This exam focus covers Exam Connection within War and Medicine for GCSE History. Revise War and Medicine in Medicine Through Time for GCSE History with 8 exam-style questions and 3 flashcards. This topic appears regularly enough that it should still be part of a steady revision cycle. It is section 13 of 15 in this topic. Treat this as a marking guide for what examiners are looking for, not just a fact list.
Topic position
Section 13 of 15
Practice
8 questions
Recall
3 flashcards
🎯 Exam Connection
Frequency: War and medicine appears in 4 out of 5 recent AQA sittings (VERY HIGH). This topic is examined on Paper 2, Section A (Medicine Through Time thematic study). Questions focus on source utility about wartime medicine, explaining the significance of specific wartime medical developments, and thematic essays comparing war's role across different periods.
Typical questions you will face:
- "Explain the significance of Ambroise Paré's work for the development of surgery" (8 marks) — Cover short-term significance (wound dressing reduced pain and infection; ligature reduced surgical shock during amputations) AND long-term significance (challenged Galen's ancient authority through empirical observation; showed that chance discovery in war could produce lasting advance; established the principle that surgeons should observe and test rather than simply follow ancient texts). Link the factors: CHANCE created the opportunity; the INDIVIDUAL recognised its significance. Key evidence: the contrast between patients treated with hot oil and those with the improvised dressing; his own published account challenging Galen.
- "Explain the significance of Florence Nightingale's work in the Crimean War" (8 marks) — Do NOT write about her as "just a nurse." The Level 4 argument: Nightingale was significant primarily as a statistician who used data to prove preventable disease killed more soldiers than wounds. Key evidence: death rate from 42% to 2% at Scutari after sanitary reform; 1858 polar area diagrams (coxcomb diagrams) presented to the War Office; establishment of the Army Medical School 1860 as a direct result. Long-term: transformed nursing into a trained profession (Notes on Nursing, 1859); influenced public health policy; her method of using statistical evidence to drive government action was a model for later public health reformers.
- "How useful is Source A for an enquiry into the development of surgery during World War One?" (8 marks) — Use NOP analysis: Nature (what type of source is it?), Origin (who created it, when, in what context?), Purpose (what was it designed to do?). Then deploy own knowledge about blood transfusions (Oswald Robertson, 1917, sodium citrate storage), plastic surgery (Gillies, 11,000+ operations), mobile X-ray units (Curie's petites Curies). Level 4 requires detailed NOP AND specific own knowledge that extends beyond what the source says.
- "How far did the treatment of injuries change between c.1700 and c.1945?" (16 marks including SPaG) — Show BOTH change (pre-anaesthetic amputation → anaesthesia 1847 → antiseptic surgery 1867 → blood transfusions WW1 → penicillin WW2) AND continuity (surgery still dangerous throughout; infection remained a problem until penicillin; speed of amputation remained valued; basic anatomy unchanged). Make a clear judgement about whether change outweighs continuity.
For Level 3+ on the source utility question: Analyse NOP systematically, then bring in specific own knowledge. "The source is useful because [NOP analysis linking to what the source reveals about wartime medicine]. However, its usefulness is limited because it was created [purpose/bias]. To fully understand the development of surgery in WW1, additional knowledge is needed: for example, Oswald Robertson's development of blood banking using sodium citrate in 1917, Harold Gillies' 11,000+ plastic surgery operations at Sidcup, and Marie Curie's mobile X-ray units that located shrapnel in approximately one million wounded soldiers."
For Level 4 on the change-and-continuity essay: Show genuine change AND genuine continuity, then judge which dominates. "War in the 20th century accelerated the application of existing science — blood groups (Landsteiner, 1901) and penicillin's antibacterial properties (Fleming, 1928) were peacetime discoveries that war converted into mass treatment within years rather than decades. Yet the underlying pattern — individual scientists making discoveries, technology enabling new knowledge, government providing funding — remained continuous across the entire period. The pace of change has been unprecedented since 1850; the nature of the factors driving change has not."