on August 21, 2026
Contemporary medicine increasingly tends to view health as the result of the dynamic interaction between biological, behavioral, environmental, and social systems. Metabolism does not function separately from sleep; the nervous system continuously interacts with the immune and endocrine systems; physical activity alters muscle, cardiovascular, and brain function; the environment influences exposure to pollutants, circadian rhythms, and behavior; social relationships can be a resource or a persistent source of stress.
This view does not mean attributing a psychological or environmental cause to every disorder. On the contrary, it means recognizing that a comprehensive biological assessment must consider multiple levels simultaneously.
The four spheres — Thoughts and Emotions, Habitat and Nutrition, Movement, Relationships — therefore constitute an operational map for observing the person as a whole.
The Casa della Salute model starts from this premise: it is not enough to know what to do; one must learn to do it in real life, transforming health recommendations into behaviors, routines, and skills that can be maintained over time.
The four spheres as an integrated assessment model
The four spheres should not be interpreted as four independent diagnoses.
Rather, they are four perspectives through which to observe some of the main modifiable determinants of health.
Sphere 1 — Thoughts and Emotions
This sphere concerns our inner world and the way thoughts, emotions, and states of consciousness influence our overall balance. It includes self-awareness, the ability to recognize and regulate emotions, the stress response, sleep quality, the perception of personal authenticity, and the ability to have a direction, understood as the possibility of recognizing what is valuable to us and consistently orienting our choices, energies, and behaviors.
Questions related to this area therefore explore not only how much stress we perceive, but also how we process it and how we orient our lives: whether we can recognize what we feel, whether we tend to repress certain emotions, whether certain patterns repeat, how much our choices correspond to what we truly feel, and whether we perceive ourselves as having a direction in which to move.
In this sense, having a direction does not simply mean having goals. A person can pursue numerous goals and still experience a sense of disorientation. Direction concerns a deeper level: the ability to recognize one's values, give meaning to what one experiences, and build a certain coherence between what one feels, what one believes is important, and the choices one makes.
From this perspective, the thought of Carl Gustav Jung represents a particularly interesting cultural and introspective framework. Concepts such as shadow, persona, authenticity, psychic energy, and individuation invite us to consider well-being not only as the absence of distress, but also as the progressive knowledge and integration of the different parts of oneself. Individuation, in particular, introduces the theme of direction: the path through which the individual develops a greater awareness of who they are, progressively distinguishing themselves from external expectations, roles, and conditioning.
These concepts do not constitute diagnostic tools and do not replace a psychological or clinical assessment, but they can offer a useful key for personal exploration.
Contemporary scientific research also allows us to observe some of these same phenomena from a physiological perspective. Chronic stress, emotional regulation, sleep, and autonomic nervous system function are deeply interconnected: what happens in the mental and emotional dimension can be accompanied by changes in the systems involved in the stress response, recovery, and adaptation of the organism.
For this reason, awareness and presence-oriented practices, such as mindfulness and certain meditation techniques, have been the subject of randomized trials and meta-analyses, with favorable results especially regarding stress perception, emotional regulation, and, in some studies, certain physiological parameters.
The Thoughts and Emotions Sphere therefore considers the mind not as a dimension separate from the body, but as a component of a complex and interconnected system. Its goal is not to establish a psychological diagnosis, but to help the person observe their inner world: recognize emotions and automatic behaviors, understand what is valuable to them, and assess how much their thoughts, choices, and behaviors are consistent with the direction they wish to give their life.
Sphere 2 — Habitat and Nutrition
This sphere concerns the environment in which we live and what we introduce into our bodies daily. Air, water, nutrition, light, noise, temperature, the quality of spaces, substances present in home and work environments, and housing characteristics constitute an important part of the overall set of exposures with which our bodies continuously interact.
A particularly useful scientific reference is the concept of the exposome, developed to describe the set of environmental exposures that accompany a person throughout their life and their interaction with individual characteristics. This perspective allows us to move beyond the idea of an isolated single factor and instead observe health as the result of a multiplicity of influences that can add up and interact over time.
Questions in this area therefore explore very concrete aspects of daily life: the air quality of the environments where we spend the most time, the water we drink, the characteristics of our diet, contact with certain chemicals, the products used at home, the quality of light and sleep, noise, and, more generally, how favorable the environment in which we live is to our balance.
Nutrition represents a fundamental component of this sphere, not only for its energy and nutritional contribution, but because it constitutes one of the most continuous forms of interaction between the body and the environment. The quality, variety, and composition of foods, together with eating habits, can influence numerous physiological and metabolic processes.
Our relationship with natural environments is also a subject of growing scientific interest. Literature reviews have associated exposure to nature with improvements in certain psychological and physiological indicators, suggesting that the characteristics of the environment in which we spend our time can contribute to overall well-being.
The Habitat and Nutrition Sphere therefore invites us to shift our gaze from the individual alone to the individual-environment system. The goal is not to seek a perfect environment or eliminate every possible exposure, but to gain greater awareness of what our bodies come into contact with daily and, when possible, reduce avoidable exposures and improve the quality of the air, water, nutrition, and spaces in which we live.
Sphere 3 — Movement
Movement represents one of the most solid modifiable determinants of health, but in this sphere it is not understood simply as physical activity or sports practice. The body is a dynamic system in which muscle mass, strength, mobility, posture, balance, proprioception, breathing, and body awareness continuously interact.
For this reason, not only the amount of physical activity performed is observed, but above all the quality of movement and the body's ability to remain functional, adapt, and respond to the demands of daily life throughout the entire course of life.
The muscle: not just strength
Particular attention is paid to maintaining muscle mass, strength, and function, especially with advancing age.
The musculoskeletal system is not merely the engine of movement: it is a metabolically and endocrinologically active tissue that participates in communication between different systems of the body. During contraction and exercise, various biological signals are produced and modulated, including myokines, which are now also studied for their role in communication between muscle and other organs.
Research is particularly exploring the existence of a true muscle-brain axis. Molecules and signaling pathways associated with exercise are studied for their possible involvement in neuroplasticity, brain metabolism, inflammation, and cognitive functions.
This topic takes on particular relevance in aging. Sarcopenia, characterized by the progressive loss of muscle strength and function and, in many cases, muscle mass, has also been associated with a greater probability of cognitive decline. At the same time, studies on resistance training in older adults show favorable effects on several cognitive domains.
Preserving muscle therefore means working not only on strength, metabolism, autonomy, balance, and fall prevention, but potentially also contributing to the maintenance of brain health and cognitive functions with advancing age.
Posture and spinal mobility
A second central element is represented by posture and spinal mobility.
Posture is not considered an ideal and immobile position to which the body should be returned, but rather the dynamic result of the interaction between musculoskeletal structure, mobility, strength, balance, breathing, the nervous system, motor habits, and adaptability.
The spine constitutes the structural axis of the body and participates in most of the movements of daily life. Sedentary behavior, stiffness, loss of strength, and prolonged maintenance of the same positions can progressively reduce its mobility and alter the way the body distributes loads and organizes movement.
For this reason, particular attention is paid to spinal mobility, working on its different possibilities of movement, such as flexion, extension, inclination, and rotation, always respecting individual characteristics.
The goal is not to achieve extreme mobility, but to preserve the spine's ability to move freely and functionally throughout the entire course of life.
Postural re-education and muscle chains
Within the path, exercises inspired by the methods developed based on the work of Françoise Mézières and, subsequently, by Global Postural Re-education (RPG), can also be used.
One of the characteristic principles of these approaches is the observation of muscle chains. Movement is not analyzed exclusively through the individual muscle, but by considering muscle groups, joints, and compensations that participate together in the organization of the body.
The work can therefore include sustained and progressively adapted postures, stretching, breathing, mobility, and the person's active participation, with the goal of improving functionality and awareness of their body schema.
Research on Global Postural Re-education has shown interesting results especially in the field of certain musculoskeletal disorders, including non-specific chronic low back pain, although the available evidence does not allow it to be considered universally superior to other forms of exercise or physical therapy.
The goal is therefore not to identify a single "correct posture", but to build an individualized approach that can integrate mobility, stretching, strength, breathing, and motor control.
Proprioception and balance
Moving also means knowing, often without looking, where our body is in space.
Proprioception allows the nervous system to continuously receive information from muscles, tendons, and joints and to use it together with visual and vestibular information to organize movement, posture, and balance.
For this reason, proprioceptive, coordination, and balance exercises are also used, through which the nervous system is stimulated to perceive the body's position and continuously adapt the motor response.
This aspect becomes particularly important with advancing age. Preserving balance, strength, and motor control contributes to the maintenance of autonomy and represents a fundamental component of fall prevention strategies.
Breathing, diaphragm, and movement
Another central element of the sphere is breathing, closely linked to movement and posture.
The diaphragm is the main respiratory muscle, but it also participates in managing internal pressures and interacts with the systems involved in trunk stabilization. Breathing, thoracic mobility, posture, and movement can therefore mutually influence each other.
Regaining awareness of breathing means working on a function that continuously accompanies movement and that, at the same time, has a particular characteristic: it is predominantly automatic, but can be voluntarily modified.
Body and emotions: the psychosomatic dimension
The Movement Sphere also considers the bidirectional relationship between the body and the psycho-emotional dimension.
Stress and emotional states can be accompanied by changes in breathing, muscle tone, and the ways in which we use our bodies. At the same time, movement and physical exercise can positively influence stress, psychological well-being, and sleep quality.
The term psychosomatic is therefore used in its most concrete meaning: not to indiscriminately attribute physical symptoms to emotions, but to recognize that the brain, nervous system, breathing, muscles, behavior, and emotional state continuously communicate with each other.
Yogoda Recharge Exercises
Within the path, the Yogoda Recharge Exercises, developed by Paramahansa Yogananda, can also be offered.
The practice combines voluntary muscle contraction and relaxation, movement, breathing, concentration, and attention to bodily sensations. It is not offered as a medical treatment nor does it attribute specific, unproven clinical effects to the method, but rather as a practice capable of bringing together in a single exercise several elements that are interesting from the perspective of physiology and body awareness.
1. Mind-muscle connection and proprioception
One of the fundamental principles consists in voluntarily contracting and relaxing different muscle groups, while simultaneously focusing attention on the part of the body involved.
Voluntary contraction requires the activation and control of motor circuits, while attention focused on bodily sensations promotes the perception of movement and muscle tension.
The goal is therefore not only to learn how to contract, but also how to perceive and voluntarily release tension.
2. Breathing and the autonomic nervous system
Yogoda exercises use specific breathing methods, including the so-called double breathing, coordinating them with muscle tension and relaxation.
More generally, studies on slow and controlled breathing indicate that voluntarily modifying the breathing rhythm can influence the regulation of the autonomic nervous system, including certain parameters associated with parasympathetic activity.
The appeal of the practice therefore lies especially in the association between movement, breathing, and attention.
3. Muscle contraction and circulation
The alternation between contraction and relaxation changes the pressures within the muscle and contributes to the local dynamics of blood flow. Muscle activity also increases the metabolic and oxygen demands of the tissues involved.
It is therefore more accurate to describe this mechanism as a form of muscle activation associated with variations in local perfusion and metabolism, rather than resorting to generic concepts of "toxin elimination".
4. Movement, breathing, and stress management
Scientific literature on physical activity and various mind-body practices suggests possible beneficial effects on the systems involved in stress regulation and, in certain contexts, on some inflammatory markers.
However, these findings cannot be automatically applied to Yogoda Exercises in the absence of specific clinical studies on the method.
The reason for their inclusion in the program is therefore primarily their particular ability to bring together muscle contraction, breathing, concentration, and body awareness within the same exercise.
Movement as a lifelong skill
This qualitative dimension is supported by solid evidence regarding physical exercise. The World Health Organization recommends that adults engage in at least 150–300 minutes of moderate aerobic activity per week, or 75–150 minutes of vigorous activity, along with muscle-strengthening activities at least two days a week. As people age, multicomponent activities focused on strength and balance also become particularly important.
The Movement Sphere therefore integrates muscle mass, strength, spinal mobility, posture, proprioception, balance, breathing, and body awareness.
The goal is not simply to "exercise" or to pursue a theoretically perfect posture. It means preserving the body's ability over time to move, support itself, perceive itself, and adapt, maintaining autonomy and functionality while cultivating the continuous communication between muscle, brain, nervous system, breathing, and psycho-emotional dimension that accompanies the organism throughout life.
Sphere 4 — Relationships
Human beings are not isolated systems. From birth, much of our experience is built through relationships with others.
The fourth sphere therefore concerns the quality of relationships, social support, communication, the ability to set boundaries, conflict management, a sense of belonging, and the way a person relates to their family, partner, friends, professional environment, and community.
But it also considers a deeper principle: the people we spend our time with constitute part of our environment. A relationship is not just an exchange of words. It is an experience in which the brain, nervous system, emotions, perceptions, and physiological responses continuously participate.
Relationships and health
There is a substantial body of scientific literature on the relationship between social support, isolation, stress, and health.
Social relationships can influence behaviors, the perception of stress, and the physiological systems involved in responding to life events. A vast body of literature has found associations between social support and mental and physical health, while interventions involving partners or family members have also been studied in numerous clinical contexts.
The quality of the relational network therefore becomes a component of the overall system in which the person lives.
It is not just about how many people we have around us, but what experience those relationships produce: safety or alertness, belonging or isolation, the opportunity to express oneself or the need to constantly defend oneself.
Regulation, co-regulation, and physiological synchronization
One of the most interesting areas of contemporary research concerns co-regulation and interpersonal physiological synchronization.
When two people interact, their organisms do not necessarily function as completely independent systems. A scoping review from 2025 analyzed 62 quantitative studies dedicated to so-called physiological attunement in adult relationships. Phenomena of physiological coordination have been observed between partners, friends, strangers, and groups, involving parameters such as heart rate, heart rate variability, breathing, skin conductance, cortisol, and alpha-amylase.
The same review highlighted that these phenomena vary depending on the relational context, emotional tone, empathy, attachment style, and interaction characteristics such as contact, conflict, and cooperation. Furthermore, synchronization is not necessarily positive: it can occur in both situations of intimacy and co-regulation and in contexts of stress and co-dysregulation.
These findings therefore suggest that relationships can be viewed not only as a psychological and social phenomenon, but also as a process in which measurable forms of physiological interdependence can emerge.
A review published in 2026 in Nature Reviews Psychology confirms the growing scientific interest in this phenomenon, defining interpersonal physiological synchronization as the temporal coordination of physiological processes between individuals. However, the authors emphasize that its psychological meaning and the mechanisms that determine it need further clarification.
Can we perceive another person's state even when it is not expressed?
Daily experience suggests something seemingly simple: we can enter a room and sense tension or notice that someone near us is agitated even before they say anything.
It is not necessary to attribute this phenomenon to a single mechanism.
The brain continuously gathers information through facial expressions, posture, tone and rhythm of voice, breathing, movements, interpersonal distance, contact, and other non-verbal cues, many of which are processed without deliberate conscious attention.
Research on interpersonal synchronization adds another layer: measurable forms of physiological coordination can emerge during interaction.
For this reason, a non-verbalized emotional state is not necessarily one that has no effect on the relationship. The body communicates even when words fall silent.
Bioelectromagnetic fields and relationships: a research frontier
There is also a second level of research, more recent and still exploratory, concerning the electromagnetic fields produced by the organism.
The electrical activity of the heart generates a real and measurable magnetic field. A scientific review published in 2026 in the journal Sensors, titled The Heart's Electromagnetic Field in Emotions, Empathy and Human Connection, examined the cardiac electromagnetic field specifically in the context of the heart-brain axis, emotions, and human interactions.
The authors describe the magnetic field associated with cardiac activity as the organism's most intense endogenous magnetic signal, reported in the review as being up to about 100 times more intense than the brain's, and analyze the technologies through which these signals can be detected.
The review also explores the hypothesis that endogenous electromagnetic fields may play a role in the dynamics of the heart-brain axis and considers possible interactions with external and interpersonal fields, as well as associations between autonomic cardiac activity and emotional states.
However, it is essential to distinguish what has already been proven from what still constitutes a hypothesis. The existence of the cardiac electromagnetic field is a measurable physical phenomenon; it has not yet been proven, however, that emotions or psychological states are transmitted directly from one person to another through this field.
The same authors of the 2026 review present this possible interpersonal role as an area requiring further scientific validation.
This distinction allows us to formulate a very interesting scientific question without anticipating the answer: besides the already known sensory, behavioral, and physiological mechanisms, are there other ways in which human organisms interact with each other?
Boundaries: being interconnected without losing oneself in the other
Being deeply relational does not mean having to indiscriminately absorb the states of others.
For this reason, the sphere also explores the ability to build personal boundaries, recognize one's own needs, communicate a limit, take responsibility for one's own without automatically taking on the responsibilities of others, and distinguish what belongs to oneself from what belongs to the other.
A healthy relationship therefore requires two seemingly opposite but complementary abilities: entering into connection and maintaining one's individuality.
Family and relational patterns
An important part of the way we enter into relationships is learned within the first social systems we experience, starting with the family.
The questions in this sphere can therefore help to observe recurring relational patterns, ways of managing conflict, roles assumed within the family, difficulties in expressing needs and boundaries, and behaviors that tend to repeat in subsequent relationships.
In this context, experiential practices such as family constellations can also be used, provided their nature is clarified. They can represent a narrative and experiential tool through which to symbolically observe family roles and dynamics, but they must not be presented as a scientifically validated diagnostic method or medical therapy.
Relationship as part of the human environment
The Relationship Sphere therefore starts from a simple principle: no one lives biologically and psychologically in a vacuum.
Just as we are continuously in relationship with the air we breathe, the food we eat, and the environment in which we live, we are also immersed in a human environment.
Research on physiological synchronization shows that, during interaction, certain biological processes of different individuals can exhibit forms of temporal coordination. At the same time, research on bioelectromagnetic fields is beginning to question the existence of further levels of interaction, although it is not yet possible to attribute a causal role to them in the transmission of emotional states.
Relationship therefore becomes an integral part of the systemic view of the four spheres: we are autonomous organisms living within continuous networks of interaction and mutual influence.
Taking care of one's relationships therefore means learning to choose and build human environments capable of supporting connection, autonomy, safety, authenticity, and growth, without losing the boundaries that allow each person to remain fully an individual within the relationship.
The House of Health: from the living room to the transformation of habits
The distinctive feature of the model is that the person is not simply invited to receive information.
They are placed, for a defined period, in an environment in which the conditions necessary for change are made concretely practicable.
In daily life, changing diet, physical activity, sleep, stress management, and relationships simultaneously can be difficult because the very factors that need to be changed often constitute the environment in which the person must try to change them.
The stay, on the other hand, allows for the creation of a temporary discontinuity.
The person can observe their habits, experiment with new routines, receive supervision, check their responses, and gradually learn which tools are truly sustainable.
The stay can be individual, for couples, or aimed at a small family unit, with a duration that can be adjusted based on the goals and the initial assessment.
The goal is not to create dependence on the facility, but the opposite:
enter with a problem or difficulty, leave with a method.
Treatments and activities of the House of Health
The House of Health program should be designed as a multimodal pathway, in which each intervention is placed within an overall strategy and adapted to individual conditions.
Not all participants necessarily receive the same treatments.
The initial assessment determines which modules are appropriate, which should be excluded, and which require the supervision of a doctor or another healthcare professional.
1. Multidimensional initial assessment
The pathway begins with a structured collection of information related to the four spheres.
The assessment may include medical history, medications and supplements taken, sleep quality, diet, level of physical activity, body composition, cardiovascular parameters, functional capacity, perceived stress, quality of relationships, and characteristics of the home and work environment.
The four sets of questions can be used as orienting composite indicators developed for the pathway, but they must not be presented as diagnostic tools.
When necessary, they can be supplemented with validated scales, such as tools for assessing depression, anxiety, sleep quality, perceived stress, physical activity, or risk of sarcopenia.
The principle is important: the questionnaire guides the pathway; it does not replace the diagnosis.
2. Stress regulation and self-regulation training
A central part of the stay is dedicated to learning techniques that allow the person to recognize and modulate their responses to stress.
The following can be used:
- slow, controlled breathing;
- progressive muscle relaxation;
- mindfulness;
- guided meditation;
- body scan;
- interoceptive awareness techniques;
- education in recognizing emotions;
- techniques for managing recurring thoughts;
- evening decompression routines;
- sleep hygiene education.
The goal is not to "eliminate stress", which would be biologically impossible, but to improve the ability to move from a state of activation to a state of recovery.
Literature on mindfulness practices shows measurable effects on the perception of stress, while a meta-analysis of randomized trials has also found beneficial effects on some physiological markers of stress.
3. Sleep and realignment of circadian routines
Sleep constitutes a true preventive medicine intervention.
During the stay, the following can be analyzed:
bedtime, wake-up time, sleep duration, nighttime awakenings, light exposure, evening screen use, physical activity, caffeine consumption, and schedule regularity.
The program may therefore involve a real restructuring of the daily routine.
The goal is not simply to "sleep more," but to make sleep more regular and consistent with the circadian rhythm.
A systematic review of over 92,000 participants found associations between greater sleep variability, social jetlag, and various adverse outcomes, highlighting the importance of schedule regularity.
A more recent systematic review also found associations between sleep timing irregularity and numerous mental, metabolic, cardiovascular, and cognitive outcomes, while highlighting the need for further interventional studies.
4. Functional movement, strength, and balance
The Casa della Salute dedicates a daily part of the program to movement.
The program may include:
assessment of joint mobility, strength exercises, balance training, walking, proprioceptive work, spinal mobility, neck exercises, breathing, stretching, and adapted aerobic activity.
Particular attention is paid to the ability to independently perform fundamental movements:
getting up from a chair, maintaining balance, walking, climbing stairs, picking up an object, rotating the trunk, and maintaining upper limb strength.
These tasks are more meaningful than the simple subjective perception of "being fit," because they allow for the observation of function.
For older or physically deconditioned people, strength training becomes particularly important to counteract the loss of muscle mass and function.
5. Breathing and body awareness
Breathing is used as a tool for body education and regulation.
The participant learns to distinguish shallow breathing, diaphragmatic breathing, breathing during exercise, and slow breathing used during relaxation.
The exercises may be associated with thoracic mobility, posture, and muscle relaxation.
However, it is appropriate to avoid excessive formulations such as "directly stimulating the vagus nerve" for every breathing technique: autonomic mechanisms are more complex, and the effects depend on breathing rate, duration, context, and individual characteristics.
6. Yoga, muscle relaxation, and mind-body practices
Yoga practices and tension-relaxation exercises can be used as complementary tools to increase body awareness, mobility, balance, and relaxation ability.
The Yogoda exercises can be included in the Casa della Salute as an experiential practice of concentration, muscle contraction, and release.
7. Mindful eating, cooking, and relationship with the land
Nutrition in the Casa della Salute is not considered solely in terms of nutrients and dietary guidelines, but as a daily relationship between the person, the organism, and the environment.
The program guides the participant through the entire process: cultivating, choosing, preparing, and eating food with greater awareness.
When possible, activities involving cultivation and care of the garden and plants are proposed, with the goal of re-establishing a direct contact with the origin of food, natural cycles, and responsibility toward the environment. The relationship with nature can also promote attention, slowing down, and a subjective perception of connection and vitality. Any references to energetic dimensions are considered on an experiential and cultural level, without attributing unproven biological mechanisms to them.
One part of the program is dedicated to practical and mindful cooking. The participant learns to choose ingredients, compose balanced meals, and prepare a diet suited to their own characteristics and needs, with the support of qualified professionals when necessary. The goal is to increase nutritional autonomy, so that what is learned can be transferred to daily life.
Cooking also becomes an exercise in presence: paying attention to colors, aromas, textures, gestures, and transformations allows for interrupting some automatisms and bringing awareness back to a daily activity.
The same principle is applied to mealtime through mindful eating: eating more slowly and with fewer distractions, paying attention to flavors and textures, and learning to recognize the signals of hunger, appetite, and satiety.
The program thus reconstructs a continuity that is often forgotten:
land → plant → food → preparation → meal → organism.
The goal is not only to teach what to eat, but to help the person develop a more aware, autonomous, and responsible relationship with food, with their own body, and with the environment from which that food comes.
8. Biophysical stimulation with pulsed electromagnetic fields
This represents one of the most distinctive treatments of the Casa della Salute model and must be presented with particular rigor.
The brain does not communicate solely through molecules
Every function of the nervous system depends on the ability of cells to receive, process, and transmit information.
A neuron maintains a potential difference across the membrane; ions cross selective channels; calcium participates in synaptic transmission; mitochondria provide energy; glial cells regulate the extracellular environment and participate in the metabolic and immune response.
Biological communication is therefore simultaneously electrical, ionic, chemical, and metabolic.
It is in this context that the interaction between biological tissues and pulsed electromagnetic fields is studied.
PEMFs produce temporal variations in the magnetic field that can induce weak electrical currents in the tissues. However, the biological effects depend on frequency, intensity, waveform, pulse duration, field geometry, and exposed tissue.
For this reason, it is not correct to consider all PEMFs as equivalent.
The possible role of mitochondria
One of the main interests of research concerns mitochondrial function.
Mitochondria regulate ATP production, intracellular calcium, apoptosis, and redox state. Their dysfunction can contribute to oxidative stress and alterations in cellular function.
Experimental studies on specific complex magnetic fields (CMF) have observed changes in mitochondrial parameters, oxidative stress, and microRNA profiles in glial-like cell models.
This is a biological research finding, not proof of a therapeutic effect in humans.
MicroRNA and cellular communication
MicroRNAs are regulators of gene expression.
The fact that certain physical fields can modify the profile of some microRNAs is interesting because it suggests a possible interaction between physical stimulus and cellular regulation.
The conceptual sequence is therefore:
physical stimulus → membrane and intracellular signals → metabolism/mitochondria → redox → gene regulation → cellular function.
What do we know in humans?
Clinical research is more advanced in some areas than in others.
In treatment-resistant depression, a randomized, double-blind, sham-controlled study observed a significantly better outcome with T-PEMF compared to sham, with an effect size of 0.62 on the Hamilton Depression Rating Scale and a few mild adverse effects.
Another trial studied one or two daily sessions and reported remission at eight weeks in 73.5% and 67.7% of participants, respectively; however, the sample size was small, and these results cannot be generalized to all forms of depression.
Neuroimaging studies have also observed changes in brain activation after T-PEMF treatment in patients with treatment-resistant depression, but the same authors emphasize that the precise brain mechanism remains to be clarified.
Randomized trials have also been conducted in Parkinson's disease, including studies on movement speed and the ability to develop strength.
In diabetic neuropathy, however, a major randomized trial of 225 patients did not show a significant reduction in pain as the primary endpoint, although it highlighted some favorable signals on secondary outcomes and nerve fiber density in a biopsied subgroup.
This is a fundamental point: a biological change does not automatically equate to a clinical cure.
How is it therefore included in the Casa della Salute?
The biophysical treatment is considered complementary and not a substitute for medical therapies.
Before exposure, the indication, contraindications, device used, and treatment parameters are verified.
The treatment can be included within a program that simultaneously comprises:
stress regulation + sleep + movement + nutrition + possible biophysical stimulation + clinical monitoring.
The scientifically prudent goal is to speak of biophysical modulation of cellular and neurophysiological processes, not of "reprogramming" the cell or a guaranteed cure.
9. Personalized nutrition and therapeutic cooking
Nutrition represents one of the most important daily activities of the stay.
It is not simply about delivering a meal plan.
The person is guided in understanding:
energy requirements, protein quality, dietary fiber, nutrient density, meal distribution, fat quality, elimination of free sugars, hydration, and the relationship between diet and physical activity.
Educational cooking allows the theoretical prescription to be transformed into practical competence.
The participant learns to:
read a label, compose a meal, choose raw ingredients, manage portions, organize shopping, and prepare foods compatible with their own nutritional program.
When indicated, the program may also include anthropometric and metabolic assessments and individualized nutritional periodization.
9. Personalized nutraceutical supplementation
Supplements can be used as complementary tools, not as substitutes for diet, movement, or medical therapy.
The selection must be based on:
individual needs, diet, available tests, medications taken, goals, tolerability, treatment duration, and ingredient appropriateness.
The correct principle is supplementation periodization: do not indiscriminately take many products simultaneously, but use what is appropriate for a specific goal and periodically reassess the need to continue.
Particular attention must be paid to interactions with medications, clinical conditions, doses, and duration.
10. BAB Water: the biophysics of life
Hydration is fundamental for health, thermoregulation, cardiovascular function, and physical performance.
Water is not just H₂O: it is a dynamic system capable of interacting with the physical environment, electromagnetic fields, and biological structures. Its particular dipolar nature and the continuous formation and reorganization of hydrogen bonds determine a structure in constant motion.
It is from this perspective that BAB Water is born, a water subjected to a biophysical restructuring process aimed at obtaining a specific molecular organization, identified in the BAB model as a Trimer structure and rich in hydrogen.
The concept of Trimer Water describes a dynamic organization in which three water molecules interact, forming a configuration considered particularly affine to the biological microenvironment. According to the BAB model, this organization would promote greater coherence of the water system and its interaction with the biophysical processes of the organism.
In this view, water therefore becomes something more than a simple vehicle for hydration: a dynamic matrix through which the biological environment can organize and transmit information.
BAB Water is born precisely from this principle: to intervene not on the chemical composition of water, but on its biophysical dimension, through a process oriented toward coherence and the Trimer structure.
11. Habitat: air, light, noise, and home environment
One part of the stay is dedicated to the analysis of the environment in which the person lives.
You can observe:
ventilation quality, exposure to noise, lighting, temperature and humidity, habits related to detergents, indoor air quality, and the organization of spaces dedicated to sleep.
The goal is not to create a fear of the environment, but to identify modifiable exposures.
Exposure to nature can also be used as a component of the program. Research shows associations between natural environments, physical activity, mental health, sleep, and some physiological parameters, albeit with varying levels of evidence.
For this reason, a daily walk outdoors is not a simple recreational moment: it can become part of the behavioral prescription.
12. Cosmetic ritual and skin barrier care
Personal care can be included in the program as education on reducing unnecessary exposures and protecting the skin barrier.
The Moltitudo ritual can include the four phases:
Milk → Cloud → Dew → Queen.
Double cleansing allows for the removal of water-soluble and lipid-soluble residues, while the subsequent phases are aimed at hydration, maintaining the hydrolipidic film, and cosmetic treatment of the skin.
This intervention belongs to supportive cosmetic and dermatological care, and must not be described as the elimination of "toxins" from the organism.
13. Aromatherapy and sensory environment
The use of aromatic essences can be incorporated into the program as a complementary sensory experience.
Aromatherapy is a treatment capable of activating mechanisms that directly modify the limbic system.
A sensory relaxation ritual, together with breathing, meditation, and sleep preparation.
14. Communication education and conflict management
Relational work represents one of the distinctive elements of the stay.
The person learns to distinguish:
fact, interpretation, emotion, need, and request.
Through practical exercises, the ability to:
express a need without aggression, listen without interrupting, recognize a conflict before escalation, formulate a concrete request, set a boundary, and negotiate a solution can be trained.
The work can be individual, couples, or family-based.
This approach is consistent with the literature showing how family functioning and communication patterns can influence chronic disease management. A systematic review of 30 studies found associations between specific family behaviors, communication patterns, and health outcomes.
15. Individual, couples, and family programs
The Casa della Salute can therefore work on three levels.
Individual program
It is aimed at individuals who wish to change habits, improve stress management, regain physical efficiency, and create a daily environment more conducive to health.
Couples program
It allows for simultaneous work on individual health and relational dynamics.
Couples literature shows that interventions aimed at both partners can produce effects on depressive symptoms, relationship functioning, and, in some contexts, pain.
Family program
When the problem is deeply embedded in daily home life, involving multiple family members helps prevent a single person from having to change their behavior within an unchanged environment.
The family thus becomes not only the context in which change must be maintained, but also a possible support infrastructure.
16. Returning home: the most important phase of treatment
The true result of the stay should not be what happens during the stay at the facility.
It should be what the person is able to maintain three, six, or twelve months after returning.
For this reason, before the end of the stay, a Health Continuity Plan is developed.
The plan may include:
sleep schedule, weekly physical activity, breathing routines, relaxation practices, dietary plan, any prescribed supplements, home environment management, relational goals, and indicators to monitor.
Each goal must be translated into an observable behavior.
Not:
"I need to manage stress better."
But:
"Every evening at 9:30 p.m., I do 10 minutes of breathing and relaxation."
Not:
"I need to exercise more."
But:
"I do two strength sessions and at least three walking sessions every week."
It is this transition—from knowledge to behavior—that makes the model potentially sustainable.
17. Periodic returns: from episodic therapy to a maintenance cycle
The model does not end with departure.
Scheduled returns are planned to check what has actually been maintained, what obstacles have arisen, and which goals need to be modified.
The cycle can be represented as follows:
assessment → intervention → learning → return to daily life → monitoring → reassessment → recalibration → consolidation.
This model is particularly important because the protected conditions of the facility do not correspond to the complexity of real life.
Home, work, family, travel, unexpected events, stress, and seasonal changes continuously test new habits.
The periodic return serves precisely to transform a good temporary experience into a long-term health strategy.
The scientific logic of the four spheres
The value of the model does not lie in claiming that there is a single cause common to all diseases.
It lies in the possibility of intervening simultaneously on different and measurable determinants.
|
Sphere |
Main goals |
Interventions |
|
Thoughts and emotions |
Stress, self-regulation, sleep, awareness |
Mindfulness, breathing, relaxation, emotional education |
|
Habitat and nutrition |
Environmental exposures, nutrition, hydration |
Nutritional education, cooking, environment, nature, water quality |
|
Movement |
Strength, mobility, balance, aerobic capacity |
Physical therapy, exercise, yoga, walking, proprioception |
|
Relationships |
Communication, boundaries, social support |
Counseling, couples/family work, functional communication |
The four spheres must therefore not be considered separate compartments.
Sleep influences mood.
Mood influences adherence to physical activity.
Physical activity influences metabolism and sleep.
Nutrition influences energy and metabolism.
Relationships influence stress.
The environment conditions all these habits.
Health emerges from the interaction.
The role of the community in longevity
The community represents the transition from an individualistic conception of prevention to a relational one.
A person may know perfectly well what they should do and, despite this, be unable to maintain the behavior.
The presence of other people with shared goals can increase support, accountability, and continuity.
Contemporary research on social support confirms that positive relationships are associated with numerous indicators of functioning and health, while relationships characterized by persistent conflict can themselves become a source of stress.
For this reason, the Casa della Salute community should not be understood as mere socialization.
It is a network of behavioral continuity.
The shared kitchen teaches how to eat together.
Shared movement facilitates the continuity of physical activity.
Meditation creates a routine.
Comparison allows difficulties to be recognized.
Periodic returns allow the course to be corrected.
A function-oriented medicine of longevity
The concept of longevity should not be reduced to the mere extension of years of life.
The more interesting goal is to increase the years lived with good physical, cognitive, emotional, and relational functioning.
From this point of view, the Casa della Salute does not merely ask:
"Which disease do we need to treat?"
It adds a second question:
"Which capacities do we need to preserve?"
The capacity to move.
The capacity to sleep.
The capacity to recover from stress.
The capacity to eat properly.
The capacity to maintain healthy relationships.
The capacity to adapt.
The capacity to continue learning.
This approach is particularly consistent with preventive medicine and lifestyle medicine, in which interventions are not considered isolated episodes but components of an ongoing strategy.
An integrated model, but not an alternative to medicine
The Casa della Salute must not be conceived as an alternative to conventional medicine.
Its value may lie precisely in integration.
Diagnosis, medications, surgical interventions, and evidence-based therapies remain indispensable when indicated.
Alongside these, there is room for:
nutrition, physical activity, sleep, stress management, social support, health education, environmental interventions, and, where appropriate, specific complementary technologies.
From the Casa to life: the true goal of the program
The stay represents only the beginning.
The facility offers an environment in which the person can stop, observe their own functioning, experiment with new strategies, and learn concrete tools.
But the real test comes afterward.
When work, commitments, family, unexpected events, and daily pressures return.
It is at that moment that a health strategy demonstrates its value.
For this reason, the four-sphere model can be summarized in a simple principle:
do not create a parenthesis of well-being, but build skills to live better outside the facility.
The stay thus becomes an intensive phase of assessment, education, and experimentation; the periodic return becomes a verification tool; the community becomes a support network; daily life becomes the place where health is truly built.
The Casa della Salute therefore does not merely offer a period of respite.
It offers a continuous process of learning about health, in which body, mind, environment, and relationships are considered within the same system.
Essential bibliographic references
- Martiny K, Lunde M, Bech P. Transcranial low voltage pulsed electromagnetic fields in patients with treatment-resistant depression.Biological Psychiatry. 2010;68(2):163-169. doi:10.1016/j.biopsych.2010.02.017.
- Martiny K, et al. Dose-remission of pulsating electromagnetic fields as augmentation in therapy-resistant depression: a randomized, double-blind controlled study. Acta Neuropsychiatrica. 2014. doi:10.1017/neu.2014.5.
- Change in brain activation after transcranial pulsed electromagnetic fields in treatment-resistant depression. Randomized, double-blind, sham-controlled study, n=50.
- Malling ASB, Morberg BM, Wermuth L, et al. Effect of transcranial pulsed electromagnetic fields on functional rate of force development and movement speed in persons with Parkinson's disease: a randomized clinical trial. PLOS ONE.2018;13(9):e0204478. doi:10.1371/journal.pone.0204478.
- Rintamäki H, et al. Pulsed electromagnetic fields to reduce diabetic neuropathic pain and stimulate neuronal repair: a randomized controlled trial. Randomized, double-blind, placebo-controlled trial, n=225.
- Yeo GH, Lansford JE, Rudolph KD. How does perceived social support relate to human thriving? A systematic review with meta-analyses. Psychological Bulletin. 2025;151(9):1089-1124. doi:10.1037/bul0000491.
- Martire LM, et al. Is it beneficial to involve a family member? A meta-analysis of psychosocial interventions for chronic illness.Health Psychology. 2004. doi:10.1037/0278-6133.23.6.599.
- Effects of interventions involving the family in the treatment of adult patients with chronic physical diseases: a meta-analysis. 52 randomized trials, 8,896 patients.
- Chaput JP, et al. Sleep timing, sleep consistency, and health in adults: a systematic review. Applied Physiology, Nutrition, and Metabolism. 2020;45(10 Suppl 2):S232-S247. doi:10.1139/apnm-2020-0032.
- Pascoe MC, Thompson DR, Ski CF. Mindfulness mediates the physiological markers of stress: systematic review and meta-analysis.Journal of Psychiatric Research. 2017;95:156-178. doi:10.1016/j.jpsychires.2017.08.004.
- Rajan A, et al. Effects of mindfulness-based interventions on perceived stress among non-clinical adults: a systematic review and meta-analysis. npj Mental Health Research. 2026. doi:10.1038/s44184-026-00188-4.
- Andersen L, Corazon SS, Stigsdotter UK. Nature Exposure and Its Effects on Immune System Functioning: A Systematic Review.International Journal of Environmental Research and Public Health. 2021;18(4):1416. doi:10.3390/ijerph18041416.
- Steininger MO, Nitschke JP, White MP, Lamm C. Nature exposure reduces self-reported pain: a systematic review and meta-analysis.Nature Mental Health. 2026;4:165-180. doi:10.1038/s44220-025-00569-2.
- World Health Organization. Physical activity recommendations for adults
- Physiological attunement and flourishing: understanding the influence of relationships on health (2025).
- The Heart's Electromagnetic Field in Emotions, Empathy and Human Connection (2026), published in Sensors.
