Lindsey Fitzharris’s 2017 work of narrative nonfiction, The Butchering Art: Joseph Lister’s Quest to Transform the Grisly World of Victorian Medicine, is a biography and medical history that documents a pivotal moment in science. The book transports readers to the mid-19th century, a time when surgery was a brutal, filthy, and often fatal last resort. It follows the life of Joseph Lister, a quiet Quaker surgeon who, inspired by Louis Pasteur’s germ theory, developed a revolutionary antiseptic system to combat the rampant postoperative infections that plagued hospitals. Lister’s quest to prove that invisible microbes were the cause of death on his wards pits him against a skeptical medical establishment. The book explores themes of How Antisepsis Transformed Surgery, Innovation Versus Entrenched Resistance, and the importance of Seeing the Invisible Through Scientific Inquiry.

This guide refers to the 2018 paperback edition published by Scientific American/Farrar, Straus and Giroux.

Content Warning: This section of the guide contains discussion of physical abuse, animal cruelty, illness, and death.

Summary

On December 21, 1846, Joseph Lister was a young medical student who witnessed a mid-thigh amputation at London’s University College Hospital by renowned surgeon Robert Liston. In this era before anesthesia, surgery was a filthy, agonizing last resort with high mortality rates from postoperative infections. Liston used ether at the urging of American physician Francis Boott, announcing to the crowd his skepticism at the newly emerging anesthetic. Liston removed the leg in a remarkable 28 seconds. Although the problem of pain in surgery was now largely solved, the greater obstacle of postoperative infection remained. In the next two decades, the use of anesthesia led to more ambitious surgeries, which in turn caused a paradoxical increase in deaths from infection.

Joseph Lister was born in 1827 to a devout Quaker family. His father, Joseph Jackson Lister, was a wine merchant and respected amateur scientist who perfected the compound microscope by inventing the achromatic lens. Influenced by his father, Lister developed an early interest in science and anatomy, deciding to become a surgeon. At 17, he began his studies at the secular University College London (UCL), a stark contrast to his quiet, rural upbringing. He first completed an arts degree, giving him a broad scientific foundation, before starting his medical training. He was shy and diligent, a stark contrast to the typically boisterous medical students of the time. He brought his father’s advanced microscope to UCL, an instrument viewed with suspicion by the medical establishment. He used it to conduct original research on the microscopic structure of muscle tissue and published his first scientific papers.

The narrative details the grim conditions of the 19th-century dissection room, a place of foul smells and decaying bodies where students became desensitized to death. The work was dangerous, as even a small cut from a dissecting knife could lead to a fatal infection. Lister contracted a mild case of smallpox, which, combined with the recent death of his brother from a brain tumor, triggered a mental health crisis. In 1848, he left UCL, contemplating a life in the Quaker ministry. After a year of recovery, he returned to his studies with renewed focus. In 1850, he started his residency at University College Hospital  under the senior surgeon John Eric Erichsen. The hospital was a breeding ground for infections, often causing more problems than the things which hospitalized people to begin with. The hospital community also lacked an understanding of infection, divided over whether it was caused by organisms or the filth within the hospitals. The prevailing belief was miasma theory, which argued that disease was caused by toxic pollution.

On the night of June 27, 1851, Lister was the only surgeon on duty when Julia Sullivan was brought in after being stabbed by her husband, her intestines protruding from the wound. In his first major solo operation, Lister made the controversial decision to suture the perforated gut before returning the intestines to her abdomen. The successful operation marked a significant early triumph in Lister’s career.

Lister continued his microscopic research, finding a mentor in his physiology professor, William Sharpey. During an outbreak of hospital gangrene, Lister was tasked with treating the infected patients. He observed that cleaning the wounds with caustic solutions seemed to promote healing. He examined tissue from the wounds under his microscope and sketched small, uniform bodies, speculating for the first time that the infection might come from parasites. Still uncertain of his career path after qualifying as a surgeon, Lister followed Sharpey’s advice to tour European medical schools, beginning with a visit to the famous surgeon James Syme in Edinburgh.

In September 1853, Lister arrived in Edinburgh and began working with Professor James Syme, a skilled and daring surgeon. Impressed by Syme and the clinical opportunities at the Edinburgh Royal Infirmary, Lister eventually became Syme’s house surgeon. He gained extensive surgical experience and fell in love with Syme’s eldest daughter, Agnes. In 1856, Lister resigned from the Quaker society, which forbade marrying outside the faith, and married Agnes, who became his devoted research assistant.

Frustrated by the constant deaths from infection on the hospital wards, Lister began a systematic investigation into inflammation, which he saw as a precursor to sepsis. His research led him to an early, incorrect theory that there were two types of inflammation, one a natural part of healing and a more dangerous one that could lead to sepsis. This work provided the scientific foundation for his later breakthroughs.

In 1859, Lister became the Regius Professor of Clinical Surgery at the University of Glasgow. He found the new surgical wing of the Glasgow Royal Infirmary to be dangerously unsanitary, and the death rate from hospitalism was high. As Lister sought answers, he rediscovered the previously overlooked discoveries of predecessors like Ignaz Semmelweis, whose simple hand-washing directive drastically cut deaths from childbed fever. In 1864, Lister’s colleague, the chemistry professor Thomas Anderson, told him about the research of French chemist Louis Pasteur on fermentation.

Lister studied Louis Pasteur’s work, which proved that living microorganisms, or germs, cause fermentation and putrefaction, and disproved the theory of spontaneous generation. Lister applied this new germ theory to wound infection, theorizing that germs from the air were causing the putrefaction he saw in his patients. He began searching for a chemical antiseptic to kill the germs within the wound. After learning that carbolic acid was used to disinfect sewage, he began trials. In August 1865, a boy named James Greenlees was admitted with a severe compound fracture. Instead of amputating, Lister treated the wound with a carbolic acid solution and dressing. The boy’s leg healed without any infection. After successfully repeating the treatment on numerous other cases, Lister published his findings on the antiseptic system in The Lancet in 1867.

Lister’s work was met with a storm of controversy. In 1867, he successfully performed a mastectomy on his sister, Isabella, using his antiseptic method, but the wider medical community remained skeptical. The prominent obstetrician James Y. Simpson accused him of plagiarism, and many established surgeons resisted the underlying germ theory. They found his methods too complicated and often failed to replicate his results because they did not apply them with the necessary rigor. Lister’s personal life was also marked by loss, as his father died in 1869, followed by his mentor and father-in-law, James Syme, in 1870.

In 1869, Lister returned to Edinburgh to assume Syme’s prestigious chair of clinical surgery. He dedicated himself to training a new generation of surgeons, known as the “Listerians,” in his antiseptic principles. He continued to refine his system, developing absorbable catgut ligatures to replace infectious silk threads and inventing the carbolic spray to kill airborne germs in the operating theater. While resistance remained strong in Britain, his system gained support on the Continent, especially after its successful use during the Franco-Prussian War. At home, Lister continued his bacteriological research, cultivating microbes for microscopic observation.

In September 1871, Lister was summoned to Balmoral Castle to treat Queen Victoria for a dangerous abscess. He operated using his full antiseptic method, including the carbolic spray, and improvised a rubber drainage tube to prevent pus from accumulating. The Queen recovered fully, and the royal endorsement greatly enhanced Lister’s reputation. He began a correspondence with Louis Pasteur, who expressed great admiration for his work. In 1876, Lister traveled to America to address his critics at the International Medical Congress in Philadelphia, where he was met with open hostility. However, through lectures and demonstrations across the country, he won over key converts, including the influential surgeon Henry J. Bigelow. In 1877, Lister accepted a professorship at King’s College in London, determined to convert the skeptical heart of the British medical establishment.

In his later years, Lister was celebrated as a hero of surgery. He was made a baronet, raised to the peerage as Lord Lister, and served as surgeon to Queen Victoria. The medical profession gradually shifted from Lister’s principle of antisepsis (killing germs in the wound) to asepsis (creating a sterile, germ-free environment), a natural extension of the germ theory he championed. Lister died in 1912, his work having fundamentally transformed surgery from a dangerous “butchering art” into a modern science, saving countless lives and making previously impossible operations routine.