A collaboration among some of the world’s leading medical libraries, the Medical Heritage Library (MHL) promotes free and open access to quality historical resources in medicine. Our goal is to provide the means by which readers and scholars across a multitude of disciplines can examine the interrelated nature of medicine and society, both to inform contemporary medicine and strengthen understanding of the world in which we live.
The MHL is therefore delighted to announce the Wellcome Library as a new content contributor, with the news that Wellcome Film has been added to the MHL’s online content.
An online digital collection of moving images from the collections of the Wellcome Library, Wellcome Film chronicles the history of medicine over the last hundred years and has been freely available in Internet Archive since 2010. The content of Wellcome Film includes rare footage of Sir Henry Wellcome (1853-1936) filmed at the archaeological digs he funded in the Sudan in 1910s, alongside films exploring the development of medicine in the twentieth century, including specific surgical techniques and drug treatments.
As a content provider, the Wellcome Library becomes the latest historical institution to make its collections available through the MHL. The MHL was established in 2010, with funding from the Alfred P. Sloan Foundation via the Open Knowledge Commons, to digitize 30,000 rare medical books. Now, over two years later, nearly 40,000 books, videos, and audio recordings are freely available online, with content provided from many of the leading history of medicine libraries (a full list of our content providers is available on our website).
Author: Michael North, Head of Rare Books & Manuscripts, National Library of Medicine
Showing posts with label guest post. Show all posts
Showing posts with label guest post. Show all posts
Tuesday, July 24, 2012
Tuesday, July 3, 2012
Guest Post: Bathing with Sheeps' Heads: The Sick Child in Early Modern England
Dr Hannah Newton is a Wellcome Trust Fellow at the University of Cambridge. Here, she provides insights into the treatment and experience of childhood illness in the early modern period, and overturns three enduring myths about the history of childhood.
In the late-seventeenth century, the London gentlewoman, Katherine Jones, described how to make ‘A Good Bath…for Children that have the Rickets’. She instructed, ‘Take five sheeps heads and livers, bruise them and boyle them in water a whole day’. Next, add a handful of ‘Rosemary, Bays, Wormwood, Fatherfew, Smallage, Mallows, knotgrass and red fennel’. When these were ‘boyled enough…put it into the Bathing tub, and let the child stay in as long as it can Endure according as you think fit’. She warned, ‘When the child comes out of the Bath, put it to bed and have a great care it take no cold’.
I encountered this recipe whilst leafing through the fragile pages of Katherine Jones’ collection of culinary and medicinal recipes, now housed in the Wellcome Library, and available for digital download from the website. It sparked a series of questions in my mind. How might Katherine’s child have felt about taking a bath bobbing with the heads of dead sheep? Were children’s medicines the same as those of adults? How did young patients respond emotionally to illness and the prospect of death? What role did mothers and fathers play in the care of ill children? These questions are addressed in my new book, The Sick Child in Early Modern England, 1580-1720. At this time, the illness or death of a child was common – almost a third of the young died before reaching the age of fifteen – and yet historians have rarely touched upon this subject. Taking the perspectives of doctors, parents, and children themselves, my book investigates the perception, treatment, and experience of childhood illness in England between approximately 1580 and 1720. It exposes three myths in the history of early modern childhood, outlined below.
Myth 1: Children were miniature adults.
According to popular legend, there was no concept of ‘childhood’ in medieval or early modern societies. In old paintings, children resemble little adults, dressed in the style of their elders. This view, which has largely fallen out of favour amongst historians, has seeped into the history of medicine – it is assumed that before the late nineteenth century, children and adults were treated using identical medicines. However, an examination of medical texts, recipe collections, and doctors’ casebooks, sheds doubt on this notion. The medical author ‘J.S’, declared in 1664, ‘children are to be cur’d in a different manner in them then they are in other Ages’. Their bodies resembled ‘soft wax’ – they were weak, warm, and full of moisture. This unique physiology meant that ‘a special regard is to be had to the Methods and Medicines, for Children by reason of the weakness of their bodies, cannot undergo severe methods or strong Medicines’. Instead of using the usual remedies of the time – vomits, purges, and bloodletting – children were to be treated with milder medicines, such as topical ointments and baths, and non-evacuating internal medicines. Of the 482 medicines for children that were listed in the collections of manuscript culinary and medical recipes that I analysed in the Wellcome Library and British Library, less than 4 percent were for emetics and bloodletting, and only about 15 percent were for purges and enemas. Evacuative treatments were to be avoided because they were ‘unpleasing, ful of pain and molestation to Children’, stated the physician Francis Glisson in 1651. Of course, there were occasions when these treatments were used – older children were more likely to be given vomits and purges than infants, and when the child was gravely ill, practitioners were sometimes prepared to risk administering a more aggressive remedy on the grounds that it might save the child’s life. But on the whole, gentler treatments were preferred.
As well as giving children different treatments, doctors and laypeople thought it was necessary to ‘limit…the strength, quality and quantity of the medicine’ by adapting the treatments in various ways. Doses were lessened for children, and the more powerful ingredients were often omitted. Mary Poppins’ technique of ‘adding a spoonful of sugar’, was another common practice. Francis Glisson noted that he sought to make the medicine ‘grateful & pleasing to the sick Child, & such as trouble not its Pallate’. The recipe book of Anne Glyd suggests that a medicine for ‘chin cough’ should be put into ‘hon[e]y’ or ‘what ever the child likes best’. Doctors knew that ‘children will not take bitter things’, and therefore either left these ingredients out, or disguised them by putting them into the child’s normal food or drink. To persuade children to submit to treatment, bribery was sometimes used. John Yorke complained that his nephew James ‘is…so refractory [about] taking what is proper for him’, that ‘[it is] a hard taske to govern him’. Yorke had to ‘use all my perwasion’ to get the child ‘to take what the Dr order’d’. Eventually through promising him a copy of Robinson Crusoe, the child agreed to take the medicine.
Myth 2: Parents did not love their children in the past.
It is often suggested that high rates of death in the early modern period discouraged parents from investing too much affection in their children. Fathers in particular, have been depicted as unemotional, aloof figures at this time, who spent little time with their children, and rarely showed much grief at their deaths. Contemporary diaries and letters provide a very different picture. During illness, fathers and mothers tended their children with devoted care. In 1679, the Anglican clergyman Isaac Archer recorded that he ‘sate by’ his six-year-old daughter Frances with his arm around her, and ‘helpt it all night’, offering her words of comfort. Witnessing one’s child suffer pain, grow weak and pale, and eventually die, provoked the most painful passions imaginable in parents. In 1647, the Yorkshire gentleman Ralph Verney nursed his eight-year-old daughter Pegg, who was suffering from a cancerous ulcer. He told his uncle, Dr Denton, ‘Poore childe you doe not know what miserie she hath endured’: she was so weak she ‘she cannot turne her selfe in her Bed’. He concluded his letter, ‘oh Dr I am so full of affliction that I can say noe more but pray for us’. When death finally arrived, the grief of parents was often so intense that they found it difficult to express. When Ralph Verney’s wife Mary found out that Pegg had died, she told him, ‘I am nott able to say one word more but that at this time there is nott a sadder creature in the world than thine own Deare M’. It appears that both mothers and fathers loved their children with the same intensity that we expect from parents today.
Myth 3: It is impossible to access the child’s experience.
It is notoriously difficult to investigate the experience of childhood in the seventeenth century. Children rarely left written records. However, there is one context in which their voices do survive: illness. Acutely aware of the likelihood of death, parents recorded the thoughts, words, and actions of their sick children in detail. The resulting evidence provides rare and intimate insights into the lives and deaths of early modern children. At eight o’clock one October evening in 1625 when Grace Wallington was washing the dishes, her three-year-old daughter Elizabeth asked her, ‘What doe you heere?’ Later that night when she was in bed, she said to her father Nehemiah, ‘Father I goe abroode tomorrow and bye [buy] you a plomee pie’. The reason these everyday sentences were recorded by Elizabeth’s father was that, ‘These were the last words that I did heere my sweete child speeke’, for the next day, she died. Some forty years later, John Vernon recalled the words of his dying son, twelve-year-old Caleb: he had spoken of his pet bird, saying ‘I will give it to my Sister Betty, who hath none, for Nancy [another sister] hath one already’.
Although these accounts may have been edited and censored by their parents, they do nonetheless shed light on children’s preoccupations. Children’s words also reveal their feelings for their parents. In the 1670s, six-year-old Jason Whitrow took his mother ‘by the hand, and said, Mother, I shall dye, oh that you might dye with me, that we might both go to the Lord together’. Daughters’ feelings for their fathers could be similarly deep. Thomas Camm described how his eight-year-old daughter Sarah lay in his arms during her illness in 1682, and told him ‘Oh! my dear Father, thou hast been very tender and carefull over me, and hast taken great pains with me in my Sickness…we shall meet in Heaven’. Christian beliefs about heaven were a source of unquantifiable comfort to all family members. While children rarely left written records, some sources do survive. When I was reading a recipe book in the Wellcome Library, I came across something very exciting: a child’s picture. It shows a woman cooking, perhaps boiling herbs for a medicine. Virtually indistinguishable from a modern child’s drawing, it brings the past to life.
Images:
- Katherine Jones, Lady Ranelagh, Collection of medical receipts, c. 1675-1710, Wellcome Library, MS.1340, 114v.
- Collection of cookery and medical receipts: written mainly by two compilers, c.1685-c.1725, Wellcome Library, MS.1796, 125v.
The Sick Child in Early Modern England, 1580-1720 (OUP, 2012) is available now. More information on the Wellcome Library's digitised recipe manuscripts is available through the Wellcome Library website.
Author: Dr Hannah Newton
Tuesday, June 26, 2012
Guest Post: History of Healthcare Curriculum for Excellence Resource
In the following post, Dr Emma Newlands (Lecturer, University of Strathclyde) discusses the creation of a history of medicine web resource aimed at schools in Scotland
The History of Health and Healthcare Curriculum for Excellence Resource is a web resource devised by academics in the Centre for the Social History of Health and Healthcare at Glasgow Caledonian and Strathclyde Universities. Its aim is to deliver history of medicine materials to local schools, centred round the key themes of: infectious disease in the 19th century, disease in the developing world, occupational health, mental health, the rise of the NHS, and war and medicine. The project began in 2011 with researchers at Strathclyde and Glasgow Caledonian working with local school teachers and archivists to determine what sorts of materials would fit into the Curriculum for Excellence scheme in Scotland. This aims to develop four key attributes - successful learners, confident individuals, responsible citizens and effective contributors - through interdisciplinary learning.
The Wellcome Library’s collection of art, film, photographs and Medical Officer of Health reports proved to be an excellent source of information for the project and in August 2011 Rachel Meach undertook an internship in the Library with the task of mining the collection to identify resources that could be employed by teachers in the classroom. In particular, Sir John Simon’s reports on the health of the population of London during the mid-nineteenth century, provide excellent first-hand accounts of the public health issues facing urban populations during this period. Also, a film such as Hospitals for All, made by the UK Ministry of Health in 1948, teaches students about the beginnings National Health Service by focusing on three Scottish hospitals and their specialised departments.
With the website now live, the next stage in the Curriculum for Excellence project is to promote the resource through visits to local schools. None of this would have been possible without the help and advice offered by staff in the Wellcome Library. From all at the Centre for the Social History of Health and Healthcare and Glasgow, a huge thank you!
Image: View of the interior of a ward off the Bellahouston theatre, Royal Glasgow Infirmary (Wellcome Images, L0018637)
Author: Dr Emma Newlands
Friday, June 1, 2012
Guest Post: Little Ilford School ‘Science Club’
In our latest posting from the Science Club, Rebekah and friends report on a day in the Wellcome exploring X-rays:
Our individual research was about the history of X-rays. We got a chance to look at German physicist Wilhelm Conrad Röntgen's life and the first X-ray, which was created by him.
'On Wednesday 18 April we accompanied some of the year nine students on a trip to the Wellcome Collection. We were led to the Wellcome Library and directed to a room with a double glass door and into a place which blocked out the environment of the library and enclosed us in peace and serenity.
We had the opportunity to look at artefacts and archives which the public did not have access to. The artefacts were handled carefully and we got a chance to analyse them and see them in detail.
Our individual research was about the history of X-rays. We got a chance to look at German physicist Wilhelm Conrad Röntgen's life and the first X-ray, which was created by him.On 8 November 1895, he was believed to be experimenting with Crooke’s vacuum tube equipment. When the cathode ray beam he generated hit the interior wall of the vacuum tube, he noticed an image on a screen nearby. The rays generated by the tube could penetrate many kinds of matter.
After he had discovered this Röntgen took the first X-ray. The hand in the X-ray belonged to Anna Bertha, his wife. The X-ray clearly showed the bones in her hand, and the black blob on the fourth finger is a gold ring which absorbs the X-ray. Some believe it’s her wedding ring.
The photograph was then shown to the general public. Röntgen named his invention X-radiation, now known as the X-ray. It was later reported that his wife was not very impressed with the photography.
Röntgen’s findings became the beginning of a revolutionary change in our understanding of human anatomy. His invention of the X-ray was a huge step forward in the history of medicine. Inner parts of the body can now be made visible without the need to cut flesh open.
We would like to thank the women who took the time to educate us on the history of medicine.' [You’re welcome]
Posted on behalf of Rebekah and friends
Image: Print from early radiograph (X-ray photograph), possibly showing the hand of Röntgen's wife, 22 December 1895 (Wellcome Library no. 32971i)
Thursday, May 24, 2012
Guest Post: Little Ilford School ‘Science Club’
In the second post from our Year 9 friends at Little Ilford School, here are Edward and Farzana reflecting on their visit and the four humours:
'During the 17th century medicine was still handicapped by wrong ideas about the human body. Most doctors thought that there were four fluids or 'humours' in the body, blood, phlegm, yellow bile and black bile, which had to stay in balance for a person to stay healthy or become healed from their illness.
These four humours all had a different meaning that relates to illness. For example, blood was created in the liver, and was warm and moist, but black bile (from the gall bladder) was cold and dry. Blood could be extracted to try to balance the four fluids.
Each humour was also like a different emotion: sanguine (blood) means pleasure-seeking, sociable, amorous; choleric (yellow bile) means ambitious, leader-like, bad-tempered; melancholic (black bile) means introverted, thoughtful, sleepless; and lastly phlegmatic (phlegm) means relaxed, quiet, unemotional.
Our reaction to learning about the four humours was shock - since technology and our knowledge of the human body has developed over the centuries, we have learnt about how illnesses are caused. We found it shocking but fascinating because we didn’t think that in the olden times people thought illnesses were caused by their bodies’ fluids not being in balance. We thought that people in the past thought God was punishing them for their sins and evil they had committed.
We also learnt about how the Wellcome Trust was founded and how it came to be. There was a man called Henry Wellcome who loved to collect artefacts, so he went around the world to find as many artefacts as he could and he ended finding so many and building massive collections. He then set up a museum for his artefacts.
But not only was it a museum, it also funded people to learn about the body, and people who were funded by the Wellcome Trust made massive breakthroughs in research on the human body. It has helped people around the world.'
Posted on behalf of Edward and Farzana
Images: Drawing of Sir Henry Solomon Wellcome by F. Reynolds, 1901 (Wellcome Library no. 95891)
An ill man being bled by his doctor, 1804 (Wellcome Library no. 12046i)
Friday, May 18, 2012
Guest Post: Little Ilford School ‘Science Club’
We recently had the pleasure of sharing our Special Collections with Year 9 students from Little Ilford School in Newham as part of a science club run by Wellcome Collection’s Youth Programme. Over the next few weeks we will be posting the students’ reflections on themes they explored at the library, so keep an eye out. Starting us off are Ben, Bilal, Lauren, Nicolas and Nicole:
Initially, our first thoughts were that of shock because of what we know today, already having all this information at our hands.
Images: (1) 'Muscle man' from ‘Anatomy. Anatomy of the Pig’ by Pseudo-Galen, mid 15th century (MS.290)
‘Today my friends we are here to write about anatomy. On 18th April 2012 we got to see archives hundreds of years old, which fascinated us, and learnt how anatomy developed as the years passed.
Human anatomy is looking at what makes up the human body: its structure, functions, layout and systems which keep us humans alive. ‘Anatomy’ comes from the Greek word ‘anatemnein’ which means “cut up” and that was how anatomy was once discovered: cutting up corpses to see what was inside them.
We firstly studied two images of a human body drawn in the mid 15th century. Human dissection was illegal then and so many people dissected animals. One of the most common animals that was dissected was the pig and so they believed that the insides of a human were identical to that of a pig.Later we looked at a printed newspaper document of a trial that took place in the 1800s. The newspaper article talked about the conviction and execution of three men over the murder of a young Italian boy for the use of medical science. This shows us how greedy people were becoming to learn and to know more about the body.
Initially, our first thoughts were that of shock because of what we know today, already having all this information at our hands.
But as we went on to discover and learn more, we began to think about it. What they did was to find out more about what they were, and how the body worked. Without what they started we wouldn’t know as much about the body as we do today. So although we find it disgusting we have to be somewhat thankful.
After a while, a member of Wellcome Collection staff said “Thank god I’m alive now - you’ll know what I mean?”. Well, first, we didn’t know what she meant but when she showed us the development of surgical apparatus… we understood.
Thank you for time, curious reader, as we must bid you farewell. We think that Wellcome Collection is an astonishing place full of things on the history of medicine which will amuse and amaze you!
What do you think?’
Posted on behalf of Ben, Bilal, Lauren, Nicolas and Nicole
Images: (1) 'Muscle man' from ‘Anatomy. Anatomy of the Pig’ by Pseudo-Galen, mid 15th century (MS.290)
(2) Handbill describing trial of John Bishop, Thomas Williams and James May for the murder of an Italian boy, 1831 (MS.7058)
Friday, October 28, 2011
Happy 3rd Birthday Wellcome Library Blog!
As we've marked our previous birthdays, we thought it would be rather amiss not to mark our third birthday with a post summarising our activities over the last 365 days.The Library Blog still follows the path we set down back on 28th October 2008: aiming to summarise current activities of Library staff and flag up interesting material from our collections. As in previous years, we've shown the breadth of our collections by tying into anniversaries and special days and weeks: for instance, we marked National Curry Week with an 18th Century Botanist, travelled with a doctor to 19th cenury North American for World Tourism Day and followed a particular 'Victorian paper trail' for World Toilet Day.
Insights into our current digitisation work have also been proffered, drawing out stories from the papers of scientists such as Peter Medawar and Arthur Mourant. Whilst thoughts on the Conservation implications of digitisation projects have also been aired along with the announcement of the launch of Wellcome Arabic Manuscripts Online.
Our Items of the Month have again highlighted the breadth of our collections and the blog has also highlighted major acquisitions, none more important this year than a portrait by Pierre Chasselat of the French surgeon Ange-Bernard Imbert-Delonnes. We're also delighted to have featured more guest posts on the Blog, particularly those by both Dr Duncan Wilson and Dr Vanessa Heggie, describing how they utilised our resources for their recent publications.
Thank you very much to all the people who have contributed their time and energies to the Blog over the last year. The writers of the Blog posts, but more importantly, everyone's who's spared the time to read what we've written. Here's to another year of Wellcome Library Blogging!
Monday, September 26, 2011
Guest Post: Tissue Culture in History, Public and at the Wellcome Archives
Duncan Wilson is a Wellcome Trust Research Associate at the University of Manchester’s Centre for the History of Science, Technology and Medicine (CHSTM). Here, he describes the background and research to his new book, Tissue Culture in Science and Society: The Public Life of a Biological Technique in Twentieth Century Britain Recent decades have seen growing controversy over the biomedical use of human tissue and cells. Many bioethicists, anthropologists and sociologists claim that unrest over work on stem cells, biobanks and the retention of organs in British hospitals reflects a longstanding divide between scientific and social views of the body. In this model, scientists and doctors view tissue and cells as an experimental resource and have long pursued their work in secret. And public resistance is said to result from the way these practices contravene public demands for bodily integrity, disclosure and self-control – whether it in recent cases or historical examples, such as eighteenth and nineteenth century scandals over grave-robbing.
One technique that often features in these accounts is tissue culture, which involves the maintenance of humans and animal material in the laboratory – or ‘in vitro’. Tissue culture was first employed in 1907, and although it was initially difficult and contested, technical improvements in the 1940s and 1950s transformed it into a standard technique that underpinned important research on vaccine development, cancer research and in vitro fertilization (among many other examples). During a Masters degree at the University of Manchester’s Centre for the History of Science, Technology and Medicine (CHSTM), I noticed that tissue culture featured in newspaper reports, fictional stories and cinema films during the twentieth century. With Wellcome PhD funding I began to investigate this popular coverage, in order to detail what it might tell us about popular attitudes to research on tissues and, hopefully, inform current debates.
My first port of call was Archives and Manuscripts at the Wellcome Library, which holds several files related to the Strangeways Research Laboratory in Cambridge (SA/SRL), which was acknowledged as the British ‘home of tissue culture’ during the 1920s and 1930s. These files include the papers of Thomas Strangeways, the laboratory’s first director and founder, his successor Honor Fell (PP/HBF) and the radiologist Frederick Gordon Spear (PP/FGS). They contain private correspondence, financial records, lecture transcripts, laboratory notebooks and, crucially for my research, many newspaper reports on tissue culture.
After looking over these materials, I realised they undermined claims that popular attitudes to work on tissues are universally negative, unchanged over time, and at odds to scientific attitudes. Firstly, it was clear that newspaper articles on tissue culture changed significantly during the twentieth century. The tone and content of reports from the 1920s and 1930s, for instance, differed considerably from reports in the 1940s and 1950s. It was also clear that these changes reflected specific historical concerns. Reports from the 1920s and 1930s highlight the interwar fascination with eugenics, sex reform and the potential dangers of science. They predict the in vitro growth of ‘chemical babies’ and claim that cultured tissues could ‘engulf the earth and all its waters’ after escaping the laboratory.

A 1938 report in the British paper Tit-Bits, which claims tissue culture will soon be used to produce ‘chemical babies’.

An illustration to a 1932 Tit-Bits report, showing cultured tissue wreaking havoc.
Attitudes to biomedical research became more positive during the 1940s and 1950s, following work on antibiotics and the polio vaccine, and reports on tissue culture now claimed Strangeways scientists were working toward a cure for cancer and other diseases. In 1950, the Daily Mail and the Daily Mirror even claimed they had discovered a cure for baldness! These positive reports were clear that scientists regularly cultured human tissues, to quote The Times, ‘outside of the body of which they were once part’, but sounded no unease at this practice. Indeed, the acquisition and use of human tissues was not criticised in Britain until the 1990s – reflecting growing demands for patient autonomy and informed consent, as well as opposition to the fact that patients and their families were denied a share of the financial profits that could now be made from work on tissues.
Perhaps most importantly, the materials contained in the Wellcome archives also highlight considerable interaction between scientific and popular concerns. Far from operating against public attitudes, scientists at the Strangeways laboratory drew upon and influenced them. For example, during a 1926 lecture on tissue culture, Thomas Strangeways engaged with changing concepts of time, the body and lifespan by arguing that tissue culture enabled cells and tissues to outlive the body. To demonstrate this he produced a tissue culture made from sausage meat, in which he claimed cells continued to grow and divide. To newspapers, this ‘immortal sausage’ demonstrated both the changing nature of mortality and the power of biology, with Strangeways using tissue culture to show the ‘indeterminate character of death’. Newspaper reports that predicted endlessly growing tissue cultures were not cases of tabloid sensationalism, then, but drew on scientific claims that tissue culture made tissues and cells immortal. This was also the case with reports on ‘Chemical Babies’, which drew upon scientific arguments that, to quote Strangeways, ‘the test tube baby is not inherently impossible’.

Illustration to a 1928 report in a US newspaper, with Thomas Strangeways demonstrating how ‘even a sausage contains living cells’.
The Wellcome archives also show that Strangeways scientists wrote for popular audiences, lectured on the radio and even made cinematic films of tissue culture. This material demonstrates that the history of tissue culture, contrary to what many claim, is marked by an ongoing engagement between scientists and popular audiences. This continues to be the case today. Even before the scandals surrounding retained hospital organs, some scientists claimed that patients should be informed about the fate of excised tissues and even allowed to share in any financial profits.
Highlighting this historical interplay is crucial to maintaining public trust at a time when tissues and cells are central to biomedical research. Confidence in this research is only likely to falter if we believe that scientists and the public have long been at loggerheads over research on tissue.
Author: Duncan Wilson
Friday, June 3, 2011
Guest Post: Neurology, the “Unconscious” and Victorian Psychiatry
The Bethlem Blog is run by the Bethlem Royal Hospital Archives and Museum to provide historical information on one of the world's oldest psychiatric hospitals, access to the Museum's art collection, and to contribute generally to the public understanding and destigmatisation of mental illness. This guest post discusses the work of one of the Hospital's Superintendents, Theophilus B. Hyslop (1863-1933).
The copy of Theo Hyslop’s 1895 publication, Mental Physiology in the Wellcome Library was, presumably, originally the doctor’s own, as it is interleaved with reviews, calling cards and letters to Hyslop from other mental health professionals, forming a fascinating archive in itself.
Mental Physiology was written mainly for the psychological part of Hyslop’s London M.D, which he completed while working as Assistant Medical Officer at Bethlem. Hyslop’s successor, William Stoddart, found it “strange” that the book never reached a second edition. [1] Perhaps Hyslop’s efforts to associate somatic and psychological theories of mental health and illness did not integrate easily with a growing divide between neurological and psychotherapeutic approaches. Nonetheless, Mental Physiology certainly shares similar evolutionary concerns with much British psychiatry of the period, in emphasising the importance of volition (or will) to both the individual and broader civilization, simultaneously associating mental ill-health with a loss of, or failure to attain, this self-control.
Hyslop was also heavily influenced by French neurology, much of which stemmed from the work of Jean-Martin Charcot at the Salpêtrière in Paris. Mental Physiology contains numerous references to the writings of Charcot’s pupils, such as Charles Féré and Pierre Janet. Janet is of particular note here: his calling card appears among the numerous psychiatrists’ cards pasted into the Wellcome Library's copy of Mental Physiology (from physicians across Europe and the United States), presumably received when they either visited Bethlem or attended a conference or meeting of the Medico-Psychological Association.
A letter from Janet to Hyslop, also included in the Wellcome's edition of Mental Physiology, would seem to be part of a longer correspondence between the two, for it discusses the symptoms, and treatment, of a particular individual, presumably known to both parties. Since Henri Ellenberger’s research into The Discovery of the Unconscious in 1970, Janet’s work has been regarded as important in the formation ‘dynamic psychiatry’ and psychotherapeutic techniques, through his explorations into repressed memory, multiple personality and the connections between past events and present trauma. [2] It is interesting to see here evidence of an established link between French and English psychiatry during a period in which, according to the traditional historical view, continental ideas had limited influence in England.
[1] Stoddart, W. H. B. 1933. “Obituary: Theophilus Bulkeley Hyslop, M.D., CM., M.R.C.P.E., F.R.S.E.”. Journal of Mental Science 79, no. 325: 424-426.
[2] Ellenberger, H. 1970. The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry. New York: Basic Books.
This post also appears on the Bethlem Blog.
The copy of Theo Hyslop’s 1895 publication, Mental Physiology in the Wellcome Library was, presumably, originally the doctor’s own, as it is interleaved with reviews, calling cards and letters to Hyslop from other mental health professionals, forming a fascinating archive in itself.
Mental Physiology was written mainly for the psychological part of Hyslop’s London M.D, which he completed while working as Assistant Medical Officer at Bethlem. Hyslop’s successor, William Stoddart, found it “strange” that the book never reached a second edition. [1] Perhaps Hyslop’s efforts to associate somatic and psychological theories of mental health and illness did not integrate easily with a growing divide between neurological and psychotherapeutic approaches. Nonetheless, Mental Physiology certainly shares similar evolutionary concerns with much British psychiatry of the period, in emphasising the importance of volition (or will) to both the individual and broader civilization, simultaneously associating mental ill-health with a loss of, or failure to attain, this self-control.
Hyslop was also heavily influenced by French neurology, much of which stemmed from the work of Jean-Martin Charcot at the Salpêtrière in Paris. Mental Physiology contains numerous references to the writings of Charcot’s pupils, such as Charles Féré and Pierre Janet. Janet is of particular note here: his calling card appears among the numerous psychiatrists’ cards pasted into the Wellcome Library's copy of Mental Physiology (from physicians across Europe and the United States), presumably received when they either visited Bethlem or attended a conference or meeting of the Medico-Psychological Association.
A letter from Janet to Hyslop, also included in the Wellcome's edition of Mental Physiology, would seem to be part of a longer correspondence between the two, for it discusses the symptoms, and treatment, of a particular individual, presumably known to both parties. Since Henri Ellenberger’s research into The Discovery of the Unconscious in 1970, Janet’s work has been regarded as important in the formation ‘dynamic psychiatry’ and psychotherapeutic techniques, through his explorations into repressed memory, multiple personality and the connections between past events and present trauma. [2] It is interesting to see here evidence of an established link between French and English psychiatry during a period in which, according to the traditional historical view, continental ideas had limited influence in England.[1] Stoddart, W. H. B. 1933. “Obituary: Theophilus Bulkeley Hyslop, M.D., CM., M.R.C.P.E., F.R.S.E.”. Journal of Mental Science 79, no. 325: 424-426.
[2] Ellenberger, H. 1970. The Discovery of the Unconscious: the History and Evolution of Dynamic Psychiatry. New York: Basic Books.
This post also appears on the Bethlem Blog.
Friday, March 4, 2011
Guest Post: A History of British Sports Medicine
Dr Vanessa Heggie is a Research Fellow in the Department of History and Philosophy of Science at the University of Cambridge. Here, she describes the background and research to her new book, 'A History of British Sports Medicine'.
When I tell people I’ve written a book about the history of sports medicine usually the first thing they want to know is when the specialty ‘started’. It sounds like a simple question, but it’s much harder to answer than it might appear...
Sport and Exercise Medicine became a formal specialty in the UK as recently as 2005; but the first British organisation dedicated to the topic was formed in 1952 – that was the British Association of Sport and Medicine, which changed its name in the 1990s to the British Association of Sport and Exercise Medicine. Yet all of the doctors who founded this organisation already had years, and in some cases decades, of experience treating athletes and sportspeople – one attending the 1908 London Olympic Games, where the first dope ban and the first ‘health screening’ for athletes was introduced. Even as early as the late nineteenth century there was a hydropathic hospital known as the “Footballers’ Hospital” in Manchester which specialised in treating injured athletes, particularly footballers.
There is nothing particularly new or modern about doctors and other healers treating people injured while taking part in sports and games – after all, the great Roman authority on medicine, Galen, was a doctor to the gladiators in Pergamon in the second century CE. But to be a medical specialty sports medicine has to be more than just a doctor treating a disease or injury caused by sport (otherwise we should also have ‘craft medicine’ for the treatment of knitting needle injuries or ‘data entry medicine’ dealing with headaches caused by staring at a computer screen). So the history of sports medicine turned into a detective story, where I was searching for the special patient rather than the specialist doctor – that is, a hunt for the moment when athletes stopped being normal people doing sport (and getting normal medical advice) and started becoming something different: supernormal, abnormal, atypical, extraordinary.
That point, for Britain, occurs in the early twentieth century, somewhere between the beginning of the First World War and the end of the Second World War. This was the point when doctors and scientists began to realise that different rules applied to the elite athletic body; that a resting pulse rate below 40 beats per minute didn’t indicate heart disease, but rather exceptional fitness; that for a young woman to stop menstruating didn’t indicate a medical problem so much as her dedication to training for gymnastic competition. This is also when different rules started to be applied to the sportsperson – rules about gender and tests for drug use were introduced into international competition in the 1940s and 1960s, respectively. We find it quite acceptable for someone to take a strong anti-hay fever tablet while at work…unless they’re a professional athlete (anti-inflammatory glucocorticosteroids are banned by the World Anti Doping Agency). Different bodies, different rules.
Having a really distinct patient group is great for the formation of a specialty (we also have specialities dealing with the young and elderly patient: paediatrics and geriatrics). But it can become a challenge when that speciality has to take its knowledge about strange, different athletic bodies and apply it to normal, everyday bodies. This is exactly what happened at the end of the twentieth century, when there was a boom in sports participation by the general population at the same time as new research began to show that sport and exercise were needed to ward off the diseases that our sedentary lifestyles tend to give us – obesity and heart disease in particular. This is why Sports Medicine became Sport and Exercise Medicine: these experts now have to know about school sports, post-coronary patients taking exercise ‘on prescription’, Olympic athletic diets, and the needs of the ‘worried well’ trying to maintain a healthy weight. Switching between these groups is not easy, and it’s a problem faced elsewhere in sport too, for example in the need for Olympic ‘legacy’: a swimming pool designed for Olympic competitors is not necessarily going to be the ideal pool for mixed community and leisure use; a sports drink tested on elite runners will not necessarily help me burn calories on a stationary bicycle in my local gym.

This is the first book on the history of sports medicine in Britain, and the first to hunt out the patient, rather than study the doctor in sports medicine, but it still leaves plenty of questions unanswered. Luckily, the Wellcome Library has some of the materials we need to solve the remaining puzzles. The research for this book was funded by the Wellcome Trust, and as a consequence the archives of the British Association of Exercise Medicine were collected (thanks to my project colleague Dr Neil Carter at De Montfort University) and deposited in the Wellcome Library (SA/BSM). We also organised a Witness Seminar, gathering some of the leading figures in the discipline and encouraging them to talk about their memories of sports medicine in the twentieth century. In itself the witness statements are a rich source of information (available to download here), but Witness Seminars also encourage participants to deposit their own records, photographs and other material with the Wellcome Library (GC253/36).
Intriguing stories remain in these archives: British scientists were crucial to the development of the first functional tests for amphetamines, which were trialled at the 1965 Tour of Britain cycling race, and at the celebrated 1966 Football World Cup. There is detailed information about the courses and syllabuses of the first sports medicine diplomas; looking at those can tell us much more about what the pioneers of speciality thought sports medicine really was – is the emphasis on orthopaedics, or diet, or even the psychology of competition? Sports medicine is also a highly commercialised enterprise, with large private provision – not to mention sports drinks, energy bars, and ‘scientifically designed’ running shoes – and the history of the relationship between public and private medicine in this field could tell us a great deal about recent history, and the political reforms of healthcare and research in the 1980s and ‘90s.
And of course, we still need to know what happened to everyone who wasn’t an elite athlete, before Sports Medicine became Sport and Exercise Medicine? Where did injured amateur joggers get treatment in the 1930s? Who advised schools about their physical education curriculum? For this we surely need a history of British Fitness and Medicine, as well as British Sports Medicine...
Author: Dr Vanessa Heggie
Images:
- Portrait of Galen holding bookand ointment jar (Wellcome Images: L0012416)
- Hurdlers in action showing stages in flight (Wellcome Images: M0003223)
- Sports doctor assessing flexibility in the spineand back of the upper leg of a male athlete at theBritish Olympic Medical Centre (BOMC) (Wellcome Images:
N0023717)
Sport and Exercise Medicine became a formal specialty in the UK as recently as 2005; but the first British organisation dedicated to the topic was formed in 1952 – that was the British Association of Sport and Medicine, which changed its name in the 1990s to the British Association of Sport and Exercise Medicine. Yet all of the doctors who founded this organisation already had years, and in some cases decades, of experience treating athletes and sportspeople – one attending the 1908 London Olympic Games, where the first dope ban and the first ‘health screening’ for athletes was introduced. Even as early as the late nineteenth century there was a hydropathic hospital known as the “Footballers’ Hospital” in Manchester which specialised in treating injured athletes, particularly footballers.
There is nothing particularly new or modern about doctors and other healers treating people injured while taking part in sports and games – after all, the great Roman authority on medicine, Galen, was a doctor to the gladiators in Pergamon in the second century CE. But to be a medical specialty sports medicine has to be more than just a doctor treating a disease or injury caused by sport (otherwise we should also have ‘craft medicine’ for the treatment of knitting needle injuries or ‘data entry medicine’ dealing with headaches caused by staring at a computer screen). So the history of sports medicine turned into a detective story, where I was searching for the special patient rather than the specialist doctor – that is, a hunt for the moment when athletes stopped being normal people doing sport (and getting normal medical advice) and started becoming something different: supernormal, abnormal, atypical, extraordinary.That point, for Britain, occurs in the early twentieth century, somewhere between the beginning of the First World War and the end of the Second World War. This was the point when doctors and scientists began to realise that different rules applied to the elite athletic body; that a resting pulse rate below 40 beats per minute didn’t indicate heart disease, but rather exceptional fitness; that for a young woman to stop menstruating didn’t indicate a medical problem so much as her dedication to training for gymnastic competition. This is also when different rules started to be applied to the sportsperson – rules about gender and tests for drug use were introduced into international competition in the 1940s and 1960s, respectively. We find it quite acceptable for someone to take a strong anti-hay fever tablet while at work…unless they’re a professional athlete (anti-inflammatory glucocorticosteroids are banned by the World Anti Doping Agency). Different bodies, different rules.
Having a really distinct patient group is great for the formation of a specialty (we also have specialities dealing with the young and elderly patient: paediatrics and geriatrics). But it can become a challenge when that speciality has to take its knowledge about strange, different athletic bodies and apply it to normal, everyday bodies. This is exactly what happened at the end of the twentieth century, when there was a boom in sports participation by the general population at the same time as new research began to show that sport and exercise were needed to ward off the diseases that our sedentary lifestyles tend to give us – obesity and heart disease in particular. This is why Sports Medicine became Sport and Exercise Medicine: these experts now have to know about school sports, post-coronary patients taking exercise ‘on prescription’, Olympic athletic diets, and the needs of the ‘worried well’ trying to maintain a healthy weight. Switching between these groups is not easy, and it’s a problem faced elsewhere in sport too, for example in the need for Olympic ‘legacy’: a swimming pool designed for Olympic competitors is not necessarily going to be the ideal pool for mixed community and leisure use; a sports drink tested on elite runners will not necessarily help me burn calories on a stationary bicycle in my local gym.

This is the first book on the history of sports medicine in Britain, and the first to hunt out the patient, rather than study the doctor in sports medicine, but it still leaves plenty of questions unanswered. Luckily, the Wellcome Library has some of the materials we need to solve the remaining puzzles. The research for this book was funded by the Wellcome Trust, and as a consequence the archives of the British Association of Exercise Medicine were collected (thanks to my project colleague Dr Neil Carter at De Montfort University) and deposited in the Wellcome Library (SA/BSM). We also organised a Witness Seminar, gathering some of the leading figures in the discipline and encouraging them to talk about their memories of sports medicine in the twentieth century. In itself the witness statements are a rich source of information (available to download here), but Witness Seminars also encourage participants to deposit their own records, photographs and other material with the Wellcome Library (GC253/36).
Intriguing stories remain in these archives: British scientists were crucial to the development of the first functional tests for amphetamines, which were trialled at the 1965 Tour of Britain cycling race, and at the celebrated 1966 Football World Cup. There is detailed information about the courses and syllabuses of the first sports medicine diplomas; looking at those can tell us much more about what the pioneers of speciality thought sports medicine really was – is the emphasis on orthopaedics, or diet, or even the psychology of competition? Sports medicine is also a highly commercialised enterprise, with large private provision – not to mention sports drinks, energy bars, and ‘scientifically designed’ running shoes – and the history of the relationship between public and private medicine in this field could tell us a great deal about recent history, and the political reforms of healthcare and research in the 1980s and ‘90s.And of course, we still need to know what happened to everyone who wasn’t an elite athlete, before Sports Medicine became Sport and Exercise Medicine? Where did injured amateur joggers get treatment in the 1930s? Who advised schools about their physical education curriculum? For this we surely need a history of British Fitness and Medicine, as well as British Sports Medicine...
Author: Dr Vanessa Heggie
Images:
- Portrait of Galen holding bookand ointment jar (Wellcome Images: L0012416)
- Hurdlers in action showing stages in flight (Wellcome Images: M0003223)
- Sports doctor assessing flexibility in the spineand back of the upper leg of a male athlete at theBritish Olympic Medical Centre (BOMC) (Wellcome Images:
N0023717)
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