Aim: To explore the influence of gender and time in addiction recovery on engagement in meaningful activities and the reduction of harmful behaviours among the recovery population in Sweden.
Methods: Participants were recruited through social media, recovery and treatment services, and snowballing, resulting in a sample of 110 individuals who consider themselves in addiction recovery for more than 3 months. Bivariate analyses were used to explore gender differences in relation to personal characteristics and current utilization of recovery support. The relationship with time in recovery was examined for three recovery stages (early (5 years)) in relation to meaningful engagement and detrimental activities. The Strengths and Barriers Recovery Scale (SABRS) was used to calculate changes in recovery-related well-being. Specifically, we assessed the overall difference between reported strengths and barriers - referred to as the “SABRS change score” - and compared these by gender and stage of recovery.
Results: The data indicate variations in recovery experiences across genders and stages of recovery, with women reporting more strengths in recovery and a greater change in recovery strengths from active addiction to recovery. The findings affirm the progressive character of recovery, illustrating how prolonged periods in recovery correlate with decreased negative activities (barriers) and increased meaningful activities (recovery strengths).
Conclusions: These findings provide significant insights into recovery pathways in Sweden. As well as providing empirical support for defining addiction recovery as a process over time that is associated with enhanced well-being and increased (community) engagement and citizenship, recovery support services that sustain recovery in the long-term will result in reduced harmful behaviours and increases in meaningful activities.
As Alcoholics Anonymous celebrates its 90th anniversary this year, questions surrounding the effectiveness of AA continue to shape discussions about alcohol recovery methods. Since its founding in Ohio in 1935, the fellowship has grown into a worldwide movement with millions of active members, yet its approach remains both influential and controversial in modern addiction treatment.
The Foundation of Alcoholics Anonymous
Alcoholics Anonymous operates on the principle that members must self-identify as “alcoholics” and commit to total abstinence from alcohol. The programme centres around the famous 12 steps, which guide participants through a journey of acceptance and personal transformation. All meetings are guided by AA’s 12 traditions and texts such as the “Big Book”, encouraging self-awareness, spiritual growth, and connection with fellow members.
The fundamental anonymity principle that defines AA makes it impossible to quantify exact recovery rates, creating ongoing debates about the effectiveness of AA in scientific and medical communities.
Contrasting Approaches: Alcoholism vs Alcohol Use Disorder
One of the most significant tensions surrounding Alcoholics Anonymous relates to how it conceptualises drinking problems. AA’s approach treats “alcoholism” as a lifelong condition affecting people who are categorically different from other drinkers. As the Big Book states, “the delusion that we are like other people, or presently may be, has to be smashed.”
This perspective contrasts sharply with contemporary scientific understanding. Modern medical classifications use terms like “alcohol use disorder,” recognising drinking problems as existing on a continuum rather than as distinct categories. The Diagnostic and Statistical Manual of Mental Disorders (DSM-5-TR) distinguishes between mild, moderate, and severe alcohol use disorders, acknowledging that many people with drinking issues fall far from traditional “alcoholic” stereotypes.
The Powerlessness Principle and Its Implications
Central to Alcoholics Anonymous is the first step: “We admitted we were powerless over alcohol — that our lives had become unmanageable.” This concept of powerlessness defines AA’s approach but conflicts with contemporary addiction science, which recognises that control over alcohol consumption can vary significantly depending on context, environment, and circumstances.
Modern treatment approaches, particularly motivational interviewing, regard ambivalence about change as normal rather than viewing reluctance to accept powerlessness as “denial.” This represents a fundamental difference in how the effectiveness of AA is measured against evidence-based therapeutic interventions.
The Abstinence Debate
Perhaps the most contentious aspect of Alcoholics Anonymous is its unwavering commitment to total abstinence. Whilst lifelong sobriety remains AA’s cornerstone, decades of research demonstrate that many people achieve recovery through controlled drinking approaches. This evidence challenges the universal applicability of AA’s methods and raises questions about the effectiveness of AA for individuals with less severe drinking problems.
Studies consistently show that controlled drinking can be a viable outcome for many people, particularly those with milder alcohol use disorders. However, widespread scepticism towards this approach persists, largely attributed to the long-standing dominance of “alcoholism” models promoted by organisations like Alcoholics Anonymous.
Identity and Stigma: The Double-Edged Sword
The requirement for members to identify as “alcoholics” creates complex dynamics around stigma and self-perception. Whilst some AA members successfully challenge stigma by fostering an “alcoholic identity” as a mark of strength and recovery commitment, this experience isn’t universal. Research indicates that mandatory self-labelling can become a barrier for some individuals, questioning the effectiveness of AA for diverse populations.
The broader concern relates to people who may never consider themselves “alcoholics” despite having significant drinking problems. This particularly affects individuals whose alcohol use doesn’t match common stereotypes of “alcoholism,” potentially preventing them from recognising problems or seeking appropriate help.
Scientific Evidence on Alcoholics Anonymous Effectiveness
The most comprehensive analysis of Alcoholics Anonymous came from a 2020 Cochrane review examining 27 studies involving 10,565 participants. The review compared 12-step facilitation treatment and AA engagement against other therapeutic approaches, finding that AA “may be at least as effective as other treatments” for most outcomes.
Notably, the review found that 12-step facilitation was associated with higher rates of continuous abstinence (periods of uninterrupted sobriety). However, this didn’t necessarily translate to more total abstinent days over 12-month follow-up periods, raising questions about the effectiveness of AA beyond its primary abstinence-focused metrics.
Critics, including addiction researchers Stanton Peele and Professor Nick Heather, challenged both the study’s limitations and interpretations. They suggested that the focus on continuous abstinence might be problematic, potentially contributing to the “abstinence violation effect,” where belief in necessary total abstinence can trigger heavier drinking following any alcohol consumption.
How Alcoholics Anonymous Works When It Does
Research into the mechanisms behind Alcoholics Anonymous success identifies several factors that align with broader recovery principles. These include the development of recovery capital through social, personal, and cultural resources, which enhance motivation and self-efficacy whilst forming new social networks and recovery-focused identity.
Alcoholics Anonymous effectively helps members transition from social networks that may have facilitated drinking to ones explicitly focused on sobriety. The fellowship provides meaning and purpose conducive to psychological wellbeing, with some members benefiting specifically from spirituality-based aspects of the programme.
Social network transformation represents a critical factor in recovery success, and Alcoholics Anonymous membership offers one pathway to achieve this, though not the only one.
Modern Challenges and Limitations
Ninety years on, Alcoholics Anonymous remains a dominant force in recovery landscapes, significantly shaping public understanding of alcohol problems through its “alcoholism” paradigm. However, its approach clearly isn’t suitable for everyone, particularly those with less severe issues, individuals uninterested in abstinence, or those uncomfortable with spiritual elements or self-labelling requirements.
The effectiveness of AA becomes questionable when considering the broader spectrum of alcohol problems. Many heavy drinkers use “alcoholism” stereotypes to contrast against their own drinking patterns, potentially preventing problem recognition through a process called “othering.”
Future Considerations
Questions arise about whether Alcoholics Anonymous bears responsibility for considering these broader implications. AA’s tenth tradition states: “Alcoholics Anonymous has no opinion on outside issues; hence the AA name ought never be drawn into public controversy.” This suggests that responsibility for addressing limitations of “alcoholism” models may lie with professionals, policymakers, and media rather than AA itself.
Alcoholics Anonymous highlights one valuable recovery route for a subset of people experiencing alcohol-related harm, but alternatives are essential. Alcohol problems extend well beyond those fitting within the “alcoholism” paradigm, requiring diverse approaches to meet varied needs.
Conclusion
As Alcoholics Anonymous marks its 90th anniversary, its influence on addiction recovery remains undeniable. Whilst research supports the effectiveness of AA for many members, particularly in achieving continuous abstinence, significant questions remain about its universal applicability.
The tension between AA’s “alcoholism” model and contemporary alcohol use disorder concepts reflects broader challenges in addiction treatment. Recognising these limitations shouldn’t be considered criticism of Alcoholics Anonymous but acknowledgement that comprehensive alcohol problem addressing requires multiple approaches.
For individuals whose needs align with AA’s philosophy and methods, the fellowship continues providing valuable support and community. However, expanding understanding of recovery options ensures that people across the spectrum of alcohol problems can access appropriate, evidence-based support tailored to their specific circumstances and goals. (Source: WRD NEWS)
Physical activity emerges as a powerful ally in exercise addiction recovery, offering hope and healing for those struggling with substance dependency. Recent groundbreaking research reveals how structured exercise programmes can reshape both body and mind, providing a natural pathway to wellness that supports long-term recovery goals.
The Science Behind Exercise Addiction Recovery
Two comprehensive studies from leading institutions demonstrate the remarkable impact of physical activity on individuals recovering from substance dependency. Research involving 90 participants in opioid substitution treatment and 43 individuals in drug rehabilitation centres reveals compelling evidence for physical activity recovery benefits.
Neurohormonal Changes Through Exercise
Exercise creates profound changes in the brain’s chemistry that directly counteract the damage caused by substance abuse. When individuals engage in regular moderate-intensity aerobic exercise, their bodies experience:
Increased β-endorphin production: These natural “feel-good” chemicals help restore the brain’s reward system, reducing cravings and improving mood without relying on substances.
Reduced cortisol levels: Exercise helps normalise stress hormone production, which is typically elevated during early recovery phases. This reduction helps manage anxiety, insomnia, and psychological distress.
Enhanced immune function: Regular exercise addiction recovery programmes boost white blood cell and neutrophil counts, strengthening the body’s natural defence systems weakened by substance abuse.
Physical Transformations Supporting Recovery
Body Composition Improvements
Research participants following structured exercise programmes showed remarkable physical changes after 24 weeks:
Significant reduction in body fat percentage
Increased skeletal muscle mass
Improved overall body composition
Enhanced physical strength and endurance
These improvements aren’t merely cosmetic—they represent fundamental changes that support sustained recovery by improving self-esteem and physical capability.
Cardiovascular health: Participants experienced substantial increases in vital capacity and overall cardiovascular function, supporting better oxygen delivery throughout the body.
Strength and endurance: Upper body and core muscle strength showed significant improvements, enabling individuals to engage more fully in daily activities and work responsibilities.
Flexibility and balance: Enhanced balance control and flexibility reduce injury risk whilst improving quality of life and confidence in physical activities.
Mental Health Benefits of Exercise Addiction Recovery
Anxiety and Depression Relief
The research demonstrates that structured exercise provides substantial mental health benefits:
20% reduction in anxiety scores within 12 weeks
Significant decrease in depression symptoms sustained throughout the programme
Improved emotional regulation and stress management
Enhanced self-confidence and body awareness
The Mind-Body Connection
Exercise programmes that emphasise mind-body integration, such as Pilates, show particular promise. These activities combine physical movement with breath control and mental focus, helping individuals:
Develop greater body awareness
Learn effective stress management techniques
Build emotional resilience
Establish healthy coping mechanisms
Types of Exercise for Addiction Recovery
Aerobic Exercise
Moderate-intensity aerobic exercise performed at approximately 70% of maximum heart rate proves most effective for exercise addiction recovery. Activities include:
Treadmill walking or running
Cycling
Swimming
Group fitness classes
The key lies in consistency—training three times per week for 20-minute sessions produces measurable neurohormonal improvements.
Mind-Body Practices
Research specifically highlights the benefits of Pilates training for individuals in recovery:
Progressive intensity programmes that adapt to improving fitness levels
Emphasis on core strength and stability
Integration of breathing techniques with movement
Low injury risk suitable for deconditioned individuals
Exercise physiologists or qualified fitness professionals
Mental health counsellors familiar with addiction recovery
Medical professionals monitoring overall health
Peer support specialists with recovery experience
Evidence-Based Outcomes
The research provides compelling evidence for physical activity recovery effectiveness:
96% programme adherence rates in supervised settings
Significant improvements in all measured physical parameters
Sustained mental health benefits throughout intervention periods
Strong correlations between physical improvements and psychological wellbeing
These outcomes demonstrate that exercise isn’t merely an adjunct therapy—it’s a fundamental component of comprehensive recovery strategies.
Moving Forward with Exercise Addiction Recovery
The evidence overwhelmingly supports integrating structured exercise addiction recovery programmes into comprehensive treatment approaches. By addressing both physical and mental health simultaneously, exercise provides a natural, sustainable foundation for long-term recovery success.
For individuals and families affected by substance dependency, understanding the transformative power of physical activity offers hope and practical steps towards healing. The journey may be challenging, but with proper support, professional guidance, and commitment to consistent exercise, lasting recovery becomes not just possible but probable.
The path to recovery through exercise requires dedication, but the rewards—improved physical health, enhanced mental wellbeing, and sustained freedom from substance dependency—make every step worthwhile. (Source: WRD News)
Chronic pain conditions like fibromyalgia, migraines, and post-traumatic stress disorder (PTSD) present with complex symptoms, often involving both physical sensations and intense emotional suffering. Recent neuroscience advances, particularly a July 2025 study from the Salk Institute, have identified a key brain circuit that gives pain its emotional tone, transforming our understanding of pain and paving the way for innovative management techniques. Evidence-based brain training aims to reshape neural pathways, empowering people to reduce and manage pain—even when traditional drugs fall short.
Key New Findings: The Affective Pain Circuit
A pivotal study published in July 2025 reveals that:
A specific group of neurons in the thalamus, identified by their expression of CGRP (calcitonin gene-related peptide), forms a direct link between the sensory detection of pain and its emotional impact.
This CGRP spinothalamic pathway relays pain signals from the spinal cord to a region of the thalamus connected to the amygdala, the brain’s emotion center.
Silencing these neurons in mice eliminates the emotional suffering associated with pain—mice perceive the pain, but do not experience distress or learn to avoid it.
Overactivation of this pathway may be a cause of chronic pain disorders (like fibromyalgia and migraine) and affective disorders (like PTSD), making the brain overreact to normal sensory inputs.
This has further insights and implications for Brain Training and Therapy practices, continuing to reduce the need for either pharmaceuticals or self-medication with non-pharmaceutical grade substances.
Pain is not just about detection—it’s about how much the brain decides that pain matters emotionally.
These findings confirm that targeting the affective (emotional) aspect of pain, not just the physical sensation, is crucial.
Treatments that modulate this CGRP-affective circuit may offer new hope for conditions where pain’s emotional burden is a primary driver of disability.
Types of Evidence-Based Brain Training Interventions
1. Pain Reprocessing Therapy (PRT)
Teaches the brain to “unlearn” chronic pain by reframing pain as non-threatening and teaching safety.
Could help quiet overactive affective circuits by changing the emotional meaning of pain.
2. Neurofeedback and Brainwave Training
Uses real-time EEG feedback to help regulate brain rhythms associated with pain and emotional distress.
May reduce the overactivity seen in the thalamus-amygdala circuit.
3. Sensory Relearning
Retrains the brain’s response to sensory input, helping distinguish safe from threatening sensations and minimizing overreaction.
4. Cognitive Flexibility Training
Engages tasks that enhance cognitive control, potentially reducing learned pain-related distress and disrupt habitual threat responses.
5. Pain Neuroscience Education (PNE)
Helps patients understand the difference between pain sensation and pain suffering, reducing fear and emotional threat estimation. Now with new neuroscience backing regarding distinct brain circuits.
6. Emotional Regulation and Mind-Body Therapies
The July 2025 research underlines the value of approaches that reduce affective pain:
Mindfulness, cognitive-behavioural therapy (CBT), and emotion regulation techniques may help downregulate CGRP pathway activity by promoting detachment from pain’s emotional tone.
Newer therapies (e.g., emotion-focused groups) could target the “alarm” element of pain directly. (Complete Report: WRD News Special Report)
The human brain’s remarkable ability to form memories serves as both our greatest asset and, in some cases, our most formidable opponent. When it comes to understanding why people struggle to break free from substance dependency, groundbreaking research reveals that drug addiction memory plays a pivotal role in maintaining the cycle of abuse.
The Science Behind Reward Memory Formation
Every day, our brains process countless experiences, but those associated with rewards receive special treatment. Assistant Professor Ana Clara Bobadilla from Colorado State University explains how these substance abuse memories differ fundamentally from natural reward memories linked to food, water, and social connections.
The concept of memory storage in the brain dates back to 1904, when evolutionary zoologist Richard Semon introduced the term “engram” – the physical trace a memory leaves in our neural tissue. Building on this foundation, psychologist Donald Hebb later proposed that interconnected brain cells active during shared experiences form physical ensembles that constitute our memories.
Modern neuroscience has validated these theories, revealing that neuronal ensembles – small populations of brain cells activated simultaneously – represent the physical basis of memory. This understanding has opened new avenues for treating conditions where drug addiction memory hijacks the brain’s natural reward system.
How Substances Hijack Natural Reward Pathways
Natural rewards like nutritious food or meaningful social interactions trigger positive reinforcement, encouraging behaviours essential for survival. However, substances such as cocaine and fentanyl exploit these same pathways, creating intense pleasure followed by devastating crashes that fuel continued use.
The challenge lies in the overlap between drug reward and natural reward processing centres in the brain. This shared neural territory makes it exceptionally difficult to develop treatments targeting substance abuse memories without affecting behaviours crucial for survival, such as eating, sleeping, or maintaining relationships.
Research demonstrates that approximately 72% of individuals with substance use disorders report using multiple substances, often simultaneously. This polysubstance use creates complex neural patterns, with different drugs potentially sharing or competing for similar memory networks.
Breakthrough Research on Memory Manipulation
Recent advances in neuroscience have enabled researchers to manipulate memories in laboratory settings, offering hope for addiction treatment. Scientists can now create artificial memories, activate positive memories to counteract negative emotions, and alter how memories interconnect.
In one remarkable experiment, researchers marked neuronal ensembles associated with a safe environment in genetically modified mice. When they later activated these neurons while exposing the mice to an unpleasant stimulus in a different location, the animals developed false memories associating the safe space with danger.
This technology, whilst currently limited to animal models, suggests that drug addiction memory could potentially be modified or replaced with healthier associations. Such interventions might offer new therapeutic approaches that preserve essential natural reward systems whilst disrupting harmful substance-seeking behaviours.
The Promise of Neuronal Ensemble Therapy
Understanding how specific drugs affect genes, cells, and neural circuits provides researchers with targets for developing treatments that don’t interfere with natural reward-seeking behaviours essential for survival. Professor Bobadilla’s team uses advanced techniques to tag neurons active during drug-related behaviours, allowing them to map and compare memory networks associated with different substances.
Their research reveals that neurons carrying cocaine-seeking memories remain largely distinct from those linked to sugar-seeking behaviours. This distinction offers hope for developing targeted interventions that could disrupt substance abuse memories without affecting natural reward pathways.
Current research extends to fruit fly models, where scientists analyse genetic activity within neuronal ensembles linked to cocaine-seeking behaviour. This approach may identify specific genes that could serve as targets for reducing the activity of addiction-related memory networks.
Psychedelics: A Revolutionary Approach
Emerging research suggests that psychedelic compounds might offer a unique solution to the problem of entrenched drug addiction memory. These substances appear to trigger a “system reboot” of the brain, potentially disrupting harmful neural pathways whilst promoting new, healthier connections.
Clinical trials examining psychedelics’ potential for treating tobacco, alcohol, and opioid use disorders show promising early results, with participants reporting increased abstinence rates and reduced cravings. Professor Bobadilla’s laboratory currently investigates how psilocin, the active metabolite of psilocybin, affects drug-related memories in mice.
Their research addresses two critical questions: whether psilocin can alter drug-seeking behaviour in fentanyl addiction, and what type of memory psilocin creates in the brain that might modify existing cocaine memories.
Hope on the Horizon
The intricate relationship between substance abuse memories and natural reward systems presents both challenges and opportunities for addiction treatment. As researchers delve deeper into the cellular and genetic mechanisms underlying reward memory formation, they move closer to developing targeted therapies that can break the cycle of addiction without compromising essential survival behaviours.
This research offers hope for millions struggling with substance dependency, suggesting that the very mechanism that traps people in addiction cycles – their brain’s memory system – might also hold the key to their liberation. By understanding how drugs alter reward memories at the most fundamental level, scientists are developing treatments that could transform addiction care.
The future of addiction treatment lies not in suppressing all reward-seeking behaviour, but in precisely targeting the specific memories that drive destructive substance use whilst preserving the natural reward systems that make life meaningful and sustainable.
Understanding the Implications
As this research continues to evolve, it becomes increasingly clear that drug addiction memory represents more than just a psychological phenomenon – it’s a physical alteration of brain structure that requires sophisticated, targeted interventions. The work being conducted by researchers like Professor Bobadilla offers genuine hope for developing treatments that address addiction at its neurobiological roots.
The implications extend beyond individual treatment, potentially informing prevention strategies and public health approaches that recognise addiction as a complex neurological condition rather than a moral failing. This shift in understanding could revolutionise how society approaches substance abuse, leading to more effective support systems and reduced stigma.
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Aim: To explore the influence of gender and time in addiction recovery on engagement in meaningful activities and the reduction of harmful behaviours among the recovery population in Sweden. 
As Alcoholics Anonymous celebrates its 90th anniversary this year, questions surrounding the effectiveness of AA continue to shape discussions about alcohol recovery methods. Since its founding in Ohio in 1935, the fellowship has grown into a worldwide movement with millions of active members, yet its approach remains both influential and controversial in modern addiction treatment.
Neurohormonal Changes Through Exercise
Chronic pain conditions like fibromyalgia, migraines, and post-traumatic stress disorder (PTSD) present with complex symptoms, often involving both physical sensations and intense emotional suffering. Recent neuroscience advances, particularly a July 2025 study from the Salk Institute, have identified a key brain circuit that gives pain its emotional tone, transforming our understanding of pain and paving the way for innovative management techniques. Evidence-based brain training aims to reshape neural pathways, empowering people to reduce and manage pain—even when traditional drugs fall short.
The human brain’s remarkable ability to form memories serves as both our greatest asset and, in some cases, our most formidable opponent. When it comes to understanding why people struggle to break free from substance dependency, groundbreaking research reveals that drug addiction memory plays a pivotal role in maintaining the cycle of abuse.