By conditioning your lungs and creating pulmonary resistance, your diaphragm is strengthened, thereby making your lungs work harder. When lungs work harder, the surface area and elasticity in the alveoli is increased, thus increasing your stamina and ability to go harder at your sport -- or simply have increased energy for daily living.
Provided they stay properly balanced amongst themselves, the stronger breathing muscles are, the less oxygen they require so they will borrow less from other muscles in the body. Our very special breathing resistance/training device was invented by a wind instrument player to strengthen the primary breathing muscle which needs exercise just like any other muscle. Expect great increase in constitutional/gut/core strength as well.
Importance of the Thoracic Diaphragm
This oft forgotten muscle is one of the most important muscles in terms of athletic performance and all around life and living. Extending across the bottom of your rib cage, this muscle separates your heart and lungs from your abdomen. It is fully responsible for controlling breathing in newborns, in part because it is the most efficient muscle in the body for breathing. Top class athletes understand this fact and try to strengthen their thoracic diaphragm in order to more fully control their breathing. But at what cost? Enter exercise induced breathing problems.
The reason it is necessary to strengthen this muscle is because it is a muscle that can easily weaken, allowing secondary muscles to overtake or distort its primary duty. Most adults do not use their thoracic diaphragm to its full potential due to weakening of the muscle that arises from sedentary lifestyles and poor posture. Instead they primarily rely on secondary muscles to control breathing, which in turn causes inefficient oxygenation/CO2 balance.
For all humans including any type of athlete, especially runners or trail walkers, inefficient oxygenation of the blood from a weak thoracic diaphragm makes fatigue hit faster and harder. Additionally, the thoracic diaphragm assists with balance and stability, nearly equally critical. In short, this muscle has so much impact on human functionality that there is almost no muscle or system that is more critical to strengthen and balance.
To properly develop breathing we must enhance BOTH strength/conditioning AND VOLUME/EXCURSION or easier deepest breathing.
ALL breathing resistance trainers such as spirometers, altitude trainers etc, via the resistance, create/add tension in the thoracic cage.
Though these trainers may help conditioning-strengthening, this will often restrict breathing VOLUME and ease of deepest breathing. To achieve OPTIMAL BREATHING one must have BOTH Strength/Conditioning AND volume. The strapping techniques and other exercises in DVD2 help release the tension and restore the increased volume, balance and ease of deepest breathing.
But you may already have a DS and Kit so we assume that having read this that you want extras for friends, clients, patients or family members.
The diaphragm differs
from other skeletal muscles because it is the only skeletal muscle on which life depends. This muscle is able to sustain low, almost boring levels of contractile effort for a lifetime! During increasing levels of effort, as in physical activities where gasping, breath heaving, forcing the in or out breath and or tensions caused by physical exertion or trauma (including some thoracic surgeries), are involved, its endurance-time and volume related size may be drastically reduced. The Framingham study proved that volume and flow rate are really the primary keys to halting breathing deterioration or a major marker for anticipating life span. These factors often require very exacting training to develop or redevelop proper breathing.
Accessory Breathing Muscles
When one is strenuously working or exercising we often find that the accessory muscles of the shoulders, neck and even jaw are improperly engaged. When taking a deep breath look in the mirror and see if your shoulders raise, neck muscles bulge, collar bone raises or jaw or other facial muscles tighten. These are signs of over active accessory breathing muscles. They cause tension where tension should not be...with every deep breath. They can occur subtly and without our awareness. A great deal of this awareness and development can be reached in a our self help programs. The next level would be our world class biofeedback instrument
which takes the awareness/development/educational process to the most subtle levels imaginable. This instrument requires extensive training of an accountable health practitioner who knows it well. I personally own and use one. BUT I council to begin with the our Self help approach as this can reduce or eliminate any need for other forms of breathing development.
So, in other words, when one is a shallow unbalanced breather or when one has a respiratory disease, attempts at inhale and exhale resistance breathers can cause these muscles to overdevelop, giving one an excessive usage and they become over tight and or connected to the primary breathing muscles, tendons and nerves: They get in the way of breathing , freedom, depth and ease. Breath is life; breathing and life become harder.
Slow and fast twitch fibers
of the diaphragm which are similar in structure and function to other skeletal or limb muscles and respond to the same conditioning stimuli as skeletal muscles, and they also tighten up/hyper-constrict. Slow twitch fibers affect muscle endurance provided enough oxygen is delivered to them; fast twitch fibers, which affect muscle strength develop peak tension quickly and fatigue easily. That is one reason why slower breathing often works better and longer then faster breathing. Both types of muscles respond to endurance conditioning but care must be given to "massage" the muscles to allow for release of activity induced tensions.
Think of your breathing as a part of your antenna system you call your body. As the breathing ease and effortless depth increases it becomes more capable of connecting with subtle body sensations, feelings and emotions; enhanced relaxed and refined feedback just naturally appear over time. You "be" your breathing instead of "do" your breathing.
Breathing Resistance Devices
Respiratory muscles fatigue during many activities. This leads to a decrease in performance. Studies by Prof. U. Boutellier, sports physiologist at the Federal Institute of Technology (ETHZ) and the University of Zurich, prove this in a most impressive manner.
In the past, it was assumed that physical endurance and exceptional performance were primarily limited by the heart and the cardiovascular system; in part also by the muscular system. This is why it was believed that the respiratory system did not impair the functional capacity since it was assumed that it had sufficient reserves.
The targeted endurance training of the respiratory muscles, however, does substantially increase physical endurance, resulting in a relevant increase of functional capacity. This is true both for top athletes as well as popular sports.
Our Breathing Tests statistics show us that most people breathe shallowly and over-breathe to compensate for that but the issue is situational so you may breathe great while relaxed but poorly when you engage any of life's activities, depending. Most breathing resistance devices in the marketplace can do some good because they make you breathe more but the "more" is often unbalanced and leads to tensions and improper development of accessory breathing muscles; allow/cause excessive inhale or exhale force that invites breathing restrictions as well as possible exacerbate hyperventilation or other health issues. You may or may not get better conditioning but at the expense of volume, ease and relaxation potential.
Our Optimal Diaphragm Strengthener breathing resistance trainer model was invented by a wind instrument player and so it is more gentle and self limiting than the others so that overtraining is greatly reduced. It reduces oxygen consumption by the breathing muscles. The oxygen supply is now available to the peripheral muscles. Legs and arms will fatigue less (think lactic acid buildup) under stress and will produce less acid/alkaline issues at the same level of activity. Other benefits are to increase air volume in and out of the lungs, increase O2 intake with increased air distribution to the whole lung, as well as deep expiration with avoiding air entrapment to enhance getting rid of excess CO2 as well as what I term "debris" in the lungs. The more shallowly we breathe, the more debris builds up like a dirty kitchen sponge that needs to be repeatedly squeezed and released in a pool or stream of fresh water.
To reiterate, we use ours in conjunction with the DVD2 mastery process because the techniques in the video2 offset the tensions caused by the DS. Kind of like getting a massage after a workout, the mastery process releases tensions that the DS caused during the "workout". The mastery process can achieve great results by itself without help of the DS but to avoid using it is to miss HUGE breathing development potential. The DS or ANY resistance trainer must have the Optimal Breathing Self Mastery techniques and exercises to release and balance out the results of the forced in/out breathing resistance training and including spirometry.
I have not published a picture of the device because we are working on a patent improvement so I rely on your trusting me in this regard knowing you also have a money back guarantee.
Who can benefit?
Anyone who recognizes the replenishing, restorative value that comes with properly balanced deep breathing, improved inhalation and exhalation, more energy, better sleep and much more.
A customer compares another breathing resistance trainer
For those with severe lung challenges
The techniques, tools and exercises help expand the rib cage and to rebalance the upper and lower sympathetic parasympathetic hemispheres of the breathing mechanics. The DS works to properly fill the space that the mastery process creates as well as properly work the diaphragm. That is why we require that people combine our Optimal Diaphragm Strengthener together with the 176 Fundamentals of Breathing Development Program unless you already have the Mastery Kit DVDs 1 and 2 and wish extra DSs.
Satisfaction guaranteed. No risk guarantee. If not satisfied return within 30 days for a full refund less S & H.
New York - People with heart failure and who have difficulty breathing may benefit by training the muscles involved in breathing, according to Brazilian researchers.
The Threshold Inspiratory Muscle Trainer applies a load when you breathe in, so training the muscles to become stronger.
Jorge Ribeiro and his medical colleagues randomly assigned 32 patients to either a 12-week home-based program using the device with an inspiratory load maintained at 30% of maximal inspiratory pressure, or to a placebo program in which the participants had no inspiratory load.
Muscle training resulted in a 115 percent improvement in maximal inspiratory pressure, and a 17 percent increase in peak oxygen uptake.
Also, in a test measuring how far the subjects were able to walk in six minutes, the distance increased from an average of 449 metres to 550m.
They also experienced improvement in quality of life scores.
Although the training was not continued beyond 12 weeks, part of the effect on maximal inspiratory pressure and on quality of life was still maintained after a year.
"Together with the observations from other small trials," Ribeiro said, "inspiratory muscle training is a safe intervention for the management of patients with chronic heart failure, particularly those with weakness in inspiratory muscles."
The research team says it might be worth screening heart failure patients for weaknesses in their breathing muscles. - Reuters
The DS is similar to The Threshold Inspiratory Muscle Trainer and we believe superior due to more sensitivity in the minimum and maximum force of inhale and exhale it allows.
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