Sensation of Difficulty Breathing

Breathing is a complex process involving the lungs, diaphragm, rib cage, abdominal muscles, and nervous system. When any of these structures do not function efficiently, it can lead to a sensation of being unable to breathe deeply, shortness of breath, or difficulty fully expanding the lungs.

In many cases, medical tests do not show significant pulmonary alterations, yet the individual still perceives restricted breathing. In these instances, it is crucial to assess the function of the musculoskeletal structures involved in respiratory mechanics.

Breathing is Much More Than Just the Lungs

The diaphragm is the primary respiratory muscle. To function correctly, it must work in coordination with the ribs, thoracic spine, abdominal musculature, and pelvic floor.

Rigidity in the rib cage, mobility restrictions in the thoracic spine, abdominal tension, or certain postural alterations can hinder normal chest expansion and create a sensation of incomplete or labored breathing.

For this reason, we do not always treat solely the area where the patient feels discomfort. We analyze the entire respiratory chain to identify which structures may be limiting movement.

The Influence of the Abdomen and the Diaphragm

The diaphragm maintains a close relationship with various abdominal structures. Persistent tension in the abdominal region, certain digestive dysfunctions, or increased intra-abdominal pressure can alter its mobility and affect respiratory mechanics.

When the diaphragm loses mobility, other accessory muscles in the neck and shoulders often take on part of the breathing workload. This can lead to cervical strain, tension in the upper trapezius, a feeling of chest tightness, and even fatigue.

How Can Physiotherapy Help?

The goal of treatment is to improve the mobility of the structures involved in breathing and to promote a more efficient breathing pattern.

• Thoracic and Rib Manual Therapy:

We work on the mobility of the ribs, sternum, and thoracic spine to facilitate better expansion of the rib cage during breathing.

• Diaphragm Treatment:

Using specific techniques, we aim to improve diaphragmatic mobility and reduce restrictions that may limit its function.

• Abdominal and Fascial Approach:

Abdominal structures are an integral part of the respiratory system. Treating myofascial tension can help improve overall mobility and optimize respiratory mechanics.

• Cervical and Thoracic Treatment:

When breathing relies excessively on accessory muscles, strain is commonly found in the neck, shoulders, and upper back. Treating these areas can reduce accumulated tension and improve breathing comfort.

• Neuromodulation and Nervous System Regulation:

Breathing and the nervous system share a direct relationship. In some patients, prolonged periods of stress or hyperarousal can alter breathing patterns. Therefore, certain therapeutic strategies aim to promote better regulation of the autonomic nervous system.