War and medicine
Artificial right leg, Singapore, c.1943
Losing a limb on the battlefield
Hippocrates is quoted as saying that ‘war is the only proper school for a surgeon’. Certainly, medical services have been associated with the military since the days of Ancient Greece. This relationship declined in the Middle Ages, but after a radical reorganisation of medicine during the 1700s the links between the two grew stronger with each passing year.
War and new jobs in medicine
There is much debate about how much influence war and medicine have had on each other. In some cases war moves medical practices and innovation forward, or refocuses research into specific conditions. Both orderlies and nurses were specialised roles that emerged and developed later than surgeons and physicians. Numbers of other specialists including physiotherapists and administrators, who managed the casualties, also grew during the 1900s.
The human suffering caused by war
War causes distress, displacement and death. Between 1955 and 2002 more than 5.4 million people died in wars in 13 countries; 72 million people died in the Second World War (1939-45) and almost 40 million in the First World War (1914-18). The vast degree of human suffering caused by warfare has prompted medical innovation, with the sheer numbers of severely injured people pushing developments in medicine in order to reduce human suffering. But the effects and damage of war are long lasting - both physically and emotionally. And some of the damage is permanent.
Soldiers and disease
Until the 1900s, wars impacted on soldiers more than the civilian population. It was also true that more soldiers died of disease than from wounds received in battle. Roman surgeons prevented severe outbreaks of disease by locating military camps away from dangerous swamps. However, disease still caused a number of casualties. Roman surgeons were skilled in the art of tourniquets to stop bleeding and amputation to prevent the spread of gangrene.
New weapons, new wounds in the 1500s
By the 1500s and 1600s guns and cannons replaced swords and spears, presenting army surgeons with new types of wounds. Innovative methods of treatment were tried in the field by French surgeons such as Ambroise Paré. Yet despite the new weapons, soldiers continued to die mainly from disease rather than their wounds throughout the 1700s. Doctors had little influence on military practice as there was no insistence on general hygiene amongst soldiers.
Developments in treatments through war
By the Napoleonic Wars (1803-15) there were still no orderlies to care for the wounded and stretcher-bearing was done by regimental musicians. In the Crimean War (1853-56) 16,000 British soldiers died of sickness and only 2600 were killed in battle. The Crimean War influenced the development of professional nursing and transportation of patients, as did the later American Civil War (1861-65). In the South African War (1899-1901) doctors gained experience in small-calibre rifle wounds and found antiseptic techniques were effective in treating gunshot wounds. Field hospitals were used for the first time in this war.
The First World War: disease and developments
In the First World War measures to prevent the spread of infectious diseases, including mobile laboratories, tetanus antitoxin and vaccination against typhoid, limited the effect of disease. However, outbreaks of disease such as the devastating Spanish flu pandemic in 1918 during demobilisation were a continuous reminder for doctors to be vigilant. There were new developments in orthopaedics, neurosurgery and psychiatry. The First World War has traditionally been viewed as having a positive impact on scientific medicine. Developments on the battlefield in specialties such as orthopaedics were later used to treat the civilian population.
Women in the First World War
The First World War also saw a huge increase in the number of female nurses and male orderlies working in field hospitals near the fighting. Owing to the shortage of men, the War Office was forced to use women to drive ambulances and work in factories. Members of several independent women’s groups performed as surgeons in the war zone, although they were barely recognised for their efforts.
Medical specialities, drugs and blood: wars in the 1930s
During the Second World War developments were made in drugs such as penicillin and medical specialities focused on plastic surgery, rehabilitation and tropical diseases such as malaria. Additionally, experience from the Spanish Civil War (1936-39) demonstrated that blood could be stored and then safely transferred from patient to patient.
People in England during the Second World War
During the Second World War, inspections of volunteers and conscripts, and of those children evacuated from inner-city slums to escape bombing, exposed the poor health of some citizens. Steps were taken to improve the health of those at home, particularly children and mothers, with better nutrition and control of conditions such as scabies.
Improved treatments during the Korean and Vietnam Wars
Trauma care for the civilian population was influenced by medical advances during the Korean War (1950-53) and Vietnam War (1959-75). These advances included using helicopters to transport soldiers and the development of the mobile army surgical hospital (MASH) unit, which was designed to bring experienced surgeons closer to the front lines so that wounded soldiers could be treated more quickly. During the Korean War, a seriously wounded soldier who arrived at a MASH unit had a 97% chance of survival after treatment.
The impacts of war
War has certainly had an impact on medicine. The numbers of injured and diseased soldiers and the need to maintain a strong military force to defend the nation ensured that the medical treatment of the military was prioritised. In times of peace some of these developments have been used to treat the civilian population. While some wars are viewed as more influential on medical practice and innovation than others, the carnage and waste of war outweigh any positive aspects of conflict, even for medicine.
Related Themes and Topics
There are 244 related objects. View all related objects
J Bourke, ‘Wartime’, R Cooter and J Pickstone, (eds), Companion to Medicine in the Twentieth Century (London: Routledge, 2003)
L Brockliss and C Jones, The Medical World of Early Modern France (Oxford: Clarendon Press, 1997)
A Hardy, Health and Medicine in Britain Since 1860 (Hampshire: Palgrave, 2001)
R Jackson, Doctors and Disease in the Roman Empire (London: British Museums Publications, 1988)
H Jones, Health and Society in Twentieth Century Britain (London: Longman, 1994)
J Laffin, Combat Surgeons (Wiltshire: Sutton, 1999)
R Porter, The Greatest Benefit to Mankind (London: Harper Collins, 1997)
A Summers, Angels and Citizens: British Women as Military Nurses 1854-1914 (Berkshire: Threshold Press, 2000)
The study and practice of caring for and waiting on the sick, injured, or others unable to look after themselves or to deal with their specific medical needs.
Exercise helpful to those with physical illness, for example stroke, or back injuries. A physical therapist is a specialist trained in using exercise and physical activities to condition and improve muscles.
An apparatus designed for the compression of the vessels of the limb. A loosely applied tourniquet can reduce venous blood flow out of a limb. A tightly applied tourniquet can lessen arterial blood flow into it.
Death and decay of wound tissue infected by a soil-based bacteria. Toxins produced by the bacterium cause decay of connective tissue and the generation of gas.
The science of health and how to maintain it. A condition or practice which promotes good health. The definition varies widely and differs across cultures.
A chemical that destroys or holds back the growth of bacteria and harmful micro-organisms. It can be used to cleanse skin wounds and treat some internal infections if it is sufficiently non-toxic.
A temporary hospital set up near a combat zone to provide emergency care for the wounded.
Rooms, buildings, or groups of buildings equipped with apparatus for scientific experiments or other research, testing, and investigations.
An acute infectious disease, affecting the nervous system. Infection generally occurs through contamination of a wound. Symptoms include a locked jaw, arching of the back or neck and the inability to urinate.
An acute infection of the digestive system, resulting in general weakness, high fever, rash, chills and sweating. It is transmitted through food or drinking water contaminated by the faeces or urine of patients or carriers.
An epidemic that occurs over a wide geographic area and affects an exceptionally high proportion of the population.