate production in the pleasure center can cause permanent damage, making it challenging for the brain to regulate itself.
A new study by the American Psychological Association reveals that excessive exercise can lead to physical addiction, causing withdrawal symptoms. Rats given a drug that blocks the action of heroin showed severe withdrawal symptoms after running excessively, highlighting the potential for exercise to become compulsive and addictive.
Researchers discovered a set of genes that respond inappropriately to amphetamine in 'drug-proof' zebrafish mutants, which do not experience the drug's pleasurable effects. This finding suggests a link between adult neurogenesis and addiction, with potential implications for understanding susceptibility.
A group of addiction scientists argue that the death penalty for drug trafficking is ineffective and violates human rights. The editorial cites the UN statement on capital punishment's limited scope and emphasizes the need to abolish this practice. Addiction experts, including lead author Professor Griffith Edwards, call for scientists...
A new brain mechanism involving ghrelin has been discovered, which could lead to the development of new therapies for alcohol dependence. The study found that blocking ghrelin's actions in the brain reduces alcohol's effects on the reward system.
Researchers at UBC developed a new method to study gambling addictions by creating an animal laboratory experiment. The study found that rodents' ability to play the odds was impaired with drugs that reduce serotonin levels and improved with those that reduce dopamine levels, providing insights into human gambling behaviors.
The Einstein Proteomics Research Center aims to identify brain proteins responsible for neurological complications in people infected with HIV, particularly those who are also addicted to drugs. The center will investigate the mechanism of HIV infection and develop biomarkers to detect neurological disease.
Researchers have found that injecting BDNF into the brain's reward circuitry can induce drug dependency in rats. This study suggests that BDNF is crucial for inducing a drug dependent state, one important aspect of drug addiction.
A brain-imaging study found that cocaine users show reduced activity in areas involved in monitoring behavior and regulating emotions, suggesting these impairments may underlie addictive vulnerability. Improving these functions could help addicted individuals resist drugs.
A new study using mice found that genes affect impulsivity, which can contribute to the risk of developing alcoholism. The study suggests that individuals with high impulsivity may be more likely to experiment with drugs and develop a substance-use disorder like alcoholism.
A new study found that Naltrexone significantly reduced stealing behavior in individuals with kleptomania. The research suggests the drug may offer hope for those struggling with the condition, particularly when used in combination with individual therapy.
Scientists at UB's Institute for Lasers, Photonics and Biophotonics have developed a stable nanoparticle that delivers short RNA molecules to silence a gene critical in many kinds of drug addiction. The approach also shows promise for treating Parkinson's disease, cancer, and other neurologic and psychiatric disorders.
Researchers at Caltech have discovered a tiny genetic mutation that prevents nicotine from binding to muscle cells' acetylcholine receptors. This subtle difference explains why nicotine is virtually powerless in muscle cells despite being highly addictive in the brain.
Researchers at McGill University found that Parkinson's patients who develop addictions have elevated dopamine levels, promoting addictive behaviours. Adjusting medication dosage resolved symptoms, suggesting hereditary factors contribute to addiction vulnerability.
Research reveals that over 90% of detained youths struggle in their lives, with severe impairment affecting up to 20%. Early interventions and comprehensive services are crucial to address psychiatric disorders, education, vocational training, and social skills.
A Princeton University scientist has demonstrated that sugar can be an addictive substance, with lab animals showing signs of craving and relapse. The study suggests that bingeing on sugar can lead to long-lasting effects in the brain and increased motivation for other substances of abuse.
Researchers at the University of Nottingham are using MRI technology to investigate whether brain abnormalities can predict drug addiction. The three-year study aims to understand why some people become addicted while others do not, with a focus on the frontal cortex and its role in decision-making.
A study by Brookhaven National Laboratory found that methamphetamine's quick entry and slow clearance from the brain contribute to its long-lasting effects. The researchers used PET scans to track the drug's uptake, distribution, and clearance in healthy volunteers.
A brain imaging study found cocaine addicts exhibit reduced cortical thickness in areas responsible for attention and reward-based decision-making. The study suggests a mixture of drug effects and predisposition underlying these structural alterations, with potential implications for prevention efforts.
A study found that male birds' brains are activated in 'reward' areas when they sing to attract females, similar to the brain response to addictive drugs. This suggests that social interactions, like courtship, can activate the same brain reward circuits as natural and artificial rewards.
Research suggests that nicotine's power lies in how it enhances other experiences, such as coffee. This may explain why smoking is hard to quit. Nicotine can make pleasurable activities more enjoyable, increasing its addictive nature.
A recent study found that cocaine-induced brain plasticity may actually defend the brain during excessive drug use, potentially limiting maladaptive behavioral responses. The research identifies MEF2 as a key regulator of structural synapse plasticity and suggests that increasing spine density in the NAc may be a compensatory mechanism.
Researchers discovered diazepam causes a similar change in the brain's reward-inducing dopamine cells as addictive substances. The study found neural message transmission is reinforced for up to 72 hours after ingestion of diazepam.
Researchers at Brookhaven National Laboratory found that vigabatrin induced satiety in obese animals, leading to significant weight loss and reduced food consumption. The study suggests that vigabatrin could potentially treat severe obesity, including binge eating patterns similar to those seen in cocaine dependency.
Researchers found that dopamine strengthens the 'go' circuit and weakens the 'stop' circuit in the brain, leading to compulsive behavior and addictive tendencies. The study also shows how Parkinson's patients' reduced dopamine levels lead to frozen motor skills.
New research reveals that a specific dopamine pathway is responsible for the rewarding effects of nicotine. The mesolimbic dopamine system is also linked to addiction in other substances like cocaine and alcohol.
Researchers found that genetically tweaking a part of the brain involved in learning and memory in fruit flies allowed them to stay sharp even after being deprived of sleep. This discovery may lead to new treatments for mental acuity, particularly for people who need to stay awake for extended periods.
A new study found that naltrexone significantly reduced the urge to gamble and participation in gambling-related behavior among 77 participants. 40% of those who took the drug were able to quit gambling for at least one month.
Topiramate effectively decreases heavy drinking and associated physical and psychosocial harm, including lower blood pressure and improved liver function. The medication also shows promise in reducing the risk of heart disease and improving overall quality of life for alcohol-dependent individuals.
The UN's strategy on dealing with HIV and illicit drugs needs a complete overhaul, according to a Comment published in The Lancet. The authors argue that the International Narcotics Control Board undermines recognition of HIV prevention measures for those who use drugs.
Gabapentin has been shown to normalize the action of brain cells altered by chronic alcohol abuse in an area known as the central amygdala. The study found that gabapentin reduced anxiety-like behaviors and decreased the strength of inhibitory synapses in dependent rats, but not in non-dependent rats.
Researchers at Mount Sinai School of Medicine have discovered a new window into the brain, revealing how addictive drugs trigger permanent changes in brain cells. The study's findings provide clues for targeting addiction with new drugs.
A study by researchers at the Howard Florey Institute in Melbourne found that manipulating the adenosine A2A receptor may contribute to heroin addiction. Mice without this receptor showed reduced desire for morphine and did not develop tolerance or conditioned place preference, suggesting a role in regulating opiate use and abuse.
A new study found that adolescent rats were more likely to prefer the place where they got cocaine, and even after extinction, a low dose of cocaine rekindled this preference. This suggests that younger brains are more vulnerable to addiction due to stronger memories for drug-associated cues.
Researchers at Brookhaven National Laboratory found that increasing dopamine D2 receptor levels can reduce cocaine use in rats by 75 percent. The treatment, which involves injecting a harmless virus carrying the D2 receptor gene into the brain, has potential as an addiction therapy.