The human organism requires two things in order to survive, fuel (in the form of food and water) and oxygen. Without food we might live for a few weeks, without water a few days, but without oxygen we will expire in a matter of minutes. Our ability to breathe freely dictates how efficiently we can take in oxygen and also expel carbon dioxide. So the purpose of breathing is two fold, to get oxygen into the body and also to get gaseous waste, in the form of carbon dioxide, out of the body. Anything that reduces the efficiency of this process will lead us to experience a certain amount of stress. The degree to which breathing is compromised is directly proportional to the level of stress experienced. If breathing is compromised just a little, we may not really notice it all that much, but it is certain to affect our performance and well being. Obviously, if breathing is compromised a lot we will certainly notice it.
Deep breathing has long been utilised as a means of alleviating stress and calming the mind and body. But what if you cannot breathe deeply? What if there was so much tension in your body that you could not fill your lungs to their full capacity nor empty them fully?
If you observe the breathing of an infant you will notice something. It is accompanied by very little effort and/or movement. Only the gentle rise and fall of the belly. Breathing in this way, the way we are designed to breathe, is effortless, requiring the work of few muscles but the relaxation of many muscles. The main muscle of inhalation is the diaphragm. In its relaxed state, it has a dome or umbrella shape. When it contracts, the dome flattens out downwards, this flattening out makes the thoracic cavity larger, creating a vacuum that sucks air in, expanding the lungs. The flattening diaphragm also gently pushes the stomach and intestines downwards to make room for this expansion of the lungs. When the the diaphragm relaxes back into its dome shape, it decreases the space in the thoracic cavity pushing the air out of the lungs again. Simple, elegant, efficient.
This free expansion of the lungs is dependant on many muscles being able to lengthen and relax fully. The ribs that form a cage around our lungs are all attached to each other by muscles called intercostals. When these intercostals are able to to relax and lengthen the ribs are free to spread apart like fingers accommodating the expanding lungs within.
The rectus abdominus, your ‘six pack’ muscle, connects the sternum to the pubic bone. When this muscle can relax and lengthen, the stomach and intestines can be gently pushed downwards and outwards by the action of the diaphragm to accommodate the expanding lungs.
The internal and external obliques which wrap around the space between ribs and pelvis also must relax and lengthen to facilitate the internal organs moving downward and the ribs expanding with each inhalation.
1. Rectus Abdominus (addominals), 2. Intercostals, 3. External Obliques,
4. Internal Obliques, 5. Pec Minor, 6. Pec Major
By learning how to release and relax these muscles we can breathe easier, inhaling more air with less effort. This is a very important skill to possess as our breathing has such a profound effect on how we feel. When our breathing is weak and shallow, we feel anxious, fearful and fatigued. When our breathing is deep and free we feel relaxed, calm and content.
Releasing the muscles of Red Light Reflex greatly improves breathing as it involves most of the muscles mentioned above. Somatic movements such as The Flower address these muscles. There are many other Somatic movements that allow us to gain greater freedom and control of the muscles that can restrict our breathing. By spending some time releasing and lengthening these muscles our breathing will be deeper and freer and require less effort.
So how does your breathing feel? Can you breathe deeply and freely into your belly? Or do you breathe into your chest? Do you think you would benefit from being able to breathe deeper with less effort?
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