Wednesday, 30 April 2008
Conception Childbirth & Infertility
As an osteopath women often came to see me with pelvic problems. Some common factors emerged. They either had back pain or sciatica. They had difficulties in pregnancy or giving birth. Emergency caesarians were sometimes needed. They had symphysis pubis disorder (SPD) in pregnancy. This condition is a softening of the ligaments that join the pubic bones putting a strain across the groin. It leads to lack of stability & difficulty in walking. In studying the anatomy of the pelvis and through helping hundreds of women I discovered that osteopathic treatment can not only relieve back & hip pain or some causes of sciatica, but also help improve the chances of fertility. A number of women found that they became fertile not long after osteopathic treatment or that they did not experience severe difficulties in pregnancy or childbirth.
Labels:
caesarian birth,
infertility,
osteopathy,
pelvic pain,
sciatica,
SPD
Tesco's Value
A friend called Deanne did not like her own friend's choice of boyfriend. He was too much into himself. Deanne said, "Men come into a few categories. There is Tesco's finest. Then there is Tesco's Basic. Then there is Tesco's value. Then there is Lidls." I disagree about Lidls. You find lots of good value bargains in there if you keep dropping in.
Friday, 18 April 2008
Energy Medicine
One of my daughters kindly bought me a CD on relaxation. The voice on the tape told me to breathe deeply and to experience an energy shower every day. I like a shower but I could not understand what she was on about. We took the tape back. It got me thinking about energy. We hardly think about energy until we feel that we have not got any. We expend energy by work and lose it as heat. So every day we need to replace the lost energy. Where does it come from? Ultimately it comes from the sun. Light travels in tiny units called photons. Sometimes photons act like particles, sometimes like waves. Energy also arrives as heat. Plants take up the energy and convert it by photosynthesis. Either we, or animals eat the plants, or we eat the animals. Plants store energy as either starch or as sterols. Sterols are fats. Ergosterols are plant fats (ergo means work). Cholesterol is a type of human fat. Humans also store energy as glycogen. Glycogen is found in muscles and in the liver. How much energy you feel depends on your ability to convert food, and stored energy into work and heat. People who train their bodies to use energy become very efficient at converting it.
Saturday, 12 April 2008
School Exams
If you don't know the answer make it up and hope for the best, is a reasonable approach to exam questions. Here are a couple of creative answers,
"Flirtation makes water fit to drink. It removes particles like grit, sand, dead sheep and canoeists."
As a physiotherapist I like the following:
What is the fibula? "It is a small lie."
Near Misses make the best stories
Yesterday I saw an e mail asking for someone to help lead a Duke of Edinburgh Gold group. Someone else had responded by the time I had cleared the weekend. The leader still invited me to go as it would be great to share the group. It was one of my favourite stretches of white water, the upper river Wye. The Wye and Usk Foundation are a charity that manage the two rivers. They work hard to build the stocks of salmon, trout and coarse fish. I phoned the administrator Angela, to check the access situation. She said that there was a right of navigation below Hay and an access point at Glasbury. From March 15th there was no access above Glasbury. The only exception was if the river level was above the red line on the depth gauge at Erwood. I packed my boat and camping stuff for the 100 mile journey. Early the next morning I phoned the organiser to ask whether he had checked the access situation. It was news to him as he assumed that canoeists had the right to paddle the river. I disagreed and said that I probably would not come. It left me with a dilemna. If we took a group of young people on water that pushed their abilities, what if something happened? Where would we stand with insurance liability? Their parents would show us no sympathy if, for instance, one of them suffered a head injury. The insurance company might claim that we were paddling water that had no rights of access, therefore we were not covered. The leader was prepared to follow his understanding of the Welsh Canoeing Associaton guideline: paddle anyway and be polite to fishermen. What kind of example would we set to the young people? Given all of these questions I decided not to go on two grounds. One is is safety; another is the example that we set to young people.
Later in the day I thought, well the canoe is on the car so I might as well use it. However there is a snag. None of the rivers that I normally paddle have an access agreement. My wife suggested Derbyshire but I cannot think of anywhere where I could go for a last minute paddle. Over 90% of the rivers in England and Wales are denied to canoeists between March and October. Is there a difference between a quiet paddle on our own and leading a group down water with lots of fun and some risk? I think that there is a difference.
This evening I checked the webcam at Erwood for the river Wye. At 8 am it had been above the gauge; by 12 noon it had dipped below the gauge. Does that mean that having driven 100 miles I could have paddled from 8 am to 12 pm but had to leave the water for the afternoon? No, because canoeists are only allowed on the river between 10 am and 4 pm. The situation for river access is heavily weighted in favour of anglers but note this: the close season for coarse fishing starts on 15th March. That should give us 3 months of uninterrupted paddling until 16th June. It does not, because coarse fish are thought to be spawning & the trout and salmon season has started. I am a fisherman & a canoeist. As a fisherman I find a canoe to be a fantastic way of reaching swims that are not normally accessible. In the winter I cut branches that block the river, remove fishing tackle and trim back nuisance branches. Most of the fishermen in Scotland have a different attitude to those in England and Wales. Paddling once on the Tweed, the river that straddles the border we passed a ghillie and his client. He ran towards me gesticulating wildly after I had shot a natural weir in their swim. I stopped a little puzzled. Seeing that I had a bowsaw in my boat he asked if I could cut a troublesome branch that was sticking up out of the water. Reaching deep down I cut the branch below water level. It would have needed a JCB to remover. Now what disturbed the fish more. The ghillie & his client were so delighted that they showed us a beautiful place to camp in the grounds of a stately home.
Fisherman might rightly argue that they pay good money for sections of river or beats, that allow them to quietly search for the fish. In comparison canoeists pay a nominal sum to a national body. Canoeists might argue that they would respect access agreements if they were fair. In Belgium for instance there is a rule that canoeists paddle between certain times. That keeps the hire companies with their inexperienced groups off the water at key times.
Coming back to the safety issue. My memory of group canoeing and of Duke of Edinburgh trips is that unless the preparation is done very carefully, anything that could go wrong does go wrong, not just to trainees. Four times I personally have suffered hypothermia. Once I rescued a tipsy sea kayaker who fell out of his boat. The "victim" was rushed off in a Landrover to a warm bath and rehydration. I was left on the beach in my swimming trunks and cagoule at that stage beyond shivering. On two other occasions I was taking part in canoeing assessments as a leader. On one more occasion I had completed the four star assessment run by a hard taskmaster off the coast of the Orkney Islands where we used to live.
Another experience of things going wrong was on a walking trip. As a gold assessor I took an independent role to the groups. However I made it clear to the supervisor that I was not happy with the route that the gold groups intended to take. It involved a traverse of huge scree slopes the day that snow melted, loosening the rocks & boulders. We comprimised in that I guided the boys group, the girls took a lower level route. Half way through the day I had to find a way down a particularly steep boulder strewn slope. I asked the boys not to follow me if it was too steep. They could not see an alternative route so they followed me. Boulders dislodged from their boots. I saw them flying down and took evasive action. One boulder bounced sideways and struck me on the back of the head. That started the longest fall of my life. I bounced an estimated 350 feet down the mountain in Austria 2000 metres above sea level. Miraculously despite a large gash in my head and knee and extensive grazing I broke no bones. The first aid training instinctively came into play, full body scan, stop the bleeding, reassure the group and call for a helicopter. The boys were great and I made a good recovery even though it took 2 years of living to win back my strength.
Risk assessment always asks the question, "What if?" What if a young person had been almost killed? What if we had taken them into a situation way beyond their competence? What if the press got hold of the story? What if our insurance did not cover us?
The experiences have made me cautious about taking risks. Possible litigation is a big issue. Balanced against that we must allow young people to make decisions, push themselves, prove their resources, care for each other and enjoy an adventure with a limited degree of risk. I would value the thoughts of others who have had to face similar circumstances.
Friday, 28 March 2008
Movement
Everything has a twist to it. Beans and climbing plants grow with a twist looking for something to hang onto. Water goes down the plug hole with a whirlpool or vortex. A mother in labour contracts her uterus with a twisting action to squeeze the baby out into this world. The baby emerges in a twisting motion. The fluids in your body also flow with a twisting motion. The craniosacral fluid from your brain flows down your spinal chord in a twisting motion. Your tendons that attach muscles to bones have a twist like a rope. Rope makers have always known that a twisted rope is stronger than the individual collection of strands. Network cables are twisted to cancel out resistance from the electromagnetic field. An electromagnetic field is created when electrons passe through a collection of wires. Some of the strongest muscles in your body, for instance the pectoral muscles, twist their fibres before anchoring to the top of your arm bones. Even your bones have a twist in them. If you look in detail at the neck of the femur you will see a twisted pattern to the layers of bone. Bones develop along lines of stress. A new born baby only needs one proper bony joint, between the base of the skull and the neck. The rest of the bones develop out of cartilage or membrane. Weather systems come over us a huge twisted pattern. They are called cyclonic or anti-cyclonic. In the Northern hemisphere a cyclone rotates counter - clockwise into an area of low pressure. It comes from the word Kuklos (circle) or Kukloma (wheel or coil of a snake). Some of the early symbols show a snake coiled around a stick. To some it is the wheel of life; to others, like in the Mosaic code, it is the curse of death. Deer cannot see above them. That is why when we go hill walking we see lots of deer but the stalkers don't see very many. If they started stalking from the top of the mountains they might see more deer. If you watch deer gathering into a herd in a large open space you will see them forming a spiral. Deer farmers know this so they build their corals to catch the deer in this way. Perhaps sheep farmers should try the same?
As a boy I was determined to make water go down the plug hole the other way. We did not have central heating so the bath was a welcome soak when the frost decorated the window panes. I noticed as a little boy that water always went down the plug hole in an anti-clockwise manner. I used to stir the water to make it go the other way. It did it, just, but looked uncomfortable. Someone told me that I should try the same experiment in the Southern hemisphere. Perhaps you would let me know which way it goes? Could the same apply to plants?
The origin of this twisted action is DNA itself. DNA is the series of codes that pre-determined organic matter. It is built into proteins that look like doubled coiled helixes. Because your body is made up of DNA the movements in your body will follow the same patterns.
How can this twisting motion help us? Yoga teachers know that to create strength you need to create opposite and equal forces. By consciously creating opposing rotations you create tremendous strength. Try this - place your hand on your lap, now lift your hand up until your arm is straight, uncomfortable is it not? Now lift your hand twisting it outwards as you lift it upwards. the palm should land up facing the ceiling like a dancer carrying their partner. You create a more graceful and easier movement on the shoulder. Now place your hand on your lap again. This time push the arm back behind your chair. Now push your arm back as if you were giving a waiter a tip or handing over a relay batten. Do you feel the difference? When you lift and create an outward twist you create strength. When you take your arm back with an inward twist you keep your shoulder secure.
Wednesday, 26 March 2008
The constellations
the Plough used to known as the Bear or the Big Dipper. Scientists call it Ursa Major. The lead star is called alpha UMa. It is 25 times larger than the sun and 86 light years away. That does not mean a lot to me but if I were inside a great big brain I would look for patterns of behaviour in the nerves (or neurons). Perhaps the constellations influence us because they reflect what is going on inside our brains? Perhaps we are living inside the mind of the great architect of the universe?
The moon has a strong influence on the earth and the earth on the moon. The water in the earth is drawn towards the moon then released again as our gravity takes over. The effect is that of great waves called tides. They fill up twice a day. Each tide is a little later every day. Spring tides are larger when the moon is fuller. Neap tides are in between when the moon appears thinner. The moon exerts a pull on our human bodies as well. The menstrual cycle is a lunar cycle of 28 days. we have lots of other tides in our bodies. There is the pulse of our hearts, the rhythm of our breathing, our biorhythms that dictate night and day, our hormonal rhythms and the deep inherent motion of craniosacral fluid in our brains. Hormonal rhythms have both daily and monthly cycles. For instance some men's steroid hormones are most active early in the morning when their bodies are relaxed. Some women's hormones are most active just before a period starts. The craniosacral fluid bathes and nourishes our brains and nervous system. Imagine that the brain weighs about 1500 gm. Suspend the brain in craniosacral fluid; the nett weight now becomes 50 gm. A blow on the head can cause the brain to gently oscillate or rock from side to side inside your head. That might give you a recurring nauseous headache. A craniosacral therapist can work with the gentle rhythms to bring your brain back to a still point.
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