Posts Tagged ‘asthma

16
Jun
10

The Carbon Dioxide Test

This is a test mostly used for asthma, although its significance in most areas of health cannot be overstated.  Perhaps you’ve heard of the importance of the breath, through yoga, pranayama or breathwork. There is a sound scientific reason for the importance of correct breathing, and it is directly related to carbon dioxide (CO2), NOT just oxygen. With normal breathing, the blood contains a maximum amount of oxygen and cannot absorb more. It is known that even breathing pure oxygen from a hospital mask will only increase haemoglobin levels by no more than 1.5%.

CO2 is commonly seen as a “waste” product because it is something we breathe out.

Nothing could be further from the truth.

Carbon dioxide is needed for all metabolic processes and many other body processes, including:
~ acid/alkali balance
~ cardiovascular function/heart
~ smooth muscle dilation
~ digestion
~ releasing and transporting oxygen (see picture)

The brain on the left hand side has normal oxygen levels. The brain on the right is dim from hyperventilation (over-breathing).

The brain on the left hand side in the picture is the brain with normal oxygen levels. The one on the right is dim from hyperventilation (over-breathing). Oxygen is not reaching all the tissues which is the opposite of what people logically expect to happen from over-breathing. Without sufficient CO2, oxygen cannot be released to the tissues.

The body has a CO2 setting and this will cause you to breathe more or less to maintain your carbon dioxide “setting”. These changes in breathing go mostly unnoticed by us all.

As an analogy, I’ll use a household thermostat. When you set the temperature on a thermostat, to maintain that set temperature it will self adjust – if it gets colder than the setting, it will switch on to heat up and off to decrease heat.

Carbon dioxide levels are set in the body like a thermostat. If your CO2 level goes higher than the “setting” you will increase your breathing slightly, without you consciously knowing you’re doing it. Chronic over-breathing will cause constant low levels of CO2 and your body will reset the status to that lower level. Even at the expense of your organs.

Why would it do that? Again we can use an analogy, this time of eating. If you constantly eat past the sensation of fullness, even by just a little, your body will eventually need more food to reach satiety. Some people are eating double the amount their body needs, otherwise they feel unsatisfied. This leads to inevitable weight gain.

To reset that level, you would need to eat a little less than a satisfying amount of food for quite a while and your body would reset again. Then you simply respect the sensation of fullness and you will maintain correct weight regardless of what you eat. (It’s the French secret to eating pastries, drinking wine and not gaining an ounce, btw)

That is what happens to CO2. We over-breathe for many reasons and they vary from person to person:

Many triggers, one cause

~ heat, including overdressing or too many blankets

~ allergens

~ humidity/hot showers

~ stress

~ exercise (with incorrect breathing)

~ mouth breathing (sleeping, blocked nose, panting)
~ chronic cough
~ pollution, perfumes, strong smells
~ coughing
~ eating, esp over eating

Low Co2 plays a part at the very least in asthma, angina, low oxygen availability, poor enzyme function, ulcers, acidity and alkalinity, infections, cellular disruption, diabetes and other hormone imbalances, migraine, and many other issues.

As low CO2 messes with the pH and the oxygenation of cells, it gives rise to the perfect conditions for pathogenic infection – pathogens usually prefer hypoxic environments (low oxygen).

Professor Buteyko of Russia studied thousands and thousands of people and discovered that the length of a person’s control pause (CP) was directly related to the percentage of carbon dioxide in their alveoli. The higher the percentage, the better the health.  If you have ever been with a person as they died, you will have noticed that they breathed quite hard or fast, eventually taking a big, last breath and died.

One of the oldest living Indian yogis breathed only once a minute.

correct breathing is a lost art in the western culture

The Test – For Adults


Note: this test is for adults. Young children find it difficult and the results are too variable.

Control Pause: be seated, good posture but relaxed. If you have been moving around a bit, relax for a minute or so. You will need to hold your breath and time the length of the hold so have a clock with a second hand or a timer. Before you do the breath hold, DO NOT take a deep breath first.

Breathe normally (whatever that is for you) and take a two second in-breath and exhale for two or so seconds, but leave a little air in your lungs. Look up, pinch your nose and time your CP. Start breathing again at the first sensation to inhale. Do not hold past this point or you will have to gasp or deep breathe. The goal is to resume breathing at the SAME RATE you were breathing before the CP. If your breathing has increased, you have held too long.

60 seconds – 6.5% CO2 – perfect health
50 seconds – 6.0 % CO2 - good health
40 seconds – 5.5% CO2 – probably symptom free
30 seconds – 5.0% CO2 – health may be struggling but is probably not noticed.
20 seconds – 4.5% CO2 – noticeable health problems
10 seconds – 4.0% CO2 – feeling lousy?
5 seconds – 3.5% CO2 – critically low CO2 levels; needs immediate attention
Death

The Test – For Children

Children find it hard to do a control pause, so they do what is called Steps.

+ try to make it fun, like a game but not hyped up; be sure they are relaxed.

+ Have her stand, ready to take some steps forward (be sure there is room enough to do this, outside might be best).

+ demonstrate how to take a small breath in and a small breath out.

+ have her hold her breath by getting her to pinch her nose, be sure her mouth is visible so you can monitor there is no mouth breathing.

+ have her walk as many steps as she can before taking a breath (through the nose). Encourage her to walk as many steps as possible without it becoming stressful.

+ don’t let her run, and each time you test, be sure the pace is similar.

+ Count aloud her steps.

+ when she starts breathing, calm her breathing immediately and help her relax (like “jelly on a plate”).

+ the first breath will usually be bigger than usual but suppress her following breaths.

Results

Results can vary for children even more than the control pause test for adults, which is inherently variable.  However, less than 20 steps is less than ideal.  The goal with treatment is to increase those steps.  Very healthy children with beautiful breathing can achieve 50 steps and some much more than that.  The steps test for children is really for a parent to guage if there is progress.  Although, relief of symptoms or cure of disease is the best guage.

This post is also on my health pages, here.

Disclaimer: This site is for information and interest purposes only. It is not intended to diagnose or treat any disease. Sagacious Mama and those affiliated do not accept any liability for the use and misuse of the information contained anywhere on this site, on any of its pages. Sagacious Mama can not be held accountable or responsible for any information on a site that is linked from this site and the opinions you find at external links are not necessarily those held by Sagacious Mama. Always check with your doctor before making any changes to diet, medication or lifestyle or anything else whatsoever. Lord knows you can’t be trusted to think for yourself.
16
Jun
10

Asthma and Low Carbon Dioxide

You may have been directed to this page for information regarding anxiety, cancer, allergies, diabetes and numerous other conditions.  Although this page focuses on asthma, the biology, philosophy and treatment remains the same for other conditions related to low carbon dioxide status.  This information is particularly pertinent for sleep apnea.


The Least You Should Know

No matter what medication you take or what you do, if you continue to over-breathe you will continue to suffer asthma.

That is the most important thing to know about asthma, and if you take nothing else away from this article, take that. If your CP is low – take The Carbon Dioxide Test – then your body is set to a low level of CO2 and any trigger for over breathing can result in symptoms or an attack. Building up your level of CO2 is the only lasting treatment due to the fact that it is low CO2 that is causing the asthma to begin with.

CO2 is necessary for the dilation of smooth muscle tissue and vessels. The lungs have such tissues. When the CO2 level drops, broncho-constriction results. This is also a protective mechanism. The body is trying to stop you from losing any more CO2, and you will find it is harder to breathe OUT than it is to breathe in.

Professor Buteyko from Russia found that asthmatics through history used to suffer less chronic illnesses and died at a later age. He surmised that it was due to the fact that a person with asthma had a built in mechanism to prevent loss of CO2. The rest of us don’t. We will lose CO2 until internal disease occurs. This century, steroidal inhalers became the miracle drug for asthmatics because they opened the airways. But this comes at a price – the protective mechanism is now interfered with and the loss of CO2 is monstrous. Asthmatics are now becoming diabetic or suffering other debilitating illnesses that they were previously protected from.Medication is important! If an attack is in full swing, you need to dilate the airways with whatever method you use usually such as herbs or medicated inhalers. What is counter-productive is to over-breathe once the bronchioles have been dilated artificially. If an asthmatic has severely low CO2 levels and does not reverse the process, it can become an emergency as the lungs can shut down regardless of medication given.  This is how stress can cause such emergencies as stress breathing is fast and deep.  After taking medication, be sure to relax, remove any stressors and decrease the breathing rate.

The only thing the body wants is CO2 during an attack.  Oxygen needs carbon dioxide to get into the cells.  The coughing and over breathing is the body clamouring for oxygen as the airways shut down from lack of CO2, which is the paradox.

Medication cannot give carbon dioxide to your body! It will open your airways but it is then up to you to retain your CO2.

This is new information to the United States, but Australians have been using it for quite a while (although it isn’t very mainstream yet). Therefore, doctors may not recognize this link and encourage big breathing, big blows into testing devices, and deep breaths of nebulisers. This is completely counterproductive and the only reason they get any success at all (but never cure) is due to medication providing a false dilation of the bronchioles. This is short acting and does nothing for the problem in general.

You cannot cure something if you do not know its cause.  Well, I suppose you could accidentally.

ATTACK

If you feel an attack coming on, decrease your breathing. This will feel like the complete opposite of what you want to do as you feel like you cannot get enough air. Decrease your breathing so you feel a slight hunger for air – smaller breaths or fewer breaths per minute. Don’t go so far as to make yourself gasp or need to take in deep breaths to regain equilibrium.

The thing to keep in mind is it was your over-breathing that caused the attack.

If you take medication, be sure to continue with the reduced breathing.

The aim for both adults and children is the same – to condition the body to accept a higher level of carbon dioxide.

The Treatment

NOTE – it is highly recommended you work with a Buteyko practitioner for these exercises and during the changes that occur. I give this information because practitioners are impossible to find in some areas, especially outside of Australia. It is also necessary to see your doctor about medication adjustments (do NOT stop or alter any medications on your own!).  Changes can be unexpected, and range from the physical, blood chemistry and amount of medication needed.

Where do you breathe? Your stomach should move OUT with the in breath and IN with the out breath. Your chest shouldn’t move much at all.

Feel the difference between a big breath and a deep breath. Many people say deep breathing is good for you and they are right if they mean “deep into the lungs” or low into the lungs, with sufficient pause (as taught in yoga). You can have a slow, small breath and it can still be “deep” – it is where the air goes that defines deep. Whereas a big breath is just a lot of air exchange.  We want to avoid big breaths.

Posture. Don’t underestimate your posture for breath control. Stand with your back to a wall – heels, upper buttocks and shoulder blades touching the wall. Pull your shoulders to the wall. Now relax shoulders down (but not forward). Feel a string pulling you up from the top of the head, like a puppet. Pull your navel toward your spine. Now relax into that position, it is the position of correct posture.  It can take a while for this to feel natural, and for you to naturally move in this posture.  It may even hurt in spots if you have had chronic bad posture.

Do not mouth breathe. This is singly the biggest reason for hyperventilation and the hardest habit to change. The nose was made for breathing as it warms and filters the air before it reaches the lungs. If you mouth breathe while sleeping, some people have changed the habit by taping the mouth with paper tape. Some do not recommend this for obvious reasons. Always fold a corner down for fast removal. Do not tape children or someone else while they sleep. For babies and young children, push their lips together if you see them mouth breathe and sleep them on their side, especially the left side. If your nose is blocked, use The Secret.

The Secret – Look up. Pinch your nose, hold your breath. Nod your head or move legs (moves muscles to produce CO2). At the first need to inhale (NOT longer) gently resume Reduced Breathing (small, shallow breaths that leave you with a feeling of slight air shortage). If this has not totally unblocked the nose, repeat until it does. If you have a cold, it may take a while to unblock. This works most effectively with a “dry” blockage but has been used successfully during colds, it just takes longer.  Cut an onion and let the vapours make your eyes and nose water, this will thin the mucous; or eat spicy food.

Suppress your coughs as much as possible.  Try coughing with your mouth shut if the coughs are those small irritating ones.  The need to cough should lessen as your CO2 rises, depending on your current level of CO2.

Sleep on your side, especially your left side.  Back sleeping, on a firm surface with just a tiny neck roll for a pillow is the best sleep posture.  However, until sleep breathing is corrected, this position can backfire as it is most prone to opening the mouth when there is low CO2 status.  The side position also helps reduce snoring, which is itself a symptom of low CO2, as is sleep apnea.

Avoid cigarette smoke, perfumes or highly polluted areas. If this is impossible, then note how you over-breathe during those exposures. This is because oxygen is competing with other air particles so to compensate, you breathe more in an attempt to get more oxygen. Unfortunately, you lose more CO2 with every out breath.

Treat your allergies if you have any.  Exposure to an allergen causes over-breathing. (allergies page is coming soon)

Exercise correctly. During exercise and physical labour only breathe through the nose. You may find you can’t exercise as long or as intensely as you used to once you start nose breathing during exercise. You will build back up again but this time with correct breathing. Exercise is the best way to build up CO2, making the whole process much faster to your goal – as long as you aren’t jeopardizing it by mouth breathing.

Rebalance after laughter. Big belly laughs have their own health benefits, but until you have a new CO2 setting, your body will need help readjusting to the loss of it. Correct using The Secret.

Use a neti pot daily.

Learn Pranayama breathing.  A simple version is to use ring finger and thumb of the right hand.  Block the right nostril with your thumb by putting it over the nostril, don’t push the side of the nose in.  Breathe in through the left nostril into your stomach slowly, hold the breath; block the left nostril with the ring finger, exhale through the right nostril, hold, inhale through the right nostril, hold; block the right nostril, exhale, hold, inhale, hold, repeat.  Don’t underestimate the power of this to transform your health and life.

Buy a Himalayan salt lamp.

The Breathing Exercises

See information about the Control Pause (CP) on The Carbon Dioxide Test page. You will be using that method. You will also be using Reduced Breathing (RB). RB is reducing the amount you breathe, either in depth or frequency or both. This creates a slight hunger for air (but not a starvation for air which will lead to gasping). It takes about half an hour. Do the exercise before eating where possible.

You will also take your pulse at the start and end of the exercise. When done correctly, your CP will go up and your pulse will go down. If the reverse happens, you are not doing it correctly.

1) Take your pulse and write it down.
2) CP
3) RB for 5 minutes
4) CP
5) RB 5 mins
6) CP
7) RB 5 mins
8 ) CP
9) RB 5 mins
10) CP
11) Check pulse and compare to #1.

Your CP length will indicate how often to do this exercise. If it is 30 seconds or above, you can afford to do this once or twice a day. You will find you are thinking about your breathing all the time. This is good. It will take a month or two before you naturally breathe correctly without thought. Regardless, it is always a good thing to stop taking for granted important things like breathing by bringing it into your life focus.

If your CP is 20 seconds or below, schedule four times a day for exercises and fit in a couple more when possible.

Treatment for children:

Use The Secret to unblock the nose.

On this page you can register and receive a free download of the treatment for children.  I have downloaded this before and I recommend it.  I am not affiliated with the website.
Children find it hard to do a control pause, so they do what is called Steps and mouse breathing.

+ try to make it fun, like a game but not hyped up; be sure they are relaxed.

+ Have her stand, ready to take some steps forward (be sure there is room enough to do this, outside might be best).

+ demonstrate how to take a small breath in and a small breath out.

+ have her hold her breath by getting her to pinch her nose, be sure her mouth is visible so you can monitor there is no mouth breathing.

+ have her walk as many steps as she can before taking a breath (through the nose). Encourage her to walk as many steps as possible without it becoming stressful.

+ don’t let her run, and each time you do the steps, be sure the pace is similar.

+ Count aloud her steps.

+ when she starts breathing, calm her breathing immediately and help her relax (like “jelly on a plate”).

+ the first breath will usually be bigger than usual but suppress her following breaths.

If Steps becomes boring you can switch occasionally to other games or exercises, concentrating on mouse breathing and breath holding during play. Muscle movement produces CO2; reduced breathing helps retain it. Explain to children the importance of nasal breathing and remind them if you see them mouth breathe.

Mouse Breathing (MB)– tell the child they are a little mouse and put their finger under their nose so they can feel the breath. The little mouse has to breathe so quietly that the hungry cat won’t hear them. Pretend to be an elephant – push out a big breath from your nose; show the difference between that and a mouse.

They will breathe faster while taking shallow mouse breaths but this is ok, you want to decrease the volume of air.

The exercise – it might take about 20 minutes:
CP – steps –  MB – steps – MB -  steps
CP – steps – MB – steps – MB – steps
mouse breathing – CP

Write the number of steps. It should take a couple of months of twice daily (before meals). The goal is 50 steps.  100 steps is considered a CP of 50.  Skip the CP if the child has trouble with it and switch to mouse breathing. Take a rest after the steps before the CP.

Babies

Viruses such as the common cold are the biggest triggers for babies and children to start wheezing.  One of the main reasons is because they start to mouth breathe due to a blocked nose.  If your baby or young child gets a cold, be watchful of their breathing, and help them clear their nose if they are having trouble breathing through it.  Preventing a baby from mouth breathing when they’re not sick is important, whether they have symptoms of asthma or not.  Mothers in other cultures will push a sleeping baby’s lips together if they are mouth breathing; I’m unsure if this is instinctual or learned but it is a very intelligent practise.

Older children can use a neti pot to clear the nasal passages and sinuses.  My daughter used one from the age of 5, and I suspect could have used one a little earlier than that.  If introduced gently and with experience, the first time can be a pleasant experience for them and they won’t object too much in the future.  Use a neti pot yourself several times first so you know how much salt to use, the right temperature, how to angle the pot and whatnot.

Babies cannot use a neti pot but they can have a few drops of saline (salt water) put into the nose.  This thins mucous and can help clear it; wait up to ten minutes for this to have an effect though.  It is frustrating when a baby has a blocked nose as they find it hard to sleep and are very irritated at having to mouth breathe.  We are born with a fierce protective mechanism built in to protect us from mouth breathing, but habit can change that mechanism fast.  I know babies who mouth breathed almost habitually by the age of 6 months.

Some advise using a nasal aspirator or bulb syringe for squelching out the mucous from a baby’s nose but I personally never found that useful although I have on occasion heard a good report.  It it a little too traumatic for the little benefit, also.

The best bet with babies is to help as much as possible with the acute stage of runny and blocked nose and then treat for low carbon dioxide when they can breathe through the nose again.  There isn’t much else you can do really, as you can’t explain to a baby why they must breathe nasally at all costs.

Watch their breathing during sleep, especially toward morning as this is when the mouth most often drops open.  If you notice them mouth breathing, gently use a finger to push their lips together; this should kick start nasal breathing again.  Risk waking them to do this, it is worth it.  NEVER TAPE THEIR MOUTH CLOSED.  Even if you think you’re the only parent on earth who would do it safely keep in mind every other parent that messed up also thought they were the only smart ones.  Just don’t do it.

You may notice a baby’s mouth is open but they are nose breathing and this is normal and the most common.  The tongue rests on the roof of the mouth, directing air flow through the nose, leaving the mouth completely out of the equation.

Sleep them on their left side.  During waking hours also watch their breathing strictly for a few days and then randomly after that.  Remember that the more they mouth breathe the more tight the nasal passage becomes which causes more mouth breathing. Give them as much exercise as they will do; if they are under six months, assist them to move their body while nose breathing – this will cause them to create more CO2 with the exercise and retain that CO2 with the nasal breathing.

If your toddler or baby is on medication for asthma, this is probably steroidal and opens their airways.  Remember from this page and the one on the Carbon Dioxide Test that the body is closing those airways to retain carbon dioxide and because CO2 is needed to relax smooth muscle.  Help the body do this, especially if taking steroidal medication.  It is more important than ever while on those medications to decrease the breathing in toddlers and avoid mouth breathing in babies.  Increase CO2 production with movement.  Keep stress levels low, keep a baby skin to skin or at the very least in physical contact with the mother or main carer.  To keep a baby skin to skin you can wear them in a sling under your clothing, this is how skin to skin contact is done in cold climates;  this has been shown to regulate the temperature of the baby and mother so is still applicable in hot climates.  You may find that wearing the baby in hot weather is uncomfortable if you are not skin to skin.  Keep them away from allergens, extreme temperatures, chemicals, smoke and pollutants which cause over-breathing.  Treat for yeast overgrowth and parasitic infection (link coming soon).  Talk, sing and sleep close to their face.  Only dress them in natural fibers and sleep them in natural fiber bedding (other fibers off-gas); throw out an old mattress or wrap the mattress.  If able, invest in an organic cotton or latex mattress.  Buy a himalayan salt lamp and use it wherever the baby/toddler is, especially for sleeping.

If you are concerned with the sound, frequency or any aspect of your child’s breathing, please see a health professional.

This post is also on my health pages, here.

Disclaimer: This site is for information and interest purposes only. It is not intended to diagnose or treat any disease. Sagacious Mama and those affiliated do not accept any liability for the use and misuse of the information contained anywhere on this site, on any of its pages. Sagacious Mama can not be held accountable or responsible for any information on a site that is linked from this site and the opinions you find at external links are not necessarily those held by Sagacious Mama. Always check with your doctor before making any changes to diet, medication or lifestyle or anything else whatsoever. Lord knows you can’t be trusted to think for yourself.



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