Archive for the ‘Breathing’ Category

Pushy Parents are told to Slow down and let children thrive

Wednesday, October 17th, 2012

Pushy Parents are told to Slow down and let children thrive

Eton Master warns pressure can be damaging

Greg Hurst Education Editor. The Times Saturday October 13th 2012

Pushy parents, “tiger” mothers, turbo charged fathers- prepare to meet your nemesis. Eton College is in the vanguard of a new movement seeking to tell teachers, teenagers and especially their parents to slow down, even to embrace a little idleness.

The message is aimed at families so preoccupied with theirs child’s development that they micromanage free time, ferrying them from super selective schools to tutors, music teachers and sports clubs. Yet the result, says Mike Grenier, a house master at Eton, may be to demotivate a child and even cause psychological damage. Such “hyper parenting is at its most extreme in London, where a rise in the birth-rate has heightened competition for places at private pre prep schools.

Mr Grenier say: “We know that for a lot of pre schools in some of the more affluent areas- Knightsbridge, Kensington, Battersea- the perception is that there are not enough places and that is it is only in a private school that you are going to get the quality starting from the age of 3 or 4 that will see you pass to the next stage through the private sector. So the reality is that there are children who are being given interview coaching at the age of 3 or 4”. He has heard worse from New York: children doing an hour or more music practice or tutoring before school, two or three hours of one to one tuition afterwards then a physically demanding activity such as swimming or ballet.

Ironically, Mr Grenier says, such parents may be holding their children back by not allowing them to take risks, make mistakes and learn from them. “Not only are they in danger of demotivating children because they feel they are a passive project being constructed rather against their will but it could lead people to feel very anxious when confronted by new difficulties.”

Moreover, he says, parents ought to be role models for their children, and living with pressure and anxiety is not a good example. Mr Grenier is an advocate of how slow education, a concept adapted from a culinary movement begun in Italy as an antidote to fast food.

With other teachers, in private and state schools, he is spearheading a campaign to infuse this approach into education, and will speak at the London Festival of Education next month. But isn’t Eaton itself a hothouse? There is a tremendous amount of pressure, he concedes: working hard is the norm here. “Peer group pressure is important and in some ways is a tremendously positive and motivating force. The boys want to do well, they want to keep up and boys are competitive.”

He identifies three spheres for learning at Eaton. First is the curriculum, in which, slow, schooling means more independent research, project work, collaboration, reflection. Second come its many extracurricular activities: the housemaster’s sitting room looks out on playing fields where Eaton’s first XV rugby team is practicing drills in the rain. Third area is activity lead by the boys themselves. “The experience there is so successful, in particular with teenagers because so much of it is self-motivated.” He says. “Boys are choosing to direct their own plays, to enter creative pries, volunteer for mentoring programmes.”

The role of a teacher or parent, he says, is to provide a safety net as a child walks a tightrope, and to raise or lower it. “The danger of hyper- parenting,”Mr Grenier says, “Is that it is intrusive and they don’t even let them get on the high rope at all.”

 

Gerry Gajadharsingh writes:

It’s great to see top schools like Eaton realising that over stimulation of children is often not helpful in their overall development. We seem in such a rush to pack so many things into our children’s lives that we often fail to understand that “less is sometimes more”. Giving time and space i.e. “slowing down” allows certain parts of the brain to develop properly and minimises the risk of turning our children into “stressed” individuals, which may come back to haunt them in adult life. Don’t forget that 95% of our brain activity is subconscious and it’s our subconscious brain that allows our bodies to run smoothly in the background without having to think too much about it. Time and space allows ideas to happen and helps with our creativity.

 

Some of the best athletes have asthma-it shouldn’t hold you back

Wednesday, August 15th, 2012

Some of the best athletes have asthma-it shouldn’t hold you back

Dr Mark Porter The Times Tuesday August 14th 2012

London 2012 is over, and the nation is basking in the reflected glory of team GB’s medal haul- a feat made by the fact that a quarter of our athletics squad has asthma. The discovery that these Olympians are three times as likely to have asthma than the rest of us could have major implications for the other five million people with the condition in the UK.

There are a number of theories as to why athletes are more prone to cough and wheeze but by far the most important factor is the way that they breathe. Hours of intensive training a day where they push themselves to the limit mean runners, rowers, cyclists and boxers all breathe heavily, and breathe through their mouths, a combination known to trigger asthma symptoms.

Large volumes of cold dry air taken in through the mouth (nose breathing humidifies and warms the air) irritate the delicate lining of the airways causing the muscular walls to spasm (bronchconstriction), triggering asthma. It also exposes the lungs to greater volumes of other triggers such as environmental irritants (like pollutants) and allergens.

So it should come as no surprise that exercise induced wheeze is a particular problem in endurance athletes who train in cold, dry conditions such as cross country skiers, and also in swimmers, who are exposed to chlorine and other chemicals in the water. But how does this help the rest of you?

A number of recent studies have shown that teaching people with asthma to breathe in a controlled manner- whether through buteyko exercises, yoga, physiotherapy or even playing the clarinet- can help to alleviate asthma symptoms. Over the past five years a number of researchers have published evidence showing that specific breathing exercises can reduce symptoms. And it can also reduce dependence on reliever medication (such as ventolin) – by about half in most cases, and more than 80% in one Australian study. Unfortunately there is no good evidence so far that it has any significant impact on the underlying inflammatory processes associated with asthma or that it has much impact on the need for long term preventative medicine ( typically, steroid inhalers). One way to ascertain whether hyperventilation and mouth breathing is a factor in someone’s asthma is to get them to try breathing exercises. They should be encouraged to breathe through their nose, to use their diaphragm and abdomen rather than the muscles of the upper chest, and to try and control their rate of respiration to eight to ten breaths a minute at rest.

Gerry Gajadharsingh writes:

It’s great to see an article on breathing retraining in the popular press. What Dr Porter has missed is the fact that the ratio of breathing in to breathing out is critical. Whilst breathing in allows O2 to enter the lungs and O2 is one of our major metabolic fuels, the delivery of O2 to cells is dependant in the body retaining adequate levels of CO2. Research has shown that about 70% of people do not breath correctly, (Courtney et Al, Journal of Bodywork and Movement Therapies (2011), 15, 24-34), athletes are no exception. There is no doubt that asthma can also be inflammatory mediated but instead of the usual steroid inhalers it is sometimes worthwhile looking at dietary factors that cause inflammation. I am also asthmatic, allergic to animals such as cats, dogs and horses. What is interesting is that there are co allergens. We have 2 dogs (blame the wife and children!), if I have wine too high in sulphates and chocolate my asthma and allergic rhinitis flares up. If I have no chocolate I can cope with the wine and dogs! Life is amazing. Having good breathing technique is definitely helpful as is a good understanding as so what provokes my particular inflammatory process.

A Nation of pill poppers: sharp rise in number who are taking antidepressants

Thursday, August 2nd, 2012

A Nation of pill poppers: sharp rise in number who are taking antidepressants

Martin Barrow Wednesday August 1st 2012 The Times

An anxious nation has been turning to the doctor in greater numbers than ever, prompting another increase in the number of prescriptions for anti- depressants and sleeping pills.

Just under 46.7 million prescriptions for antidepressants were dispensed in the community in England last year, an increase of 9.1 % over the previous 12 months, according to the NHS’s Health and Social care information centre. The number equates to almost one prescription for every person in the country. It is the largest rise of any of the 200 sections within the British National Formulary, which categorises all prescribed drugs in England, and comes despite an appeal to GP’s to make greater use of so called talking services such as counselling.

There was a 0.3 % increase in the number of prescriptions for hypnotics and anxiolytics, which are given to help people to sleep or to cope with anxiety and stress and include some of the most addictive pills. Prescriptions for disorders relating to the central nervous system, which includes antidepressants and medication for mental health and neurological conditions, were up 5.4% to 172.4 million items, and now cost almost £2 billion a year.

 Paul Farmer, the chief executive of mental health charity mind, said: “We have seen a similar increase in anti-depressant prescriptions for several years now and, while there are possible explanations for this, it is concerning that the increase is so significant and so consistent.”

“I think we are beginning to see the scale of unmet need as more and more people are coming forward to seek help for their depression. “Antidepressants can be very effective in helping some people to manage their mental health problems but they are not the solution for everyone and should not be used as a first line treatment for mild depression.”

The total number of prescriptions dispensed in the community in England rose 3.8 % to 961.5 million, the equivalent of 18.3 items per head of population. However the cost fell 0.3% to £8.8 billion reflecting the purchase of cheaper generic medicines rather than branded products.

Tim Straughn, chief executive of the Information centre, said that the rise in prescription items “may well reflect the evolving demands of our aging population, prescribing practices and the availability of more treatments”.

The three most frequently dispensed drugs accounted for 10.2% of all the items prescribed. They are simvastatin, used for lowering blood cholesterol: aspirin, which has a wide range of uses: and levothyroxine sodium which treats a thyroid hormone deficiency. Dr Andrew McCulloch, chief exec of the Mental Health Foundation, Said: “ Doctors may just be relying on antidepressant prescribing rather than offering patients alternative evidence- based interventions such as psychological therapies or exercise prescriptions. “We must make sure that options like these are widely available in every part of the country.”

Gerry Gajadharsingh writes:

It is good to know that the experts agree that for mild/moderate depression other modalities of treatment should be tried not just resorting to antidepressants. Even NICE now recommends mindfulness (breathing and meditation) as  a recognised treatment for anxiety and depression.

Insomnia

Thursday, August 2nd, 2012

June 12, 2012 (Boston, Massachusetts) — Some adults with insomnia may actually be afraid of the dark, a small pilot study of college students hints.

Researchers found that more students who were poor sleepers reported they are afraid of the dark, and then confirmed this finding using objective measures of anxiety in dark and light conditions.

A phobia related to darkness may bring on anxiety and a state of arousal when people turn out the lights at bedtime, in turn fueling sleep problems, the findings suggest.

“This could be an eye-opener, if we find this phobia in a range of adults with insomnia,” principal investigator Colleen Carney, PhD, from Ryerson University Sleep & Depression Laboratory in Toronto, Ontario, Canada, told Medscape Medical News.

“It means we have to start assessing for a phobia in poor sleepers, which we don’t do at the moment. The good thing is we can treat fear of the dark with systematic exposure therapy that could be done at a sleep clinic or any clinic.”

Dr. Carney reported her findings here at SLEEP 2012: Associated Professional Sleep Societies 26th Annual Meeting.

Results Interesting, Relevant

“These results are very interesting and relevant,” Geneviève Belleville, PhD, from Laval University, Quebec, Canada, who was not involved in the study, told Medscape Medical News.

“We have known for a long time that anxiety is closely related to insomnia. Insomniacs report more stress, worry more, and are more likely to suffer from anxiety disorders. However, to my humble knowledge, I think this is the first time that insomnia is directly put in relation with dark-related phobias,” she added.

In treating people with insomnia, Dr. Carney said she’s found they often have a lot of behaviors that suggest they have a phobia about the dark. For example, they may sleep with the light, computer, or TV on. “Another common scenario in insomnia is they fall asleep on the couch, they go upstairs, get into bed, turn off the light, and it’s like a switch goes off and they are wide awake,” she explained.

This prompted her to investigate fear of the dark in 93 college students (76% women; mean age, 22 years). All of them completed the Insomnia Severity Index, which classified them as good or poor sleepers, and a fear of the dark questionnaire.

“We didn’t think people were actually going to admit that they were afraid of the dark,” Dr. Carney told Medscape Medical News, “but surprisingly almost half of the patients admitted to being afraid of the dark.” And more poor sleepers (46%) than good sleepers (26%) said they had current fear of the dark (P = .05).

Fear Confirmed Objectively

The study team also assessed fear of the dark objectively by assessing the startle (eye blink) response. “We are looking at blinking, because this is one of the most robust ways to look at startle, it’s something we can’t control, and we hypothesized that the poor sleepers would startle more in the dark but not in the light,” Dr. Carney said.

To do this objective test, the researchers had participants listen to bursts of a sudden noise in headsets while in a bedroom in both light and dark conditions. “They would hear a tiny sound, not a disturbing sound, but enough that if you are tense it will make you startle,” Dr. Carney explained.

The researchers found that, in the light, the good and the poor sleepers had exactly the same startle response, but in the dark, “some interesting things happened,” Dr. Carney said.

“The poor sleepers were more easily startled. They blink right after the sound and interestingly they become more and more scared as the experiment goes on in the dark. But when we do the test in the light, this goes away; bring back the dark and they actually get more anxious as time goes on, which is something that shouldn’t happen unless you have a phobia,” she explained.

In contrast, Dr. Carney found that the good sleepers were less scared in the dark and actually became less scared in the dark as time went on, “which is what we would expect with habituation,” she said. “Even if something startles you initially you start to get use to it. So the good sleepers actually habituate but the poor sleepers actually develop anticipatory anxiety and get more anxious as the test goes on.”

Implications for Treatment

This study specifically looked at young adults, and Dr. Carney said her team would now like to test for fear of the dark in a wider range of adults who are poor sleepers.

The current findings, she said, could have “important” implications for the use of cognitive-behavioral therapy (CBT) for insomnia vs phobia.

“CBT is the gold standard for chronic insomnia and one of the things we get people to do, which is every effective, is stimulus control. We ask them to leave the bedroom whenever they are awake or upset or tense. The problem with that is that we send them to the next room, which is going to be lit and that is actually how phobia is maintained. This may be one of those cases were we have to modify CBT for insomnia.”

Dr. Belleville agrees. “If we were to confirm that an individual cannot sleep because he or she is afraid of the dark, the proposed treatment strategies would be completely opposed to those we normally offer to insomniacs. For example, we might use repeated and prolonged exposure to dark places, including the bedroom, to help the person to overcome his or her fear,” she explained.

The authors and Dr. Belleville have disclosed no relevant financial relationships.

SLEEP 2012: Associated Professional Sleep Societies 26th Annual Meeting. Abstract #0666. Presented June 11, 2012.

 

Gerry Gajadharsingh writes:

We deal with our fair share of sleep disturbance, either as the main presenting symptom or as part of the patient’s symptoms picture, with good success. One of the key factors can be helping a person to normalize their breathing behavior as a method of relaxation, a great strategy before you go to sleep.

 

Breathing Assessment

Wednesday, July 6th, 2011

An initial assessment, lasting up to 1 hour and including a case history breathing questionnaire, clinical examination and assessment by capnography will allow me to ascertain if you are a good breather or indeed, more likely, that you have a breathing pattern disorder.  People who don’t breathe well fall into 2 groups; the first is intermittent over breathing, which tends to be triggered in certain situations, the second is chronic over breathing, which is generally a long established poor breathing pattern and often needs intensive breathing re-training with a capnometer.

If I decide that biofeedback via the capnotrainer is necessary this usually involves at least 4, 45-minute combo-sessions, spaced weekly, which will include use of the capnotrainer and osteopathic manual treatment.

This often needs to be done in conjunction with some homework or personal capnotraining. Breathing re-education works very well with meditation, learning how to quieten the mind will often have a much faster effect.  Occasionally it may be necessary for the patient, especially if anxiety is a major part of their problem, to also be seen by Dr Brian Roet, an excellent hypnotherapist whom I have worked with for the past 23 years and who also works at The Health Equation.

Capnotraining Package prices:

Initial Breathing Behaviour Evaluation 60 minutes £210 in London and £140 in Amersham

Treatment Packages:

Level 1- £575 in London and £380 in Amersham

4 Combo-sessions @45 minutes (Capnotraining and Osteopathic manual treatment)

Level 2- £875 in London only

4 Combo-sessions @45 minutes (Capnotraining and Osteopathic manual treatment)

2 Consultations with Dr Brian Roet

Purchasing a capnotrainer POA

Leasing a capnotrainer POA

5 personal capnotrainer biofeedback sessions 25 minutes self use paid in advance £175 in London and Amersham.

Please call Kerry O’Gorman, my PA on +44 (0)20 7631 1414 or by email kerryo@thehealthequation.co.uk, to book your initial breathing assessment.

Mr. Gerry Gajadharsingh DO
Osteopath
Diagnostic Consultant-Complementary Medicine
Advanced Breath Practitioner- Lifelogix Inc.
www.thehealthequation.co.uk

Treatment over-breathing

Wednesday, July 6th, 2011

Treatment for intermittent over-breathing

At The Health Equation we take an integrated approach to this problem as we do with many other health problems.  Allowing the patient to understand the problem and the cause of the problem can sometimes be enough to make a major change.  The following treatments may be used in conjunction with each other, or in isolation, depending on the complexity of the problem.  Osteopathic hands on work to improve neck function (nerve supply to diaphragm), direct work to the thoracic spine, rib cage and associated soft tissues, muscle and fascia to improve local mechanics and decrease sympathetic arousal.  Cranio-sacral and functional osteopathic techniques to stimulate parasympathetic response and reduce sympathetic arousal.  Techniques to improve thoraco/lumbar function to help adrenal support and release tension in the Iliopsoas muscles (directly connected to the diaphragm). Breathing re-education. Nutritional support to the adrenals, including dietary change, nutritional supplements and stress adaptogens.  Supportive exercise to improve ribcage mechanics, posture, core stability and muscle/fascial flexibility. Hypnotherapy/psychotherapy to look at sub-conscious patterns and situational emotional triggers.

Treatment for chronic over-breathing.

Sometimes, all of the above plus Capnotraining.

Capnometry is a method by which carbon dioxide (CO2) concentration in expired gases can be measured. The process is carried out using a device called a capnometer, and an additional (optional) device, a capnograph, which can plot the levels as a graph for visual aid. Capnometry is used during anaesthesia, intensive care and in lung function studies. As osteopaths, capnometry is of most use as a method of studying lung function and breathing behaviour. Breathing is a unique behaviour that has a major influence on all systems in the body, including body chemistry (pH).

Basic breathing physiology tells us that oxygen (O2) is delivered to where it is needed in the body, and CO2 is removed. O2 is required by the body to release energy in the process of respiration. Movement of blood in the circulatory system plays an important role, with gas exchange occurring at the pulmonary alveoli via passive diffusion between alveolar gas and blood in lung capillaries. When the gases are dissolved in the blood, the heart and circulatory system pump them around the body.

O2 is the essential component of all the breathing gases. Inhaled air is made up predominantly of nitrogen (78%), O2 (21%), argon (0.96%), CO2 (0.04%) and other components (helium, water and other gases). Gases exhaled are approximately 5% richer in CO2 and 5% poorer in O2. The exact amounts of O2 and CO2 exhaled vary, depending on fitness, energy expenditure and diet of the individual in question, and this is where capnometry comes in use.

Good breathing entails proper allocation of CO2 and exhaling too much CO2 can create serious health problems. CO2 regulates the pH level of extracellular body fluids (blood and cerebrospinal fluid), electrolyte balance (sodium and potassium), blood flow (to the brain, heart and body), kidney physiology (bicarbonate regeneration) and vasodilation (delivery of O2 and nitric oxide by haemoglobin). A deficiency in CO2 is known as hypocapnia, or overbreathing.

Overbreathing can have immediate and long-term effects, triggering or exacerbating a wide variety of physical and psychological complaints, such as shortness of breath, chest pain, heart palpitations, anxiety, stress, fatigue, dizziness, blurred vision, confusion, attention deficit, poor concentration, headache and muscle tension, all of which impact on health and performance. In predisposed individuals, overbreathing can trigger or exacerbate phobias (public speaking), migraine, hypertension, attention disorder, asthma, angina, cardiac arrest, panic attacks, hypoglycemia, ischaemia (brain cell death), depression, epilepsy, sleep disturbance, allergy, irritable bowel syndrome and chronic fatigue. From a sports perspective, evaluation of CO2, breathing rate and Heart Rate Variability (HRV) can have significant positive effects on performance enhancement.

So how can these problems be overcome? Often we are told to “breathe deeply”. This is a concept that has been taught in yoga, meditation and biofeedback for many years, and often leads a person to a state of drowsiness, a state mistaken for a relaxed meditative state. The individual is actually becoming lethargic and inducing hypoxia, as too much air is being inhaled, and not enough exhaled. This can be demonstrated using capnometry. When CO2 levels are measured, a decrease in CO2 can be seen, meaning that the body is being shorted of O2. Shortage of CO2 in the body reduces cellular uptake of O2, leading to a reduction of O2 in the bloodstream travelling to the brain and muscles of the body. This induces a state of hypoxia, and can often be mistaken for this relaxed meditative state that yoga and meditation aim to achieve. Deep breathing feels ‘relaxed’ to many people, and this is for a number of reasons. Firstly, we expect it to help, due to being told it will if practiced in situations of stress, as it takes our awareness inwards and because deep breaths usually slow down breathing rates, calming the system. The latter is what we aim to achieve, however, the deep breath is actually reducing oxygen supply, so this is not the correct method.

Capnometry is one way that is scientifically accurate in measuring CO2 levels, which also measures heart rate variability (HRV) and can be used to help breathing retraining, capnotraining. HRV is the variance between our heart rate at rest and at exertion. When at rest, when we breathe in, heart rate increases, and when we breathe out, heart rate decreases. This variance is HRV. A low HRV is a predictor of all causes of death, and from a scale of 0 (dead) – 30 (elite athlete), the average person will range somewhere between 8 – 12. A low HRV will often combine with negative emotions and poor health, with the converse also holding true. The role good breathing physiology plays in maximising HRV is not to be underestimated.

So how do I diagnose breathing pattern disorder (BPD)?

Wednesday, July 6th, 2011

Apart from the history and habits described above, the right clinical examination can be very revealing.

The Breath Pause – Patients with a breath Pause of less than 30 seconds may be suggestive of BPD.

Observation – Upper ribcage breathing and poor diaphragmatic use may be suggestive of BPD.

Breathing Rate – The Optimum breathing rate during relaxation, for most people, is about 6 cycles per minute; an average patient breathes about 12 cycles per minute. A BR of more 15 per minute may be suggestive of BPD.

Nijmegen Questionnaire – This validated questionnaire can be suggestive of BPD if the patient scores highly.

Capnography – This specialised piece of equipment measures CO2 levels and breathing rate and is the most scientific method of diagnosing BPD.

Once diagnosed BPD can be subdivided into intermittent over-breathing (mostly situational) and chronic over-breathing.

Breathing Re-Education at The Health Equation

Wednesday, July 6th, 2011

Breath and life are obviously intertwined, as are breath and thought.  It is by means of breath that we remain physically alive.  We are born with the inherent knowledge to breathe correctly through our diaphragm.  However, our own unique breathing patterns are influenced by many life events, especially during childhood.  Our emotions influence our breathing patterns and just as importantly, our breathing affects our emotions.

I estimate that 70% of patients that consult me do not breathe properly.  At first this may seem strange, as breathing is a subconscious activity.  Unless we have an obvious breathing problem (asthma, lung disease etc) we do not usually notice our breathing.  You may notice, in other people or indeed yourselves, that we may sigh a lot, find it difficult to catch our breath or talk very fast, which are all signs of not breathing properly. 

When I see a new patient, their history will often alert me to a suspicion of a breathing pattern disorder, BPD.  Many patients with medically unexplained symptoms (a majority of those attending GP practices) will have breathing pattern disorder as part of if not, sometimes, the main part of their problem.  We need to understand that in the normal medical model, diagnosis tries to find pathology, an obvious disease process.  Luckily for us, in the majority of cases, no defined pathology exists.  However, there is usually a cause of peoples’ problems, the answer can often be found in what we call functional disturbance. This can occur on a biomechanical, biochemical/nutritional/hormonal, psycho/social/emotional level or indeed a combination of all of these levels.  What links all 3 levels is breathing.

You will probably know that when we breathe in, we breathe in oxygen (O2) and when we breathe out, we breathe out carbon dioxide (CO2).  However, it is not as simple as that! Whilst the main aim of respiration is to get O2 into cells to help with energy production and the many cellular reactions that our bodies need to survive, this action is dependent on an adequate level of CO2 being present in our bodies.  Almost always, when people are not breathing properly, the issue is one of overbreathing.  The effect of this is to breathe out too much CO2 and so the levels of CO2 in our body drop (hypocapnia) and so reduce the level of O2 delivered to the cells of the body (hypoxia). 

Ironically trying to breathe more O2 in DOES NOT necessarily help this situation.

Somebody, who is classically hyperventilating (deep and fast breathing), often with symptoms of breathlessness and panic, is breathing in lots of O2 but is actually expelling more CO2, then they should.  So the treatment for acute hyperventilation is to hold a brown paper bag over their mouth and nose, so that they re-breath their own breath (mostly CO2) and they return to normal because cellular O2 increases.  Whilst most of us do not classically hyperventilate, our pain, anxiety/panic, depression, insomnia, OCD, hyperactivity, asthma, gut problems, increased blood pressure etc can at least be partly caused by not breathing well.

 

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