William Richard Gowers helped turn epilepsy into a subject of systematic clinical study. Where Hughlings Jackson is remembered for localisation and seizure theory, Gowers is especially important for something more practical: the disciplined accumulation of cases, comparison of seizure patterns, attention to prognosis and careful evaluation of treatment.
His 1881 book Epilepsy and Other Chronic Convulsive Diseases: Their Causes, Symptoms, & Treatment became one of the defining works of late nineteenth-century epileptology. It drew on approximately 1,450 patients and compressed an enormous amount of bedside observation into 309 pages.
This page focuses on Gowers as a clinician and observer rather than repeating the wider story of cortical localisation already covered elsewhere on this site.
Who was William Richard Gowers?
William Richard Gowers was born in 1845 and spent much of his career at the National Hospital for the Paralysed and Epileptic at Queen Square in London, alongside figures such as Hughlings Jackson, David Ferrier and Victor Horsley.
He also worked at University College Hospital. His career spanned a period in which neurology was emerging as a distinct medical discipline, and epilepsy was one of the conditions through which that specialty matured.
Gowers became known for exceptionally detailed clinical observation. His inpatient records, preserved at Queen Square, show that he recorded large numbers of cases in shorthand and used those observations as the basis for lectures, books and later revisions of his ideas. A modern review of 42 volumes of his records analysed 2,478 patients and found epilepsy to be the most common diagnostic category.
The 1881 epilepsy monograph
Epilepsy and Other Chronic Convulsive Diseases was published in London by J. & A. Churchill in 1881. The book was based partly on Gowers’ earlier Gulstonian Lectures and on a large clinical series of epilepsy patients.
The scale matters. At a time before EEG, CT, MRI or modern laboratory diagnostics, Gowers built much of his understanding from repeated observation, history-taking and longitudinal follow-up.
He examined causes, age of onset, heredity, seizure warnings, motor phenomena, loss of consciousness, prognosis and treatment. He also discussed related chronic convulsive disorders rather than treating every paroxysmal event as one undifferentiated disease.
Why numbers mattered to Gowers
Gowers did not merely collect memorable cases. He tried to identify patterns across large groups.
He tabulated age, sex, possible causes, family history, seizure characteristics and treatment response. That statistical habit was imperfect by modern epidemiological standards, but it marked an important move away from isolated anecdote.
His clinical writing repeatedly asked practical questions: At what age did seizures begin? How often did they recur? Were there warning sensations? Did treatment alter frequency? Did some patients remit? What features were associated with poorer prognosis?
That approach helped establish epileptology as a field in which patterns across many patients could be studied systematically.
Seizure description before EEG
Without EEG, the history of the attack carried enormous weight.
Gowers paid close attention to the beginning of seizures, the presence of warnings or auras, whether consciousness was lost, the order of motor phenomena and what happened afterwards.
He was particularly interested in mild attacks that could easily be overlooked. Historical reviews of absence epilepsy note that Gowers stressed the importance of detailed clinical history in identifying brief nonmotor or only subtly motor attacks that might otherwise not be recognised as epileptic.
This matters because the stereotype of epilepsy as only a major convulsion was already being challenged clinically long before EEG made the distinction easier to demonstrate.
Gowers and the problem of classification
Nineteenth-century terminology did not match modern seizure classification.
Terms such as grand mal, petit mal, epileptiform convulsion, idiopathic epilepsy and symptomatic epilepsy circulated in overlapping ways.
Gowers worked within that historical vocabulary but tried to make it clinically useful. He distinguished severe convulsive attacks from much milder episodes and paid attention to seizure onset, pattern and associated neurological signs.
His classifications were not modern, but they contributed to the gradual transition from broad labels based mainly on appearance toward more structured clinical categorisation.
The importance of the aura
Warning symptoms before a seizure were a major part of Gowers’ clinical descriptions.
Patients might report unusual sensations, changes in vision, sound, smell, abdominal sensations, fear, dizziness or other experiences before a larger attack.
Gowers used such reports as diagnostic evidence. He did not regard the aura merely as a vague feeling surrounding epilepsy.
In modern terminology, many experiences historically called auras are themselves focal seizures. Gowers did not use that contemporary framework, but his attention to the earliest subjective symptom helped preserve clinically important information that could otherwise be missed.
He took mild attacks seriously
One of the strongest features of Gowers’ work was his insistence that epilepsy could be subtle.
Brief pauses, momentary lapses, small movements and unusual sensations could matter diagnostically even when there was no dramatic fall or generalised convulsion.
This principle became especially important in the later history of absence seizures and focal seizures.
It also reinforced the idea that a patient’s own account — and the observations of witnesses — could contain crucial information.
Prognosis as a clinical question
Gowers devoted substantial attention to prognosis.
He asked whether seizures might stop spontaneously, whether treatment altered the expected course and which patients were more likely to remain affected.
His conclusions were limited by the era and by referral bias: a specialist hospital naturally saw many people with more severe disease. Even so, prognosis became something to analyse rather than simply declare.
The arrival of bromide therapy changed that discussion because seizure reduction was now possible in a substantial proportion of patients. Gowers explicitly noted that the introduction of bromides had altered the expected outlook for epilepsy.
Bromide treatment
Potassium bromide had entered epilepsy treatment in the 1850s, before Gowers’ major work.
Gowers did not discover bromide therapy, but he became one of its most influential clinical evaluators and advocates.
In his 1881 monograph he devoted a large section to medicinal treatment and described bromide as the dominant treatment of the time because it suppressed seizures more reliably than other available drugs.
His writing also makes clear that bromide was not a cure. Treatment could suppress attacks while leaving the underlying tendency to recur.
Benefits and toxicity
Bromide treatment came with substantial problems.
High doses could cause sedation, cognitive slowing, skin eruptions, gastrointestinal symptoms and a toxic state historically called bromism.
Gowers therefore paid attention to dose, tolerability and the balance between seizure control and adverse effects. Historical summaries of his work note that he recognised the need for careful titration and warned against abrupt withdrawal.
This was an early form of the treatment trade-off that remains central to epilepsy medicine: reducing seizures without producing intolerable adverse effects.
Queen Square and the scale of bromide use
By the end of the nineteenth century, bromide prescribing at the National Hospital had become enormous.
Historical work using Gowers’ own figures reports that the hospital pharmacy dispensed roughly 4,100 pounds of bromide salts in 1899 — close to two imperial tons.
The number illustrates how central bromide treatment had become before phenobarbital and later antiseizure medicines transformed therapy.
It also helps explain why clinicians such as Gowers accumulated so much practical experience of bromide response and toxicity.
Gowers did not reduce treatment to medication
His recommendations also covered sleep, diet, alcohol, activity, emotional strain and everyday routine.
Some of those recommendations reflect Victorian social assumptions as much as medical evidence, and they should not be transplanted uncritically into modern advice.
Interestingly, Gowers could also caution against over-restriction. Historical analyses quote him warning that young people with epilepsy should not have their lives unnecessarily narrowed by excessive prohibition of ordinary activities.
That tension — safety versus unnecessary restriction — would continue to shape epilepsy care long after his time.
He studied treatment response, not just seizure description
One reason Gowers’ book became so influential is that it linked description to management.
He compared treatments, documented failures, discussed relapse and tried to identify when continued therapy was justified.
His conclusions were not produced by randomised controlled trials. Those methods did not yet exist in epilepsy therapeutics.
But the habit of evaluating outcomes systematically rather than relying only on reputation or tradition was an important step toward modern clinical therapeutics.
Theories of how seizures were generated
Gowers worked at a time when physicians disagreed about whether seizures originated in the cortex, lower brain centres or through more diffuse nervous mechanisms.
By 1881 he had moved toward the view that local cortical overactivity best explained epileptogenesis. He also became interested in inhibition and how loss of inhibitory control might allow excessive activity to emerge.
His proposed mechanisms were still nineteenth-century physiology and should not be read as modern synaptic neuroscience.
What is historically important is that his clinical work increasingly aligned with the cortical framework developing around Jackson and experimental physiology.
Inhibition interested him for decades
Gowers repeatedly returned to the idea that nervous activity might be controlled by forms of resistance or inhibition.
Later in his career he speculated about where inhibition might operate and considered the gap between nerve cells as important. Some of his specific proposals, including ideas involving dendritic retraction, were later shown to be wrong.
This is a useful reminder that historically important physicians can ask productive questions while giving incorrect mechanistic answers.
Differential diagnosis: what looks like epilepsy but is not?
Gowers became increasingly interested in conditions that resembled epilepsy.
Syncope, migraine, vertigo and other episodic disorders could produce transient neurological symptoms that were difficult to distinguish from seizures.
In 1907 he published The Border-land of Epilepsy, examining conditions that were close to epilepsy clinically but not necessarily epilepsy itself.
This emphasis on differential diagnosis was a natural extension of his clinical method: before classifying an episode, describe it carefully enough to determine whether it belongs inside or outside the epilepsy diagnosis.
The ‘border-land’ idea
The phrase is historically important because it acknowledges diagnostic uncertainty.
Not every blackout is epilepsy. Not every sudden sensory event is epilepsy. Not every episode of collapse, dizziness or altered awareness belongs to the same disease.
Gowers’ borderland work recognised that paroxysmal disorders can resemble one another closely.
More than a century later, syncope, migraine, parasomnias and other non-epileptic events still form part of the differential diagnosis of seizures.
His case notes reveal how he worked
Gowers’ surviving shorthand records provide an unusual window into nineteenth-century neurological practice.
They show repeated bedside observation rather than a polished retrospective narrative alone.
The later review of his Queen Square records found thousands of inpatient cases across many neurological diagnoses, with epilepsy the largest single category.
That archive helps explain the density of his published descriptions: they came from a huge accumulated clinical experience.
Why handwriting — and shorthand — mattered
Clinical information in the nineteenth century had to be captured manually.
Gowers used shorthand extensively, allowing him to record detailed histories and observations rapidly.
That practical skill became part of his scientific method. The more accurately he could preserve what a patient or witness described, the more reliably he could compare cases later.
His clinical authority therefore rested partly on something deceptively ordinary: disciplined note-taking.
Gowers and medical illustration
Gowers was also an accomplished medical illustrator.
Visual representation mattered greatly in nineteenth-century neurology because movement, posture, muscle wasting and other physical signs often had to be communicated through drawings rather than photography or video.
Although his epilepsy work relied primarily on descriptive text and tables, his wider neurological writing shows the same instinct to document what he saw precisely.
The limits of his framework
Gowers’ work was sophisticated for its time, but it was still a product of nineteenth-century medicine.
There was no EEG to separate clinically similar seizure types. There was no MRI to reveal structural lesions during life. Genetics was poorly understood. Many causes of epilepsy remained invisible.
Some diagnostic assumptions were wrong. Some treatment advice was ineffective by modern standards. Some terminology reflected the social attitudes of his period.
His importance does not depend on pretending otherwise.
What changed between the first and second editions?
The second edition of Epilepsy and Other Chronic Convulsive Diseases appeared in 1901.
By then Gowers had another two decades of experience and expanded the statistical basis of the work substantially. Contemporary reviewers treated the book as an established standard reference.
The revision itself is historically revealing: epilepsy knowledge was not static. A clinician who had already written a major textbook continued to alter his conclusions as more patients and treatments accumulated.
Gowers and the National Society for Epilepsy
Gowers was also connected with the early history of what became the National Society for Epilepsy.
The society was founded in London in 1892, and neurologists from Queen Square played a major role in its creation. Historical accounts list Gowers among the neurologists involved alongside Jackson, Ferrier, Horsley and others.
The organisation’s early association with an agricultural colony also reflects the complicated social history of epilepsy care in the late Victorian period — a mixture of support, segregation, employment and institutional living.
Why Gowers matters in epilepsy history
Gowers did not produce one dramatic discovery comparable to an EEG trace or a new drug.
His contribution was cumulative.
He described large numbers of patients carefully. He treated mild attacks as clinically meaningful. He studied warnings, prognosis and treatment response. He helped evaluate bromides systematically. He took diagnostic uncertainty seriously. And he turned thousands of observations into a coherent clinical account of epilepsy.
That kind of work is easy to underestimate because it looks less spectacular than an experiment or operation.
But modern epileptology still depends on the same core discipline: describe the event accurately before trying to explain it.
The central historical lesson
William Gowers helped make epilepsy a disease that could be studied through accumulated clinical evidence.
Jackson asked what the sequence of a seizure revealed about brain organisation.
Gowers asked what hundreds — and then thousands — of carefully documented cases could reveal about epilepsy itself.
His legacy is therefore not one eponym.
It is the clinical method: observe, record, compare, revise and distinguish.
Sources and further reading
Gowers WR. Epilepsy and Other Chronic Convulsive Diseases: Their Causes, Symptoms, & Treatment. London: J. & A. Churchill; 1881. Wellcome Collection.
A biosketch of William Richard Gowers with a review of his inpatient case history notes. Arquivos de Neuro-Psiquiatria. 2013.
Shorvon S. The evolution of epilepsy theory and practice at the National Hospital, Queen Square, between 1860 and 1910. Epilepsy & Behavior. 2014.
Eadie MJ. William Gowers’ interpretation of epileptogenic mechanisms: 1880–1906. Epilepsia. 2011.
A brief history of typical absence seizures — Petit mal revisited. Epilepsy & Behavior. 2018.
Crompton DE, Berkovic SF. The borderland of epilepsy: clinical and molecular features of phenomena that mimic epileptic seizures. Lancet Neurology. 2009.
The neurological founding fathers of the National Society for Epilepsy and of the Chalfont Centre for Epilepsy. Journal of Neurology, Neurosurgery & Psychiatry.
Scott DF. The discovery of anti-epileptic drugs. Journal of the History of the Neurosciences. 1992.
Historical evidence checked: September 2026.