Archive for August, 2011

Black Mold Symptoms – This short article Could Possibly Save your valuable Life

Friday, August 19th, 2011

Before you understand black mold symptoms, it only makes sense that you simply understand what it’s. Black mold is much more commonly called mildew or toxic mold, and it is one type of fungi that evolve and grow on any exterior area if the the weather is right. Because the mold starts to grow and becomes visible, it appears just like a powdery substance. Almost any damp area with a little light is a prime area for mold to incubate.

If you have a surface that’s moist do to a water leak or humidity, take that like a sign of a possible growth area and immediately take preventive measures. There are times when mold will grow in areas that can’t be visually detected. You can still identify these dangers by the smell. Mold may have a musty smell into it that will assist like a danger signal for you. Locate the area where the smell is originating from and look for signs of mold/mildew. Should you or anyone located in the domicile includes a sudden change for example allergic or respiratory reaction much more a particular part of the domicile this could be a sign.

Once mold has begun to create, it needs some kind of nutrition to continue to grow. The mold will feed in the surface it’s attached to. If the mold is left unchecked and continues to grow, it’ll form Volatile Organic Compounds (VOCs). This chemical compound is extremely bad for a persons central nervous system, in addition to their respiratory system.

If an individual is subject to VOC for a long period, she or he will begin to get extremely ill and will die otherwise treated. Below I have listed some common black mold symptoms:

Infertility
A loss of concentration
Headaches
Uncontrollable coughing
Sudden breakout on skin for example rashes as well as hives
A constant feeling of nausea
Loss of memory
Dizziness
Asthma
Irregularity inside your blood pressure
Frequent urinary track infections
Respiration difficulties
Eye irritation and or red eyes
Lethargy
Damaged breathing
Pain to organs especially the liver
Irritation in mucous membranes

The best way for dealing with these symptoms is to take preventive actions to manage the mold initially. Keep the degree of moisture at bay; this will significantly help at keeping molding under control. If you were to test the relative humidity, or the RH this could let you know when or if you want to dehumidify your domicile.

Anxiety and Fear – Three Ways to deal with Fear and Anxiety Attacks

Friday, August 19th, 2011

If you’ve ever experienced anxiety or fear (and extremely, who hasn’t sooner or later?), you already know it can be extremely unpleasant. For the way lucky you are, you might just feel several butterflies inside your stomach. However, you might get the full force of chest constriction, wheezing breath, and feeling like you are going to throw up.

Usually we know what is causing us to be feel ‘fear-full’-maybe you have a presentation to complete, or else you are likely to meet someone you admire. Sometimes fear and anxiety come on for no particular reason though. You get all the symptoms but have none of the reasons to account for what you are feeling.

Maybe you have gone through this, or have a friend that has? Odds are good you need to do.

Learning processes to handle fear and anxiety – before they strike – will help you get through any possible anxiety attacks (or mild butterflies) that might cross your path. I’ve described techniques below which i use myself whenever anxiety strikes (oh yes, I get the wheezing breath, an elephant is looking at my chest variety). They have proved useful repeatedly to get my body system to a pleasant relaxed state, I really hope they work just as well for you!

Technique #1: What shape is the body in?

When I ask what shape the body is within, I’m not talking about your exercise program or whether on your table properly (although both are vital that you keeping the body in good condition and relaxed).

The body shape I’m referring to may be the actual physical form your body has taken when the anxiety or fear hits.

Let’s do some exercise because pictures speak a thousand words. Imagine you’re walking with the park on the nice sunny day. You see a baseball game happening and stop to watch for some minutes. The batter hits a ball full of heaven – right towards you! You look up but the sun is within your vision and you can’t begin to see the ball. Where do you turn? You probably saw yourself cover your head with your arms to safeguard your face and face. What did the rest of your body do? Have you curl on the little to safeguard your vital organs?

When we are feeling threatened or have fear coursing through our body we instinctively protect our heart. This results in rounding your shoulders to shut your chest and surround your heart with other body parts. More often than not we now have no idea we are carrying this out; it’s instinctive.

Feelings of tension or fear may cause the same physical response. So, where do you turn?

The easiest technique I have found to counteract the instinctive closing of my chest and shoulder rounding from anxiety would be to lift my breastbone. Sounds a little funny, right? Whenever you raise your breastbone, however, you’re putting your body back into its natural alignment, with shoulders back and your spine in its natural curve.

To lift your breastbone lightly place your fingertips on it. Then lift it skywards. It’ll probably only move a few millimetres or perhaps a centimetre, but you’ll have the alternation in your body instantly.

This can be a great technique to do all the time to assist ensure you have good posture. A lot better than taping a yard stick to your needs back!

Technique #2: Where’s the strain?

Anxiety and fear will even lodge itself in muscles on your body. The primary culprits to watch out for are your lower ab muscles as well as your shoulders.

Lifting your breastbone is ideal for moving shoulders back to their normal position, however it won’t necessarily drop your shoulders if you’re rigidly holding them up. For me, this really is my number one sign that I am feeling anxious-my shoulders feel like they are up around my ears. Most of the time I am not even conscious of it, though.

To unwind shoulders first notice them. You’ll notice immediately if you’re holding them up at all. Then consciously relax them and let them drop. You may notice it suddenly gets simpler to breath when you do this.

The other common culprits for tense muscles are the lower abdominals and bum. Draw your focus on your stomach area, particularly your lower stomach; are you holding it in? Just like your shoulders, consciously release it. Now perform the same for the bum. Consciously relax parts of your muscles.

How do you feel?

Scan your body and find other areas you’re holding tension. Are your hands balled up? How about your toes? Your thighs? Anywhere you find tension, focus your attention about the area and consciously relax it.

Although it may not feel like it when you’re stressed, you are the master of your body. Willing your body to unwind is really a powerful technique that may quickly turn a bout of anxiety and fear on its head.

So, now you’ve lifted your breastbone, relaxed your muscles, let’s focus on breathing.

Technique #3: The breath knows and shows

Should you watched the first season from the television show Lost, you might remember the character Shannon. Within the first few episodes she has an asthma attack – but her inhaler was lost within the plane crash. The doctor Jack explains calmly to her that yes, she’s having an asthma attack, however, the worry of lacking her inhaler is making the attack worse. He asks her to focus on her inhaling order to help calm herself down and ease from the attack. If you’ve ever seen someone have an asthma attack, or had one yourself, you know how scary it can be to possess your windpipe near to a pinhole and fight for air through it.

Anxiety and stress might have exactly the same throat closing technique that asthma attacks have, without the aid of an inhaler to spread out your windpipe up again. Watching your breath is a great method to look at your internal emotional state. If you’re experiencing any fear that’s shortening your breath, ways to get normal again breathing are invaluable.

Both of these breathing techniques have been incredibly helpful in getting much needed oxygen through the pinhole of my anxious throat:

The first technique you can do anywhere, anytime, with no you will be the wiser. The strategy takes a few practice tries to get used to, and so i recommend trying it when you’re nice and relaxed. It is a great way to make use of time while waiting in the checkout line at the store!

First, stand (or sit) straight up. Lift your breastbone, drop shoulders, relax your stomach and bum muscles. Then slowly draw a breath in through your nose for a count of ten. Once you’ve drawn the breath in, slowly let it out through your nose, again counting to 10. Continue to inhale and out for a count of ten each way. Dealing with that count of ten could be a bit tricky in the beginning which is why using a few practice rounds while waiting in line or sitting at a red light might help.

The 2nd technique is a yoga breathing technique (it is rather simple as well as no one contortions, I promise!) It is called nadi shodhana, or ‘alternate nostril breathing’.

Sit with a straight back (on a chair, cross-legged on the floor, on the couch with your feet on the floor). With each breath you take, try to fill your lungs completely, starting at the bottom of the lungs as much as the top. Start by pressing your right thumb against the right nostril. Now have a long, deep breath, drawing the inhale through the left nostril gently. Then press your right ring finger against the left nostril and release the right thumb. Gently expel the breath with the right nostril. Then inhale gently through the right nostril. Again press the right thumb against the right nostril and release the right ring finger, opening the left nostril. Gently exhale with the left nostril. You’ve completed one round. Do at least ten rounds. Ten rounds will probably take you about 5 to 7 minutes to accomplish.

This exercise will help you stabilize your breathing which is very good for bringing your concentration to centre anytime. I’ve noticed that after i do that exercise every single day, I feel a lot more balanced and calm. When I stop doing alternate nostril breathing, then after a period I’ll get panic attacks again. That’s a great reason to fit in 5 minutes for it if I heard one!

So, whether it’s before a big meeting or for no reason at all, next time you are feeling any anxiety or fear within your body, start by lifting your breastbone, then relax the muscles in your body wherever they think tense, and finally do one or both of the breathing exercises. The beauty is that nobody has to know you are going through your relaxation routine! All they will see is your outward peaceful, calm demeanour.

Nose: The Starting Point Of Life-Sustaining Process

Friday, August 19th, 2011

THE NOSE

The nose is a crucial respiratory organ. The nose acts as the primary means of air passage for the body. The nose is another sense organ. Moreover, the nose is an important apparatus from the human voice box.

LOCATION From the NOSE

The nose is the uppermost part of a persons respiratory structure. The nose is actually a hollow structure. Nonetheless, the inside layout from the human nose is very complex.

FUNCTIONS From the NOSE

The hollow cavity of the nose acts being an air moistening and warming apparatus. At the openings from the nasal cavity are small stiff hairs. These hairs called vibrissae behave as sentinels. They filter out dust, minute insects and harmful micro-organisms including other foreign particles that flow in the air.

ANATOMY From the NOSE

Anatomically, the nose is broadly split into two portions, viz., bodily and mental. The purview from the external section is limited. It refers back to the located projection portion slightly below your eyes.

THE NASAL PASSAGE

The nose commences the process of flowing air from the surroundings. The environment will be transported our lungs. The air is brought within the body via the two nasal openings referred to as left and right nasal passages. A flat tissue layer lines up the nasal passages. This lining is made up of a large number of epithelial cells.

Cilia & Epithelial cells: These epithelial cells are rather closely packed. These cells extend as fingerlike objects called cilia. These microscopic cilia line up the side of the nasal passages. The inhaled airborne particles are trapped by the cilia – the coarse hairs located within the nostrils. These trapped particles are then captured through the mucous membrane that forms the liner from the nasal passages. The cilia keep on constantly waving. This results in a current of mucus. The current forces the particles downward. The particles then come downward via the pharynx and finally out with the nose.
One of the epithelial cells are the goblet cells.

Goblet cells & Capillaries: The goblet cells possess a specialized function. The goblet cells produce mucus. This mucus is sticky, thick and moist. The cilia and also the epithelial cells are coated by this mucus or fluid.
Near the nasal passages and merely under the mucous membrane lie the capillaries. The capillaries are minute blood vessels.

NASAL PASSAGE FUNCTIONS

The nasal passages have two important roles. These functions are carried out while the air is transported from the nasal passages towards the pharynx.

The filtration process: ages filter the environment. As a result it segregates and debars those particles which may cause ailments. If these potentially dangerous elements like viruses and bacteria make their ways in to the lungs, there may be infections of various types. The procedure also prevents dust particles and smog from clogging the tiniest bronchioles. These bronchioles have very narrow air passages that should be constantly clean and clear of dirt.

Preserving temperature & moisture: Second, the nasal passages keep the air warm besides maintaining the moistening effect. The warmth and moisture shields the respiratory system structures.

In the pharynx, the mucus is swallowed and passed to the stomach, in which the particles are destroyed by stomach acid. If more particles have been in the nasal passages compared to cilia can handle, the particles build up about the mucus and irritate the membrane beneath it. This irritation triggers a reflex that creates a sneeze to get rid of the polluted air.
The nasal passages also moisten and warm air to prevent it from damaging the fragile membranes from the lung. The mucous membranes from the nasal passages release water vapor, which moistens the environment because it passes over the membranes. As air moves within the extensive capillaries within the nasal passages, it’s warmed by the blood within the capillaries. When the nose is blocked or “stuffy” due to a cold or allergies, one is instructed to breath through the mouth. This can be potentially harmful to the respiratory system membranes, because the mouth doesn’t filter, warm, or moisten air.

NASAL FOSSAE

The internal part of a persons nose is divided into two cavities. These hollow portions are known as nasal fossae. The nasal fossae open with the nostrils and result in a vertical slit on either side of the upper pharynx. The finish portion is above the soft palate, and near the orifices from the Eustachian tubes. These Eustachian tube orifices result in the tympanic cavity of the ear.
The 2 nasal cavities are vertically separated with a septum or perhaps a separation structure. The septum cartilage combined with the perpendicular ethmoid plate and also the vomer constitutes the partition wall between your right and left nasal fossae. Each of the nasal fossae is again sub-divided into three passages. They’re called meatuses. The passages are delineated by turbinated or spongy bones. These boney borders begin with the outer walls of the meatuses. These bones use narrow orifices to link to the different sinuses.

Kinds of SINUSES

The sinuses are boney or tissue cavities in the skull. The sinuses connect the nostrils inside the skull. The various sinuses have been in the ethmoid, sphenoid, frontal, and superior maxillary bones. Inflammation of the sinus leads to the dysfunction called sinusitis.

NASAL FRAMEWORK

The nasal framework or even the skeleton of the nose is created of bones and cartilages. The bones constitute the top and sides from the nasal bridge. On sides from the bridge would be the cartilages. The first is the upper lateral cartilage. Another may be the lower lateral cartilage. 3 to 4 other smaller cartilaginous plates known as the sesamoid cartilages are attached to the low lateral cartilage.

DISEASES OF THE NOSE

NOSEBLEED: This common ailment is medically called epistaxis. Many factors can cause nosebleed. More often than not, nosebleeds take place because of minor irritation. Injury of the small septum veins (about the partition dividing the two nasal sides) may also lead to nosebleed. Rupture of those septum veins can happen spontaneously, or it may be caused by a cough or a sneeze. The sudden shock enhances the blood pressure level inside the nasal veins. This leads to the nosebleed.
Usually, nosebleeds stop in a short while. However, recurrent nosebleed might be signs of underlying serious diseases. Mention might be made from blood vessels diseases, certain cancers like leukemia, abnormally high blood pressure, infection, and nose tumors.
Treatment: The best way to stop persistent nosebleed is to apply pressure over the bleeding site. A chilly compress will also help. The moment an individual has nosebleed, he/she should immediately lift up his nose so the blood circulation direction is reversed. But if these remedies neglect to yield the desired results, seek immediate advice from a doctor. Recurrent or severe nosebleeds do need urgent medical assistance.

RHINITIS: This is an inflammatory disorder. Rhinitis affects the nasal mucous membrane known as the nasal catarrh. The most popular the signs of rhinitis are watery discharge from the nose. It is also combined with nasal congestion. There can be difficulty in breathing as well. Many rhinitis cases come from the common cold. Additional factors could be other diseases, certain medications, irritation from pollutants along with other elements, and nasal allergies.
Treatment: Generally, nasal decongestants shrink and dry up the swollen mucous membranes. Local utilization of nasal sprays and drops can also help. Breathing of menthol include a cup of lukewarm water also helps to relieve congestion. However, excessive use of any of these treatments can dry up the membranes. They can even damage the sensitive nasal membranes. Allergic rhinitis is given antihistamines.

HAY FEVER: AS hay fever happens in exactly the same season it’s recognized as a seasonal rhinitis. Hay fever is brought on by allergy to pollens. The hay fever symptoms are wheezing, nose and eye membrane inflammation, and acute sneezing seizures. Family sensitiveness to hay fever could be a reason for the hay fever symptoms in any individual. Research indicates that about 10 Americans are susceptible to hay fever symptoms.
Treatment: Physicians treat hay fever by determining the sensitizing agent(s). The patient’s skin is first scratched as well as other pollens applied. A wheal-and-flare reaction is made by the pollen that the patient is allergic. The hay fever syndrome is activated when the body releases histamine as a counter to the antigen-antibody reaction. This discharge of the histamine irritates the glands and also the arteries. Notably a number of the anti-histaminic agents can provide relief. A series of pollen extracts injections like a safety measure prior to the creation of the pollen producing season has delivered positive results. This is a long-term therapy.

COMMON COLD: This acute infectious disease is caused by a lot more than 100 various kinds of viruses. Common cold affects the mucous membrane of the upper respiratory tract. The the signs of common cold are coughing, a sore throat, nasal discharge and nasal congestion. Many of these bacteria-caused symptoms are the same allergic nasal conditions arising from asthma hay fever. Hence, it is not super easy to identify common cold.
Common cold could be accompanied by fever as well. It’s been seen that common cold weather subside inside a week’s time. However, complications may arise from severe common cold. This may lead to many diseases like middle-ear infections or sinus, pneumonia and bronchitis.
Different viruses have various strains and therefore degrees of virulence. Hence if a patient takes medication for the virus or perhaps a strain or perhaps a degree of attack, that medication might not be affective with respect to another virus. Exactly the same strain of the virus but with a different level of virulence can again strike. So it is not unusual to locate that despite one has taken a complete dose of the medication, that individual again gets down with another bout of common cold.

Earlier beliefs: In the olden times, the common belief was that contact with cold conditions caused common cold. These feelings was partly buttressed because during such a drab weather condition the folks accustomed to huddle together. The end result was that common cold conditions easily spread in one another. Another school of thought pinpointed chilling like a cause of common cold. It extended the infections that were consequent upon the chilling effect as the reason. However, studies have proved that the chilling result can be one of the causes, though not the primary cause.

Within the 1950s, antihistamine medications were prescribed as the treatment if the common cold was detected at the initial stages. Now the consensus among the physicians is that these drugs do not address the progression of the ailment or neutralize herpes producing the symptoms.
Nobel laureate and American chemist Linus Pauling created the proposition that Ascorbic acid doses in big amounts shorten the cold duration. He further stated the vitamin alleviates the symptoms. However, follow-up researches have proved that this contention is untrue.

3-dimensional picture of the common cold virus: Way back in 1985, American medical scientists were successful in offering a three-dimensional type of a typical cold producing virus. That scale was in the atomic scale. The atomic scale model within the three dimensional format of the virus causing common cold made a sensation. The scientists utilized the advanced techniques of X-ray crystallography.
The studies were concentrated on the viral coat. It specifically used the coat sites that was antibody binding. They showed a rather high degree of variability. This was particularly so with regards to the antigenic factor. Further researches about the findings demonstrated it’s impossible to formulate that a panacea for all the common cold.

Modern techniques to treat common cold: The modern-day techniques are concentrated on addressing or relieving the patients of the common cold symptoms. This process is given a backup by a medication proceed to prevention recurrence from the complications. To avoid complications the patients are advised bed rest. Even if the cold isn’t so severe, bed rest helps because the general constitution from the patient remains weak. Moreover, if the patient remains in bed, the chances are dim of the contagious disease attacking others. More often than not, as a preventive move, antibiotics are administered. But no direct connection has yet been found between the antibiotics and it is effects about the common cold causing virus.
Interestingly enough, common cold has been discovered to be the major reason for absenteeism in educational institutions and industries.

INFLUENZA: This is an infectious and a contagious ailment. It is commonly termed as flu and also grippe. Influenza is usually acute. Influenza especially attacks the trachea, an important part of the respiratory tract. A simple influenza bout is accompanied by several symptoms. They may be eye burning, sore throat, dry cough or even discharges from the nose or nasal obstruction. The symptoms disappear and the body temperature resumes the normal level in such simple influenza instances.

Breathing Tools To Help Control Asthma and Sleep Apnea Along with other Breathing Conditions

Friday, August 19th, 2011

The Russians do quite well in Olympic swimming, and when one notices, it is apparent that while some others are huffing and puffing through their mouths, many Russian athletes appear to practice exercises similar to Buteyko exercises before sports performances. Just like eating a bowl of spaghetti 15 minutes before an event could be detrimental, so is increasing the breathing. The Russian Natalia Molchanova has broken just about all types of freediving records, which is interesting to look at her breathing before a dive, as well as after a dive. Static Apnea training also includes minimizing breath.

To put it simply, Buteyko workouts are a set of tools, which allow asthmatics yet others who are vulnerable to hypocapnia (lack of co2 in the blood caused by hyperventilation) caused by overbreathing, revisit stasis without (or with fewer) drugs, under medical supervision. Buteyko breathing exercises recalibrate the baroreceptors and parasympathetic central nervous system, permitting a lower breathing rate, and more normalized CO2, carbonate and pH levels in the blood, allowing the tissues to utilize oxygen better. Remember doctors using paper bags to stabilize asthmatics? (Do not breathe right into a bag without medical supervision!)

Years back I took a confined space training class, and we took turns blowing into an O2 detector after holding our breaths. Most trainees yielded 16-18% O2. I blew a 14% since I held my breath much longer. Assuming that work had ~19% O2, this educated me in that normal breathing isn’t very efficient, and maybe needs to be inefficient to allow for sufficient tensile strength of lung and vascular tissue, and delicate balance of blood chemicals. It occurred to me that more amount of air passing through the lungs does not always mean more oxygen has been passed towards the bloodstream.

Two days after diving in the Gulf of mexico, I had been hiking within the snow up Cotopaxi at about 16,000′ (+4800m) above sea level. My extremely fit, but asthma-prone girlfriend began having difficulty breathing. I additionally became light headed, and began tinkering with my breath as I trekked in the volcano. Several such times I inhaled deeply and compressed my chest with my intercostal (rib) muscles for some time moment. This appeared to help increase my consciousness even after I released the breath, and that i realized that I had the ability to change my physiologic state quite simply. It became clear in my experience the way the mechanics of overbreathing/ heavy breathing and the partial pressure dynamics (elaborated by Buteyko doctors and scientists) might have much related to the asthmatic response.

Many doctors now agree that overconsumption of nutrients (overeating) doesn’t guarantee more nutrients to the tissues, but not many seem to consider respiration rate within the respiration equation, that overbreathing may play a key role in respiratory “disease.” In fact, some doctors no more check respiration rate during an exam. It is commonly known that increased obesity results in metabolism dysfunction, large meals cause blood sugar levels spikes and metabolism accelerators (dieting drugs and supplements) due not increase stasis in tissues, making loss of fat harder in the long run. Similarly, overbreathing causes a spiraling of processes which decrease alvioli efficiency, disrupting breathing rate “calibration” and oxygenation of other tissues, decreasing health insurance and oxygenation. Despite more oxygen entering the lungs, because of the low CO2 level, less oxygen actually causes it to be towards the cells that require it. This overbreathing could be triggered by stress, anxiety, nasal congestion, allergies along with other triggers and factors which cause individuals to breathe more frequently and deeply than themselves would certainly. One problem of low CO2 levels is a scientific hypothesis proposed by Artour Rakhimov, PhD, that chronic hyperventilation promotes disease and cancer. Previous research has suggested that chronic hyperventilation washes out CO2 from each cell from the human organism. Since CO2 is really a dilator of small blood vessels, low CO2 concentrations result in the constrictions of arterioles causing issues with blood and oxygen delivery.

Additionally, low CO2 values cause inability of red blood cells to efficiently release whatever little oxygen they bring (the suppressed Bohr effect). The final outcome is hypoxia within the tissues, such as the vital organs.

Some reason that “We are under constant stress because we do not breathe enough,” without really measuring the actual amount of gases inhaled. Typically respiratory rate and volume increase when stress increases. Even the Johnson & Johnson Company sponsored research by University of Miami School of Medicine (Director Tiffany Field, Ph.D.) implies that massage increased pulmonary function in asthma patients. Once I was at the doctor, along with a nurse assistant checked my pulse, bp and respiratory rate: the assistant reported that I had 18 breaths per minute, however I measured 6-7 breaths. I asked how she measured it, and she stated simply that “everyone has 18-20 breaths.” Such inaccuracy can lead to wrong conclusions by medical staff.

In 2005, the American Journal of Respiratory and Critical Care Medicine reported that “Hypocapnic although not Metabolic Alkalosis Impairs Alveolar Fluid Reabsorption.” This means that the low CO2 level causes blood pH to alter, and much more fluid build up in the lungs. Thus the greater a person breathes, the more CO2escapes, and much more fluid may build up within the lungs. Buteyko theory includes the facts of the body’s attempts to regulate carbonates and alkalinity.

Although Buteyko Therapy originated from the Ukraine 40 years ago, and it has gained medical acceptance in Russia, Australia, Asia and England, it remains a seldom used “alternative” treatment in the united states. My mentor, John Harris, brought the first Buteyko Therapy Practitioner to the USA in the 1980′s: Rosalba Courtney, ND, DO, DipAc, CA, an Australian osteopath, naturopath, California-certified acupuncturist, and chairperson of the Australasian Buteyko Association. The practice has been taught to many practitioners and countless patients who, under medical supervision, have overcome much or all their reliance on asthma medications. John has been said to breathe 3/min at rest, and 1/min during meditation.

Most meditation practices promote slowed breathing, and may accomplish these effects, when breathing is slowed more in ratio to the metabolic rate. Vocalizing the typical “oum” slowly while breathing through the nose only, will slow the breathing, and CO2 levels can stabilize toward an ordinary level. It is the respiratory rate and partial pressures that mainly control just how much O2 within the lungs will pass in to the blood. Proper singing and playing wind instruments might have similar effects, aided by the increased partial pressure within the lungs.

Most Pilates trainers, Yoga instructors as well as physicians speak of shallow and deep breathing, but frequently don’t specify breathing rate, or encourage increased rate. Some yoga classes seem like an aerospace wind tunnel. However experienced yogis are rarely seen panting, and even with Ujjayi Pranayama, they breathe s-l-o-w-l-y, which combined with the resistance of Ujjayi, causes partial pressure inside the lungs to absorb more of the oxygen while keeping enough carbon dioxide to maintain balance. Have you ever seen a Buddhist monk panting? Have you noticed that healthy older people do not breathe noticeably?

By slowing breathing to more make full use of O2 efficiency and not depleting CO2 levels necessary for proper muscle and lung physiology, Buteyko breathing is said to enhance performance. Traditional Pilates and certain specific yoga practices that encourage faster breathing rates thus may cause an opposite effect. After I began to master these techniques, my breathing slowed within my workouts, and my efficiency increased. I found that if my mouth would open during a run, the time had come to back away, slow the exhale, until my efficiency increased again. Once you open the mouth, the breathing efficiency falls the bathroom .. Now if a sprint is required, forget the rules, so when activity slows, then immediately slow the breath. Watch a video of Natalia Molchanova, world record freediver, and see how slowly she breathes after swimming under water for several minutes. I’ve also discovered that “catching” the breath only throws the total amount off.

Because this also affects blood pressure, a US Patent has been issued to be used to control hypertension. The American Lung Association has informed me that since most research has been in Russia and Australia, they are waiting for more USA trials on Buteyko before they comment or publicize it for asthma.

Eventually I was examining the lungs of the cadaver and noticed that significantly diseased lungs with a fraction of their original available surface area still kept the individual alive. Later on that day as I was swimming (controlled breathing exercise, right?) I attempted different breathing depths and rates, and thought of Buteyko’s theory, and that wide ranges of breathing patterns may have strong effects on what the lungs pass back and forth from the bloodstream, and resultant physiological responses. Apparently humans are overdesigned in many ways, thus improper function may occur for very long periods before symptoms become apparent, and lastly nudge a person to submit to crisis-control allopathy.

About ten months after NPR, and eight months after Oprah started a neti bowl craze, I realized that neti bowls were popular online, but in a drugstore I asked two pharmacists for “nasal irrigation for example neti bowl or neti pot” and they would never know what it really was. I was promptly shown the medications section, and then I found and showed the pharmacist a plastic irrigation bottle which the store carried.

Eventually I had been swimming within the ocean with a tight wetsuit for about 45 minutes, Then i swam towards the beach and all of a sudden, I realized that my breathing was still being rapid although my effort was decreasing as I rode some waves in. I began to overventilate, and experienced my first taste of pre-asthmatic behavior.

I was inside a yoga class, and the instructor was discussing Pranic Breathing. He said that he would demonstrate, but that it may cause him to start coughing. I wondered why anyone would practice a breathing type that would cause coughing?

In the 2007 IDEA Conference, I began a test for O2/ CO2 output, however the test was suspended since the machine kept turning off due to my breathing rate of 6-7 breaths per minute. The tester stated that I had to breathe at least 10 breaths each minute to maintain the machine on! I decided to abandon the exam.

Horrible Internet Lies About Best Sleeping Positions

Friday, August 19th, 2011

When we look for advice with regards to sleeping positions, many of us use online resources (articles and websites) to create our choices. Should you try a search using a popular search engine using keywords “ideal sleep postures” or “best sleeping positions” or “perfect postures for sleep”, you will find out that up to about 90% of sources suggest that sleeping on one’s back (or supine sleep) is the best sleeping position due to least stress for a spine. Many of these articles are compiled by doctors, chiropractors, and alignment specialists, who consider the human body like a mechanical device with bones, angels, curves, tension, pressure, etc. While having good intentions with regards to other people, this over-simplified and primitive knowledge of the human organism causes devastating effects on health of contemporary people.

Specialized medical research research has discovered that resting on one’s back may be the worst sleeping posture for:

- asthma;

- asthma and allergies in wheezing children;

- nocturnal asthma;

- lower back pain during pregnancy;

- bruxism and swallowing;

- bruxism, clenching episodes and gastroesophageal reflux;

- chronic respiratory insufficiency;

- cough (nocturnal) and coughing attacks;

- GERD (gastroesophageal reflux disease);

- health of geriatric inpatients;

- heart failure with central sleep apnea/Cheyne-Stokes (irregular) respiration;

- irregular or periodic breathing;

- health of women that are pregnant;

- sleep apnea;

- sleep paralysis and terrifying hallucinations;

- snoring, hypopneas and apneas;

- stroke with anti snoring;

- stroke in elderly patients;

- and pulmonary tuberculosis treated by thoracoplasty.

(For medical abstracts and references related to each one of these conditions, go here provided in the resource box at the end.) There are no studies that found benefits of sleeping on one’s back for any common health condition.

Can there be any common underlying mechanism since numerous studies revealed the same effect for completely different health problems? Authors of several research articles found the best reduction in oxygenation of the arterial blood for resting on one’s back in comparison with lateral sleep (left side or right side) and prone sleep (sleeping on the stomach, chest or belly) (Hjalmarsen & Hykkerud, 2008; Szollosi et al, 2006; Trakada et al, 2003; Fast & Hertz, 1992). It is well known that reduced cell oxygenation is paramount factor that results in advance of cancer, cardiovascular disease, asthma, and almost any chronic disease.

Furthermore, scientific research have clearly revealed highest mortality rates and most prominent acute symptoms during early morning hours (from about 4 to 7 am) for asthma, COPD, coronary spasms, sudden cardiac arrest and deaths, cerebral ischemia and stroke, diabetes, epilepsy seizures, inflammatory disorders, and morning sickness. Other studies dedicated to circadian variations in various physiological parameters in healthy people also discovered that these early morning hours are their worst times. For medical references and quotes associated with these effects, search the net for “Morning Heavy Breathing Effect” or follow the link in the resource box.

What is the physiological mechanism? If you observed breathing of individuals resting on their backs, you are able to notice that they breathe more (e.g., faster and deeper) in comparison with every other sleeping posture. For instance, snoring is a very common effect gift for many people only during supine sleep. Why? This is because our rib cage and belly are not restricted and can freely move in and out with no resistance. (When we sleep on sides or even the stomach, breathing movements are limited.) Hence, sleeping on one’s back reduces body oxygenation because of overbreathing or hyperventilation (or breathing a lot more than the tiny medical norm: 10-12 breaths per minute and only 4-6 l/min resting).

The precise reasons of lowered cell oxygenation for overbreathing are following:

1. With miniscule normal breathing (only 6 liters per minute), human arterial blood is all about 98% saturated with oxygen. Hence, overbreathing cannot increase oxygenation of the arterial blood.

2. Most hyperventilators are chest breathers. Chest breathing reduces oxygenation from the arterial blood due to insufficient ventilation of low parts of the lungs.

3. Overbreathing leads to CO2 losses (CO2 deficiency in body cells) and that immediately causes 2 effects: constriction of blood vessels (less blood and oxygen is sent to all vital organs of the human body) and suppressed Bohr effect (less oxygen is released in tissues by red blood cells since this oxygen release is controlled by co2). These two effects DIMINISH oxygen and blood supply to cells promoting cancer, heart disease, diabetes, asthma, and several other common problems.

Sleep isn’t a joke to consider care about bones only. It’s a deadly poison for the chronically sick and huge numbers of people die because of the results of sleep, including supine sleep, each year.