Author name: Therapy Near Me Editorial Team

Antidepressants are a class of medications primarily used to treat clinical depression, as well as various anxiety disorders and other mental health conditions (Malhi et al. 2021). Although they can alleviate symptoms—such as persistent low mood, hopelessness, or anxious distress—taking antidepressants can also bring about certain side effects and requires careful monitoring. This article outlines how antidepressants work, how they may affect the body and mind, and what individuals should consider when using them as part of a broader mental health treatment plan. Keywords: What happens when you take antidepressants, Antidepressant side effects, SSRIs and SNRIs, Depression and medication, Psychological therapies, Mental health medication management 1. Defining Antidepressants and Their Roles 1.1 Types of Antidepressants Several main classes of antidepressants are commonly prescribed in Australia, each operating via slightly different chemical mechanisms (Royal Australian and New Zealand College of Psychiatrists [RANZCP] 2022): Selective Serotonin Reuptake Inhibitors (SSRIs): e.g., sertraline, fluoxetine. Serotonin and Noradrenaline Reuptake Inhibitors (SNRIs): e.g., venlafaxine, duloxetine. Tricyclic Antidepressants (TCAs): e.g., amitriptyline, nortriptyline (older class, sometimes used for specific cases). Monoamine Oxidase Inhibitors (MAOIs): e.g., phenelzine, tranylcypromine (less commonly prescribed due to dietary restrictions). Atypical Antidepressants: e.g., mirtazapine, agomelatine (varying mechanisms). 1.2 Purpose and Effectiveness Antidepressants can help correct chemical imbalances in the brain associated with depressive symptoms, boosting mood, motivation, and overall emotional stability (Malhi & Mann 2018). However, they are generally one component of a holistic treatment approach that may also involve psychotherapy, lifestyle changes, and social support (Beyond Blue 2023). 2. How Antidepressants Work in the Brain 2.1 Neurotransmitter Regulation Depressive symptoms have been linked to dysregulated levels of neurotransmitters—including serotonin, noradrenaline, and dopamine (Malhi & Mann 2018). Antidepressants typically function by inhibiting the reuptake of these chemicals, enhancing their availability in neural synapses, or modifying their breakdown pathways. This increased neurotransmitter activity can, over time, reduce the intensity of depressive or anxious symptoms (RANZCP 2022). 2.2 Time Course for Effects While some individuals report mild mood improvements within the first couple of weeks, therapeutic effects of antidepressants often take 4–6 weeks (or even longer) to manifest fully (Malhi et al. 2021). Physiological changes in synaptic receptor sensitivity and brain plasticity processes can explain this delay. 2.3 Variation in Individual Response Not everyone responds identically to a given antidepressant (Galletly et al. 2020). Individual genetics, overall physical health, and the presence of co-existing mental health conditions can influence both effectiveness and side effect profiles. Finding the most suitable medication might involve some trial and error under close medical supervision. 3. Potential Benefits of Taking Antidepressants 3.1 Symptom Relief For many people experiencing moderate to severe depression, antidepressants can ease core symptoms such as persistent sadness, low energy, and pervasive feelings of guilt or worthlessness (Malhi et al. 2021). Alleviation of these symptoms can foster a more stable emotional environment, supporting re-engagement with daily activities and personal relationships. 3.2 Improved Functioning Effective treatment can enable individuals to regain lost functionality—whether attending work or school, maintaining social connections, or fulfilling caregiving responsibilities (Beyond Blue 2023). As antidepressants restore a measure of emotional balance, psychological therapies often become more fruitful, enabling deeper work on underlying issues. 3.3 Potential Anxiety Reduction Certain antidepressants—particularly SSRIs and SNRIs—are commonly prescribed for anxiety disorders (RANZCP 2022). By calming overactive neural circuits tied to anxious rumination, these medications can help reduce panic symptoms, obsessive thinking, or severe social anxiety. 4. Common Side Effects and Safety Considerations 4.1 Initial Adjustment and Physical Effects Antidepressants can produce side effects, especially during the early stages of treatment. Examples include: Gastrointestinal Symptoms: Nausea or upset stomach (SSRIs). Sleep Changes: Insomnia or sedation, depending on the medication’s mechanism (TCAs may cause sedation). Headaches and Dizziness: Mild but can subside within weeks (Malhi et al. 2021). 4.2 Sexual Dysfunction Many antidepressants, particularly SSRIs, can affect libido, arousal, or orgasmic function (RANZCP 2022). Patients should feel comfortable discussing sexual side effects with their prescriber, as dose adjustments or medication changes can mitigate such concerns. 4.3 Emotional Numbing or Blunting Some individuals experience a “flattening” of emotional range, feeling less sadness but also reduced joy (Malhi & Mann 2018). This side effect varies; if it significantly diminishes quality of life, consulting a mental health professional about alternative treatments may be beneficial. 4.4 Risk of Increased Suicidal Ideation In younger populations (under 25), there may be a small but notable rise in suicidal ideation or behaviour when starting antidepressants (Galletly et al. 2020). Vigilant monitoring by healthcare providers and support networks is critical during this initial phase. 5. Ensuring Proper Use and Monitoring 5.1 Regular Consultations with Healthcare Providers Routine check-ups enable adjustments in medication type or dosage if side effects prove intolerable or efficacy is suboptimal (RANZCP 2022). Open communication about mood changes, daily function, and any troubling symptoms is key to refining treatment. 5.2 Adherence to Prescription Guidelines Stopping antidepressants abruptly can cause discontinuation syndrome, marked by dizziness, irritability, or flu-like sensations (Malhi & Mann 2018). Gradual tapering—under a clinician’s guidance—helps mitigate withdrawal effects and fosters a smoother transition if changing medications. 5.3 Combining Medication with Psychotherapy Evidence suggests that integrated approaches—e.g., cognitive-behavioural therapy (CBT) alongside medication—often yield the most robust and sustainable improvements for moderate to severe depression (Beyond Blue 2023). Incorporating counselling or support groups can enhance coping skills, address core emotional issues, and prevent relapse. 6. Alternative and Adjunctive Treatments 6.1 Lifestyle Interventions Regular exercise, balanced nutrition, and sufficient sleep can complement antidepressant therapy, boosting overall resilience (Galletly et al. 2020). These lifestyle factors modulate stress responses and neurochemical pathways critical to mood regulation. 6.2 Mindfulness and Stress Management Techniques such as mindfulness meditation, yoga, or relaxation exercises reduce anxiety and stress hormone levels, possibly enhancing medication outcomes (Malhi & Mann 2018). Structured programs like mindfulness-based cognitive therapy (MBCT) can deter depressive relapse. 6.3 Complementary Supplements While the evidence for supplements such as omega-3 fatty acids or St John’s Wort remains varied, some individuals report mild symptom relief (RANZCP 2022). However, interactions between supplements and antidepressants necessitate caution and professional guidance. Conclusion Antidepressants, when prescribed and

Across various cultures and historical periods, superstition has taken many forms—lucky charms, sacred rituals, fear of certain numbers, and more (Irwin 2009). While these practices often stem from deep-seated cultural traditions or personal beliefs, they may also arise in response to stress or uncertainty. For some, superstitions can provide psychological comfort or a sense of control (Damisch, Stoberock & Mussweiler 2010). However, when superstitious thinking becomes excessive or starts to interfere with daily functioning, it may have implications for mental health (APA 2021). This article explores the psychology behind superstition, the potential benefits it may offer, and the ways in which it can become harmful if left unchecked. Keywords: Superstition and mental health, Magical thinking, Illusion of control, Anxiety and superstitious beliefs, Harmful rituals, Cognitive-behavioural strategies, Cultural influences on superstition, Balancing superstition and reality 1. Defining Superstition Superstition generally refers to beliefs or practices that assume a causal relationship between unrelated events, often based on faith in supernatural influences or magical thinking (Irwin 2009). Common examples include: Using “lucky” items for important tasks (e.g., wearing a specific bracelet before an exam). Avoiding particular actions or places to prevent perceived misfortune (e.g., not stepping on cracks in the pavement). Engaging in rituals around sporting events or gambling. While these beliefs can range from harmless personal quirks to culturally ingrained customs, they often serve a psychological function—reducing anxiety and offering a sense of control in uncertain situations (Legare & Nielsen 2015). 2. Psychological Underpinnings of Superstitious Belief 2.1 Illusion of Control A leading theory behind superstition is the illusion of control—the tendency to overestimate one’s influence over external events (Langer 1975). For instance, carrying a lucky charm into a job interview may boost a person’s confidence, even if it has no real bearing on the employer’s decisions. In moderate doses, this perceived control can bolster self-esteem and motivation (Damisch, Stoberock & Mussweiler 2010). 2.2 Anxiety and Uncertainty Superstitious behaviours often intensify during periods of heightened stress. Research suggests that people are more likely to engage in ritualistic or magical thinking when facing uncertainty—such as during exams, financial instability, or health crises (Irwin 2009; Legare & Nielsen 2015). The act of performing a familiar “lucky” ritual can ease anxiety temporarily by offering a coping mechanism or sense of order (APA 2021). 2.3 Cultural and Social Reinforcement Many superstitions are passed down through families and communities. Repeated social reinforcement—observing others perform rituals or follow taboos—can solidify these beliefs, making them an integral part of one’s identity or heritage (Legare & Nielsen 2015). 3. Potential Benefits of Superstitious Thinking 3.1 Confidence and Performance Surprisingly, some studies have found that a mild form of superstition can positively affect performance (Damisch, Stoberock & Mussweiler 2010). By creating a placebo effect of sorts, the belief in a lucky charm may increase a person’s confidence, leading to better outcomes in tasks like sports or test-taking. 3.2 Coping and Stress Relief For individuals navigating high-pressure situations, ritualistic or superstitious behaviour might reduce immediate stress (Irwin 2009). Performing a small ritual can serve as a grounding technique, helping to calm nerves and promote a brief sense of emotional control (APA 2021). 3.3 Cultural and Community Bonds In some contexts, superstitions strengthen social ties. Shared rituals—like community festivals or collective beliefs about auspicious days—foster unity and a sense of belonging (Legare & Nielsen 2015). 4. When Does Superstition Become Harmful? 4.1 Excessive Dependence and Avoidance If someone relies on superstitions to the extent that they avoid taking necessary actions—e.g., refusing to travel on certain days or being unable to function without a “lucky item”—this level of reliance can disrupt daily life (Bronze & Phillips 2021). In these cases, superstitious practices might overshadow practical problem-solving skills and limit personal growth. 4.2 Heightened Anxiety and Obsessive Behaviour Similar to obsessive-compulsive tendencies, certain superstitions can morph into repetitive rituals governed by anxiety (APA 2021). For instance, a person might feel compelled to perform a series of actions in a specific sequence to “prevent disaster.” If these behaviours become distressing or time-consuming, it may indicate an underlying anxiety disorder (Bronze & Phillips 2021). 4.3 Reinforcement of Irrational Beliefs Over time, superstitions can reinforce irrational or distorted ways of thinking, making it more difficult for individuals to evaluate situations logically (Irwin 2009). When everyday decisions hinge on signs or omens rather than concrete information, it can impede critical thinking and erode self-confidence in personal judgment. 5. Striking a Healthy Balance 5.1 Awareness and Reflection Self-awareness is the first step. Consider whether your superstitions are offering genuine comfort or contributing to stress and avoidance (APA 2021). Reflecting on the function of these beliefs—are they a harmless confidence booster, or do they trigger anxiety when not performed?—can guide healthier engagement. 5.2 Cognitive-Behavioural Strategies For those noticing harmful levels of reliance on superstitious rituals, Cognitive-Behavioural Therapy (CBT) techniques can be beneficial. By identifying and challenging distorted beliefs, individuals can replace superstitious thinking with more balanced and evidence-based perspectives (Bronze & Phillips 2021). 5.3 Professional Support If superstitions significantly interfere with work, relationships, or daily activities, consulting a psychologist or mental health professional is recommended (APA 2021). Therapy can pinpoint underlying anxiety or obsessive-compulsive patterns, offering tailored strategies to manage or reduce superstitious behaviours (Irwin 2009). Conclusion Superstitions can serve as comforting rituals in stressful times, offering a sense of control and even modest performance benefits. For many people, these beliefs remain harmless cultural or personal quirks (Damisch, Stoberock & Mussweiler 2010). However, when superstitions become excessively rigid, fuel anxiety, or hinder decision-making, they can pose risks to mental health (Bronze & Phillips 2021). Achieving balance—and knowing when to seek professional guidance—ensures that superstitious thinking remains a mild coping tool rather than a disruptive force in one’s life. References American Psychological Association (APA) 2021, Anxiety and Coping Mechanisms: An Overview, APA, viewed 28 January 2025, https://www.apa.org/. Bronze, M. & Phillips, A. 2021, ‘Superstitious Belief, Anxiety, and Magical Thinking: Clinical Perspectives’, Journal of Clinical Psychology, vol. 77, no. 9, pp. 1794–1805. Damisch, L., Stoberock, B. & Mussweiler, T. 2010, ‘Keep Your

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 15/01/2025 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. Sleepwalking, medically referred to as somnambulism, involves episodes of getting up and walking around during non-rapid eye movement (NREM) sleep—typically occurring in the first third of the night (Ohayon et al. 2012). Although more common in childhood, adults can also experience sleepwalking episodes triggered by stress, sleep deprivation, or underlying conditions. From minor wanderings to more complex behaviours such as leaving the house, sleepwalking can pose safety risks and disrupt household routines (Shapiro & Trajanovic 2020). This article outlines the psychological underpinnings of sleepwalking, reviews current research, and provides evidence-based advice from a psychologist’s perspective on managing and reducing episodes. Keywords: Sleepwalking (somnambulism), Parasomnia disorders, Arousal from deep sleep, Child and adult sleepwalking, Psychological advice for sleep disorders, Managing nocturnal wanderings 1. Understanding Sleepwalking 1.1 Sleep Stages and Arousal Disorders Sleepwalking belongs to a group of parasomnias, specifically “disorders of arousal,” where partial awakenings occur out of deep NREM sleep (Ohayon et al. 2012). The individual is neither fully asleep nor fully conscious, often incapable of recall upon waking. Episodes might last a few seconds to half an hour, with varied behaviours—from simply sitting up in bed to performing complex tasks. 1.2 Prevalence Across the Lifespan While up to 20% of children experience at least one episode of sleepwalking, it tends to wane by adolescence (Shapiro & Trajanovic 2020). Persistent cases into adulthood can relate to genetics, stress levels, and disrupted sleep patterns (Irish et al. 2015). Identifying triggers and understanding the underlying physiology helps in formulating effective interventions. 2. Causes and Risk Factors 2.1 Genetic Predisposition Studies suggest a hereditary link—children with one or both parents who have a history of sleepwalking face a higher likelihood of episodes (Hublin et al. 1997). The genetic influence can intersect with environmental factors to determine the frequency and intensity of somnambulism. 2.2 Sleep Deprivation and Stress Insufficient sleep or extreme tiredness can prompt deeper and more fragmented NREM stages, heightening the chance of partial arousals (Shapiro & Trajanovic 2020). Chronic stress, anxiety, or significant lifestyle changes (e.g., shifting time zones) can also disrupt stable sleep architecture, triggering episodes. 2.3 Alcohol, Medications, and Other Medical Conditions Excessive alcohol consumption near bedtime or certain medications (sedatives, antihistamines) may intensify brain arousal, fuelling sleepwalking episodes (Ohayon et al. 2012). Underlying conditions like obstructive sleep apnoea or restless legs syndrome can fragment sleep, increasing the propensity for parasomnias (Irish et al. 2015). 3. Potential Dangers and Psychosocial Implications 3.1 Safety Concerns During an episode, individuals lack full awareness, risking collisions, falls down stairs, or leaving the house (Shapiro & Trajanovic 2020). Implementing preventative measures—securing windows, doors, and removing clutter—mitigates potential harm. 3.2 Sleep Disruption for Household Members Co-sleepers or family members may wake abruptly, leading to disrupted sleep cycles. Repeated disturbances can generate tension within the household, emphasising the need for professional advice and home adjustments (Irish et al. 2015). 3.3 Psychological Stress and Stigma Sleepwalkers may feel embarrassed or anxious about potential reoccurrences, especially if episodes involve unusual or socially awkward behaviour. Seeking psychological support can reduce self-consciousness, reinforce coping strategies, and address underlying stressors (Shapiro & Trajanovic 2020). 4. Psychological Advice and Management Strategies 4.1 Maintaining Consistent Sleep Routines A stable bedtime and wake time support circadian rhythms and reduce deep NREM fragmentation (Sleep Health Foundation [SHF] 2021). Avoiding sleep debt is crucial—adults typically require 7–9 hours of quality sleep, while children vary by age group. 4.2 Stress Reduction Techniques Persistent stress or anxiety can exacerbate arousal disorders (Ohayon et al. 2012). Psychologist-recommended techniques include: Mindfulness or Relaxation Exercises: Practising breathing techniques or progressive muscle relaxation before bed. Cognitive-Behavioural Therapy (CBT): Identifying and re-framing negative thought patterns contributing to insomnia or stress. Journaling: Offloading worries on paper may minimise mental preoccupation at night. 4.3 Scheduled Awakenings For frequent, predictable episodes—often in children—scheduled awakenings 15–20 minutes before the usual onset can preclude an episode (Shapiro & Trajanovic 2020). This approach temporarily disrupts the deep sleep cycle, preventing the partial arousal from happening. 4.4 Cognitive-Behavioural Approaches for Arousal Parasomnias Therapists might incorporate behavioural modifications—e.g., hypnosis or relaxation training—to address triggers and reduce episode severity. Psychoeducation about sleep hygiene and the mechanics of parasomnias fosters empowerment and clarity on coping measures (Irish et al. 2015). 5. Medical Assessment and Adjunctive Treatments 5.1 When to Consult a Healthcare Professional Medical evaluation is recommended if: Sleepwalking episodes pose recurrent safety threats. Episodes become more frequent, intense, or persist into adulthood without obvious triggers. Co-occurring conditions (e.g., insomnia, sleep apnoea) exacerbate daytime fatigue. A GP or sleep specialist can run sleep studies (polysomnography) or lab tests to identify physiological contributors (Ohayon et al. 2012). 5.2 Medication Options In severe cases—especially in adults—short-term pharmacological intervention (e.g., low-dose benzodiazepines or antidepressants) may reduce the depth of NREM sleep. However, medication is generally a secondary line of defence after lifestyle or behavioural methods (Krystal 2012). 5.3 Environmental Modifications Installing childproof locks, motion sensors, or alarms can alert households to nighttime wanderings. Removing tripping hazards and restricting stair access—potentially by gates—lowers the risk of physical harm (Irish et al. 2015). 6. Long-Term Outlook and Future Directions 6.1 Natural Resolution in Children Most paediatric cases resolve spontaneously over time. Encouraging steady sleep habits, mitigating stress, and limiting overtiredness can accelerate this resolution (SHF 2021). 6.2 Ongoing Research and Psychological Insights Emerging studies focus on deeper neurological insights—like the role of hyperarousal in specific brain regions. Understanding these processes could refine psychological and pharmacological interventions, improving outcomes for frequent adult sleepwalkers (Ohayon et al. 2012). 6.3 Integrating Therapy and Lifestyle Strategies As with other arousal parasomnias, long-term stability often involves combining stress management, good sleep hygiene, and—if necessary—short-term medication (Krystal 2012). A holistic approach ensures that multiple risk factors are addressed simultaneously. Conclusion Sleepwalking, though often transient in childhood,

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 18/12/2025 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. Determining which substances pose the greatest harm is a complex task that requires consideration of both personal (physical and psychological) and societal (social, economic, and legal) factors. One influential study—led by Professor David Nutt and colleagues—used a multicriteria decision analysis to assess the overall harm of various drugs in the UK context, combining criteria such as dependence potential, physical damage, and social costs (Nutt, King & Phillips 2010). While different regions and studies may produce variations in ranking, the list below reflects a broadly cited framework for understanding the relative harm of substances. Keywords: Most harmful substances, Drug harm ranking, Alcohol harm, Heroin, Methamphetamine, Crack cocaine, Tobacco risks, Cannabis health effects, Drug policy and harm reduction, David Nutt study 1. Alcohol Despite being legal in many countries, alcohol is often ranked highest in overall harm because of its pervasive social impact and potential for addiction, physical illness (e.g., liver cirrhosis, cancer), and contribution to accidents and violence (Nutt, King & Phillips 2010; Australian Institute of Health and Welfare [AIHW] 2022). In Australia, alcohol-related hospital admissions and injuries contribute significantly to healthcare costs and social harm. Key Harms Physical: Liver damage, cardiovascular disease, cancer risk. Psychological: Dependence, mood disturbances. Social: Violence, drink-driving accidents, economic burden. 2. Heroin An opioid with a high potential for physical and psychological dependence, heroin can lead to fatal overdoses and severe health complications, including infectious disease transmission through needle sharing (World Health Organization [WHO] 2018). Its illegal status also fuels black-market activity and social disruption. Key Harms Physical: Overdose risk, infectious diseases (HIV, hepatitis). Psychological: Intense withdrawal symptoms, high dependency risk. Social: Crime associated with procurement, healthcare costs. 3. Crack Cocaine A potent, smoked form of cocaine that produces a short but intense high, crack cocaine is associated with severe addiction potential, cardiovascular damage, and social harms (Nutt, King & Phillips 2010). Its rapid onset fosters a cycle of binge use and withdrawal. Key Harms Physical: Respiratory and cardiovascular problems, malnutrition. Psychological: Extreme cravings, paranoia, anxiety. Social: High crime rates in areas of widespread use, socioeconomic decline. 4. Methamphetamine Known colloquially as “ice” or “crystal meth,” methamphetamine poses significant risks, including acute psychosis, severe dental problems (“meth mouth”), and long-term cognitive impairment (AIHW 2022). Socially, methamphetamine use can destabilise communities through violence and addiction-driven behaviour. Key Harms Physical: Cardiac complications, extreme weight loss, severe dental damage. Psychological: Psychosis, aggression, depressive crashes. Social: Family breakdown, workplace accidents, crime. 5. Cocaine (Powder) While powder cocaine has a slightly lower harm profile than its smoked counterpart (crack cocaine), it remains highly addictive and can induce cardiovascular problems, mental health issues, and substantial social harm (Nutt, King & Phillips 2010). Cocaine-related injuries often tie to accidents and acute health crises such as heart attacks. Key Harms Physical: Heart attack, stroke, nasal septum damage (when snorted). Psychological: Dependence, anxiety, paranoia. Social: Relationship breakdowns, financial ruin, crime. 6. Tobacco Often overlooked due to its legal status, tobacco is a leading cause of preventable death worldwide (WHO 2019). Chronic usage is strongly linked to cancers (lung, throat, mouth), heart disease, and respiratory illnesses. Key Harms Physical: Cancer, chronic obstructive pulmonary disease, cardiovascular disease. Psychological: High dependence potential, nicotine withdrawal. Social: Healthcare burden, second-hand smoke exposure. 7. Amphetamine (Non-Meth) Amphetamine-based substances (e.g., some prescription stimulants misused recreationally) can lead to dependence, cardiovascular strain, and neurological damage if misused (Nutt, King & Phillips 2010). While pharmaceutical amphetamines have legitimate therapeutic uses (e.g., ADHD treatment), non-medical consumption can be dangerous. Key Harms Physical: High blood pressure, increased heart rate, insomnia. Psychological: Anxiety, agitation, addictive potential. Social: Workplace and social dysfunction, illicit manufacturing issues. 8. Cannabis Cannabis ranks lower than many other substances in terms of acute toxicity, but it still carries risks—particularly regarding mental health and cognitive functioning in heavy or adolescent users (Hall 2015). Prolonged or excessive use can contribute to dependence and respiratory issues when smoked. Key Harms Physical: Chronic bronchitis (if smoked), potential for dependence. Psychological: Possible link to psychosis in susceptible individuals, memory impairment. Social: Legal consequences (where illegal), impaired driving risk. 9. Gamma-Hydroxybutyrate (GHB) GHB is sometimes used recreationally for its euphoric and disinhibiting effects, but overdose risk is high due to its narrow therapeutic window (Nutt, King & Phillips 2010). GHB can cause severe respiratory depression, especially when mixed with other depressants like alcohol. Key Harms Physical: Overdose leading to coma or death, respiratory arrest. Psychological: Amnesia, dependence can develop rapidly. Social: Sexual assault facilitation (date rape associations), unpredictability in dosing. 10. Benzodiazepines Prescribed for anxiety or insomnia, benzodiazepines (e.g., diazepam, alprazolam) can lead to physical dependence and withdrawal symptoms (Lader 2011). Although less acutely toxic than some illicit drugs, chronic misuse can severely impact cognitive and emotional health, and combining benzodiazepines with alcohol or opioids significantly increases overdose risk. Key Harms Physical: Sedation, risk of falls and accidents in older adults. Psychological: Dependence, worsened anxiety upon withdrawal, impaired memory. Social: Increased risk of overdose when combined with other depressants, healthcare burdens. Conclusion This ranking of the “worst” substances in order of overall harm encompasses both direct impacts on an individual’s health and wider social consequences. The specifics can vary based on geographic context, patterns of use, and the prevalence of specific drugs (Nutt, King & Phillips 2010). Although alcohol often emerges as the most harmful substance when factoring in societal costs, each substance carries its own unique risks and challenges for individuals, families, and communities. Efforts to reduce harm include evidence-based policy, public education, harm-reduction services, and accessible treatment programs for dependence and related health issues (AIHW 2022). By understanding the relative harms and complexities of different substances, policymakers and health professionals can better target interventions and support those affected by drug misuse. References Australian Institute of Health and Welfare (AIHW) 2022,

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 18/01/2026 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. The phrase “paralitic dreams” (often associated with sleep paralysis or terrifying dream experiences involving immobility) describes episodes during which individuals find themselves unable to move or speak while transitioning into or out of sleep (Cheyne 2016). Accompanied by vivid hallucinations or intense fear, these events can mimic nightmares but occur in a state of partial wakefulness—often referred to as “sleep paralysis” in clinical and research contexts (Sharpless & Barber 2011). This article examines the phenomenon of so-called paralitic dreams, exploring their causes, typical features, and evidence-based approaches for managing the distress they can cause. Keywords: Paralitic dreams, Sleep paralysis, Parasomnia episodes, Hallucinations in sleep, REM atonia, Night-time arousal disorders 1. What Are Paralitic Dreams? 1.1 Sleep Paralysis and Dream-Like Hallucinations Technically, “paralitic dreams” appear to reflect sleep paralysis—a parasomnia where muscle atonia (muscle relaxation or paralysis) normally occurring during REM (rapid eye movement) sleep intrudes into wakefulness (American Academy of Sleep Medicine [AASM] 2014). Individuals experiencing it may feel conscious but remain physically immobilised for seconds to minutes. Concurrently, they often perceive vivid auditory, visual, or tactile hallucinations, giving rise to terrifying “dreams” or illusions of intruders, pressure on the chest, or malevolent presences (Sharpless & Barber 2011). 1.2 Cultural and Historical Interpretations Many cultures historically attributed these events to supernatural entities—demons, ghosts, or “old hag” folklore—due to the potent sense of presence or oppression in the bedroom (Cheyne 2016). Modern sleep science links such experiences to the overlap of REM-based dreaming processes and partial wakefulness, explaining the mismatch between mental awareness and persistent muscle atonia. 2. Causes and Risk Factors 2.1 Disrupted Sleep Patterns Irregular sleep schedules, jet lag, or shift work can increase the probability of sleep paralysis episodes (AASM 2014). Sudden changes in bedtime or duration of sleep are associated with a higher incidence of REM intrusion upon waking, thus fostering these paralysis episodes (Sharpless & Barber 2011). 2.2 Stress and Anxiety Chronic stress, heightened anxiety, or recent traumatic events often correlate with more frequent or intense episodes. During these states, heightened arousal or emotional distress may intensify dream imagery, exacerbating the “paralytic” nature of hallucinations (Cheyne 2016). 2.3 Narcolepsy and Other Sleep Disorders While “paralitic dreams” can occur in the general population, they are notably more common in conditions like narcolepsy (AASM 2014). Narcoleptic patients often experience excessive daytime sleepiness and cataplexy—sudden muscle weakness triggered by strong emotions—alongside recurrent sleep paralysis. 3. Typical Experiences and Emotional Responses 3.1 Hallucination Types Incubus Phenomenon: The sense of a weight on the chest or difficulty breathing, sometimes coupled with looming figures. Intruder Hallucinations: Perception of a threatening entity or attacker nearby. Vestibular-Motor Hallucinations: Sensations of floating, flying, or out-of-body experiences (Cheyne 2016). These illusions often merge or shift rapidly, leaving the individual highly alarmed or fearful upon fully awakening. 3.2 Emotional Intensity The immobility inherent in sleep paralysis triggers acute panic, magnifying any dreamlike elements. People commonly recall a profound sense of dread, helplessness, or even suffocation, sometimes believing the hallucinations reflect real intruders (Sharpless & Barber 2011). Repeated episodes can engender lingering anxiety around bedtime or insomnia. 4. Psychological and Physiological Explanations 4.1 REM Intrusion Hypothesis During REM sleep, most skeletal muscles (except those involved in breathing and eye movement) remain “paralysed” to prevent acting out dreams (AASM 2014). In sleep paralysis, the mental awareness characteristic of wakefulness emerges prematurely, while the body remains locked in REM atonia. Thus, dream imagery fuses with conscious perception, spawning vivid illusions. 4.2 Hyper-Vigilance and the Brain’s Threat Detection Neurological models propose that the partial awakening state intensifies the brain’s threat-monitoring systems (Cheyne 2016). Common illusions of an intruder or dark presence might reflect an evolutionary drive to remain vigilant when physically immobilised. 4.3 Cognitive-Behavioural Factors Individual beliefs, cultural background, and anxiety levels shape the content and emotional intensity of these episodes (Sharpless & Barber 2011). People who dread future episodes or interpret them through supernatural lenses may reinforce heightened fear, making reoccurrences more distressing. 5. Managing and Reducing Paralitic Dream Episodes 5.1 Sleep Hygiene and Consistency Stable Sleep Schedule: Regular bedtimes and wake times reduce abnormal REM intrusions (AASM 2014). Adequate Rest: Ensuring 7–9 hours of consistent sleep fosters balanced REM and NREM cycles (Sleep Health Foundation [SHF] 2021). Limit Stimulants: Minimising caffeine or nicotine use near bedtime helps stabilise sleep architecture. 5.2 Stress and Anxiety Reduction Relaxation Techniques: Practising mindfulness or progressive muscle relaxation can ease nighttime tension (Irwin 2015). Cognitive-Behavioural Therapy (CBT): Identifying and restructuring irrational fears about sleep paralysis episodes can lessen anxiety and reduce frequency (Sharpless & Barber 2011). 5.3 Handling Episodes Focus on Breathing: During an episode, attempting calm, rhythmic breaths and reminding oneself that the paralysis is temporary can diminish panic. Subtle Movements: Concentrating on wiggling fingers or toes might help break the REM atonia. Mental Reframing: If hallucinations occur, acknowledging them as a product of the dream state rather than reality can reduce fear and shorten the experience (Cheyne 2016). 5.4 Professional Intervention Frequent or particularly frightening episodes that cause significant distress warrant clinical assessment. A GP or sleep specialist can investigate underlying conditions, such as narcolepsy or insomnia, and may recommend short-term use of medication or targeted psychological therapies (AASM 2014). 6. Research Gaps and Future Directions 6.1 Cultural Variations Further cross-cultural studies could shed light on how different societies interpret and cope with “paralitic dreams.” Beliefs about ghosts, witches, or ancestral spirits might shape subjective experiences of sleep paralysis (Cheyne 2016). 6.2 Neuroimaging and Mechanisms Increasing application of functional MRI or EEG in sleep research might unveil specific brain networks active during partial arousal states. Clarifying these circuits could inform more personalised prevention strategies (Sharpless & Barber 2011). 6.3 Integration of Psychological Support Future research might test combined interventions—like psychoeducation, stress management, and REM-targeted therapies—to

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 03/07/2025 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. Hobart, the vibrant capital of Tasmania, Australia, is home to a growing number of psychology clinics, reflecting an increasing awareness and prioritisation of mental health. This article provides an overview of the psychology clinics in Hobart, discussing the services they offer, their approaches to mental health care, and the unique challenges they face. Introduction In recent years, Hobart has seen a notable rise in the demand for psychological services. This demand is being met by a variety of clinics, each offering a range of therapies and specialisations. These clinics play a crucial role in addressing the mental health needs of the city’s diverse population. Range of Services Offered Psychology clinics in Hobart offer a wide array of services, catering to different age groups and mental health concerns. Common services include: Individual Therapy: Tailored one-on-one sessions addressing issues like anxiety, depression, stress, and life transitions. Couples and Family Therapy: Focused on improving communication and resolving conflicts within relationships and family units. Child and Adolescent Therapy: Specialized services for younger clients dealing with emotional, behavioral, and developmental challenges. Group Therapy: Sessions that provide support and shared experiences among individuals facing similar issues. Therapeutic Approaches Clinics in Hobart employ various therapeutic approaches, ensuring a comprehensive treatment plan for each client. Popular modalities include: Cognitive-Behavioral Therapy (CBT): A widely used approach focusing on identifying and modifying negative thought patterns and behaviors. Psychoanalysis and Psychodynamic Therapy: Exploring past experiences and their impact on current behavior and mental state. Humanistic and Person-Centered Therapy: Emphasizing empathy and viewing individuals as capable of self-awareness and improvement. Mindfulness and Stress Reduction Techniques: Incorporating mindfulness practices to manage stress and improve mental well-being. Challenges Faced Psychology clinics in Hobart face several challenges, including: Accessibility: Ensuring services are accessible to all segments of the population, including remote areas. Public Awareness: Continuously working to destigmatize mental health care and educate the public about the importance of psychological well-being. Resource Allocation: Balancing the growing demand for services with available resources and trained professionals. Conclusion Psychology clinics in Hobart are at the forefront of addressing the mental health needs of the community. With a range of services and therapeutic approaches, these clinics are equipped to handle a variety of mental health issues. Despite facing challenges like accessibility and resource allocation, they continue to provide essential support, contributing significantly to the city’s overall health and well-being. References Australian Psychological Society. (2023). Directory of Psychological Services in Hobart. Mental Health Council of Tasmania. (2023). Mental Health Services in Tasmania. Hobart City Council. (2023). Community Health and Well-being Initiatives. How to get in touch If you or your patient/NDIS clients need immediate mental healthcare assistance, feel free to get in contact with us on 1800 NEAR ME – admin@therapynearme.com.au.

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 05/11/2025 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. “Toxic femininity” is a term used to describe restrictive or damaging expressions of womanhood that can negatively impact individuals and communities. While much attention has rightly been given to understanding toxic masculinity, acknowledging the harmful manifestations of femininity is also important for fostering healthier, more equitable social environments (Bordo, 1993). This article examines the concept of toxic femininity, its psychological and social implications, and strategies for mitigating the harms associated with rigid gender norms. Keywords: Toxic femininity, Harmful gender norms, Feminine stereotypes, Passive-aggressive behaviour, Relational aggression, Internalised sexism, Unrealistic beauty standards, Self-sacrifice and martyrdom 1. Defining Toxic Femininity Where toxic masculinity often emphasises aggression, emotional suppression, and dominance, toxic femininity involves the ways in which narrow ideas about what it means to “be a woman” can lead to manipulative, passive-aggressive, or self-limiting behaviours (Bates, 2016). Key features typically include: Excessive Concern with Appearance and Pleasing Others: Women may be socialised to prioritise external validation and uphold unrealistic standards of beauty or compliance (Fredrickson and Roberts, 1997). Relational Aggression: Indirect or covert forms of hostility—such as gossip, social exclusion, or passive-aggressive communication—used to maintain social status (Crick and Grotpeter, 1995). Self-Sacrifice and Martyrdom: A tendency to neglect one’s own needs or desires in an attempt to appear nurturing or “good,” which can lead to resentment or burnout (Williams and Mickelson, 2008). Internalised Sexism: Holding onto or reinforcing stereotypes about women’s roles and capabilities, thereby perpetuating patriarchal norms (Szymanski et al., 2009). It is crucial to note that “femininity” itself is not inherently harmful. However, certain cultural expectations can become “toxic” when they discourage healthy emotional expression, self-autonomy, or authentic connection. 2. Psychological and Social Implications Much like toxic masculinity, toxic femininity can adversely affect mental health, relationships, and broader social structures: Emotional Distress and Self-Esteem When women feel pressured to constantly appear “perfect” or agreeable, they may experience higher rates of stress, anxiety, and body image concerns (Fredrickson and Roberts, 1997). The fear of conflict or disapproval can lead to bottled-up emotions and diminished self-worth, potentially worsening mental health (APA, 2007). Relational Conflicts Toxic feminine norms sometimes endorse subtler methods of exerting social power, such as spreading rumours or forming cliques. These behaviours can damage friendships, professional relationships, and social cohesion (Crick and Grotpeter, 1995). Indirect aggression can mask deep-seated hostility, making conflict resolution more challenging. Perpetuation of Gender Inequality Internalised sexism occurs when women reinforce negative stereotypes about their own gender. This can manifest as undermining other women’s achievements or expecting them to fulfil subservient roles (Szymanski et al., 2009). Such patterns sustain a culture in which women may be discouraged from seeking leadership roles or pursuing personal ambitions. Stigmatisation of Vulnerability Toxic femininity can elevate an image of unwavering composure, caretaking, or niceness, discouraging women from expressing anger, ambition, or assertiveness (Bates, 2016). This can lead to self-silencing and increased susceptibility to depression or anxiety (Williams and Mickelson, 2008). 3. Toxic Femininity in the Australian Context Australian culture, like many others, has its own historical and social narratives surrounding femininity. While positive traits such as community-mindedness and resilience are highly valued, there can be unspoken pressures for women to: Balance “Matey” and “Ladylike” Behaviour: Women may feel compelled to be sociable and fun, yet also traditionally demure, creating conflicting role demands. Uphold Beauty Standards: Public figures and media may reinforce an idealised, slim, and youthful image, contributing to body dissatisfaction (Fredrickson and Roberts, 1997). Navigate the “Tall Poppy Syndrome”: Successful women may be subject to social backlash or gossip, limiting their willingness to stand out or celebrate achievements (Peeters, 2004). Understanding how these cultural nuances play out in workplaces, social circles, and family systems can help identify and address toxic aspects of femininity in everyday Australian life. 4. Challenging Harmful Norms Confronting toxic femininity involves tackling the societal and personal beliefs that sustain these harmful norms. Strategies include: Encouraging Direct Communication Fostering open dialogue can discourage passive-aggressive or manipulative approaches to conflict. Building assertiveness skills helps women advocate for themselves and others without resorting to indirect aggression (Williams and Mickelson, 2008). Promoting Authentic Self-Expression Encouraging a full range of emotional and behavioural expressions—beyond merely “sweet” or “nurturing”—validates women’s multifaceted identities (Bates, 2016). Normalising anger, ambition, and competitiveness in women can help dismantle stereotypes that women must always be compliant. Addressing Internalised Sexism Awareness campaigns and educational programs can help identify ingrained stereotypes. Mentorship and supportive networks encourage women to uplift one another, reducing competition based on outdated gender expectations (Szymanski et al., 2009). Advocating for Body Positivity and Mental Health Emphasising health and well-being over narrow beauty standards can alleviate pressures around appearance (Fredrickson and Roberts, 1997). Accessible mental health resources—such as therapy, counselling, or support groups—can provide safe spaces to unpack the emotional burdens of toxic femininity. Institutional and Structural Change Workplaces can offer training that addresses bias, fosters respect, and promotes equal representation in leadership roles (APA, 2007). Legal frameworks and organisational policies should protect against harassment, discrimination, and other manifestations of toxic gender expectations. 5. Moving Towards Healthier Forms of Femininity The goal is not to reject femininity but rather to question and evolve restrictive norms. Healthier femininity allows for: Emotional Range: Women can express vulnerability, assertiveness, and everything in between without fear of judgment. Collaborative Support: Women can celebrate each other’s successes and assist in collective growth rather than competing or undermining one another. Personal Agency: Each individual is free to define how they engage with traditionally “feminine” traits—like empathy or caretaking—and integrate them with broader facets of identity. Constructive Communication: By embracing direct and honest dialogues, communities can foster greater trust and a more inclusive culture for people of all genders. Conclusion Toxic femininity highlights how narrow or damaging expressions of womanhood can undermine both individual well-being

Written by: Therapy Near Me Editorial Team Clinically reviewed by: qualified members of the Therapy Near Me clinical team Last updated: 02/01/2026 This article is intended as general information only and does not replace personalised medical or mental health advice. Learn more about our Editorial Policy. Serotonin, a key neurotransmitter in the brain, plays a vital role in regulating mood, sleep, appetite, and digestion. Imbalances in serotonin levels are linked to various mental health issues, including depression and anxiety. This article discusses practical habits and lifestyle changes that can help maintain balanced serotonin levels, contributing to overall mental well-being. Introduction Serotonin, often referred to as the ‘feel-good’ neurotransmitter, has a profound impact on our mental and physical health. While medications like selective serotonin reuptake inhibitors (SSRIs) are commonly prescribed to manage serotonin levels, certain lifestyle habits can also naturally support and balance serotonin production. Diet and Nutrition Tryptophan-Rich Foods: Tryptophan, an amino acid found in food, is a precursor to serotonin. Foods high in tryptophan include poultry, eggs, cheese, nuts, salmon, and tofu. Balanced Meals: Consistent, balanced meals help maintain stable blood sugar levels, indirectly supporting healthy serotonin levels. Vitamin B6 and B12: These vitamins play a role in serotonin production. Including foods like leafy greens, beans, bananas, and whole grains can be beneficial. Physical Activity Regular Exercise: Exercise, especially aerobic activities, is known to boost serotonin levels. Activities like running, cycling, or swimming can be particularly effective. Sunlight Exposure: Sunlight exposure increases Vitamin D levels, which have been linked to serotonin production. Spending time outdoors, particularly in the morning, can help. Sleep Hygiene Consistent Sleep Schedule: Regular sleep patterns support the body’s natural circadian rhythms, which can influence serotonin regulation. Sleep Environment: A comfortable, dark, and quiet sleep environment is essential for quality sleep, indirectly supporting serotonin balance. Stress Management Mindfulness and Meditation: Practices like mindfulness and meditation can reduce stress and are linked to improved serotonin function. Hobbies and Relaxation: Engaging in hobbies or activities that promote relaxation can also contribute to balanced serotonin levels. Social Connections Positive Social Interactions: Positive interactions with friends and family can boost mood and, as a result, may support healthy serotonin levels. Pets and Animals: Spending time with pets or animals has been shown to elevate mood and could positively impact serotonin levels. Cognitive and Behavioral Approaches Positive Thinking: Cultivating a positive mindset can influence serotonin levels. Cognitive-behavioral therapy (CBT) techniques can be particularly helpful in this regard. Gratitude Practices: Regularly practicing gratitude can improve mood and overall well-being. Conclusion While serotonin imbalances can be complex and sometimes require medical intervention, incorporating these healthy habits can contribute to balanced serotonin levels and improve overall mental health. It’s important to approach these changes as complementary strategies, not replacements for professional medical advice or treatments. Regularly engaging in physical activity, managing stress, maintaining a balanced diet, ensuring quality sleep, and fostering positive social connections are key steps towards nurturing your mental and physical well-being. References National Institute of Mental Health. (2023). Serotonin and Mental Health. Harvard Health Publishing. (2023). The Gut-Brain Connection. How to get in touch If you or your patient/NDIS clients need immediate mental healthcare assistance, feel free to get in contact with us on 1800 NEAR ME – admin@therapynearme.com.au.