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Autogenic training
Autogenic training
Autogenic training
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Autogenic training
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Autogenic training is a relaxation technique first published by the German psychiatrist Johannes Heinrich Schultz in 1932. The technique involves repetitions of a set of visualisations accompanied by vocal suggestions that induce a state of relaxation and is based on passive concentration of bodily perceptions like heaviness and warmth of limbs, which are facilitated by self-suggestions.[1][2] Autogenic training is used to alleviate many stress-induced psychosomatic disorders.[2]

History

[edit]

Autogenic training (AT) was first presented by German psychiatrist Johannes Heinrich Schultz in 1926 to the Medical Society in Berlin.[3] Disenchanted with psychoanalysis in the 1920s, Schultz began exploring new therapeutic methods.[3] His search was heavily influenced by his experience with German neurologist Oscar Vogt, with whom he researched sleep and hypnosis.[4] Collecting data about hypnosis in his research with Vogt, Schultz found that the hypnotized often felt a feeling of heaviness in the extremities, as well as a feeling of pleasant warmth.[5] Interested by this relationship, Schultz investigated whether imagining such heaviness and warmth in the limbs could lead to self-hypnosis.[5] Under his guidance, Schultz's patients were able to go into a hypnotic state for a self-determined period of time by simply imagining a state of heaviness and warmth in one's limbs.[5] These short-term mental exercises appeared to reduce stress or effects such as fatigue and tension while avoiding side effects such as headaches. Inspired by this research and Vogt's work, Johannes Heinrich Schultz became interested in the phenomenon of autosuggestion. He wanted to explore an approach to relaxation, which would avoid undesirable passivity of the patients and dependency on the therapist. To this end, Schultz developed a set of six exercises called autogenic training.[5]

Autogenic training was popularized in North America and the English-speaking world by Wolfgang Luthe, a German physician, who worked under Schultz and investigated the effects of autogenic training on physical and mental health issues.[5] Later on, when Luthe immigrated to Canada, he wrote about autogenic training in English, thereby introducing the English-speaking world to AT.[5] With help from Schultz, Luthe published Autogenic Therapy, a multi-volume text that described AT in detail, in 1969.[5] The publication of Autogenic Therapy brought AT to North America.[4] Later on, his disciple Luis de Rivera, a McGill University-trained psychiatrist, introduced psychodynamic concepts into Luthe's approach, developing autogenic analysis as a new method for uncovering the unconscious.[6][7]

More recently in 2015, biofeedback practitioners integrate basic elements of autogenic imagery and have simplified versions of parallel techniques that are used in combination with biofeedback. This was done at the Menninger Foundation by Elmer Green, Steve Fahrion, Patricia Norris, Joe Sargent, Dale Walters and others. They incorporated the hand warming imagery of autogenic training and used it as an aid to develop thermal biofeedback.[8]

Technique

[edit]

Autogenic training can be practiced in any comfortable posture, while keeping eyes closed.[5] In autogenic training, the trainees engage in passive concentration.[2] Passive concentration refers to concentrating on inner sensations rather than environmental stimuli.[2]

The technique consists of six standard exercises according to Schultz:[5][9]

  1. Muscular relaxation by repetition of a verbal formula, "My right arm is heavy", emphasizing heaviness. During the initial stages of the training, the feeling of heaviness in the trained arm is more expressed and occurs more rapidly. The same feeling can be experienced in the other extremities at the same time in the other arm. Within a week, a short concentration can trigger the sensation of heaviness in a trainee's arms and legs.[2]
  2. Passive concentration focuses on feeling warm, initiated by the instruction "My right arm is warm".
  3. Initiation of cardiac activity using the formula "My heartbeat is calm and regular".
  4. Passive concentration on the respiratory mechanism with the formula "It breathes me".
  5. Concentration on the warmth in the abdominal region with "My solar plexus is warm" formula.
  6. Passive concentration on coolness in the cranial region with the formula "My forehead is cool".

When a new exercise step is added in autogenic training, the trainee should always concentrate initially on the already learned exercises and then add a new exercise. In the beginning, a new exercise is added for only brief periods.[2]

According to the specific clinical needs, the training can be modified to include fewer formulas, or include a slightly different formula.[2]

Benefits

[edit]

The main benefit of autogenic training is the autonomic self-regulation achieved by removing environmental distraction, training imagery that accompanies autonomic self-regulation, and providing a facilitative set of exercises that are easy to learn and remember.[8]

A study by Laci Spencer[8] suggests that autogenic training restores the balance between the activity of the sympathetic (flight or fight) and the parasympathetic (rest and digest) branches of the autonomic nervous system. The author hypothesizes that this can have important health benefits, as the parasympathetic activity promotes digestion and bowel movements, lowers the blood pressure, slows the heart rate, and promotes the functions of the immune system.

A meta-analysis study by Friedhelm and Kupper found that autogenic training was effective in reducing symptoms of anxiety, depression, and insomnia. Additionally, autogenic training was found to have a positive effect on physical health outcomes, such as reducing pain and improving quality of life for individuals with chronic illnesses. They also found that AT was also effective in the following psychosomatic disorders: mild-to-moderate hypertension, coronary heart disease, Raynaud's disease, and tension headache and migraine.[1]

Biological aspects

[edit]

There is a lack of neurophysiological investigations addressing this topic; however, one EEG study from 1963 suggested that the decrease in afferent stimulation induces a reduction in reticulo-cortical activity, decrease in thalamo-cortical activity, and functional changes in the structures connected to reticular system (hypothalamus, limbic system, red nucleus, globus pallidus).[10] The same study suggested that EEG patterns obtained from subjects with different level of practice are not similar.

Another study from 1958 hypothesized that autogenic state is between the normal waking state and sleep. It suggests that EEG patterns occurring during autogenic training are similar to electrophysiological changes occurring during initial stages of sleep.[11]

Contraindications

[edit]

Autogenic training is contra-indicated for children below the age of 5 and the individuals whose symptoms cannot be controlled.[5]

Applications

[edit]

Autogenic training has different applications and is used in a variety of pathophysiological conditions, such as bronchial asthma or hypertension, as well as psychological disorders e.g. anxiety and depression.[5][9] Autogenic training has been subject to clinical evaluation from its early days in Germany, and from the early 1980s worldwide. In 2002, a meta-analysis of 60 studies was published in Applied Psychophysiology and Biofeedback,[12] finding significant positive effects of treatment when compared to normals over a number of diagnoses; finding these effects to be similar to best recommended rival therapies; and finding positive additional effects by patients, such as their perceived quality of life. Autogenic training is recommended in the 2016 European Society of Cardiology Guideline for prevention of cardiovascular disease in persons who experience psychosocial problems.[13] The International Journal of Dermatology conducted a study and found that Autogenic Training was potentially helpful for improving aged skin in women experiencing menopause.[14]

Compared to other relaxation techniques

[edit]

The principle of passive concentration in autogenic training makes this technique different from other relaxation techniques such as progressive muscle relaxation and biofeedback, in which trainees try to control physiological functions. As in biofeedback, bidirectional change in physiological activity is possible. Autogenic training is classified as a self-hypnotic technique. It is different from hetero-hypnosis, where trance is induced by another individual. Autogenic training emphasizes a trainee's independence and gives control from therapist to the trainee. By this, the need for physiological feedback devices or a hypnotherapist is eliminated.[2]

See also

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References

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Further reading

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Revisions and contributorsEdit on WikipediaRead on Wikipedia

Autogenic training

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Autogenic training is a self-relaxation technique developed by German Johannes Heinrich Schultz in the and first published in , involving the repetition of specific verbal formulas to induce sensations of bodily warmth and heaviness, thereby promoting deep physical and mental relaxation as a form of . The method consists of six standard exercises, typically learned under professional guidance through individual or group sessions lasting 15–20 minutes, where practitioners sit or lie comfortably, close their eyes, and silently repeat phrases focusing sequentially on musculoskeletal heaviness, circulatory warmth in the limbs, calm heartbeat, regulated , abdominal relaxation, and forehead coolness to activate the and counteract stress responses. Regular practice, recommended for 20–30 minutes twice weekly over 4–6 weeks, builds proficiency and enhances the technique's efficacy without requiring external aids. Autogenic training is applied in clinical settings to manage conditions such as anxiety, depression, , migraines, , , and , with emerging evidence suggesting benefits for mental disorders including mild to moderate depression and high levels; as of 2025, studies continue to support its use for reducing depression and anxiety symptoms in elderly populations. It is generally safe with minimal side effects, though it may not be suitable for individuals with psychotic disorders like , and its non-invasive nature makes it accessible for stress reduction in both medical and non-medical contexts. Scientific support includes meta-analyses of over 60 studies demonstrating significant reductions in tension headaches, migraines, and , as well as improved and ; a 2008 review of randomized controlled trials further confirmed its effectiveness in alleviating anxiety symptoms. A 2023 highlighted its potential in treating mental disorders, underscoring the need for more large-scale trials to refine applications.

Historical Development

Origins and Invention

Autogenic training was developed by German psychiatrist Johannes Heinrich Schultz during the 1920s as a method for achieving deep relaxation through self-suggestion. Schultz, who had trained under neurologist Oscar Vogt at a clinic specializing in and sleep research, drew inspiration from hypnotic suggestion . He observed that patients under frequently reported physical sensations of heaviness and warmth in their limbs, which correlated with profound states of relaxation and reduced tension. These clinical observations led Schultz to experiment with verbal suggestions to induce similar sensations without the presence of a hypnotist, aiming to empower patients to self-regulate their physiological responses. In 1926, he presented his preliminary findings on this approach to the Medical Society in , highlighting its potential for treating conditions involving dysregulation. Schultz formalized the technique as a form of , where individuals repeat specific phrases to evoke relaxation states that mimic those of , thereby fostering a passive concentration on bodily perceptions. The method was first systematically described in Schultz's 1932 book, Das Autogene Training (Autogenic Training), which outlined its theoretical foundations and practical application for self-induced therapeutic relaxation. This publication marked the invention of autogenic training as a distinct tool, emphasizing its accessibility and independence from external intervention. During the Nazi era, from 1936 to 1945, served as assistant director of the German Institute for Psychological Research and in , where he integrated his work with Nazi ideologies, advocating for and the "," and conducting unethical research involving the abuse of homosexuals as subjects. After , continued his career in , teaching at the hospital in until his death in 1970.

Evolution and Global Adoption

Following its initial formulation, Johannes Heinrich and Luthe expanded autogenic training in the 1950s through refinements that standardized the core methodology, including the six standard exercises originally developed by in the 1930s focusing on sensations of heaviness, warmth, heartbeat regulation, , abdominal warmth, and forehead coolness. These updates built on earlier work to enhance its applicability in clinical settings, emphasizing self-induced physiological shifts for broader therapeutic use. collaborated closely with Luthe during this period, culminating in the 1959 publication of Autogenic Training: A Psychophysiologic Approach in , the first English-language text on the technique. In the 1960s, Luthe, a German-born physician who had immigrated to in 1945, further systematized autogenic training for psychotherapeutic applications, introducing concepts such as autogenic discharges—spontaneous emotional or physiological releases during practice—and integrating it into treatments for conditions like and anxiety. He co-authored a seminal six-volume series, Autogenic Therapy (1969–1973), with , which detailed advanced techniques and empirical observations, solidifying its foundation in . Luthe also founded the International Committee for Autogenic Training and (ICAT) to promote standardized training worldwide. Post-World War II, autogenic training gained traction across , particularly in where Schultz continued teaching at the University of until the 1960s, and in , where it was incorporated into psychiatric and psychosomatic practices by the 1970s, as evidenced by instructional materials from Strasbourg-based clinicians. Its spread was facilitated by the era's emphasis on psychosomatic approaches in rebuilding healthcare systems. In , Luthe popularized the technique in the 1960s through workshops and publications, introducing it to English-speaking audiences via his Canadian base and collaborations. By the 1970s, it had reached , where Luthe taught at institutions like and the Oskar Vogt Institute, leading to its integration into medical curricula and adaptations for cultural contexts, such as emphasizing group practice in psychosomatic medicine programs. In the 2000s, autogenic training saw modern updates through digital formats, with online programs and guided audio resources emerging to support self-practice, enhancing accessibility beyond traditional instructor-led sessions. These adaptations, including web-based tutorials and early mobile applications, reflected broader trends in and therapies while preserving the core self-suggestion principles.

Core Principles and Technique

Fundamental Exercises

Autogenic training's fundamental exercises consist of six standard autosuggestions designed to induce specific sensations of relaxation in the body, as developed by Johannes Heinrich Schultz in his original method published in 1932. These exercises focus progressively on different physiological areas, starting from the limbs and moving inward, to promote a state of passive concentration and bodily awareness. Practitioners begin in a semi-reclined posture, such as sitting with the back supported or lying down, to minimize muscle tension and facilitate relaxation; a quiet environment free from distractions is essential to maintain focus. Sessions typically last 10-15 minutes and are conducted with eyes closed, allowing for undisturbed internal attention. The exercises are recited silently as repetitive verbal formulas, with each phrase repeated several times (often 3-6 repetitions) while visualizing and sensing the intended bodily state; the process builds cumulatively, incorporating prior formulas before introducing the new one. The six exercises are:
  1. Heaviness in the limbs: Focus on inducing a sensation of weight and stillness in the extremities, using phrases such as "My right is heavy," "My left is heavy," "Both my arms are heavy," "My right is heavy," "My left is heavy," and "Both my legs are heavy."
  2. Warmth in the limbs: Build on the heaviness sensation by evoking a feeling of gentle , with phrases like "My right is warm," "My left is warm," "Both my arms are warm," "My right is warm," "My left is warm," and "Both my legs are warm."
  3. Heart awareness: Direct attention to the cardiac rhythm for calmness, incorporating prior limb formulas and adding "My heartbeat is calm and regular."
  4. Breathing regulation: Shift focus to effortless respiration, using phrases that include previous elements plus "My is calm and deep."
  5. Abdominal warmth: Promote relaxation in the solar plexus area, adding "My solar plexus is warm" to the cumulative sequence.
  6. Forehead coolness: Conclude with a sensation of clarity in the head, incorporating all prior phrases and ending with "My forehead is cool and clear."
To conclude the practice, a brief post-exercise formula of intentional forgetting is used, such as passively releasing focus on the sensations and allowing the mind to drift toward normal awareness without abrupt movement. This helps transition smoothly out of the relaxed state.

Training Process and Progression

Autogenic training typically progresses through distinct phases, beginning with foundational skills and advancing to more integrative practices, with the entire basic level often requiring 3-6 weeks of consistent effort. In the initial phase, practitioners focus on mastering the standard exercises one at a time, starting with sensations of heaviness in the limbs, followed sequentially by warmth, cardiac awareness, respiratory regulation, solar plexus warmth, and forehead coolness. This sequential approach, practiced 2-3 times daily for 10-15 minutes per session, allows for gradual internalization of each formula before combining them, helping to build passive concentration and reduce initial resistance such as muscle tension or wandering thoughts. During the intermediate phase, which builds directly on the basic exercises, practitioners combine all standard formulas into full sessions and introduce intentional formulas tailored to specific goals, such as "My is warm and pain-free" for from discomfort. This stage emphasizes applying the relaxation state to targeted physiological or psychological needs, with sessions extending to 15-20 minutes and practiced multiple times daily to reinforce efficacy. plays a key role throughout, involving journaling of bodily sensations, emotional responses, and any challenges like initial or somatic distractions, which are reviewed to refine technique and ensure safe progression. The advanced phase, often reached after 6-12 months of regular practice, incorporates autogenic meditation for deeper visualization and autogenic to facilitate emotional release through symbolic or subconscious processing. Here, sessions may involve open-ended explorations like evoking calming scenes or allowing spontaneous abreactions, always under careful self-observation to manage intensity. Guidance is particularly vital for beginners, with therapist-led sessions—typically weekly for the first 6-8 weeks—providing instruction, feedback, and , after which practitioners transition to independent self-practice while optionally consulting professionals for advanced elements.

Physiological and Psychological Mechanisms

Biological Underpinnings

Autogenic training induces physiological changes primarily through the activation of the , which counteracts sympathetic arousal and leads to measurable reductions in and . Studies have demonstrated that practicing autogenic training increases (HRV), a marker of enhanced parasympathetic activity, while facilitating vagal control of the heart to promote autonomic balance. This shift enhances , contributing to greater stress resilience by restoring equilibrium between the sympathetic and parasympathetic branches of the . Neurobiological evidence from (EEG) and (fMRI) supports the technique's impact on brain activity, including increased amplitude, indicative of relaxed wakefulness. Autogenic training alters cerebral activation patterns, particularly in regions involved in emotional regulation and , such as the , showing similarities to effects observed in practices. These changes are associated with modulated processing in somatic areas, as revealed by fMRI studies during autogenic sessions. Hormonally, autogenic training promotes shifts that mitigate stress responses, with significant decreases in levels observed in practitioners compared to controls. These physiological adaptations collectively underpin the technique's role in fostering bodily and aiding in modulation through relaxation-induced hypoalgesia. The standard exercises include suggestions of warmth in the extremities to promote subjective sensations of relaxation and improved circulation, consistent with parasympathetic .

Mental and Emotional Processes

Autogenic training employs as a core mechanism, wherein practitioners internally repeat standardized verbal formulas to direct focused toward specific bodily sensations, such as heaviness or warmth. This of passive concentration shifts cognitive resources away from habitual rumination on stressors, fostering a heightened state of body-mind by integrating sensory perceptions with mental intent. In terms of emotional regulation, the technique promotes a neutral observation of internal feelings, allowing individuals to adopt a detached perspective on emotional fluctuations without immediate reactivity, which diminishes the intensity of anxiety-provoking responses. This metacognitive approach encourages the passive of as transient phenomena, enhancing overall affective flexibility through repeated exposure to a calm observational stance. The repetitive nature of the autosuggestive formulas in autogenic training facilitates by reinforcing adaptive thought patterns centered on over relaxation states. Practitioners gradually internalize these affirmations, cultivating a sense of in managing physiological and mental independently, which builds confidence in one's ability to initiate and sustain tranquility amid daily demands. Central to the practice is the induction of the autogenic state, a hypnotic-like trance achieved through sustained passive concentration, which resembles light but remains fully self-directed without external guidance. This promotes access to processes by neutralizing disruptive intrapsychic stimuli, enabling the integration of material into conscious in a non-intrusive manner. Over time, consistent engagement with autogenic training yields long-term enhancements in , as the cumulative practice of neutral observation and strengthens capacities for , , and interpersonal cooperativeness. These developments arise from the ongoing refinement of metacognitive skills, allowing for more nuanced navigation of emotional landscapes in social contexts.

Health Benefits and Efficacy

Key Therapeutic Benefits

Autogenic training has demonstrated significant efficacy in reducing anxiety and stress symptoms among practitioners. A of 11 RCTs (from a of 21 studies) indicated large reductions in anxiety scores (SMD -1.37) for short-term interventions in healthy adults, alongside moderate decreases in associated depression symptoms (SMD -0.29) for long-term use in patients. These effects are attributed to the technique's ability to elicit a that modulates the , lowering overall psychological distress. In , autogenic training proves effective for conditions such as tension headaches, migraines, and chronic musculoskeletal . A and of randomized controlled trials reported a moderate (Hedges' g = 0.58) on intensity compared to passive controls, with benefits comparable to other relaxation methods but without inducing additional muscle tension. Medium effect sizes were particularly noted for tension headaches and migraines in broader clinical outcome analyses. For sleep enhancement, regular practice improves onset latency and overall sleep quality without reliance on . Prospective cohort studies have shown reductions in time to fall asleep after night awakenings and increased feelings of refreshment upon waking, with improvements sustained over several months. A comprehensive confirmed positive effects on functional sleep disorders across multiple trials. Autogenic training aids in fatigue alleviation, boosting energy levels in scenarios like burnout or post-viral syndromes. Early indicates potential reductions in fatigue alongside other symptoms in conditions such as and HIV-related exhaustion, though evidence is insufficient for strong recommendations. Regarding cardiovascular support, the practice yields mild reductions in and enhancements in . Meta-analytic evidence highlights significant benefits for mild to moderate and coronary heart disease management, with increases in parasympathetic activity and observed in both healthy and populations.

Scientific Evidence and Research

A meta-analysis by Stetter and Kupper (2002) examined 73 controlled outcome studies on autogenic training published between 1952 and 1999, revealing moderate effect sizes for reducing anxiety (Cohen's d = 0.57) and , with overall positive outcomes across symptoms, physiological indicators, and cognitive performance compared to controls. A 2023 systematic review published in the International Journal of Environmental Research and analyzed clinical evidence for autogenic training in mental disorders, finding consistent efficacy for mild depression with effect sizes ranging from 0.4 to 0.6, alongside benefits in anxiety reduction; randomized controlled trials (RCTs) also demonstrated improvements in (PTSD) symptoms, such as reduced autonomic nervous activity disturbances and psychological distress in high-risk populations like firefighters. Despite these findings, many trials suffer from limitations including small sample sizes—often fewer than 50 participants—which reduce statistical power and generalizability, as well as a lack of long-term follow-up data to assess sustained effects. Post-2020 research has advanced understanding through , with a 2022 fMRI study showing that regular autogenic training practice alters activity in response to fearful visual stimuli, correlating with reduced frequency and enhanced emotional regulation via changes in the and . Additionally, during the , electronic delivery of autogenic training via online platforms demonstrated improvements in perceived stress and anxiety among participants in , highlighting its adaptability to remote formats. A 2024 expanded report by the Spanish Ministry of Health reviewed evidence on autogenic training, confirming moderate efficacy for reducing anxiety, managing , and treating mild depression, while emphasizing its high safety profile with minimal adverse events across clinical studies. Current research gaps include limited exploration of 21st-century digital adaptations, such as app-based or integrations, and insufficient studies on efficacy in non-Western populations, where cultural differences in relaxation practices may influence outcomes; larger, diverse RCTs are needed to address these areas.

Clinical Applications and Limitations

Therapeutic Uses

Autogenic training serves as an adjunctive therapy for various conditions, particularly in managing through systematic relaxation exercises that promote autonomic balance and reduce stress responses. A of controlled trials indicates that autogenic training effectively lowers anxiety levels across diverse populations, with moderate effect sizes observed in reducing both state and trait anxiety. For phobias, such as phobic postural vertigo, autogenic training has demonstrated viability as a treatment option for patients unresponsive to conventional therapies, leading to symptom alleviation through self-induced relaxation states. In cases of mild depression, autogenic training exhibits medium-range positive effects, enhancing mood and reducing depressive symptoms when integrated with standard care protocols. In physical health contexts, autogenic training provides supportive benefits for conditions like (IBS), where it contributes to general symptom improvement and overall well-being in affected individuals. For management, particularly in chronic cases, autogenic training enhances respiratory function, with clinical improvements exceeding 15% in pretreatment values for rates among participants. Post-surgery rehabilitation also benefits from its application, as evidenced by reduced perioperative anxiety and pain in breast cancer patients undergoing surgical procedures, facilitating faster emotional and physical recovery. Athletes employ autogenic training to enhance focus and accelerate recovery, with regular practice shown to decrease competitive anxiety while boosting subjective and lung capacity, thereby supporting sustained performance. In occupational settings, it aids in burnout prevention among professionals such as teachers, where pilot programs demonstrate reductions in stress perception and burnout symptoms through structured relaxation sessions. These applications leverage autogenic training's capacity for brief stress reduction, enabling better emotional during high-demand periods. Pediatric adaptations of autogenic training address conditions like attention-deficit/hyperactivity disorder (ADHD) and in children, offering a non-invasive technique to mitigate emotional and behavioral disturbances. Studies on mildly disturbed youth show its broadband efficacy in outpatient settings, improving overall adjustment without pharmacological intervention. Autogenic training demonstrates efficacy in both group and individual formats, with no significant differences in anxiety reduction outcomes between the two approaches, allowing flexibility in delivery. Group settings particularly benefit individuals with , fostering alongside relaxation practice to enhance interpersonal comfort and symptom management.

Contraindications and Precautions

Autogenic training is contraindicated for individuals with severe psychiatric conditions, such as acute , , or severe dissociation, as the trance-like state induced by the technique may exacerbate symptoms or lead to destabilization. In these cases, the relaxation process can potentially trigger episodes or heighten vulnerability to psychotic experiences, making professional psychiatric evaluation essential before attempting the practice. For those with cardiovascular issues, precautions are necessary, particularly in cases of uncontrolled , recent cardiac events, or , where the focus on vital functions like heartbeat or circulation could induce unintended physiological shifts such as or irregular rhythms. Practitioners should avoid self-directed exercises targeting cardiorespiratory elements without guidance from a trained therapist to prevent adverse effects, and monitoring during initial sessions is advised for at-risk individuals. During pregnancy, autogenic training is generally considered safe and may help reduce anxiety, but insufficient data exists on its specific effects, necessitating consultation with a healthcare provider for personalized adaptations to ensure no interference with . No harmful outcomes have been reported in studies involving pregnant participants, though modifications to exercises may be required based on individual health status. Autogenic training is generally considered safe, with no side effects reported in clinical studies. Professional oversight is crucial for beginners, especially those with a history of trauma, as the introspective nature of autogenic training may evoke overwhelming memories or emotions, increasing the risk of . Supervised instruction from a certified therapist helps in recognizing and processing such responses safely, ensuring the technique's benefits are realized without psychological harm.

Comparisons with Other Methods

Key Differences from Similar Techniques

Autogenic training (AT) distinguishes itself from other relaxation techniques through its emphasis on passive to evoke specific physiological sensations, such as warmth and heaviness in the body, without requiring physical exertion or external aids. This self-induced method, developed by Johannes Heinrich Schultz, relies on structured verbal formulas repeated mentally to influence the , promoting a state of deep relaxation that users can access independently after initial training. In contrast to (PMR), which involves actively tensing and then releasing muscle groups to achieve relief from tension, AT employs a passive approach where practitioners focus solely on suggestive phrases to induce relaxation without any deliberate . This difference in methodology—active engagement in PMR versus passive concentration in AT—can make AT feel less physically demanding, with studies showing AT to be superior in reducing electromyographic (EMG) activity and perceived ease of use for some individuals. Unlike meditation, which cultivates an open, non-judgmental awareness of thoughts, emotions, and sensations as they arise, AT centers on directed bodily to specifically target and amplify physical relaxation responses, such as slowed breathing and abdominal calm. This focused, body-oriented technique differs from 's broader attentional practice, potentially offering a more targeted entry point for those seeking physiological control over mental wandering. Compared to biofeedback, AT is entirely self-guided and device-free, relying on internal mental exercises to regulate autonomic functions like heart rate and circulation, whereas biofeedback uses external monitors to provide real-time physiological feedback for conscious adjustment. Both aim to enhance voluntary control over involuntary processes, but AT's independence from technology allows for greater portability and accessibility in daily practice, though combining the two has shown additive benefits in conditions like headaches. AT also diverges from traditional hypnosis by enabling users to reach a trance-like state through independent autosuggestion, without the need for an external hypnotist to induce relaxation via verbal guidance or fixation. While both involve altered states of consciousness, AT's standardized, sequential exercises promote self-reliance, making it a form of "self-hypnosis" that emphasizes personal agency over guided induction. One key advantage of AT lies in its highly structured progression of exercises, which provides clear guidance for beginners and facilitates quicker mastery compared to less prescriptive methods like open-monitoring meditation or unstructured self-relaxation. Additionally, by prioritizing physiological sensations through autosuggestion rather than cognitive reframing or emotional processing, AT offers a straightforward pathway to somatic calm, particularly beneficial for novices who may find abstract mental techniques overwhelming. A 2023 systematic review supports AT's role as a complementary add-on in psychotherapy for mental disorders like anxiety and depression.

Integration with Complementary Practices

Autogenic training (AT) is often integrated with (CBT) to address somatic symptoms in anxiety treatment, enhancing the overall therapeutic impact by promoting physiological calm before exercises. A 2023 notes AT's as an add-on to for better outcomes in depression and anxiety. In , particularly within pain clinics, AT serves as a core component alongside , medication, or other interventions to manage more effectively by reducing reliance on analgesics and addressing psychosomatic factors. A of randomized controlled trials found AT, when incorporated into multimodal pain programs, yielded a moderate (Hedges' g = 0.58) in reduction compared to passive controls. One trial compared AT to auricular for rheumatic , finding the latter more effective (Hedges' g = -0.40 for AT). Evidence from clinical studies supports the efficacy of relaxation techniques like AT and practices individually for anxiety reduction, with showing greater effects than AT in some reviews. Integrative approaches in can include AT as a foundational self-regulation tool. AT acts as a foundational self-regulation tool in comprehensive treatment plans, where it can complement other interventions by stabilizing autonomic responses.

References

  1. https://www.va.gov/WHOLEHEALTHLIBRARY/docs/Autogenic-Training.pdf
  2. https://www.medicalnewstoday.com/articles/autogenic-training
  3. https://www.healthline.com/health/mental-health/autogenic-training
  4. https://pmc.ncbi.nlm.nih.gov/articles/PMC12156566/
  5. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2427027/
  6. https://pmc.ncbi.nlm.nih.gov/articles/PMC10001593/
  7. https://www.goodtherapy.org/learn-about-therapy/types/autogenic-training
  8. https://autogenic-training-online.com/history-of-autogenic-training
  9. https://pubmed.ncbi.nlm.nih.gov/19439831/
  10. http://luisderivera.com/wp-content/uploads/2012/02/2012-WOLGANG-LUTHE-SHORT-BIOGRAPHICAL-SKETCH.pdf
  11. https://pubmed.ncbi.nlm.nih.gov/1103016/
  12. https://www.researchgate.net/publication/237944590_Recent_advance_of_autogenic_training_in_clinical_practice_of_psychosomatic_medicine_in_Japan
  13. https://www.sciencedirect.com/topics/medicine-and-dentistry/autogenic-training
  14. https://www.webmd.com/vitamins/ai/ingredientmono-1230/autogenic-training
  15. https://www.landsiedel-seminare.de/en/coaching/coaching-methoden-en/autogenic-training.php
  16. http://www.yogamag.net/archives/1970s/1979/7908/7908auto.html
  17. https://www.guidetopsychology.com/autogen.htm
  18. https://www.researchgate.net/publication/265181822_Autogenic_psychotherapy
  19. https://pubmed.ncbi.nlm.nih.gov/19059813/
  20. https://pubmed.ncbi.nlm.nih.gov/26016588/
  21. https://pubmed.ncbi.nlm.nih.gov/22461412/
  22. https://pubmed.ncbi.nlm.nih.gov/6381032/
  23. https://pmc.ncbi.nlm.nih.gov/articles/PMC8858297/
  24. https://pmc.ncbi.nlm.nih.gov/articles/PMC3888936/
  25. https://doi.org/10.4040/jkan.2019.49.4.361
  26. https://doi.org/10.1023/A:1014576505223
  27. https://pmc.ncbi.nlm.nih.gov/articles/PMC8548271/
  28. https://pubmed.ncbi.nlm.nih.gov/21787446/
  29. https://pubmed.ncbi.nlm.nih.gov/12001885/
  30. https://pubmed.ncbi.nlm.nih.gov/36901353/
  31. https://www.sciencedirect.com/science/article/abs/pii/S0965229906000331
  32. https://pmc.ncbi.nlm.nih.gov/articles/PMC8814632/
  33. https://pmc.ncbi.nlm.nih.gov/articles/PMC8358833/
  34. https://www.papelesdelpsicologo.es/English/3047.pdf
  35. https://pubmed.ncbi.nlm.nih.gov/12960704/
  36. https://www.va.gov/WHOLEHEALTHLIBRARY/tools/autogenic-training.asp
  37. https://pubmed.ncbi.nlm.nih.gov/9892818/
  38. https://pubmed.ncbi.nlm.nih.gov/25751910/
  39. https://services.unimelb.edu.au/counsel/resources/guided-exercises/autogenic-training
  40. https://www.sciencedirect.com/topics/nursing-and-health-professions/autogenic-training
  41. https://pmc.ncbi.nlm.nih.gov/articles/PMC4675700/
  42. https://www.vital.ly/trc/Autogenic-training/monograph=122/
  43. https://pmc.ncbi.nlm.nih.gov/articles/PMC8935896/
  44. https://karger.com/books/book/chapter-pdf/2078949/000062396.pdf
  45. https://www.researchgate.net/publication/289840121_A_comparative_study_of_Autogenic_Training_and_Progressive_Relaxation_as_methods_for_teaching_clients_to_relax
  46. https://atdynamics.co.uk/wp-content/uploads/2016/07/7-C10-V006-AS-MJR-SSM-AT-INSIGHT-MED._.pdf
  47. https://pmc.ncbi.nlm.nih.gov/articles/PMC2752780/
  48. https://www.tandfonline.com/doi/abs/10.1080/00029157.1986.10402655
  49. https://pmc.ncbi.nlm.nih.gov/articles/PMC8953141/
  50. https://pmc.ncbi.nlm.nih.gov/articles/PMC7137438/
  51. https://bmcpsychiatry.biomedcentral.com/articles/10.1186/1471-244X-8-41
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