Asthma is conventionally understood as a pulmonary condition — inflammation of the airways, bronchoconstriction, reduced oxygen delivery to the lungs. But in Lowen's framework, asthma in the emotionally defended person is the somatic expression of something being held back. The person cannot breathe fully because something in the psyche is preventing full respiration.
The asthmatic person often reports: difficulty with deep breathing, a sensation of constriction in the chest, the need to consciously remember to breathe or to work hard to get a full breath. The airways close not because of infection or inflammation alone, but because the nervous system has learned to restrict the breath.
Lowen observed that many cardiac patients with histories of suppressed emotion also had asthma or asthma-like symptoms in their clinical presentations. The same pelvic armoring, chest tension, and chronic sympathetic activation that creates heart vulnerability also creates respiratory vulnerability. The chest is defended — it cannot open fully into the breath.
In the defended person, full breathing is avoided because full breathing would require full emotional expression. Deep breathing activates the parasympathetic system and would allow suppressed feelings to emerge. The cry that is being held back, the anger that is not permitted, the despair that must be managed — these are all held back through breath restriction.
The person learns, often in childhood, that taking a full breath means being vulnerable. When the child experienced loss or was told to "stop crying" or learned that emotional expression was dangerous, the child's breath became shallow. The chest tightened. The diaphragm stopped moving fully. This was protective — it prevented the full expression of the suppressed emotion.
In adulthood, the person continues to restrict breathing automatically, even when the original danger is long past. The defense becomes invisible. The person has asthma; the person is "weak-chested"; the person has always had trouble with exercise or breathing fully. The person does not recognize that the difficulty is the nervous system's ongoing instruction: do not breathe fully, because full breathing would mean full feeling.
The restricted breathing creates a specific physiological consequence for the heart. The heart depends on the respiratory pump — the movement of the diaphragm during breathing — to assist in venous return. When breathing is shallow and restricted, the diaphragm does not move through its full range. The respiratory pump does not function fully. The heart must work harder to move blood.
Additionally, the chronic hyperventilation that often accompanies asthma (the person trying to get enough oxygen through restricted airways) creates a specific neurochemical state: elevated CO₂ sensitivity, increased anxiety sensitivity, a nervous system in perpetual alarm. The shallow breathing that is meant to prevent feeling actually creates a nervous system that is more easily triggered into panic.
For the cardiac patient, asthma is not separate from heart disease. It is part of the same defensive organization. The chest that cannot open to breathe fully is the chest that cannot open to love. The breath that is held back is held back by the same muscles that are armoring the heart.
Pulmonology recognizes that asthma has both physiological (inflammatory, structural, allergic) and psychological components. In some patients, psychological stress clearly triggers bronchospasm; in others, no clear physiological etiology is found despite clear symptoms. These cases are often classified as "psychogenic asthma" and treated with reassurance or psychiatric medication.
Psychology understands that psychogenic symptoms are not imaginary or less "real" than organic symptoms. They are the body's translation of psychological prohibition into somatic restriction. The airways do not need inflammation to constrict; the nervous system can directly signal the smooth muscle of the bronchi to close. This is not malingering or hysteria; this is the body enforcing the mind's prohibition against full breathing and full feeling.
The handshake reveals why standard asthma treatments often fail or only partially work. Anti-inflammatory medications address the inflammatory component but do not address the nervous system's instruction to keep the airways restricted. Bronchodilators open the airways chemically but do not change the nervous system's drive to close them. The patient may use the medication but still experience constriction, or may become dependent on rescue medications because the underlying nervous system pattern is never addressed.
What the handshake also reveals is that healing psychogenic asthma requires addressing the defended emotion directly. Breathing exercises that teach deep diaphragmatic breathing can help, but they work only if the person is also processing the emotions that the restricted breathing is holding back. Bioenergetic work that combines breathing practice with deliberate emotional activation (crying, sounding, moving) teaches the nervous system that full breathing is safe and that the emotions previously held back do not cause catastrophe.
Respiratory physiology recognizes that healthy breathing involves full diaphragmatic excursion — the diaphragm moving down during inhalation to expand the lungs, moving up during exhalation to compress them. This movement is not only about gas exchange; it is also a mechanical pump that assists venous return to the heart. The respiratory pump is a cardiovascular mechanism as much as a respiratory one.
Somatic medicine adds the observation that chronic pelvic and chest armoring restricts diaphragmatic movement. The person with deep character armor cannot breathe diaphragmatically because the armor prevents the necessary movement. The person becomes a chest-breather or neck-breather, using accessory muscles in the neck and upper chest rather than the diaphragm. This is much less efficient and creates chronic tension in the neck and shoulders.
For the cardiac patient, the loss of respiratory pump function is significant. The heart must compensate for the reduced venous return that should be assisted by the respiratory pump. Additionally, the chest-breathing pattern (rapid, shallow, using accessory muscles) activates the sympathetic nervous system chronically. The person's baseline heart rate is elevated, blood pressure is elevated, and the heart is working harder at rest than it would if the respiratory pump were functioning normally.
The handshake reveals that treating asthma in a cardiac patient requires restoring diaphragmatic breathing, which requires releasing the chest armor. Breathing exercises alone may help, but the deepest work requires addressing the armoring that prevents full diaphragmatic movement in the first place.
Psychology understands that asthma onset or worsening often follows loss or emotional stress. Children develop asthma after parental divorce or death. Adults develop asthma after romantic loss or traumatic events. The timing suggests a connection between emotional loss and respiratory constriction.
Developmental trauma theory recognizes that early loss teaches the nervous system that the world is not safe and that vulnerability is dangerous. The child who experienced early death of a parent or sibling learns unconsciously that presence is not guaranteed and that loving someone means they will be taken away. The child's breath becomes restricted — a physical expression of "I cannot fully feel this loss if I do not fully breathe."
The handshake reveals that asthma in the context of early loss is often the nervous system's attempt to prevent the full grief that would emerge with full breathing. The person's body is protecting them from feelings that feel overwhelming. Treatment that attempts to improve breathing mechanics without addressing the underlying loss and grief often fails. The person needs both: the capacity to breathe deeply again, and the capacity to feel and grieve the early loss that created the need to restrict the breath in the first place.
Lowen's framework of asthma as the body's enforced restriction of feeling through breath control converges with contemporary psychosomatic medicine's understanding that psychological stress impacts respiratory function and that psychological factors are significant in asthma onset and exacerbation. Both frameworks recognize that treating asthma requires attending to the whole person, not just the lungs.
Where Lowen diverges from contemporary pulmonology and even psychosomatic medicine is in his insistence that the mechanism is not stress but defended emotion — that the person's nervous system has learned to use breath restriction as a defense against feeling. Modern medicine often frames asthma as stress-triggered or psychosomatically influenced, implying that reducing stress will improve symptoms. Lowen's observation is that reducing stress will not change much if the person is still defending against their emotions. The nervous system will find another way to create the restriction.
Contemporary integrative approaches to asthma increasingly validate Lowen's framework. Treatment protocols that combine medication with body-based breathing practices (pranayama, Wim Hof breathing) and emotional processing work (trauma therapy, grief work) produce better outcomes than medication alone. The mechanism Lowen identified — that full breath requires permission for full feeling — is increasingly recognized as central to asthma healing.
Your asthma is not a weakness in your lungs. Your lungs are trying to do what your psyche has forbidden: to breathe fully, to take in life completely, to express what you are holding back. Your body is loyal to the defensive instruction you learned in childhood. Your breath is restricted because full breathing would require feeling what you have been holding back for years.
If you could breathe fully without panic or constriction, what would emerge? What emotion have you been holding back by holding back your breath?
When did your asthma begin, or worsen? What was happening in your emotional life at that moment?
Can you breathe fully without a sense of panic or the need to control the breath? What prevents completely surrendering into the breath?
If your lungs could open fully and your diaphragm could move freely, what feeling would be able to move through your body?