Myelin only grows in accordance to the direction of gravity!

Hello people with ms and neurological damage, is it time to wake up to Inclined Bed Therapy?

The damaged nervous system only grows in one direction!

Just like seedlings grow in the direction of gravity and just like the tendrils grow in jelly fish, there is a clear pattern of nerve regeneration using an inclined bed that is being ignored and yet here is the evidence that supports the fact that nerves grow in only one direction.

In the spinal cord injured patient and indeed the patient with multiple sclerosis, damaged nerves in the main nervous system are frequently and erroneously thought to be beyond repair. Yet we have seen that this is clearly not the case?

If we sleep for 8 hours on a flat bed. Gravity is working against the nervous system and confusing the direction of growth. So instead of those myelin tendrils reaching down to find the correct pathway below the injury site, they simply bunch up and eventually contract.

Titre du document / Document title
Free vertical growth of myelin figures
(1) The Institute of Physical and Chemical Research, Wako, Saitama 351-0198, JAPON
(2) Sumitomo Chem. Co., Ltd., Shinkawa, Chuou, Tokyo, 104-8260, JAPON
Résumé / Abstract
Myelin figures which grow from a floating egg-yolk lecithin lump on a surface of water/glycerin mixture have been found to grow only vertically towards the bottom of a glass cell and never to grow horizontally along the medium surface nor radially. The structure of the growing myelin figures is basically simple rod-like or a bundle of a few simple rods. Helixing, twisting or coiling myelin figures were never observed under the present experimental condition. Taking the results obtained from the reported growth behaviour of myelin figures into consideration, it is proposed that one of the driving forces of helixing, coiling and twisting growth of myelin figures is thought to be due to a chemical potential difference caused by a concentration gradient along the radial direction perpendicular to the long axis of a myelin figure. The hydrocarbon chains in the fully hydrated stacked bilayer of myelin figures are proposed to he in a more ordered state than reported so far. The arrangement of hydrocarbon chains, both in myelin figures and in an egg-yolk lecithin/water complex, and the density of them also will be discussed.
Revue / Journal Title
Molecular crystals and liquid crystals science and technology. Section A, Molecular crystals and liquid crystals ISSN 1058-725X
Source / Source
2001, vol. 363, pp. 157-165 (13 ref.)
Langue / Language
Editeur / Publisher
Gordon and Breach, Philadelphia, PA, ETATS-UNIS (1992-2002) (Revue)
INIST-CNRS, Cote INIST : 12857, 35400009997272.0130

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Very important research into spinal cord injury nerve regeneration by Ron Meyor a great scientist who I admire very much.

Meyor severed the optic nerve of fish and frog and showed that nerve regeneration occurs in both species. He compared this to mammals, where nerve regeneration of the optic nerve does not occur. What Meyor missed, is that in both fish and frog, the nerve pathway to regeneration remains constant. In other words, the fish and frog remain upright so that the angle from the eye to the brain is inline with the direction of gravity and it's influence on circulation in the optic nerve.

Mammals on the other hand, like ourselves, continually change their posture so while the nerves still grow, the gravitational signals and the driving force for growth confuses the nerve endings sending them in all directions.

Meyor then removes the nerves from the mammals and shows in a special culture dish that the mammalian nerves do grow in what appears to be an inclined culture dish, which he refers to as "special circumstances" The nerve is observed to grow past a horizontally placed nerve, unable to make a connection. A simple way to test this in a laboratory would be to have rats with damaged spinal cords in wheeled wire frames, so they can move around freely but remain in the upright position with their spines at an angle down at 5 degrees.

But wait, we don't need to do animals studies any more. The recent breakthrough seen in Brazil and elsewhere, where patients with spinal cord injuries are provided with a vertical device that enables them to remain upright and mobile for longer periods has shown that nerves do regenerate and connections are made to restore sensitivity, bowel and bladder control and mobility.

I rest my case !!!!!

Andrew K Fletcher

Short Video Clip Ronald Meyor's Research: 

Short Video Clip Miguel Nicolelis Walk Again Research: 

Short Video Clip Andrew K Fletcher's Research Shows Paralysed Man Walking On Carlton TV News:

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Eur Spine J. 2010 Nov; 19(11): 1815–1823.
Published online 2010 Aug 10. doi:  10.1007/s00586-010-1523-6
PMCID: PMC2989268

The Edwin Smith papyrus: a clinical reappraisal of the oldest known document on spinal injuries


Dating from the seventeenth century b.c. the Edwin Smith papyrus is a unique treatise containing the oldest known descriptions of signs and symptoms of injuries of the spinal column and spinal cord. Based on a recent “medically based translation” of the Smith papyrus, its enclosed treasures in diagnostic, prognostic and therapeutic reasoning are revisited. Although patient demographics, diagnostic techniques and therapeutic options considerably changed over time, the documented rationale on spinal injuries can still be regarded as the state-of-the-art reasoning for modern clinical practice.

Keywords: Papyrus smith, Medical history, Spinal injuries, Spinal cord injuries


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SCI's and the Importance of Gravity Dependence in Nerve Regeneration.
By Andrew K Fletcher.

Work on the regeneration of the optic nerve, In fish, frog, mouse, rat and rabbit, have been carried out at the Max Plank Institute in Germany. Ronald Meyer has also studied this field at the University of California.

With the optic nerve in all species being surgically severed, regeneration occurs in the goldfish and frog. Within a period of four months, sight is near normal in both cases. Yet, if the optic nerve in the mammalian subjects is severed, no regeneration occurs.
However, Meyer demonstrates that nerve regeneration in mammals is possible by removing part of the optic nerve and growing it on a special culture dish. The optic nerve is observed to grow vertically down In relation to the television screen and in doing so passes directly through, what appears to be a horizontally placed nerve-, which does not appear to be growing. The growth is observed as a long thin tubular vessel, which has globules of fluid pulsing vertically down its entire length, this appears to be causing the tubular vessel to lengthen.
Meyer concludes that there is something about being inside the mammalian body which prevents growth and this problem of nerve regeneration he relates directly to the spinal cord injury in man. It is my belief from the evidence presented in the documentary that the special culture dish used to demonstrate the growing mammalian nerve was tilted in order to use gravity to initiate the growth and to give it direction.

If this simple connection between gravity and nerve regeneration is applied to the goldfish and frog, it becomes obvious why nerve regeneration of the optic nerve is achieved. Goldfish and frog are always vertical and if found on their side they are either dead or very sick.

When the optic nerve is cut, the fluids are still able to flow in the same direction, because it is only the tube, which carries the fluids that is severed. The brain in relation to the position of the eye remains unchanged. In my opinion nerve regeneration occurs because the fluid circulation and the causes of said circulation remain intact.

It is my belief that nerve endings respond to exactly the same influences that plant seeds respond to and that in order to grow they need a stable environment. For instance, if I were to turn or rotate grass seeds, they would not thrive and would become confused to say the least.

Now apply this simple logic to the mammalian subjects. Mouse for instance leads a very active life and is continually altering its posture, it sleeps curled up in a tight ball and contorts to every conceivable posture during its normal daily routines, even to the point of hanging upside down at times. If I were to place some grass seedlings along its spine and water them, (hypothetically), I could not expect them to grow. Why should I expect a damaged spinal cord to restore itself when it is exposed to the same postural confusion.

Humans lead a similar life to that of mouse or most mammals, when our daily routines are taken into account, we are continually altering our posture all of our lives, and the most important changes in relation to the direction of gravity occur during sleep. We roll over from side to side, curl up in a ball, sleep on our back or tummy and all the time we are doing this we are horizontal, except for a couple of pillows.

If I were to slice a person from head to toe (hypothetically), I would find that almost all of the tiny tubes within the body run from head to toe. Gravity therefore must have played a very important part in the development of this network of fluid filled tubes! Even the intestines run predominantly downward.

A baby appears to understand the importance of standing and walking and once those first steps have been take the babies progress accelerates at a phenomenal rate. Could it be that gravity performs the living equivalent of a neurological computer upgrade? Is intelligence for that matter directly related to our vertical posture? But that's another paper for another time.

The most important observation in relation to the spinal cord injury is the position of the spinal cord.
While resting on a flat bed, irrespective of whether you are on your side, front or back, your spinal cord is horizontal. If gravity is the stimulus for nerve growth, one would expect the nerve endings to become totally confused and to tie themselves in a knot. It is my belief that this is exactly what happens in SCI's and is evident in the massive amount of MRI scan data from countless thousands of cases.

In Britain it is thought that confining people who have suffered spinal cord injury to prolonged bed rest aids recovery and prevents further damage. Some people spend a year and more stuck in bed at a phenomenal cost to their health and to the health service. Yet there are many papers produced which point to the fact that this practice is unproductive and leads to further degeneration. (too many papers to site). In fact NASA and the former USSR have used prolonged bed-rest to imitate the harmful effects of space travel upon astronauts, which has been shown to cause neurological problems in healthy subjects. Many countries are realising that prolonged bed-rest should be avoided in not only SCI's but many other conditions too. Pregnancies which used to result in a long rest period are now turned around in a couple of days.


If my words have any truth it should be very simple to test them. After all the culprits appear to be horizontal bed-rest, and poor sitting posture so it would be simple to intervene with a couple of blocks of wood placed under the head of a bed to allow the bodily fluids to run continually from head to toe. Or to raise ones bottom so that it is higher than ones knees while sitting. But at what angle should a bed be raised, in order to stimulate the nerve endings?

I have been working with an angle of no less then five degrees to the horizontal, which I arrived at by observing the circulation of fluids within a loop of water filled tubing which I placed across the whole length of the bed. It was found that when coloured saline solution was injected at the top or head end of the loop at this angle or more, it generated a circulation, which occurred in the whole loop of tubing. Any lower and no overall circulation occurred, Just a two tear flow in one side of the tube, which was undesirable.

Based on the nerve regeneration in fish and frog, which took around four months, a newly injured spinal cord should significantly improve within the same time-scale. However if the SCI has been damaged for several years the progress will inevitably be much slower. This appears to be the same for multiple sclerosis, based on my pilot study results.

The fact of the matter is that this simple intervention has been shown to reverse a substantial amount of neurological damage in complete spinal cord injuries and neurological conditions like multiple sclerosis.

If you have enjoyed reading this explanation, then please help me to either prove or disprove my theory by joining this very important study. If I am correct then you should experience some pleasant changes. If I am wrong then you have lost nothing!

What have you got to lose?

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John Cann Walks after 11 years of paralysis using a simple non-invasive free therapy, discovered by Andrew K Fletcher, who has shown beyond any shadow of doubt that gravity plays a vital roll in the circulation of fluids and that posture in relation to the constant direction of gravity is of paramount importance when restoring function to all neurological and non-neurological damage.

Spinal Cord Injury

On Saturday April 15th 2000, John obtained the timber for parallel bars to be erected at his home in Cornwall, On Sunday I went to John's home and completed the job, for tomorrow was to be a momentous occasion indeed.
John was left paralysed, in 1990, when surgery to his spine went wrong. He was told that after two years any chance of further recovery would be highly unlikely and for the next six years he experienced little if any change in his condition.
Monday morning I am on my way to John's home in Cornwall, to meet with Tim Iredale, who is a news reporter for Carlton Television South-West. We intended to witness something truly magical. But could not have imagined what was in store for us.

John was about walk in front of a television camera and crew for the first time in close to ten years. John had told me that he had regained the ability to move his legs, but I had grossly underestimated how much function John had regained.  

During the interview, John was asked to show how he manages to get out of bed now and he transferred with ease both in and out of bed, leaning back and lifting his legs. He was then asked to raise his legs while lying on the bed and he obliged with ease. When asked if he could feel when touched on his legs, he replied my legs feel like normal legs instead of heavy weights. John then went on to explain how much of the swelling in his legs had gone-and that this flies in the face of the current act of elevating the legs above the heart. Advise from the medical profession, which John duly ignored in favour of sleeping with his legs down.
Fortunately for John this meant that he could now wear ankle braces and special shoes, which would, provided support for his substantially weakened and as yet unresponsive ankles.
John approached the parallel bars in his wheel chair and applied the brakes when he was in position. He grasped the two ends of the parallel bars and using his legs he pushed himself into a vertical position. Towering some six feet four inches, John moved one leg in front of the other, bending the knees as he lifted each leg to walk 12 feet to the end of the bars. I turned and looked at Tim and saw disbelief and astonishment flash across his face, I bet my face was a sight to behold too. John then turned his powerful 19 stone body around and walked, yes walked back to his chair. Struggling and somewhat weakened by the experience, he lowered his body into the chair and his face had the expression of a boxer who had just knocked down his opponent. He said casually: 'Was that alright'? John had indeed delivered a powerful blow to his opponent.
Fortunately heavy rain prevented us from doing a retake and the rest of the interview took place in John's bedroom.   
When the story was finished and everyone was ready to leave, I turned and thanked the camera man and Tim Iredale, who turned and said that this is one of those days that you will always remember, one of those days when you know exactly what you were doing.

The cameraman said while shaking my hand that: ' it has been a privilege to work with me and witness the results from such a simple application'.
I drove home the richest man alive that day and will remember it for the rest of my days.
On Monday the 17th April 2000 I waited for the local news on Carlton TV and saw the opening news which pictured me looking down my inclined bed, a simple bed designed to take us into the new millennium. After the interlude the fun really started. John was walking for everyone in the South West of England to see, at least. The news stayed focused on the remarkable effects of two eight-inch blocks tucked under the head end of John's bed. No $billion research, no waiting for the next ten years to see if it works and no room for any refutation of the results, which were plain for everyone to see on Carlton Television, News, Language Science Park, Plympton, Plymouth, Devon, UK. But John is not the only person with a spinal cord injury, who is benefiting from the effects of gravity, in fact there are two more people in the Torbay Area of Devon who are making steady progress.

John's story
 In 1990 I had two slipped discs, and had a lamenectomy which ended up with me being unable to walk. It is thought that a delay of 39 hours for surgery to what was found to be a compression of the spinal cord was responsible for my paralysis.
 I was lucky enough to get a bed at ROOKWOOD Hospital, a place that I cannot thank or speak highly enough of, they gave me back the will to live.
 After two years all the slow progress stopped as I had been informed to expect. I  had no feeling from the hips down and no movement of the legs at all. Luckily my  arms were o.k so transfers to the wheelchair were more of a throw which usually  ended with my coccyx hitting the wheel, but as there was no feeling, so it didn't  bother me too much. After a few months came the most horrendous phantom pains  like a knife attached to the mains that struck anywhere in the legs or feet, for  this I was on strong painkillers or if it was too bad injections. When driving my car around a corner, I had to wedge my head against the roof of the car to stop my body from falling over. This was due to damage to the nerves, which used to control the nerves which held my upper body erect, something I used to take for granted as everyone else does.
Getting into bed would involve tremendous effort. I would throw my rear onto the bed and then with my right hand holding the wheel, I would pull my left leg up, with my left hand, holding my trouser leg. Then holding the bedding with my left hand, I would pull my right leg up with my right hand. At one stage I had even asked for my legs to be amputated, as they were useless and hung heavily. In addition my toenails would fall out on a regular basis, predominantly the big toe nails, often coming away when I removed my socks.

I often bumped my coccyx while transferring from my wheelchair, though I could not tell if I had injured myself, due to the absence of pain.  About two years ago a cutting from a paper was sent to me, it was about Andrew
 Fletcher's raised bed. I rang Andrew and he explained his theory and told me how to raise the bed. The bed was raised eight inches that day, when I saw the bed  it looked impossible not to end up on the floor at the foot. However that night  was wonderful, the phantom pains stopped and I had a full nights sleep. Slowly things started to improve, improvements such as instead of having to grab my sock or trouser leg to lift my legs onto the bed I could lean back and swing them up, muscles in my thighs started to twitch, turning over in bed became possible without having to grab the side of the bed and pull myself over, not having to pull my legs over by hand.
 I have experienced so many improvements that creep up and are not noticed until days later.
 Pains started again and I thought here we go again, but it soon became obvious to me that it was nerve regeneration pains that I was experiencing. Although they felt like previous pains, these stayed in the same place anything from six to twenty four hours. The next time the pains moved further down the leg, now I am glad to say those pains have gone the last ones were in my toes. The present pains are in the feet again but generated from the nerve that runs under the buttocks, now the feeling has come back to that area it makes sitting in the wheelchair most uncomfortable, but that is the next problem to get over, but I will, in the knowledge that something else will improve when the new pains subside.
 Now, what I would like to say to everyone who reads this is; if you have any medical problem try it, and more importantly "stick with it"! Most of all have faith in the healing power of gravity, it has worked for me, AND WHEN I WALK AGAIN!
 I will first thank Andrew, and secondly I will let everyone that reads this web page know about it.
 John Cann


The injury was caused by negligence in a small Cottage Hospital.

For many years my left ankle kept going out of joint and allowing me to fall over, there was no back pain at all for many years, then a Doctor told me it was a disc going. So it was fixed and for about seven weeks everything was fine, then pain started to build up and I was in hospital again, the pain got really bad but as medication was every four hours and there was no doctor in the hospital I could get no help. All of a sudden there was a shooting pain down my right leg and up my left.

I ended up with no movement or feeling, no bowel control and was on self catherization and had dreadful phantom pains, I went to a spinal centre for six months with very small improvements however I was taught how to manage myself.

This went on for eight years injections were the only way to get rid of the pains when they hit which was nearly all the time. I was sent an article about raising the head of the bed, I read it and really could not see how it could help my pain, but being a person that have always had a go at things I bought six four inch building blocks and got a friend to take off the casters, and there was my bed that we both laughed at with the headboard leaning over and we both thought I would be on the floor in the morning.

As usual I put my injection by the side of my bed, took my oral medication and watched tv. The moment I got on the bed it felt strange but all of a sudden I heard the tv, it was morning, my injection was unused and best of all there was no pain, and although I was waiting for it to hit me it did not come, it was wonderful, and there was no pain for a month.

Then all of a sudden I had a horrendous pain at the top of my left buttock, luckily there were some injections left and then after four days it left as fast as it arrived, after that it came again at odd intervals but it worked down my left leg and up my right. These were not the same pains but always after they moved feeling and movement came back, so they were nerve regeneration pains, it has taken a long time but now my bowels are fine as before, there is no need to use a catheter any more.

Six blocks raise the head eight inches. Take out the casters, put two on top of each other flat on each side of the head that's eight inches each side leave the foot on the floor and put the other two one on each side in the centre to support the middle of the bed.

A friend and I have been trying this for several years and we find that it is worth trying different heights, do not go lower that six inches but try eight to start with. My injury was L1-L2 and L4-L5 incomplete, my friend was worse than me and complete vehicle crash but he had his 20 years before he tried the raised bed, he is getting improvements but slower than me.

I apologise for not replying before, I have spent hours trying to find you, so I asked Andrew to send this letter to you, but I am still going to try to send it myself, you will find this is slightly different that is because I found a few mistakes.

Please do not be afraid to have a go, it costs only the price of the blocks, and it works.

John  has just realised that he can now feel a catheter, when it is inserted and it's Very painful! He only noticed because he was going to a public place, and although he does not need a catheter now, he thought it would be convenient, so tried to put one in. He added, before, you could have knocked one in with a hammer and I would not have felt a thing.

After my spinal problem I had two DVT'S and my right leg was enormous and the lower leg was black. After raising my bed 8 inches because of pain I forgot about my leg but it must have been a long time I noticed it was the same size as the other leg and the movement was improving.

I got blown out of the wheelchair during a storm
and broke that leg and up it went again. This time I cut it badly and soaked a towel in blood I was just about to get some help when it stopped, so I wrapped it up in a clean towel and went to sleep I woke in the morning and it appeared that a clear liquid had been leaking into the towel but it had stopped and the leg was down quite a lot and it is still improving.
The whole of that leg is swollen because of the latest operation, but it is getting better. Swellings do improve with the raised bed but it takes time.


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