Developments in medicine in the early 20th century
There were a series of developments in medicine during the early 20th century that enabled better treatment of the wounded on the Western Front during World War One. These included aseptic surgery, X-rays and blood transfusions.
Infection and aseptic surgery
Joseph Lister’s use of antisepticA substance that kills or stops the growth of germs which cause disease. surgery was a turning point in the history of surgery. It led to the better removal of bacteriaSingle-celled microorganisms, some of which are pathogenic in humans, animals and plants. Singular is bacterium. around wounds and on surgical instruments. This reduced the death rate from infection.
Antiseptic surgery led to aseptic surgery Surgery using precautions to lower the risk of infection from sepsis. in the late 19th century. Aseptic surgery ensured operating theatres were free of more germ-free environments:
- operating theatres and hospitals were continuously cleaned
- all surgical instruments were steam steriliseTo kill any living organisms, usually microbes that might cause disease, on an object or in a substance. to kill all bacteria
- surgeons wore rubber gloves, surgical gowns and masks that had been sterilised
The conditions on the Western Front made many of these principles of cleanliness very difficult to follow. However, some of the techniques were still used on the front.
X-rays
X-raysHigh frequency electromagnetic radiation, used for medical imaging. were discovered in 1895 by Wilhelm Röntgen. He realised that the rays could pass through paper, wood and human flesh but not through metal or bone. By the end of the 19th century, X-ray machines were being used in hospitals to identify broken bones.
The ability to identify metal ‘foreign objects’ such as pieces of metal from shrapnel shellA hollow shell filled with tiny steels balls used in war. or bullets, and locate broken bones, would help hugely once the technology was trialled on the Western Front. .
Blood transfusions
Blood loss can lead to death. In 1900, Karl Landsteiner discovered the different blood groups and showed that some blood groups are incompatible Unable to work together. with one another. He showed that blood transfusionWhen people are given blood via a drip. would only work if the blood used was compatibleAble to work together.. Landsteiner was able to explain this. Each blood cellBasic unit of life. Unicellular organisms only have one cell. Multicellular organisms have many cells. contains antibodyA protein produced by the immune system in humans (and other animals) that attacks foreign organisms (antigens) that get into the body. that react against the antibodies from a different blood group.
This discovery meant that if a patient and potential donorA person or organism providing an organ or tissue for transplant. were a match and were in the same room, a blood transfusion was possible. They needed to be in the same room because it was not possible to collect and store blood because it would clotA clump of platelets and blood cells that forms when a blood vessel is damaged..