Anabolic Steroids Addiction: Signs and Symptoms, Causes, Effects and Treatment

Anabolic steroid addiction constitutes a complex condition characterized by compulsive use of steroids despite negative health and social consequences. This addiction stems from psychological dependence on the effects of steroids on physical appearance and performance.

According to Pope, H. G.’s 2014 study, ‘The lifetime prevalence of anabolic-androgenic steroid use and dependence in Americans: current best estimates.’, 2.9-4.0 million Americans aged 13-50 have used anabolic-androgenic steroids (AAS), with approximately 1 million experiencing dependence. Only 22% started before age 20, and 32.5% of users developed dependence. AAS use occurs predominantly in males, with male-to-female ratios between 8:1 and 50:1. Prevalence rates remain consistent across populations: 1.8%-4.9% among high school seniors, 1.1%-1.9% in young adults (19-28), and approximately 1% in college students. These rates have stayed relatively stable over recent decades.

The signs and symptoms of anabolic steroid addiction are varied, affecting the user’s physical, psychological, and behavioral health. Physically, symptoms range from severe acne to more serious issues like hair loss, infertility, and altered sexual characteristics. Psychological symptoms include mood swings, aggression, and paranoia, while behavioral signs involve compulsive use, disregarding negative health consequences, and isolation from others. 

The causes of anabolic steroid addiction involve a mix of physical, psychological, and social factors. Some individuals are motivated by the desire for a muscular physique or to enhance athletic performance, while others struggle with body dysmorphia or peer pressure in competitive environments. According to Furth, G.’s 2023 study, ‘Cutaneous Manifestations of Anabolic-Androgenic Steroid Use in Bodybuilders and the Dermatologist’s Role in Patient Care’, AAS usage has increased dramatically in the United States, with up to 80% of amateur bodybuilders and 38-58% of weightlifters using these substances.

The effects of anabolic steroid addiction impact multiple bodily systems. Short-term effects include headaches, nausea, and rapid heart rate, while long-term use leads to severe consequences such as heart problems, liver damage, and psychological disturbances. Addiction to anabolic steroids compromises physical health, emotional stability, and interpersonal relationships, significantly lowering quality of life.

Effective treatments for anabolic steroid addiction involve a combination of medical and therapeutic interventions. Detoxification, cognitive-behavioral therapy (CBT), and support groups are part of the recovery process, providing individuals with strategies to manage cravings and rebuild their lives. In some cases, medications are also prescribed to address withdrawal symptoms or co-occurring mental health issues. These treatments aim to help individuals overcome dependency and develop healthier coping mechanisms, fostering sustainable recovery.

What is Anabolic Steroid Addiction? 

Anabolic steroid addiction occurs when individuals develop a dependency on anabolic-androgenic steroids due to their effects on strength, physical appearance, and mental well-being. Users start anabolic steroids to improve physical appearance and increase muscle mass, but over time, they develop dependence as they feel compelled to keep using these substances despite potential health risks. 

According to Mhillaj, E.’s 2015 study, ‘Effects of anabolic-androgens on brain reward function, ’ anabolic-androgenic steroids (AAS) lead to addiction through their effects on the brain reward system, primarily at high doses rather than therapeutic levels. AAS dependence includes a withdrawal syndrome characterized by depressed mood, fatigue, and cravings, sharing mechanisms with opioid dependence. The addiction process progresses from initial use motivated by muscle growth to chronic use resulting in physiological and psychological dependence with accompanying neurobiological alterations.

What Are Anabolic Steroids? 

Anabolic steroids are synthetic drugs designed to mimic testosterone, the male sex hormone. Anabolic steroids fall under a category called anabolic-androgenic steroids (AAS), where “anabolic” refers to muscle-building properties, and “androgenic” pertains to masculinizing effects. These steroids are commonly used to promote increased muscle growth and enhance physical performance by boosting body mass.

Street names for anabolic steroids include “roids,” “juice,” and “pumpers.” These substances come in various forms, such as oral tablets, injectable liquids, and topical gels or creams. Injectable anabolic steroids are the most effective for muscle growth and performance enhancement, according to a study by Ganesan K et al. 2023 titled “Anabolic Steroids.” 

According to Hoseini, R., & Hoseini, Z.’s 2024 study, ‘Exploring the prevalence of anabolic steroid use among men and women resistance training practitioners after the COVID-19 pandemic.’, 53.05% of men and 41.99% of women engaged in resistance training used anabolic steroids after the COVID-19 pandemic. The research examined 3,603 participants (1,855 men and 1,748 women). Among users, 29.47% of men preferred Testosterone while 31.20% of women chose Winstrol. Men typically administered steroids through injection (50.30%) while women preferred oral consumption (49.05%). Nearly half (49.99%) of all participants had only 6-12 months of training experience, and 64.25% trained three times weekly. The high usage rates among inexperienced trainees indicate a need for targeted education about steroid risks.

 

What is the Difference Between Steroids and Anabolic Steroids? 

The difference between steroids and anabolic steroids includes their purposes, mechanisms, and effects. Steroids broadly refer to corticosteroids and anabolic steroids, each serving different purposes. Corticosteroids mimic cortisol, a hormone that reduces inflammation and suppresses the immune system, and are used to treat conditions like asthma, allergies, and autoimmune diseases. In contrast, anabolic steroids are synthetic derivatives of testosterone designed to promote muscle growth, enhance athletic performance, and increase bone density, though they are often misused for physique or performance enhancement. While corticosteroids primarily address medical issues related to inflammation, anabolic steroids focus on muscle repair and androgenic effects. Misuse of anabolic steroids leads to severe side effects, including liver damage and hormonal imbalances, whereas corticosteroids cause weight gain or mood changes when used improperly.

What Are The Signs and Symptoms of Anabolic Steroid Addiction? 

The signs and symptoms of anabolic steroid addiction include physical, psychological, and behavioral changes. Physical signs include visible bodily changes, while psychological symptoms involve mood and mental health shifts, and behavioral signs show changes in routines and priorities.

Here are all the signs and symptoms of anabolic steroid addiction:

The physical signs and symptoms of anabolic steroid addiction are:

• Acne and oily skin: Severe acne, particularly on the back and shoulders, is a common sign of anabolic steroid addiction, stemming from increased testosterone levels that stimulate oil production. This symptom manifests quickly, within weeks of steroid use, and becomes quite severe, leading to significant distress and skin damage. According to Furth, G.’s 2023 study, ‘Cutaneous Manifestations of Anabolic-Androgenic Steroid Use in Bodybuilders and the Dermatologist’s Role in Patient Care, ’ Acne is a common side effect, reported by 43% of anabolic-androgenic steroids (AAS) users. These synthetic testosterone derivatives enlarge sebaceous glands, increasing sebum production that creates an ideal environment for Cutibacterium acnes bacteria. This process occurs because androgen receptors exist in sebocytes and follicular keratinocytes. The resulting excess oil production leads to acne vulgaris and in severe cases, acne fulminans, considered the most serious form of acne with painful, hemorrhagic, and ulcerative nodules.
• Rapid muscle growth: Unusually fast muscle gain serves as a hallmark of steroid use, as the body responds dramatically to elevated testosterone levels. This rapid increase in muscle mass occurs within just a few weeks of starting steroids and creates a cycle of dependency as users chase further physical changes.
• Liver damage indicators: Signs of liver strain, such as jaundice characterized by yellowing of the skin and eyes, are indicators of anabolic steroid misuse. This symptom emerges over time with prolonged steroid use and indicates serious health risks. According to Abeles, R. D.’s 2020 study, ‘Androgenic anabolic steroid-induced liver injury: Two case reports assessed for causality by the updated Roussel Uclaf Causality Assessment Method (RUCAM) score and a comprehensive review of the literature.’, anabolic androgenic steroid (AAS) liver injury typically manifests 56 days after starting use, with bilirubin peaking 28 days after discontinuation at 705 μmol/L. The most common AAS causing harm was methyldrostanolone. Liver enzymes reached peak levels of ALT 125 U/L, AST 71 U/L, ALP 262 U/L, and GGT 52 U/L. Kidney complications affected 43% of patients with creatinine levels reaching 225 μmol/L. Causality assessment determined AAS was the probable cause in 38% of cases and possible in 60%. All patients recovered without requiring liver transplantation. Liver biopsies revealed canalicular cholestasis with minimal inflammation.
• Fluid retention: Anabolic steroids significantly alter the balance of electrolytes and water in the body, as well as impact how the body processes and stores carbohydrates, proteins, fats, and glucose. These physiological changes lead to symptoms such as fluid retention, an increase in appetite, and the accumulation of fat, particularly noticeable in areas like the face, neck, and abdomen. This symptom appears relatively quickly and leads to discomfort and potential complications, heightening the need for user awareness.
• High blood pressure: Steroid use elevates blood pressure significantly, posing an increased risk for cardiovascular issues. The onset of high blood pressure occurs soon after starting steroids, leading to severe health risks if left unchecked. According to Gheshlaghi, F.’s 2015 study, ‘Cardiovascular manifestations of anabolic steroids in association with demographic variables in body building athletes.’, 70% of anabolic steroid users were categorized as hypertensive compared to only 35% in the control group. The research demonstrated a significant increase in both systolic and diastolic blood pressure in steroid users (p = 0.02 and p = 0.03, respectively). The data showed a direct correlation between blood pressure elevation and duration of steroid abuse. The study included 267 male athletes aged 20-45 years who regularly consumed anabolic steroids for over 2 months.
• Hair loss or thinning: Excess testosterone from steroid use leads to premature hair loss, particularly in males. Testosterone produces a hormone called dihydrotestosterone, which is responsible for balding in both males and females.
• Gynecomastia: Some male users develop breast tissue, a condition known as gynecomastia, due to hormonal imbalances caused by steroid use — specifically testosterone and estrogen. According to Prisant, L. M.’s 2005 study, ‘Gynecomastia and hypertension.’, an interview study of 97 young men who used anabolic steroids, there was a high prevalence of gynecomastia (52%), hypertension (36%), and testicular atrophy (56%).

The psychological signs and symptoms of anabolic steroid addiction are:

• Mood swings: Intense mood fluctuations, ranging from irritability to euphoria, occur due to hormonal changes linked to steroid use. These swings appear early in the anabolic steroids addiction process and escalate in severity, impacting daily functioning and relationships.
• Aggression: Heightened aggression, commonly referred to as “roid rage,” is a well-documented effect of anabolic steroid abuse. This symptom surfaces quickly and leads to violent outbursts, contributing to further social and personal issues. 
• Depression and anxiety: The psychological dependency on steroids frequently results in anxiety and depressive symptoms, particularly during withdrawal attempts. This distress becomes profound, influencing the user’s overall mental health and well-being.
• Obsessive focus on body image: An unhealthy obsession with physical appearance, leading to body dysmorphia, is common among users of anabolic steroids. This psychological symptom develops over time and becomes increasingly severe as users strive for unattainable ideals. According to Zaiser, C.’s 2024 study, ‘The relationship between anabolic androgenic steroid use and body image, eating behavior, and physical activity by gender: A systematic review’, body image dissatisfaction directly causes anabolic steroid use. Machine learning confirms muscle dysmorphia as a primary causal factor for AAS consumption. Individuals with negative body perception use steroids at significantly higher rates, particularly in athletic populations (43.8% prevalence). Sexual minority individuals show strong body image-steroid connections, with 25.5% of women and 35.7% of men using AAS. Regular gym-goers report the highest prevalence (18.4%) as they pursue idealized physiques.
• Insomnia: Disrupted sleep patterns, characterized by difficulty falling or staying asleep, result from elevated testosterone levels. According to Klonteig, S.’s 2024 study, ‘Sleep pathology and use of anabolic androgen steroids among male weightlifters in Norway.’, insomnia is a widespread problem among anabolic androgenic steroid (AAS) users, with 66% of users reporting sleep problems as a side effect. The study found 38% of AAS users relied on sleep medication to manage these issues. Sleep quality assessment using the Pittsburgh Sleep Quality Index showed significantly poorer sleep in AAS users compared to non-using weightlifters (p < 0.001) across all subscales except “sleep latency.” Sleep disturbances became notably worse during withdrawal phases than during active AAS use periods (p < 0.001). These findings establish a direct link between abnormal hormone levels and sleep pathology in AAS users, with negative effects occurring both during active use and withdrawal periods.
• Euphoria: Users experience an initial sense of well-being, which leads to psychological dependency. This euphoric effect of anabolic steroids quickly diminishes, prompting users to increase their intake to recapture that feeling, reinforcing the cycle of addiction.
• Paranoia and distrust: Some users report heightened feelings of paranoia or exaggerated fears due to anabolic steroids addiction, affecting interpersonal relationships. This symptom develops alongside other psychological issues, further complicating the addiction’s impact on daily life.

The behavioral signs and symptoms of anabolic steroid addiction are:

• Secretive behavior: Individuals hide their anabolic steroid use, avoiding open communication with family and healthcare providers. This behavior emerges early in anabolic steroid addiction and indicates a growing dependency on steroids, complicating recovery efforts.
• Continued use despite negative consequences: Many users persist in taking anabolic steroids, even when facing serious health or legal risks. This behavior highlights the compulsive nature of addiction and intensifies the overall impact of steroid use.
• Excessive time in the gym: A noticeable increase in gym attendance and focus on muscle-building activities signifies anabolic steroid dependency. This symptom develops quickly and leads to neglect of other life responsibilities.
• Compulsive purchasing of supplements and steroids: A prioritization of steroid-related products over other financial obligations indicates a growing dependency. This behavior escalates as users become more entrenched in their anabolic steroid addiction. According to Almohammadi, A.M.’s 2021 study, ‘Anabolic–androgenic steroids and dietary supplements among resistance trained individuals in western cities of Saudi Arabia.’, 20% of resistance-trained individuals used anabolic-androgenic steroids (AAS) while 52.5% regularly consumed dietary supplements. The primary motivation for consumption was muscle mass increase (40%), with younger individuals (18-25 years) representing the highest percentage of users. Knowledge deficits existed among users, with 44.2% possessing inadequate information about these substances. Most participants obtained these products through internet purchases (19.17%), coaches (14.17%), or friends (13.33%).
• Relationship strain: Increased aggression, mood swings, and secretive behaviors due to anabolic steroid use lead to significant friction with family and friends. This symptom intensifies as anabolic steroid addiction deepens, resulting in social isolation.
• Ignoring personal responsibilities: Users of anabolic steroids neglect duties at work, school, or home as their focus shifts solely to steroid use and bodybuilding. This symptom quickly manifests and leads to severe life disruptions.
• Difficulty stopping use: Many users struggle to quit anabolic steroid use despite wanting to do so, facing intense cravings and withdrawal symptoms. This difficulty is a key indicator of addiction severity and highlights the need for professional help.

What Are The Causes of Anabolic Steroid Addiction?

The causes of anabolic steroid addiction include physical appearance obsession, fear of losing muscle gains, previous substance abuse patterns, body image disorders, sports performance enhancement, social influence, and perceived empowerment.

The main causes of anabolic steroid addiction include:

• Desire for Physical Appearance and Strength: Many individuals turn to steroids to rapidly increase muscle mass and enhance their physical appearance, aiming for an idealized physique or strength level. According to
  Murray, S. B.’s 2016 study, ‘Anabolic steroid use and body image psychopathology in men: Delineating between appearance- versus performance-driven motivations, ’ men who use anabolic steroids primarily for appearance show significantly more psychological problems than those using them for performance. Appearance-motivated users experienced 11% higher rates of eating disorders and muscle dysmorphia. These users also demonstrated 15% stronger drive for size, 6% more dietary restriction, and 5% greater functional impairment in daily life. These findings confirm that the desire for physical appearance represents a more problematic motivation for steroid use than athletic performance goals.
• Fear of Losing Muscle Mass: Once users achieve significant gains from the use of anabolic steroids, the fear of losing muscle drives continued use, creating dependency to maintain size and strength.
• Substance Abuse History: A personal or family history of substance abuse increases vulnerability to steroid addiction as a continuation of dependency habits.
• Co-occurring Disorders, Especially Body Dysmorphia: Conditions like body dysmorphia fuel compulsive behaviors focused on perceived body flaws, leading to steroid use to “correct” these imagined issues. According to Kanayama, G.’s 2020 study, ‘Anabolic-androgenic steroid use and body image in men: A growing concern for clinicians.’, body dysmorphia significantly increases the likelihood of anabolic-androgenic steroid (AAS) use. In one study, 46% of men with muscle dysmorphia used AAS compared to only 7% of regular weightlifters. Another study found 93% of bodybuilders with high body dissatisfaction used AAS, while none of the comparison groups did. About 98% of AAS users are male. This creates a dependence pathway where 33% of users across 10 global studies developed an AAS dependence syndrome. Men with muscle dysmorphia experience continued body dissatisfaction despite gaining substantial muscle mass, perpetuating their steroid use.
• Competitive Edge in Sports: Athletes use steroids to boost performance, stamina, and recovery, seeking an advantage in competitive settings. According to Chisati, E. M.’s 2022 study, ‘Prevalence of performance enhancing substance use among elite football players in two super league teams in Blantyre, Malawi’, AAS use among athletes ranges from 3% to 31% globally. Athletes primarily use steroids to improve performance (81%) and increase lean body mass (35%).
• Peer Pressure and Influence: Social circles that prioritize muscle growth and strength push individuals towards anabolic steroid use to fit in or gain respect within the group.
• Power Knowledge: Some individuals view anabolic steroids as a tool for empowerment, using them to gain control over their physical appearance, which contributes to addiction.

What Are The Effects of Anabolic Steroid Addiction?

The effects of anabolic steroid addiction include reduced sperm count, testicular shrinkage, erectile dysfunction, irreversible hair loss, gynecomastia, increased prostate cancer risk, facial hair growth, clitoral enlargement, permanent voice deepening, aggression (“roid rage”), anxiety, paranoia, mood swings, depression, delusional thinking, obsessive body image concerns, heart attacks, strokes, liver damage, kidney damage, hypertension, blood clots, fluid retention, and elevated cholesterol levels.

The physical and psychological effects of anabolic steroid addiction are as follows:

Physical Effects

The physical effects of anabolic steroid abuse include significant reproductive damage with sperm count reduction, testicular shrinkage, and erectile dysfunction in males. Users experience irreversible hair loss, painful gynecomastia, severe acne outbreaks, and increased prostate cancer risk. Female users develop masculine traits, including facial hair growth, clitoral enlargement, breast tissue reduction, and permanent voice deepening. Women also suffer from menstrual disruptions, scalp hair loss, and troublesome acne

The common physical effects of anabolic steroid addiction in men include:

• Reduced sperm count: Anabolic steroid abuse disrupts the natural production of testosterone, leading to a lower sperm count and shrunken testicles. This effect is linked to hormone imbalances that impair sperm production, which ultimately reduces fertility. According to Ledesma, B. R.’s 2023 study, ‘Fertility outcomes in men with prior history of anabolic steroid use, ‘ a study of 45 men with prior steroid use showed 51.1% presented with azoospermia (no sperm). After standardized treatment with human chorionic gonadotropin and clomiphene citrate for a median of 5 months, only 5.6% of azoospermic men achieved normal sperm counts, while 27.8% remained without sperm. Among 24 couples who responded to follow-up, 37.5% achieved pregnancy, with two-thirds conceiving naturally. The research concludes that despite treatment, the majority of former steroid users experience limited improvement in semen parameters after 6 months.
• Infertility: Prolonged use of anabolic steroids suppresses the body’s natural hormone production, making it difficult for men to produce viable sperm. This infertility persists long after stopping steroid use, with the severity and duration depending on factors like age, steroid type, and duration of use.
• Shrunken testicles: Shrunken testicles, known as testicular atrophy, is a condition that arises from the body’s reduced testosterone production in response to the influx of synthetic steroids. According to de Ronde, W.’s 2022 study, ‘Anabolic–androgenic steroid abuse and testicular function in men: Recent insights, ’ testicular volume decreases during androgen use as the body suppresses natural hormone production. Studies demonstrate testicular shrinkage occurs in most users, with recovery taking 48-69 weeks after cessation. Even after recovery, testicular size remains smaller in former users compared to non-users.
• Erectile dysfunction: Anabolic steroid addiction impacts hormone levels, leading to erectile dysfunction (ED). The disruption in the balance of natural hormones makes it difficult for men to achieve or maintain an erection, affecting sexual performance and self-esteem. According to Armstrong, J. M.’s 2018 study, ‘Impact of anabolic androgenic steroids on sexual function, ’ while higher testosterone dosages (>600 mg/week) appear protective of erectile function during active use, discontinuation reveals significant sexual health concerns. Of the 231 AAS users surveyed, 27% experienced new-onset erectile dysfunction and 57% reported decreased libido after stopping AAS. Men using steroids for longer durations (>10 years) or more frequently (>40 weeks annually) faced greater risks of developing these symptoms. Notably, post-cycle therapies seemed to offer some protection against these effects, while concurrent use of other substances like anti-estrogens was associated with better erectile function scores during active AAS use.
• Hair loss: High levels of synthetic testosterone accelerate hair loss, especially in men who are genetically predisposed to male pattern baldness. This effect is irreversible, with users experiencing significant hair thinning or balding that does not recover after stopping steroid use.
• Breast development (gynecomastia): Anabolic steroids cause gynecomastia, or the development of breast tissue, due to the body’s conversion of excess testosterone into estrogen. This condition is distressing and requires surgical intervention if the breast tissue becomes permanent.
  According to Beniwal, M.’s 2023 study, ‘The Burden of Anabolic Androgenic Steroid-Induced Gynecomastia’, AAS-associated gynecomastia prevalence reaches 39.19%, far exceeding the 4.05% recorded preoperatively. AAS users typically present with higher body mass indices and include many bodybuilders. Patients with high BMI, athletic builds, and a recent weight gain history indicate potential steroid use. Surgery proves unnecessary in all cases but requires a precise technique when indicated.
• Increased risk of prostate cancer: Prolonged steroid use is associated with heightened risks of prostate issues, including the development of benign prostatic hyperplasia (BPH) and potential prostate cancer. Synthetic testosterone accelerates the growth of prostate cells, making users more susceptible to cancerous development. This risk factor is particularly concerning for long-term steroid users.
• Severe acne: Anabolic steroids increase oil production in the skin, leading to clogged pores and severe acne, particularly on the back and shoulders. This side effect is difficult to treat, leaving permanent scarring even after the user stops taking anabolic steroids. According to Voelcker, V.’s 2010 study, ‘Severe ulcerated ‘bodybuilding acne’ caused by anabolic steroid use and exacerbated by isotretinoin.’, anabolic-androgenic steroid use in bodybuilding causes “bodybuilding acne,” ranging from mild seborrhea to severe acne fulminans characterized by hemorrhagic nodules, plaques, and ulcerations. Treatment with isotretinoin often exacerbates the condition, producing pyogenic granuloma-like lesions. The incidence of these severe steroid-induced acne cases increased dramatically due to illegal prescriptions and easy online access to anabolic substances.
• Stomach pain: Long-term anabolic steroid use is linked to gastrointestinal issues, with users reporting stomach pain and digestive discomfort. This effect is due to the liver processing high levels of synthetic hormones, which lead to liver strain or even damage over time.

The physical effects of anabolic steroid addiction in women include:

• Facial and body hair growth: Women who abuse anabolic steroids experience hirsutism, or excessive hair growth on the face and body, due to the masculinizing effects of increased testosterone. This effect is permanent, even after stopping steroids, causing significant distress.
• Loss of breast tissue: Elevated testosterone levels lead to a reduction in breast tissue, as anabolic steroids alter the body’s natural balance of hormones. This change is partially reversed, but some women experience permanent breast tissue reduction, depending on the duration and dosage of steroid use.
• Swelling of the clitoris (clitoromegaly): Anabolic steroids lead to clitoromegaly, a condition where the clitoris enlarges due to increased testosterone. According to Jacob, F. L.’s 2024 study, ‘Clitoroplasty in the correction of clitoral hypertrophy: description of a technique that spares neurovascular structures.’, Clitoromegaly results from synthetic testosterone derivatives like nandrolone, anadrol, and methanolone, affecting over half of female users depending on dose and duration. It causes physical discomfort, pain, altered sensitivity, and psychological impacts, including embarrassment and sexual restrictions. Cases are increasing due to growing steroid use driven by beauty standards, gym culture, and desire for muscle development. Clitoroplasty with neurovascular bundle preservation effectively treats this condition while maintaining sexual function.
• Deepened voice: The masculinizing effect of steroids on women’s vocal cords leads to a permanently deepened voice. Once the voice changes, it usually cannot revert, making this one of the more lasting and noticeable effects of steroid use. According to Bensoussan, Y.’s 2019 study, ‘Case report: The long-term effects of anabolic steroids on the female voice over a 20-year period.’, a female bodybuilder’s fundamental frequency dropped to 110 Hz after just 6 weeks of nandrolone (50 mg/weekly). These changes occurred within 8 weeks of starting treatment and remained irreversible despite discontinuation. Videostroboscopy confirmed physical alterations including thickened vocal folds, blunted edges, and altered coloration. The voice masculinization resulted in gender misidentification and professional consequences. Long-term follow-up revealed additional complications, including vocal fold atrophy and abnormal testosterone levels, requiring surgical intervention to restore feminine vocal pitch.
• Increased sex drive: Higher levels of testosterone increase libido, but mood swings and psychological effects also accompany this heightened drive. Anabolic steroid use, which elevates testosterone levels in the body, often leads to increased sexual interest (libido).
• Menstrual irregularities: Steroid addiction disrupts the hormonal balance that regulates menstruation, leading to irregular or missed periods. This disruption takes months or even years to normalize after discontinuing steroid use, with some women experiencing persistent reproductive health issues.
• Hair loss: Similar to men, women also experience significant hair thinning or balding from anabolic steroid use. This effect is generally irreversible and is psychologically distressing. According to Stojko, M.’s 2023 study, ‘Innovative Reports on the Effects of Anabolic Androgenic Steroid Abuse—How to Lose Your Mind for the Love of Sport’, anabolic-androgenic steroids (AAS) cause androgenic alopecia, also known as male pattern baldness. AAS shortens the hair growth cycle from 2-6 years to just a few months, resulting in progressively thinner and weaker hair. This process involves miniaturization of hair follicles, leading to their eventual disappearance. While androgenic alopecia occurs in men without AAS use due to genetic factors, AAS consumption increases the likelihood of hair loss.
• Severe acne: Increased testosterone levels contribute to acne, especially on the back, chest, and face. Acne from steroid use leads to scarring and persists even after stopping steroid use, requiring extensive dermatological treatment to manage.

Psychological Effects

Psychological Effects of anabolic steroid addiction include aggression with uncontrollable “roid rage,” severe anxiety with paranoid thinking, extreme mood swings, clinical depression, delusional behavior or psychosis, obsessive body image concerns, and debilitating withdrawal symptoms.

The key psychological effects of anabolic steroid addiction include:

• Aggression and irritability: Anabolic steroid users exhibit heightened aggression, referred to as “roid rage,” where irritability becomes excessive and difficult to control. This effect arises from increased testosterone levels, which amplify impulsive behavior and lead to violent outbursts or confrontations. According to Chegeni, R.’s 2021 study, ‘Anabolic-androgenic steroid administration increases self-reported aggression in healthy males: a systematic review and meta-analysis of experimental studies.’, anabolic steroids increase self-reported aggression in healthy males by 17.1% overall and by 29.1% with acute administration.
• Anxiety and paranoia: Persistent use of anabolic steroids causes intense fear and paranoia due to hormonal imbalances that disrupt emotional regulation. Users experience exaggerated distrust and often isolate themselves or become defensive. According to Karagun, B.’s 2024 study, ‘Anabolic-androgenic steroids are linked to depression and anxiety in male bodybuilders: the hidden psychogenic side of anabolic androgenic steroids.’, anabolic-androgenic steroid (AAS) users experience significantly higher depression and anxiety compared to non-users. The study found that 28% of AAS users exhibited mild anxiety versus 0% in the control group. For depression, 16% of AAS users showed mild symptoms and 12% showed moderate symptoms, while the control group had zero cases. AAS users scored 5.8 on the Beck Anxiety Inventory compared to 1.2 in non-users, and 6.4 on the Beck Depression Inventory versus 0.8 in non-users.
• Mood swings: Rapid mood changes, from euphoria to anger or sadness, occur because of fluctuating hormone levels. Users feel elated one moment and deeply frustrated the next, straining relationships with loved ones.
• Depression: Coming off steroids or experiencing dependency leads to severe depression as the body struggles to regulate mood without artificial testosterone. This effect worsens over time and results in suicidal thoughts, especially during withdrawal.
• Delusional thinking or psychosis: Prolonged anabolic steroid use results in delusions or psychosis, where users lose touch with reality, experiencing hallucinations and irrational fears. This severe effect requires professional intervention. According to Hall, R. C. W.’s 2005 study, ‘Psychiatric complications of anabolic steroid abuse.’, psychotic symptoms occur in individuals consuming more than 1,000mg of testosterone weekly. Studies found 12% of anabolic-androgenic steroid (AAS) users developed psychotic symptoms, while 23% reported major mood syndromes, including mania and depression. These psychiatric effects manifest as grandiose and paranoid delusional states, with symptoms typically resolving within a few weeks after steroid discontinuation, though they sometimes persist for up to 1 month despite antipsychotic treatment.
• Obsessive focus on physical appearance: Many users develop body dysmorphia, obsessively concerned with their physique. This compulsive focus drives excessive workouts and scrutiny of appearance, fueled by pressure to maintain or enhance muscle mass.
• Withdrawal symptoms: Attempting to stop steroid use triggers withdrawal symptoms like extreme fatigue and mood disturbances. The body struggles to recalibrate after adapting to high testosterone levels, complicating the quitting process and increasing the risk of relapse.

What Are The Long-Term Effects of Anabolic Steroid Addiction?  

The long-term effects of anabolic steroid addiction include heart attacks, strokes, kidney or liver damage, hypertension, dangerous blood clots, fluid retention, and elevated cholesterol levels, severely impacting cardiovascular health and vital organ function. These serious health complications develop even in younger users and lead to life-threatening conditions over time.

The long-term effects of anabolic steroid addiction include:

• Heart attack or stroke: Prolonged anabolic steroid use places intense strain on the cardiovascular system, increasing the risk of heart attacks and stroke. According to Samreen, F.’s 2021 study, ‘Anabolic Steroid-Induced Myocardial Infarction in a Young Male, anabolic-androgenic steroid (AAS) abuse directly increases the risk of acute myocardial infarction, even in young patients without traditional risk factors. The article describes a 38-year-old athlete who experienced a severe heart attack with 100% stenosis of his left anterior descending artery, requiring emergency stent placement and resulting in significantly reduced heart function (35% ejection fraction). AAS causes cardiovascular damage through multiple mechanisms, including increased platelet aggregation, impaired endothelial function, vasospasm, dyslipidemia with increased LDL and decreased HDL levels, and structural changes to the heart itself. Physicians now recognize the critical importance of assessing drug history, particularly steroid use, when young patients present with chest pain symptoms.
• Liver or kidney problems: Anabolic steroids require the liver and kidneys to work harder to process the synthetic hormones, leading to potential damage or organ failure. This strain causes liver tumors, cysts, or kidney dysfunction, making these organs less effective at filtering toxins and regulating the body’s chemical balance. According to Davani-Davari, D.’s 2019 study, ‘The potential effects of anabolic-androgenic steroids and growth hormone as commonly used sport supplements on the kidney: a systematic review.’, 16 athletes developed acute kidney injury after using anabolic steroids and vitamin supplements. Four bodybuilders who took 400 mg/week of testosterone and/or nandrolone developed acute tubular necrosis with serum creatinine levels of 229.84–335.92 μmol/L and severely reduced kidney function (eGFR: 0.37–0.57 mL/s). At least 3 bodybuilders developed bile acid nephropathy from steroid-induced cholestatic jaundice. In animal studies, testosterone increased urinary excretion of kidney damage markers, including leucine aminopeptidase, alkaline phosphatase, γ-glutamyl transpeptidase, cystatin C, and β2-microglobulin. Testosterone injections at 125-250 mg/kg/day for 7 days increased water retention in rats by altering kidney water channel proteins.
• High blood pressure (hypertension): Fluid retention and changes in vascular pressure cause chronic high blood pressure. This increases the workload on the heart and arteries, elevating the likelihood of heart-related issues and making everyday stressors more hazardous to the cardiovascular system. According to Achar, S.’s 2010 study, ‘Cardiac and metabolic effects of anabolic-androgenic steroid abuse on lipids, blood pressure, left ventricular dimensions, and rhythm, ’ anabolic-androgenic steroid (AAS) abuse shows variable effects on blood pressure. Urhausen’s research documented systolic blood pressure of 140 mmHg in AAS users compared to 125 mmHg in non-users. Riebe’s study found systolic readings of 133 mmHg in users versus 123 mmHg in controls. Some studies reported extreme values up to 195/110 mmHg in otherwise healthy athletes using AAS. Blood pressure effects persist for 5-12 months after AAS discontinuation.
• Blood clots: Anabolic steroids alter blood composition and cholesterol levels, making it easier for clots to form. Blood clots block blood flow, causing severe health risks like pulmonary embolisms or strokes. This effect occurs even in users with no prior clotting issues, putting steroid users at increased risk for life-threatening complications.
• Fluid retention: Anabolic steroids cause the body to retain excess water, leading to noticeable swelling, especially in the extremities. This fluid retention exacerbates high blood pressure and places extra strain on the heart and kidneys, intensifying the risk of other long-term health complications.
• High cholesterol levels: Steroid use increases LDL (bad cholesterol) and reduces HDL (good cholesterol), leading to a buildup of arterial plaque. Over time, this imbalance heightens the risk of atherosclerosis, heart attacks, and other cardiovascular diseases due to restricted blood flow and artery damage. According to Rosca, A. E.’s 2019 study, ‘Lipid Profile Changes Induced by Chronic Administration of Anabolic Androgenic Steroids and Taurine in Rats.’, anabolic androgenic steroids (specifically nandrolone decanoate) significantly decreased HDL-C (“good cholesterol”) by 26% compared to controls (p = 0.02), with levels dropping from 46.00 to 33.90 mg/dL. Triglyceride levels increased by 51% (from 56.33 to 85.15 mg/dL) in the steroid-treated group (p = 0.01). Total cholesterol and LDL-C levels remained unchanged. The administration of taurine alongside steroids prevented the triglyceride increase (p = 0.04) and showed a tendency to restore HDL-C levels. These lipid profile alterations increase cardiovascular risk in AAS users.

What Are The Treatments for Anabolic Steroid Addiction?   

The main treatments for steroid addiction include Detoxification, Partial Hospitalization Program (PHP), Intensive Outpatient Program (IOP), Cognitive Behavioral Therapy (CBT), and Support Groups. Each treatment option provides a specific approach to help individuals overcome their dependence on anabolic steroids, addressing both physical and psychological aspects of addiction.

Here are the common treatment options for anabolic steroids addiction:

Detoxification

Detoxification is the process of removing steroids from the body while managing withdrawal symptoms under medical supervision. This treatment involves monitoring by healthcare providers, who offer medications and therapies to ease symptoms like mood swings and cravings. Detox is essential for stabilizing the patient before they transition into ongoing therapy, as detox reduces physical dependence and sets the foundation for further recovery efforts.

Partial Hospitalization Program (PHP)

A Partial Hospitalization Program (PHP) offers structured treatment during the day, where patients attend sessions for counseling, therapy, and education on managing anabolic steroid addiction but return home in the evenings. PHPs are ideal for those who need intensive support but prefer not to reside in a treatment facility. For anabolic steroid addiction, partial hospitalization programs are helpful as they combine medical care with emotional and psychological support, addressing issues like body image and withdrawal symptoms in a comprehensive approach.

Intensive Outpatient Program (IOP)

An Intensive Outpatient Program (IOP) allows individuals to receive treatment while maintaining daily responsibilities like work or family. IOPs include multiple weekly sessions that focus on therapy, relapse prevention, and developing coping skills. For steroid addiction, Intensive Outpatient Treatment programs help individuals gradually transition to normal life, with support in managing triggers and the psychological need for steroids. IOPs are effective for those with a solid support system at home, offering flexibility while ensuring consistent treatment.

Cognitive Behavioral Therapy (CBT)

Cognitive Behavioral Therapy (CBT) is a form of psychotherapy that helps individuals identify and change harmful thought patterns and behaviors associated with steroid use. CBT sessions focus on understanding the emotional triggers that drive steroid addiction, like low self-esteem or body image issues, and replacing them with healthier coping strategies. For anabolic steroid addiction, Cognitive Behavioral Therapy addresses underlying psychological factors and equips patients with skills to prevent relapse.

According to Çınaroğlu, M.’s 2024 study, ‘Efficacy of cognitive-behavioral therapy in reducing muscle dysmorphia symptoms among Turkish gym goers: A pilot study.’, CBT effectively reduced core symptoms by reshaping cognitive distortions related to body image, decreasing compulsive exercise behaviors, and reducing steroid use. Thematic analysis of participant feedback revealed significant improvements in body perception, though some participants experienced emotional challenges during the transition and occasional relapses under stress. The findings indicate that while CBT successfully addresses the fundamental cognitive and behavioral patterns in muscle dysmorphia, ongoing therapeutic support remains necessary to manage the disorder’s chronic nature and prevent relapses.

Support Groups

Support groups, such as those modeled after 12-step programs, provide a community-based approach to recovery, where individuals share experiences, gain encouragement, and learn from others facing similar struggles. These Support groups offer a safe space for discussing challenges, including the pressure to use steroids for body image or athletic performance. Support groups are helpful in maintaining long-term recovery, as they provide ongoing motivation and accountability for individuals working to overcome steroid addiction.

What Medications Are Used to Treat Anabolic Steroid Addiction?  

The medications used to treat anabolic steroid addiction are antidepressants, Selective Serotonin Reuptake Inhibitors (SSRIs), and anti-inflammatory medications. These medications address the psychological and physical effects of steroid withdrawal, manage mood-related issues, aggression, and alleviate physical inflammation or pain.

Antidepressants stabilize mood and reduce depressive symptoms resulting from decreased production of natural hormones like testosterone during withdrawal. SSRIs increase serotonin levels in the brain, controlling feelings of irritability or aggression that surface during anabolic steroid detox.

According to Medraś, M., & Tworowska, U.’s 2002 study, ‘Treatment strategies of withdrawal from long-term use of anabolic-androgenic steroids.’, treating anabolic-androgenic steroid withdrawal requires a dual approach targeting both physiological and psychological symptoms. The primary treatment goals involve restoring normal hypothalamic-pituitary-gonadal (HPG) function while simultaneously managing withdrawal symptoms. These are achieved through specifically targeted medications, including testosterone esters, human chorionic gonadotropin, synthetic gonadotropin-releasing hormone analogues, and antiestrogens to address endocrine dysfunction, alongside symptomatic treatments such as antidepressants (particularly SSRIs), NSAIDs, and clonidine for psychological and physical discomfort. However, clinicians must exercise caution as many of these medications carry their own risk of side effects or potential for abuse.

Anti-inflammatory medications relieve physical discomfort, as inflammation occurs during anabolic steroid withdrawal, especially in individuals with extensive muscle use or strain from steroids. This combination of medications eases the transition from dependence and promotes a smoother, stable recovery.

How Long Do Anabolic Steroids Stay in Your System? 

Anabolic steroids remain detectable in the system from a few days to over 18 months, depending on the administration method.

According to Ayotte C.’s 2006 study, ‘Significance of 19-norandrosterone in athletes’ urine samples, ’ parenteral administration (intramuscular injection) of long-chain esters of 19-nortestosterone (nandrolone) stays detectable for months, with anecdotal evidence indicating detection periods exceeding 18 months after the last injection. In contrast, oral administration of norsteroids results in a much shorter detection window, with metabolites remaining detectable for only a few days. The article notes significant interindividual variability in metabolite excretion rates. The primary metabolite tested in sports doping control is 19-norandrosterone (19-NA), with a threshold of 2 ng/ml in urine samples constituting an adverse analytical finding.

Are Anabolic Steroids Illegal in Ohio? 

Yes, anabolic steroids are illegal in Ohio without a valid prescription. 

According to Ohio Administrative Code 4731-11-03, which governs controlled substances in Ohio, physicians are explicitly prohibited from utilizing “anabolic steroids, growth hormones, testosterone or its analogs, human chorionic gonadotropin (‘HCG’), or other hormones for the purpose of enhancing athletic ability” (Ohio Admin. Code 4731-11-03(A)(1)). This regulation, which became effective on February 28, 2023, is enforced by the State Medical Board of Ohio and is part of Chapter 4731-11 covering controlled substances. While this regulation does not make anabolic steroids illegal in all contexts, it clearly establishes professional standards that restrict their use in medical practice. Violations of this provision result in disciplinary action against physicians, including findings of failure to maintain minimal standards in drug administration, prescribing drugs for non-legitimate purposes, or departures from minimal standards of care as outlined in section 4731.22 of the Revised Code.

Classified as Schedule III controlled substances under the Anabolic Steroid Control Act of 1990 and its amendments, these drugs are strictly regulated due to their potential for abuse and significant health risks. Anabolic steroids are prescribed only for specific medical conditions, such as delayed puberty or muscle-wasting diseases, and any non-medical use is prohibited.

Can Athletes Get Addicted to Anabolic Steroids? 

Yes, athletes can get addicted to anabolic steroids. Although anabolic steroids do not produce the same immediate “high” as other drugs, they lead to psychological dependence due to their effects on muscle growth and physical performance. Athletes continue using steroids to maintain increased muscle mass, strength, and competitiveness, developing an obsessive-compulsive drive to keep improving physical appearance and performance. 

Prolonged steroid use alters brain function and leads to addictive behaviors, including cravings and withdrawal symptoms when trying to quit. Studies from the National Institute on Drug Abuse (NIDA) titled “Anabolic Steroids and Other Appearance and Performance Enhancing Drugs (APEDs)” suggest that individuals who misuse anabolic steroids develop tolerance, requiring higher doses to achieve the same effects, a hallmark of addiction. Withdrawal symptoms, such as mood swings, depression, and fatigue, further complicate the cessation process, making it challenging for athletes to quit without structured treatment or support.

Can Anabolic Steroids Increase the Risk of Addiction to Other Steroids? 

Yes, anabolic steroids can increase the risk of addiction to other steroids and related substances. Once individuals develop a tolerance to anabolic steroids, they begin seeking additional substances to maintain the effects, such as muscle growth and strength enhancement. This leads to using higher doses or adding new steroids, intensifying the cycle of dependence. The psychological drive to sustain enhanced physical appearance or performance fuels experimentation with a variety of steroids, resulting in polysubstance use.

According to Nelson, B.S.’s 2022 study, ‘Anabolic–androgenic steroid use is associated with psychopathy, risk-taking, anger, and physical problems.’, polysubstance use was significantly more prevalent among anabolic-androgenic steroid (AAS) users than non-users in the bodybuilding community. The research found that 25.8% of AAS users reported a history of polysubstance use involving three or more different drug classes, compared to only 10.2% of non-AAS users exhibiting similar behavior.

How Does An Intervention Specialist Help With Anabolic Steroid Addiction?

Intervention specialists help anabolic steroid addicts through structured confrontations. They prepare family members to present specific examples of addiction-related behaviors and consequences. The Intervention specialist facilitates conversations highlighting dependence patterns, including failed cessation attempts, denial, aggression, and responsibility failures. They establish firm boundaries while offering immediate treatment pathways that address both physical dependence and psychological factors. The intervention creates a critical moment of clarity that breaks through denial and directs the individual toward appropriate addiction recovery programs.

How To Find The Best Anabolic Steroids Addiction Rehab In Ohio?

To find the best anabolic steroids addiction rehab in Ohio, start by researching accredited treatment centers that specialize in substance abuse treatment. Comprehensive addiction treatment programs are specifically designed for Ohio residents struggling with substance dependencies. When seeking anabolic steroids addiction rehab in Ohio, Ethan Crossing provides specialized care, including medical detoxification, behavioral therapy, and aftercare planning. Consider factors such as insurance acceptance, treatment approaches, qualification of staff, and success rates when making your decision.