ANIMAL RESEARCH  T A K E S  LIVES
- Humans and Animals BOTH Suffer

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STROKE

ARSL PAGE 6

ARSL 2nd Edition Page 6

 

To investigate ARSL's claim (page 6 of the booklet) that "rehabilitation for thousands of head injury and stroke victims are a result of techniques developed in animals" the writer referred to the authoritative and influential journal of the American Heart Association titled Stroke.  In issue 7:14 of 1976 an article headed "Clinical Relevance of Experimental Stroke Models" by G.F. Molinari says the following:

"The way researchers 'simulate' a stroke in an animal is by the application of microsurgical spring-clips to an artery.  The clipping itself affects blood vessels in ways totally artificial and never seen in blood vessels of human stroke patients."

In the May 1989 issue of Stroke, Samuel Neff of the New England Medical Centre wrote:

"The repeated failure of laboratory-proven stroke therapies in human beings can be due only to the inapplicability of animal models to human cerebrovascular disease."

Less than a year later, in January 1990, in Stroke, David O. Wiebers and his colleagues at the Mayo Clinic and the University of Iowa wrote a substantial and comprehensive article in which they called the relevance of information from animal experiments "dubious".  They cited a review of experimental treatments for stroke over the past decade extracts of which read:

  1. "Of 25 treatments which worked in animals, not a single one worked in human studies."
  2. "Human strokes are complicated by underlying artherosclerosis, genetic factors, chronic hypertension, diabetes, smoking and medications, all of which can have important effects and cannot be duplicated in animal studies."
  3. "Attempts to cause strokes in animals are highly artificial and can send armies of researchers down blind alleys, wasting precious time and money."

In a further issue of Stroke, July 1990, Weibers wrote:

"Dozens of treatments tested on animals did not work in people."

He, along with his team of researchers, cautioned against the assumption that information from animal experiments is relevant to the human disease.  In the same issue, Justin Zivin and James Grotta agreed that:

"Drug studies in animal models have not... translated into effective therapy in humans."

Stroke journal, which is the most relevant and weighty source of information applicable to the subject states in the above article:

"Conclusions arising from the whole Stroke debate were that reliance on animal models impede rather than advance scientific progress in the treatment of stroke."

"The single most effective means of dealing with strokes is still prevention.  Hypertension, smoking and cholesterol levels can be controlled.  When they are not, serious damage to the brain is very difficult to stop."
(Update of the Physicians Committee for Responsible Medicine, Washington D.C., kindly supplied by K. & M. Ungar, U.S.A.)

Other researchers agree with the findings revealed in Stroke journal, the following being a typical example of what the honest investigator can turn up given time and patience:

"Basic physiology tells us there is no suitable animal model for strokes because, unlike humans, animals have a collateral vascular system in their brains which allows blood to bypass clots; therefore they do not have strokes in the way humans do, nor are the effects from stroke the same.  In addition, many domestic animals have a retermirable system of blood vessels which effectively filters out blood clots and other substances that might otherwise flow to the brain."
(J. Moossy, "Morphological Validation of Ischemic Stroke Models", Cerebrovascular Diseases, edited by T.R. Price and E. Nelson, New York, Raven Press, 1979, page 7.)

In One Thousand Doctors (and many more) Against Vivisection, Hans Ruesch publishes the following statement made by Dr Werner Hartinger, acclaimed German surgeon and advocate for the abolition of vivisection:

"There are only two categories of doctors and scientists who are not opposed to vivisection: Those who don't know enough about it, and those who make money from it."

A glimpse at page 21 of the booklet Animal Research Saves Lives reveals that without exception its publishers:

  1. fall into the second category


  2. and

  3. vivisection is the prop which supports their lucrative careers.

Head Injury is covered in Chapter 20.

 

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ANIMAL RESEARCH  T A K E S  LIVES
- Humans and Animals BOTH Suffer

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SURGICAL TECHNIQUES

ARSL PAGES 1, 3

ARSL 2nd Edition Pages 1, 3, 7, 13, 19


Appendectomy, together with the Caesarean section operation saves a large number of human lives.  The appendectomy was pioneered by the brilliant surgeon Lawson Tait... without animal experimentation.

"Just as the introduction of asepsis, antisepsis, ether, opium, curare, cocaine, morphine, chloroform, and other forms of anaesthesia, all of determinant importance for the rebirth of surgery, owe nothing to vivisection, so the thermometer, microscope, bacteriology, stethoscope, opthalmoscope, X-rays, percussion, auscultation and electronic microscope, all of capital importance for diagnostics, owe nothing to animal experimentation either.

The same applies to the development of vaccination1 and all the fundamental drugs like digitalis, strophantin, atropine, iodine, quinine, nitro-glycerine, radium, penicillin.  Not one single important therapeutic discovery is due to vivisection, whereas books can be filled with the cases where animal experimentation has indisputably spelled disaster for humanity, besides misleading or retarding clinical research."
(Hans Ruesch, Slaughter of the Innocent, page 198, also M. Beddow Bayly, M.R.C.S., L.R.C.P., Clinical Medical Discoveries.)

A glimpse at the overwhelming evidence from medical practitioners reveals the falsity of claims made in Animal Research Saves Lives that life-saving surgical techniques were founded on vivisection.  As shown in Clinical Medical Discoveries, Dr M. Beddow Bayly documents the many surgical advances which owing nothing to vivisection but were discovered and pioneered through clinical research.  These advances being supremely valuable to the benefit of human beings and animals it is the practice of those who set out to support and defend vivisection, and their jobs, to distort historical facts and thereby create the impression in the minds of the public that such advances were the result of vivisection.  Dr Beddow Bayly, in dispelling these claims also outlines the inadequacies and grossly misleading results arising from vivisection.  His views are openly shared by hundreds of medical doctors whose opinions are concisely documented in Hans Ruesch's One Thousand Doctors (and many more) Against Vivisection.

British surgery was developed as the result of experience in human patients.  Under the Cruelty to Animals Act 1876 it was illegal for experiments on animals to be carried out for the purposes of attaining manual skills.  This law operated until the recent introduction of the Scientific Procedures Act which came into operation on January 1 1987, rescinding and setting back the struggle for abolition.  Sir W. Heneage Ogilvie, K.B.E., D.M., M.Ch., F.R.C.S., Consulting Surgeon to Guy's Hospital and Royal Masonic Hospital wrote in the British Medical Journal (December 18 1954, page 1438):

"British surgery has always stood high because it can be claimed, and not without reason, that every surgical advance of major importance has come from this country."

In the discussions during the Royal Commission on Vivisection in 1912 Dr Granville Bantock, well-known pioneer in abdominal surgery made the following statement:

"I think Mr Henry Morris maintained that abdominal surgery was very much indebted to experiments on animals.  I entirely deny that; abdominal surgery is the result of ovariotomy and to that alone is due the success of abdominal surgery generally."

In Vivisection: Science or Sham, Dr Roy Kupsinel wrote in 1988 the following about surgical techniques:

"To gain experience, first an aspiring surgeon should practice on human cadavers, then observe experienced surgeons at work on human patients.  They can help out with simple operations, then progress to more complex ones as experience permits.  Even the vivisection manuals caution medical students about applying surgical techniques from animals to humans."

"Though the research community would like the public to believe that the use of animals is responsible for the breakthroughs in surgical methods, what really happens follows this typical pattern: In the effort to overcome heart disease, the heart of a human heart attack victim is studied during autopsy.  An operation is then proposed to overcome the coronary artery blockage.  Extensive animal experiments are then conducted in hopes of developing the surgical skill and in determining the feasibility of the operation on human patients.  If the animal lives a false sense of optimism develops and human trials are begun.  Due to the variation in blood clotting and anatomical differences between animals and humans, the initial surgeries on humans result in a high frequency of deaths from the operation.  Over time, as the surgeons perfect the operation on actual patients, mortality rates from the operation decrease.  Surgeons initially claim that the operation will prolong life, but as time goes on it becomes clear that the operation still kills many patients, and in fact doesn't improve the ultimate survival of coronary artery disease in patients.  The operation passes out of vogue and is replaced by another one which passes through the same stages of evolution."

In Experimental Surgery, Dr J. Markowitz states:

"The operative technique described in these pages is suitable for animals, usually dogs.  However, it does not follow that it is equally and always suited for human beings.  We refuse to allow the student the pretence that what he is doing is operating on a patient for the cure of an ailment."

Dr Robert Lawson Tait (1845-1899) is recognised as the giant of surgical progress.  Celebrated as the most successful and innovative surgeon of all time many of present-day surgical techniques originate from him.&n