The Optimal Breathing Window™.  (OBW) 

How to measure when deeper breathing is too deep/stressful.

Included in the Optimal Breathing Mastery Kit.

Click below for Video. Most watch it two or three times to properly understand it. Can you explain it to another person?

SHALLOW or EFFORTED BREATHING LEADS TO SHORTNESS OF BREATH 
OR DISTORTED BREATHING AND WORSENS ALL MALADIES.
Example of a woman (red coat) who is stressing her voice, extending her sentences too 
long and gasping an inhale to speak her next sentence.

Improving the OB WINDOW, breathing volume, ease and strength
Traditional Lung Volume Measurements with OBWINDOW insights.

* Tidal Volume (TV). Quiet (at rest) breathing. OBW3 usually to OBW4 or 5. Improve Tidal volume

* Functional Residual/Reserve  capacity (FRC). OBW3 This measures the amount of air in your lungs at the end of a normal exhaled breath.  Improve functional residual /reserve capacity  Usually should be reduced.

* Total lung capacity (TLC). The amount of air in your lungs after you inhale as deeply as possible. OBW10. But TLC has negative implications when done too often which actually may reduce TLC and increase FRC.   Improve total lung capacity

* Inspiratory reserve volume. (IRV) The difference between (TV) and (TLC). It varies depending on if you begin at OBW3 or higher. Improve inspiratory reserve volume

* Forced vital capacity (FVC). OBW10-0 This measures the amount of air you can exhale with force after you inhale as deeply as possible.  Improve forced vital capacity

* Forced expiratory volume (FEV1). OBW10-0  This measures the amount of air you can exhale with force in one breath. The amount of air you exhale may be measured at 1 second (FEV1), 2 seconds (FEV2), or 3 seconds (FEV3). FEV1 divided by FVC can also be determined. Improve forced expiratory volume

* Unforced Inspiratory Volume™. or UIV  My creation  Missing in traditional breathing teachings.  OBW8 Improve

*Forced expiratory flow 25% to 75%. This measures the air flow halfway through an exhale (FVC)  Improve forced expiratory flow

* Peak expiratory flow (PEF). This measures how quickly you can exhale. It is usually measured at the same time as your forced vital capacity (FVC).  Improve peak expiratory flow

* Maximum voluntary ventilation (MVV). OBW0-10  This measures the greatest amount of air you can breathe in and out during one minute.  Improve maximum voluntary ventilation

* Slow vital capacity (SVC). This measures the amount of air you can slowly exhale after you inhale as deeply as possible. Improve slow vital capacity

* Expiratory Reserve Volume (ERV) = OBW3-0 The difference between the amount of air in your lungs after a normal exhale (FRC) and the amount after you exhale with force OBWzero  (RV). Improve expiratory reserve volume

* Reserve Volume (RV) The amount of air left in your lungs needed after maximal ERV to avoid their collapse.  Below OBWZero  Improve reserve volume
  
Improving the OB WINDOW AND breathing volume, ease and strength