Timeline Entry
In 1867, Joseph Lister, professor of surgery at the University of Glasgow and surgeon at Glasgow Royal Infirmary, published the carbolic-acid wound treatments he had been developing since 1865. Five instalments in The Lancet described open fractures and abscesses; an August address, printed in the British Medical Journal in September, stated the broader “antiseptic principle.” The publication year marks the public programme, not a single first operation or the instant arrival of a sterile operating room (Lister 1867a; Lister 1867b).
Listerian antisepsis mattered because it joined an explanation of wound putrefaction to a teachable—but exacting and repeatedly revised—system of dressings, instruments, hands, drainage, and aftercare. Its adoption was uneven, its evidence contested, and its later reputation smoother than its history.
Historical Significance
Anaesthesia made longer operations possible from the 1840s, but did not prevent destructive wound complications. Nineteenth-century clinicians used overlapping terms such as suppuration (pus formation), erysipelas, hospital gangrene, and pyaemia (a severe systemic illness associated with infected wounds). Those historical categories should not be silently equated with a single modern diagnosis. Lister tried to prevent what he called putrefaction before these conditions developed (Richardson).
Reading Pasteur's work on fermentation and putrefaction, Lister argued that minute living agents carried in dust initiated decomposition in damaged tissue. Pasteur had not supplied a complete bacteriology of surgical diseases; Lister made a clinical analogy and tested ways to interrupt the process (Lister 1867a; Richardson).
Carbolic acid—now called phenol—was only one component. The method required preparation of solutions and dressings, protection of the wound, drainage, repeated observation, and careful action by the surgeon and ward staff. Lister's frequent changes made the system more adaptable but also harder to reproduce from a short description (Worboys).
A bad outcome could no longer be attributed only to the patient's constitution, the hospital atmosphere, or chance. Antisepsis made the consistency of preparation and aftercare part of the explanation. That promise of control supported more ambitious surgery, while also placing new burdens on teams and institutions (Schlich).
Chronology
Lister did not introduce prevention into an empty field. Hospital reformers, advocates of cleanliness, and practitioners using chemical wound agents preceded him. In Vienna, Ignaz Semmelweis's 1847 chlorinated-lime rule addressed transmission in obstetric clinics. Carbolic acid had also been used before Lister in France and Italy. What became distinctive was Lister's combination of a germ-based explanation, case reporting, detailed technique, and sustained surgical teaching (Tröhler).
Compound fractures—now called open fractures—offered a forceful comparison: when broken bone communicated with an external wound, suppuration and systemic illness were feared; a closed fracture usually healed without those wound complications. James Greenlees, admitted on 12 August 1865 with an open tibial fracture, became the first case in Lister's published series. The named patient is prominent in later commemoration, but the contemporary report is a surgeon's case narrative, not Greenlees's account of treatment (Worboys).
Practice and Labour
The 1865–67 treatment centred on the wound and its dressing. Lister sought to destroy contaminating material already present, then maintain an antiseptic barrier while tissue healed. His recipes and materials changed: carbolised lint, pastes and gauze, protective layers, drains, ligatures, hand and instrument washing, and wound irrigation all appeared in the evolving system. “Antiseptic surgery” was therefore not a fixed recipe handed down in 1867 (Lister 1867b; Worboys).
Lister developed carbolic spray in the subsequent phase of the work because he feared germs in atmospheric dust. Hand-pumped and later steam devices enveloped the operative field, patient, and staff in phenol mist. The apparatus required an operator and exposed the team to an irritating, hazardous chemical. Lister abandoned the spray in 1887 as contact from hands, dressings, instruments, and skin became more important in his reasoning (Science Museum Group).
Successful performance depended on people who are easy to lose in a surgeon-centred story. Dressers prepared and changed dressings, assistants managed apparatus, nurses sustained ward routines, and patients underwent repeated inspection and treatment. Lister's publications and later manuals transmitted some of this work step by step, while visits, demonstrations, and training conveyed skills that print could not fully standardise (Worboys; Jones et al.).
Evidence and Disagreement
Lister's first evidence was a series of eleven compound-fracture cases, followed by detailed accounts of abscess treatment. Such reports showed readers exactly what he had done and invited them to judge difficult cases. They were not controlled comparisons: the surgeon selected and narrated them, clinical conditions varied, and the patients' own perspectives are largely absent. Lister later published before-and-after mortality figures from his wards, but surviving hospital records were incomplete and ward hygiene and operative practice were changing at the same time (Tröhler).
Critics were not one undifferentiated group refusing an obvious truth. Some rejected airborne-germ explanations; some found that simpler cleanliness or other dressings produced good results; some objected to carbolic acid's tissue irritation, cost, complexity, or impracticality in emergencies. William Savory and others asked for comparative statistics, while Lawson Tait argued for rigorous cleanliness without Lister's full chemical regimen. Their own comparisons could also be selective or methodologically weak (Tröhler).
Adoption depended on place and transmission. Karl Thiersch tried Lister's method in Leipzig soon after the 1867 publication, and German-speaking academic clinics used assistants, theses, visits, and case series to teach it. By about 1875 its principles and details were common knowledge there, even as surgeons modified the system. In Britain, acceptance remained fractured into the late 1870s. This uneven history is more accurate than a story of immediate worldwide conversion (Schlich; Worboys).
Impact and Limits
Lister's system used chemicals to destroy or inhibit contaminating material in and around a wound. Later aseptic systems aimed to keep microorganisms out through steam or heat sterilisation, washable rooms, prepared textiles and instruments, and controlled operative routines. In practice, surgeons combined and adapted these approaches (Schlich).
Where wound outcomes seemed less governed by chance, surgeons could justify more planned, invasive, and technically complex operations. Antisepsis helped create that confidence, but anaesthesia, hospital organisation, nursing labour, instruments, pathology, and bacteriology were also necessary (Schlich; Jones et al.).
Lister neither invented cleanliness nor first used every antiseptic measure. His historically specific achievement was to make germ-based wound prevention into a sustained surgical programme, revise it in response to practice, and train others to reproduce it. Patients and hospital workers made that programme possible, although the record preserves their voices unevenly.
Explore Connected Pages
Follow Lister's experimental, teaching, and institutional career beyond the Glasgow publication landmark.
Compare chemical disinfection, cleanliness, bacteriology, sterilisation, and infection-control systems across periods and places.
Examine an earlier hospital intervention whose clinical inference and later commemoration differed from Lister's programme.
References
The Lancet 89 (1867): 326–329, 357–359, 387–389, 507–509; 90 (1867): 95–96. Wellcome Collection catalogue record for a 1921 reprint of the original papers. The contemporary case series is central evidence for Lister's reasoning and technique, but it presents cases through the operating surgeon's selection and narration.
British Medical Journal 2, no. 351 (21 September 1867): 246–248. DOI: 10.1136/bmj.2.351.246. A programmatic address delivered to the British Medical Association on 9 August 1867; it states Lister's own claims and terminology rather than providing independent proof of effectiveness.
Notes and Records of the Royal Society 67, no. 3 (2013): 199–209. DOI: 10.1098/rsnr.2013.0028. Explains the five-part publication, James Greenlees chronology, case-based evidence, demonstrations, tacit skill, and the importance of materials and minute procedural detail.
Journal of the Royal Society of Medicine 108, no. 7 (2015): 280–287. DOI: 10.1177/0141076815593720. Reassesses Lister's cases and ward statistics, critics' counterclaims, incomplete records, changing hospital conditions, and the long British dispute over adequate evidence.
Notes and Records of the Royal Society 67, no. 3 (2013): 245–260. DOI: 10.1098/rsnr.2013.0032. A study of early adoption, person-to-person transmission, local modification, surgical risk, and the German-speaking transition from Listerian antisepsis toward asepsis.
Notes and Records of the Royal Society 67, no. 3 (2013): 211–229. DOI: 10.1098/rsnr.2013.0034. Places Lister's shifting nineteenth-century vocabulary and experiments within contemporary debates over fermentation, microscopic life, sepsis, and disease causation.
Social History of Medicine 31, no. 3 (2018): 577–604. DOI: 10.1093/shm/hkx016. Uses four British hospitals, including Glasgow Royal Infirmary and King's College Hospital, to show how local instruction and changing professional boundaries brought antisepsis, asepsis, and bacteriology into nursing work.
Collection object A659648, made 1869–1890. The catalogue documents the material form, purpose, hazards, and 1887 abandonment of the spray; it is evidence for a later phase of the system, not for the original 1865 dressing.