Monday, August 15, 2011

Ban Dihydrogen Monoxide!


NOTE: Caleb Bentley did not write or contribute to any part of this specific report, he is simply reposting someone else's work that he thought was interesting and worth sharing with those who stop by.
Enjoy

Ban Dihydrogen Monoxide!
The Invisible Killer
Dihydrogen monoxide is colorless, odorless, tasteless, and kills uncounted thousands of people every year. Most of these deaths are caused by accidental inhalation of DHMO, but the dangers of dihydrogen monoxide do not end there. Prolonged exposure to its solid form causes severe tissue damage. Symptoms of DHMO ingestion can include excessive sweating and urination, and possibly a bloated feeling, nausea, vomiting and body electrolyte imbalance. For those who have become dependent, DHMO withdrawal means certain death.
Dihydrogen monoxide:
  • is also known as hydroxyl acid, and is the major component of acid rain.
  • contributes to the "greenhouse effect."
  • may cause severe burns.
  • contributes to the erosion of our natural landscape.
  • accelerates corrosion and rusting of many metals.
  • may cause electrical failures and decreased effectiveness of automobile brakes.
  • has been found in excised tumors of terminal cancer patients.
Contamination Is Reaching Epidemic Proportions!
Quantities of dihydrogen monoxide have been found in almost every stream, lake, and reservoir in America today. But the pollution is global, and the contaminant has even been found in Antarctic ice. DHMO has caused millions of dollars of property damage in the midwest, and recently California.
Despite the danger, dihydrogen monoxide is often used:
  • as an industrial solvent and coolant.
  • in nuclear power plants.
  • in the production of styrofoam.
  • as a fire retardant.
  • in many forms of cruel animal research.
  • in the distribution of pesticides. Even after washing, produce remains contaminated by this chemical.
  • as an additive in certain "junk-foods" and other food products.
Companies dump waste DHMO into rivers and the ocean, and nothing can be done to stop them because this practice is still legal. The impact on wildlife is extreme, and we cannot afford to ignore it any longer!
The Horror Must Be Stopped!
The American government has refused to ban the production, distribution, or use of this damaging chemical due to its "importance to the economic health of this nation." In fact, the navy and other military organizations are conducting experiments with DHMO, and designing multi-billion dollar devices to control and utilize it during warfare situations. Hundreds of military research facilities receive tons of it through a highly sophisticated underground distribution network. Many store large quantities for later use.

Here’s another good cite: <http://www.dhmo.org/>


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20 Strange and Mysterious Medical Syndromes


NOTE: Caleb Bentley did not write or contribute to any part of this specific report, he is simply reposting someone else's work that he thought was interesting and worth sharing with those who stop by.
Enjoy

20 Strange and Mysterious Medical Syndromes
Posted by Katie, Feb 18th 2009, 16:23

Doctors have come across some baffling day-to-day ailments, but few conditions are as strange as these 20 disorders, which range from biological to psychological to cultural in nature.


Foreign Accent Syndrome
Foreign accent syndrome (FAS) is a speech disorder that causes sudden changes in speech pattern, intonation and pronunciation so that the victim is perceived to speak with a "foreign" accent. FAS usually results from severe trauma to the brain, such as a stroke or head injury, and typically develops within one or two years of the injury. Of the 50 to 60 cases that have been verified since 1941, only a few FAS sufferers regained their normal speech pattern, although some experienced success through speech therapy.

Sexsomnia
Sexsomnia is a sleep disorder that, much like sleepwalking, compels the sufferer to engage in sexual activity while asleep. Identified in 2003, sexsomnia has since been cited to acquit defendants accused of sexual assault in British and Canadian criminal cases.

Exploding Head Syndrome
People with exploding head syndrome intermittently hear loud, explosion-like noises that seem to originate from within their own head. The "explosions" usually occur within an hour or two hours of the victim falling asleep. There's no physical pain, but sufferers understandably experience fear and anxiety after such attacks. While it's not clear what exactly causes the syndrome, it's been linked to stress and fatigue and often vanishes without any treatment.

Fatal Familial Insomnia
Fatal familial insomnia (FFI) is a genetic sleep disorder that causes increasing sleeplessness, typically starting around the age of 50. The victim's brain develops a plaque that inhibits the ability to sleep, and with less and less sleep, mental illness -- including phobias, panic attacks, paranoia, dementia and hallucinations -- set in. Within six months to three years after onset, the patient dies. There is no known cure.

Congenital Insensitivity to Pain
People with a congenital insensitivity to pain (CIPA) cannot feel physical pain, typically due to the mutation of a gene associated with the transmission of pain in the body. As such, they are more susceptible to death by trauma, since they might not be aware of the extent of damage done to their own bodies. There have been around 100 cases documented in the US.

Genital Retraction Syndrome
Genital retraction syndrome (GRS) is a mental condition prevalent in specific cultures that causes sufferers to believe that their external genitals are shrinking or slowly disappearing into their bodies. The widespread belief of the occurrence in portions of Asia and Africa has led to so-called "penis panics," episodes of mass hysteria in which thousands of cases, often tied to local beliefs in witchcraft, may be reported in a short period of time.

Werewolf Syndrome
Hypertrichosis, or werewolf syndrome, is a medical condition that causes the excessive growth of body hair -- typically on the upper body, including the face. 
There are only 50 or so documented cases, and sufferers generally acquire it through genetic inheritance. In 2008, scientists at Columbia University found that an injection of testosterone significantly helped in long-term hair loss in patients with hypertrichosis; the finding was hailed by many as a cure.

Pica
Pica is a compulsion to eat non-edible objects. Sufferers have been known to consume paper, dirt, paint, hair, glue, rocks, lint and laundry detergent. Related disorders include acuphagia (the eating of sharp objects) and hyalophagia (the eating of glass). There is no concrete cause, but pica is believed by many to result from a mineral deficiency, and as such, it's found most frequently in pregnant women and children in lower-income areas.

Alice in Wonderland Syndrome
AIWS is a neurological condition that causes distorted visuals that make objects appear either much smaller (micropsia) or larger (macropsia) than they are. It's a temporary condition that's often associated with migraines, although it can also be caused by brain tumors and hallucinogenic drugs.

Capgras Delusion
The Capgras delusion is a mental condition in which the sufferer comes to believe that someone close to him -- typically a spouse or family member -- has been replaced by an identical imposter. The sufferer may continue to live peacefully (though distrustfully) with the "imposter," or he may violently attack the loved one. Some people with Capgras delusion even second-guess their own reflections. The condition is typically caused by brain injury or mental illness like schizophrenia and dementia.

Alien Hand Syndrome
Also known as Dr. Strangelove syndrome and "anarchic hand," AIS is a neurological disorder that makes the victim feel like he has lost control of one of his hands. In extreme cases, sufferers have been reported to engage in violent wrestling with their own hand, with the appendages even trying to strangle the patient while sleeping. Alien hand syndrome is caused by trauma to the brain -- such as a stroke, aneurysm or head injury -- and the symptoms can be treated, although the condition itself has no cure.

Stendhal Syndrome
Stendhal syndrome is the name given to a feeling of anxiety -- dizziness, confusion, rapid heartbeat, even hallucinations and fainting -- upon seeing beautiful works of art. The overwhelming sensation can come from the exceptional beauty of one particular piece of art or from the abundance of art in one location. The condition is most widely associated with the art of Florence, Italy, although it has been applied to similar reactions to overwhelming beauty of any type.

Walking Corpse Syndrome
Sufferers of walking corpse syndrome, also known as the Cotard delusion, believe that they are dead, decaying or have lost body parts or internal organs. In some cases, victims believe that they don't even exist. Like the Capgras delusion, walking corpse syndrome is typically the result of brain damage or mental illness.

Jumping Frenchmen of Maine
Jumping Frenchmen of Maine is a form of the exaggerated startle reflex known as hyperexplexia, so named because it was first observed in French-Canadian lumberjacks in the Moosehead Lake region of Maine in 1878. Sufferers were reported to react abnormally to loud, sudden noises -- screaming, flailing, muscle seizures and, most puzzlingly, obeying commands in a reflexive, involuntary manner. For instance, when instructed in a loud, authoritative voice to hit someone, they would do so without question. It's believed to be a genetic condition caused by a blockage of an amino acid that calms the central nervous system.

Jerusalem Syndrome
Jerusalem syndrome is a form of religious mania resulting from, or leading to, a visit to the city of Jerusalem. Typically, a sufferer (of Christian or Jewish background) experiences a sudden religious fervor upon visiting the city, leading them to the belief that they are on a religiously significant mission and quite possibly that they are a specific biblical figure. People experiencing Jerusalem syndrome often end up dressing in a white robe and delivering a sermon at a religiously significant site in the city. Since 1980, there have been an average of close to 100 cases per year reported. It's debatable whether or not sufferers had previous mental problems before visiting Jerusalem.

Spasmodic Dysphonia
Spasmodic dysphonia is a neurological disorder that causes involuntary movement of the larynx, causing muscle spasms that impair speech. Strangely, however, sufferers usually have no such hindrances when singing, whispering, laughing, speaking in a high pitch or even in rhymes. There is no known cure, although injections of Botox into the larynx have been shown to provide short-term relief.

Medical Students' Syndrome
Medical students' syndrome is a temporary, hypochondria-like mental condition that strikes medical students, causing them to believe that they are suffering from the diseases that they're studying. By some reports, up to 80% of medical students experience it at some point as a result of studying such frightening diseases in such a highly suggestible environment.

Moebius Syndrome
Moebius syndrome is a neurological disorder that affects people from birth and is characterized by the inability of its sufferers to form facial expressions. People with Moebius syndrome are unable to move their facial muscles, meaning they can't smile, frown, suck or even blink their eyes. They are also unable to move their eyes from side to side and have difficulty swallowing.

Fish Odor Syndrome
Fish odor syndrome, or trimethylaminuria, is a disorder that causes the sufferer's breath, sweat and urine to give off a strong fishy smell (not that breath, sweat or urine otherwise have great odors). It's caused by the inability of the body to break down a specific, fish-odored compound in foods. There is no cure, but sufferers can control the symptoms by avoiding certain foods and taking antibiotics.

Synesthesia
People with synesthesia ("synesthetes") associate a stimulus with one of the five senses not typically related to it. For instance, they may describe a certain sound as having a color. There are several different types of synesthesia, mixing sight, sound, taste and other sensory elements, and by some estimates, as much as 5% of the population has some level of incidence. It's a harmless condition and is often genetic, although some people have reported experiencing it as a result of a stroke or loss of sight or hearing. Perhaps because of its sensory nature, synesthesia is frequently reported amongst artists and musicians.


GALL BLADDER SURGERY WITH SELF-HYPNOSIS


NOTE: Caleb Bentley did not write or contribute to any part of this specific report, he is simply reposting someone else's work that he thought was interesting and worth sharing with those who stop by.  For more information on this report, please, visit the following web site
And now, on to the interesting stuff...
THE AMERICAN JOURNAL OF CLINICAL HYPNOSIS 
     Volume 22, Number 3, January 1980 
              Printed in U.S.A. 
CHOLECYSTECTOMY (GALL BLADDER SURGERY) 
WITH SELF-HYPNOSIS 
VICTOR RAUSCH, D.D.S. 
Waterloo, Ontario, Canada 
The extent to which self-hypnosis can be used in surgical procedures is a topic of controversy.  This author considers the limits imposed, by the literature, on the effectiveness of self-hypnosis in major abdominal surgery to be academic and unfounded.  This is an account of a cholecystectomy performed using self-hypnosis as the sole anesthetic agent.  Muscle relaxation, shallow breathing, pulse rate, blood pressure, reflex action and pain, were successfully controlled during and following surgery. 
Many hypnotherapists have felt that because the patient using self-hypnosis must act in a dual role of operator and subject and because the critical (conscious) and noncritical (subconscious) components are acting simultaneously, the required depth of trance necessary for abdominal surgery cannot be achieved.  I consider the limits we impose upon the potentials of hetero and self-hypnosis may act as obstacles to the eventual outcome of therapy. 
The following is the account of my experiences during major abdominal surgery using self-hypnosis as the sole agent for anesthesia. 
The reason I chose self-hypnosis as my mode for aesthesia was a selfish one.  I had a burning curiosity and desire to experience firsthand the mental changes that would have to occur within myself if the procedure was to be successful.  I also wanted to learn, if not objectively, at least subjectively, about some of the mechanisms involved in selfhypnosis, and determine if I could act both as operator and subject effectively.  I wanted to discover to what extent I could control my body through the use of self-hypnosis, and was prepared to take the risk. 
I am a dental surgeon and for sixteen years have been extensively involved with hypnosis in the areas of teaching, experimental and clinical settings.  During a five-year term with the Canadian Armed Forces I had an opportunity to experiment with hypnosis and study its effects during some very extensive, painful and traumatic clinical procedures.  These procedures involved the reduction of a fractured mandible, surgical removal of multiple abscessed teeth and the removal of vital pulps from inflamed, hyperemic teeth.  These were performed using hypnosis as the only agent to control pain.  Patients treated with hypnosis consistently demonstrated the ability to heal much more rapidly and with much less discomfort than patients treated by more orthodox methods.  I was constantly awed and amazed by the control patients demonstrated while in hypnosis.  I envied many of my patients who could so easily enter hypnosis. 
In February 1978, the opportunity to personally experience and test the potentials of hypnosis presented itself to me.  I made the decision, and proceeded to confront the almost insurmountable task of having my “insane” request accepted by the hospital administration and medical personnel involved.  Fortunately, after many setbacks and hours of persuasion and dogged persistence, I found individuals who were open-minded and curious enough to support me in my endeavor. 
To my knowledge, there have been no verified clinical reports of major abdominal surgery where self-hypnosis was the only means used to control pain and bodily functions.  I could therefore well understand the uncertain feelings and hesitancy of the operating team. Nobody present during the operation had experience with hypnosis and it was therefore interesting to observe the initial reactions of the people involved and the changes in their attitudes as the procedure progressed. 
The night before surgery, I used progressive relaxation to achieve a very comfortable inner tranquility, progressively eliminating all external disturbances.  I then switched to a visualization technique whereby I saw myself on a movie screen and, step by step, went through the procedure that lay ahead, culminating in a completely successful positive end result.  Focusing on the feelings of confidence, absolute certainty of success and elation, I drifted into a very deep hypnotic sleep.  When I awakened in the morning I felt very refreshed and calm.  I felt no fear or apprehension.  I tried to critically analyze my feelings and the only way I can describe them is that they had a very dream-like quality.  Mentally I had definitely accepted what lay ahead.  I suppose I was still in hypnosis, I could not critically make the judgment. 
I received no premedication.  After being wheeled into the operating room, I climbed onto the operating table.  I immediately sensed the tremendous tension everyone was under but still felt very calm and relaxed myself.  I felt very detached from the situation.  I once more assured everyone that I felt fine, and tried to explain the importance of “expectancy.”  I asked only that they mentally send me good “vibes” and anticipate and expect total success.  Prior to surgery I had practiced a dissociation technique to help me enter hypnosis.  I had been successful in focusing on a specific piece of music.  I could hear as well as feel the music.  The particular piece of music was based on Chopin’s “Nocturne in E Flat” played by Carmen Cavallaro in the movie  The Eddy Duchin Story.  I could also visualize the precise moment in the movie when the piece was being played and several of my senses were therefore occupied, making the dissociation very effective. 
I had decided on the initial incision as my trigger to achieve the required depth of hypnosis needed to deal with whatever situations would arise.  I personally felt the trigger or cue had to be very definite and dramatic.  The incision, for obvious reasons, would also provide that very important “need” to go into deep hypnosis. 
The stand-by anesthetist connected me to the intravenous and began monitoring my pulse and blood pressure.  I had assured the anesthetist that I would be able to communicate with him during surgery.  I asked him to keep me informed as the surgery progressed so that I could help in any way possible.  I was referring to such things as muscle relaxation, bleeding and breathing.  I had requested that the surgeon proceed as he would with an anesthetized patient. 
The surgeon asked me if I was ready.  When I said yes he felt along the line of the intended incision.  Without hesitation, he drew the scalpel firmly across my abdomen.  At this point, I would briefly like to report the readings obtained and then describe my personal experiences during surgery.  The accompanying chart shows the readings recorded by the anesthetist. 
https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiYV1h5HWNpP5pDG7zcmQ8svoMZruzL-krkBcbNlJpulcIVe0p3jPl0PHICM1-c_KzLwZgX2BCBDdavq1QG6q_vaVixR32J2FnRyeS9cC2VQlt0rINSGOBIIEwT4kN_s2hqmvV9CPZqGjeY/s320/CHOLECYSYECT.jpg

INTERPRATATION OF CHART
- Start of operation. 8:15 A.M. 
- Blood pressure – 135 
- Pulse rate – 82 beats per minute 
When the initial incision was made, my blood pressure spiked to 190 immediately and my pulse rate rose to 115. 
1. Going through the peritoneum
- approximately six minutes into the operation. Both the blood pressure and pulse dropped to a more normal level. 
2. Perspiring profusely, yet the blood pressure and pulse rate remained fairly steady. 
3. Gall Bladder out - after approximately 50 minutes. Blood pressure and pulse steady. 
4. Picking up the peritoneum. Operation finished at 9:30 A.M.  Blood pressure steady. Pulse rate dropped to 65 beats per minute. 
5.   Standing. - No change in pressure or pulse.    - No pallor.    - Walked to room.        
 SUBJECTIVE REPORT 
At the precise moment the incision was made, several things happened simultaneously.  I felt an interesting flowing sensation throughout my entire body.  I was very aware of a definite change in my state of awareness.  I felt as if my consciousness expanded or merged.  Whatever happened, I was suddenly much more aware of my surroundings, people in the room and bodily sensations, than I had ever been before.  My eyes were open and according to the operating team there was no visible tensing of the muscles, no change in breathing, no flinching of the eyelids and no change in facial expression.  I was intently staring at the nurse to my immediate right and she later commented that I turned a funny colour as if I were dead.  This visibly upset her and she actually walked away for a few moments to compose herself.  I immediately missed her presence.  I heard and felt the music and dissociated   very effectively, but almost instantly realized that if I dissociated completely I could not control my reflexes.  I started reversing the process and again became aware that I needed a different approach if I hoped to successfully control the situation.  I tried time distortion and quickly realized that neither was it enough. 
Up to this point I was desperately scrambling to find the answer, the approach that I knew had to be there.  I again turned to the operating room nurse, who had by this time returned, and looked at her.  As soon as I had eye contact with her, I again felt the same kind of flowing sensation I had experienced when the initial incision was made. 
 Whether it was through intuitive awareness or a desperate need I do not know, but suddenly the answer was clear to me.  I could mentally direct the flowing sensation to any area and achieve complete control, and still be totally aware of every step of the operation.  I would simply allow sensations caused by the surgery to rise to the surface and cancel them by mentally directing this apparent flowing force to the area in question.  It was like establishing an equilibrium or balance in a disrupted kind of energy field. 
Consciously I felt completely detached and subjectively felt absolute amazement at what was happening.  It was as though I were an observer rather than the patient.  Up to this point approximately three minutes had elapsed from the beginning of surgery.  I suddenly felt strong and knew that the procedure would be absolutely successful.  I could now chat with the anesthetist and the nurse, remember and tell jokes I had heard recently and generally act like an observer rather than a participant.  I tried consciously to understand and explain how the mechanism of this so called energy-flow was working but, intellectually, could come to no rational conclusion.  I also became aware that whenever I had eye contact with either the nurse or the anesthetist, I felt myself getting stronger.  It was as if I was drawing some kind of energy from them.  The nurse later reported that even though she had not assisted directly, she was completely exhausted after the operation. 
For me the remainder of the time passed very quickly.  I was asked not to try to control the bleeding because the surgeon did not want to miss cauterizing any so-called bleeders that might cause complications later on.  At one point I was asked to relax my muscles a little more which I succeeded in doing.  There was slight difficulty in closing the peritoneum due to some tension.  Throughout the procedure I perspired profusely, yet my pulse and blood pressure remained steady.  After the final sutures were in place, the anesthetist asked me if I might care to walk back to my room.  I enthusiastically agreed, climbed off the operating table and walked around the operating room.  I felt no pain and no discomfort.  I felt only pure elation.  The anesthetist sent for my robe and slippers.  We all linked arms, walked into the hall and proceeded via the elevator to my room.  For 16 hours after surgery I kept drifting in and out of sleep.  I saw and talked to many people but felt as if I was in a dream.  I felt a definite lack of concrete reality.  I again tried to analyze my feelings critically, and the only way I can describe them is that I felt that I was not solidly together.  I felt loose, that I was in pieces being held together by loose strings.  Yet I was comfortable and warm and there was no panic or distress.  Occasionally I experienced vivid mental playbacks of parts of the operation.  For all intents and purposes, I was again undergoing certain parts of the surgery.  Suddenly, after 16 hours I literally snapped back and knew that I was back together.  This was not a gradual process.  It was a sudden effect and I was very aware of it when it happened.
It was interesting for me to analyze my emotional state after surgery.  I expected to feel a sense of tremendous accomplishment but instead felt no surprise at what had happened.  I felt rather humble.  I felt nothing unusual had happened and I became aware that what I had experienced was only a small emonstration of the vast potentials of our so-called subconscious make-up. Surgery was performed Friday morning, February 17, 1978.  I was discharged from hospital Wednesday morning, February 22 and on Monday, February 27, I was back in the office, busy, fully functional and feeling well.

DISCUSSION
In discussing pain control through hypnosis, we must refer to the research and experimental work that has been done by E. R. and J. P. Hilgard. Their Hypnosis in the Relief of Pain, covers the subject extensively.  The experimental approach however, does not and cannot accurately measure such factors as need, expectancy and motivation.  The urgency and quality of pain in clinical situations varies greatly from experimentally produced pain in the laboratory.  As Hilgard states, “Basic research should furnish knowledge that can be applied in the clinic; the results of the clinic should provide feedback to the laboratory worker.” 
The intangible factors inherent in hypnosis make meaningful statistical studies almost impossible.  Yet, statistics and percentages are often used.  Estimates given dealing with the proportion of patients who could tolerate major abdominal surgery under hypnosis without any chemical assistance vary greatly.  Kroger estimates 10%.  Wallace and Coppolino feel their percentage of success has been much less.  Marmer, in 1963 stated “Few of us would guarantee to produce surgical hypnoanesthesia in one in a hundred unselected cases.” 
Many opinions are sometimes vigorously expressed and put unwarranted limits on the potentials of hypnosis.  Marmer felt it would be almost impossible under hypnosis to attempt removal of a spleen, repair of a perforated viscus, or an abdominal perineal resection.  He said, “It would require an extremely rare patient and an unusual hypnotist to accomplish this.”  I am sure Marmer’s statement expresses the feelings of many hypnotherapists.
In contrast to the above, there was no hypnotist present during my operation.  On Spiegel’s Hypnotic Induction Profile (eye-roll test) I register as a low 2 – certainly not a highly hypnotizable subject.  Should the validity and importance of Spiegel’s Hypnotic Induction Profile perhaps be re-examined?  Nobody present during the operation had experience with, or exposure to, hypnosis.  I did not personally know the surgeon, 
anesthetist or operating room nurses and met them only briefly prior to surgery.  The descriptions I was given as to what I would feel and what would occur physiologically certainly did not aid in reinforcing my confidence.  It was described in detail how sharp and perhaps unbearable the pain would be during the incision of the skin and peritoneum.  It was made clear to me that should I be able to somehow tolerate the initial pain, the tugging on the viscera would produce “deep all-consuming pain” as well as activate a reflex that would cause my blood pressure to drop and retching to occur.  I am sure you can appreciate from the vivid descriptions I was given, that it took a great effort on my part to keep my composure and reject the negativity of these wellmeant explanations. 
During the preparations for surgery in the operating room, I was the one who had to reassure the operating team that everything would be alright and project confidence to them.  Against all odds, in this uncertain and apprehensive atmosphere, the initial incision was made and the appropriate surgical procedures performed. 
During the hour and fifteen minutes that I was on the operating table, I was able to achieve the depth of hypnosis necessary for the procedure to be completely successful.  I was able to critically make judgments and alter and direct my hypnotic approaches during each step of the operation.  At all times my critical faculty was active.  I was amazed at how effectively self-hypnosis was working but I could not explain to myself how it was working.  I knew, perhaps intuitively, what images I had to form mentally and what feelings I had to elicit to produce the required results.  I became ‘stronger’ whenever I had eye contact with either the nurse or the anesthetist, and my ability to manipulate and control various physiological functions increased as the operation progressed. 
The operation was totally successful and no difficulties arose before, during or after surgery.  The question that arises is, “What were the factors present in my situation that allowed me to do what I did successfully?”  Am I that “rare” patient to which Marmer refers?  I hardly think so.  Statistically the probability would be too remote to even consider.  I see myself as a very average individual, low on the hypnotizability scale (eye-roll test) and very critical by nature. 
The implied challenge we, as investigators and clinicians are faced with is not to discover what hidden potentials reside within each of us, but rather, how we can develop predictable approaches and techniques to tap those potentials.  If we hope to study, understand and explain the mechanisms involved in pain relief and physiological changes during altered states of awareness, we must use not only the scientific (objective) approach but also consider and pay close attention to the subjective accounts of individuals who are able to control pain in clinical situations. 
PERSONAL NOTE: [from the author]
It becomes very difficult to describe, with precise language, the experience I had.  For every reader, the interpretation of what I am trying to report will vary according to his training, personal views, convictions and frames of reference.  The part of my experience that can be verified is that which is recorded on the chart, showing blood pressure and pulse rate, as well as observations made by personnel present during the procedure. 
The subjective aspect of my report is very personal and, I realize, anecdotal.  For me, it is extremely frustrating to have had such a dramatic experience and not be able to discuss and share it with my colleagues in an acceptable logical way fitting into our present scientific frame-work of investigation and knowledge.  In this sense, I feel very much alone. 
I realize that my account is probably the first of its kind.  I also realize that to come to any concrete conclusions based on a single experience is foolhardy and meaningless.  I concede that the use of either hetero or self-hypnosis for pain control during major abdominal surgery, based on present evidence, is unpredictable and should be approached with extreme caution.  May I suggest however, that we keep our intuitive channels wide open and learn to expect the unexpected.                                                                                                                 

REFERENCES
                                                                         
CHONG, DENNIS K. Autohypnotic pain control – the  
Milton Model.  New York:  Carlton Press, 1979 
HILGARD, E. R.  A neodissociation interpretation 
         of  pain reduction in hypnosis. Psychological 
          80,  396-411 
  HILGARD, E.R. Divided consciousness.
                  New York: Wiley-Interscience, 1977. 
           HILGARD, E.R. & HILGARD, J. P. 
                  Hypnosis in the relief of pain. Los Altos, Ca. 1975 
           YANOVSKI, A. & BRICKLIN,  B.  Spontaneous 
           Abreaction during major surgery under hypnosis. 
            Psychiatric Quarterly, 41, 496-524.