Emergency War Surgery NATO Handbook
Prologue
United States Department of Defense
This is a handbook of war surgery. Its lessons have been learned and then taught by
combat surgeons-"young men who must have good hands, a stout heart and not too much
philosophy; he is called upon for decision rather than discussion, for action rather than
a knowledge of what the best writers think should be done"
In a world where multinational forces may be thrown together on one side in a large
war, a need was clearly seen for standardization of equipment and techniques among nations
expected to fight as allies. In 1957, SHAPE (Supreme Headquarters Allied Powers Europe)
published the first Emergency War Surgery Hand book, familiarly known as the NATO
Handbook. This was the pro" duct of a committee of the surgical consultants of the
United Kingdom, France, and the United States, chaired by Brigadier General Sam F. Seeley
of the United States. In 1958, the handbook was issued in the United States following
suitable amendments. In April, 1959, the NATO Military Agency for Standardization
promulgated NATO Standardization Agreement (STANAG) 2068, which retrospectively placed a
stamp of approval on the Emergency War Surgery Handbook of 1957 by agreeing that NATO
Armed Forces would standardize emergency war surgery according to its contents and tenets.
This handbook, in addition to being issued to all active duty medical officers in the U.S.
Armed Forces Medical Departments, was also forwarded to medical school surgical
departments and libraries. At that time the MEND (Medical Education for National Defense)
program war active. This was an excellent program, instituted in all university medical
schools by the universities and the armed forces, in which a faculty representative,
normally a surgeon, was selected to be briefed on a regular basis by the medical
departments of the armed forces and, in turn, to teach principles of care of military
casualties at their respective schools. Much of the early exposure of these individuals
dealt with the concept of mass casualties and thermonuclear warfare.
In 1970, Dr. Louis M. Rousselot, Assistant Secretary of Defense for Health and
Environment, an outstanding surgeon himself, realizing that, during the Korean and Vietnam
conflicts, new surgical information had been learned or relearned and that this new in
formation required broad exposure, tasked the Army Surgeon General to update the Emergency
War Surgery Handbook. The editorial board for the new U.S. edition consisted of Rear
Admiral Edward J, Rupnick, MC, US Navy; Colonel Robert Dean, MC, USAF; Colonel Richard R.
Torp, MC, USA; and Brigadier General Thomas J. Whelan,Jr., MC, USA, who chaired the board.
Chapters were rewritten, and the format changed to include chapters on aeromedical
evacuation, mass casualties in thermonuclear warfare, and reoperative abdominal surgery.
The final paragraphs on mass casualties in each chapter of the original handbook were
excluded. At the same time, a NATO Handbook Revision Committee chaired by Colonel Tommy A.
Pace, RAMC, and with representatives from the United Kingdom, France, the Federal Republic
of Germany, the Netherlands, and Greece has been proceeding with minor chapter changes.
The U.S. committee felt that the NATO committee might welcome the more extensive changes.
Therefore, in 1973 the completed revision of the U.S. Handbook was presented to the
committee. Within 48 hours there was a unanimous decision to accept the new U.S. edition
with certain minor modifications and lo use it as the basis of a new edition for NATO
nations. These modifications were proposed by the representative from France; they related
to a description of an external fixation device for use in open fractures and to a minor
change in the management of chest injuries. It seems certain that no NATO accord ever came
so swiftly or easily. The goodwill on both sides was exemplary and heartening In 1975, the
new U.S. edition was published, and in 1977 it became the guide for all NATO forces,
pursuant to a reissue of STANAG 2068. Now it is time for a third edition.
War surgery represents no crude departure from accepted surgical standards. A major
responsibility of all military surgeons is to maintain these principles and practices as
fully as possible, even under adverse physical conditions. The physical requirements are,
however, relatively simple:
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Experienced surgeon, anesthetist, and operating room personnel.
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Simple X ray facilities.
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Good lighting and water supplies.
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Reasonable accommodations under shelter.
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Well-trained nurses and other professional administrative staff.
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Ability to retain post-operative patients in the hospital for at least a few days to
allow stabilization.
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Simple surgical equipment, supplemented by a few items of specialized equipment, such as
Bovie units, defibrillators, ventilators, blood gas machines, anesthesia delivery
equipment, and vascular and orthopedic instruments.
There are, however; differences between war surgery and surgery in the civilian
setting:
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The tactical situation may impose major constraints upon the performance of the
indicated operation, and threats to the safety of the patient and medical personnel may
make appropriate care inconvenient, if not impossible.
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The high-velocity weapons of war may produce tremendously greater tissue destruction
than the low velocity weapons producing civilian wounds.
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There are few civilian wounds which resemble the multiple fragment wounds of artillery
or mortar shells, bombs, booby traps, and landmines.
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Wounds are cared for by many surgeons along an evacuation chain that extends from combat
zone to home, rather than by one surgeon and his house staff throughout all phases of
wound repair.
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Casualties are frequently received in large numbers over a short time in combat
hospitals. Although an occasional catastrophe of similar magnitude has occurred in a few
metropolitan civilian hospitals, this is a commonplace occurrence in forward combat
hospitals.
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During aeromedical evacuation, the casualty will require long flights during which
lowered air pressure may complicate abdominal, chest, eye, head, and spinal wounds. The
cabins of high altitude aircraft are pressurized only to about 4,000 8,000 feet above sea
level, and not to sea level pressures.
We are now faced with a fast-moving, highly mobile, remote control type of warfare
which will require major changes in philosophy and management of war casualties. It may,
for instance, be necessary to evacuate casualties much earlier than the organism's
physiologic responses to injury dictate as optimal. The initial definitive surgery may' be
required aloft or on shipboard. Or because of noxious fumes or radioactive dust, we may
find it necessary to emulate the mole, remaining underground for protracted periods. We
must not ever expect that the protected hospital environments of the Korean or Vietnam
conflicts, bought with very necessary air superiority, will necessarily be present in
future conflicts. Plans for the care of the wounded must be laced with a generous
sprinkling of multiple alternatives and options ranging from immediate air or surface
evacuation with delayed suboptimal definitive surgical care to the more standard, early
definitive treatment in a combat hospital with a 410 day retention period prior to further
evacuation. The latter is optimal; the former, however, may be forced by the tactical
situation.
As in any medical endeavor, prevention is far more efficacious than treatment. This is
true for wounds sustained in war. Unfortunately, there is no precedent to suggest that man
and nations have learned to coexist without armed conflict. Although I, personally, and
most military men, who "above all other people pray for peace, for they must suffer
and bear the deepest wounds and scars of war" (quoted from General Douglas
MacArthur's oration "Duty, Honor, Country"), would be profoundly grateful if
this handbook might become superfluous, redundant, and unnecessary, it nonetheless
continues to serve a useful purpose in these times. Furthermore, a reasonably standard,
phased method of treatment of war wounds, to be enunciated in the remainder of this
handbook, is imperative when many surgeons, of multiple national extractions, along long
evacuation chains, care for those wounded in combat.
Thomas J. Whelan, Jr.
Brigadier General (RET)
Medical Corps, US. Army
Approved for public release; Distribution is unlimited.
The listing of any non-Federal product in this CD is not an
endorsement of the product itself, but simply an acknowledgement of the source.
Operational Medicine 2001
Health Care in Military Settings
Bureau of Medicine and Surgery
Department of the Navy
2300 E Street NW
Washington, D.C
20372-5300 |
Operational Medicine
Health Care in Military Settings
CAPT Michael John Hughey, MC, USNR
NAVMED P-5139
January 1, 2001 |
United States Special Operations Command
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MacDill AFB, Florida
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