#medical history
A bit of history on blood plasma, taken from Wikipedia:
The use of blood plasma as a substitute for whole blood and for transfusion purposes was proposed in March 1918, in the correspondence columns of the British Medical Journal, by Gordon R. Ward. “Dried plasmas” in powder or strips of material format were developed and first used in World War II. Prior to the United States’ involvement in the war, liquid plasma and whole blood were used. The “Blood for Britain” program during the early 1940s was quite successful (and popular in the United States) based on Charles Drew’s contribution. A large project began in August 1940 to collect blood in New York City hospitals for the export of plasma to Britain. Drew was appointed medical supervisor of the “Plasma for Britain” project. His notable contribution at this time was to transform the test tube methods of many blood researchers into the first successful mass production techniques.
Nonetheless, the decision was made to develop a dried plasma package for the armed forces as it would reduce breakage and make the transportation, packaging, and storage much simpler.[7] The resulting dried plasma package came in two tin cans containing 400 cc bottles. One bottle contained enough distilled water to reconstitute the dried plasma contained within the other bottle. In about three minutes, the plasma would be ready to use and could stay fresh for around four hours.[8]
Following the “Plasma for Britain” invention, Drew was named director of the Red Crossblood bank and assistant director of the National Research Council, in charge of blood collection for the United States ArmyandNavy. Drew argued against the armed forces directive that blood/plasma was to be separated by the race of the donor. Drew argued that there was no racial difference in human blood and that the policy would lead to needless deaths as soldiers and sailors were required to wait for “same race” blood.[9]
By the end of the war the American Red Cross had provided enough blood for over six million plasma packages. Most of the surplus plasma was returned to the United States for civilian use. Serum albumin replaced dried plasma for combat use during the Korean War.[10]
Could anyone give me any advice?
I’m currently in my final year studying BA History and Politics, and am in the process of applying for a scholarship to study MA History of Medicine. For the application I need to write an diss proposal, it only needs to be a side of A4 and I have some ideas but no idea how to tell if they have potential or where to take them from here. If anyone has any advice or experience with these sorts of applications or with the field it would be amazing to run some ideas past you. Thanks!
I did my thesis on eugenics and forced sterilization in Canadian history (indigenous specific) and the next cis woman to say that men should collectively be forced to get vasectomies for points on some kind imaginary scoreboard of rights is getting sent a copy of the records I had to sift thru of men, mostly indigenous, racialized, developmentally disabled, or poor men, being sterilized against their wills and often without their knowledge.
I once again must remind people that “don’t like abortion, get a vasectomy” isn’t the gotcha you think it is, and that reproductive justice means supporting people who are targeted by the state both for forced birth AND for sterilization and child apprehension, as they’re linked closely.
Also the cases of contraceptives given against the will of the person. Like indigenous women in Mexico and other countries, who attend a hospital to give birth or be seen, and have IUDs inserted without notifying them.
I feel like the fact that the first-ever open heart surgery was performed by a Black doctor named Daniel Hale Williams in 1893isn’t talked about enough. He was an absolute wizard. The operation was performed on a Black victim of stabbing named James Cornish with no access to X-Rays or modern surgical tools, and Cornish recovered in less than two months with no infection. Later, he went on to establish medical organizations that protected Black communities. Dr. Williams should absolutely be included in our history books.
Crutchie and Polio in the 1890s
Something that has bothered me since I joined this fandom is the unfortunate inaccuracy in many depictions of Crutchie having polio. To that end, I have attempted to debunk some common misconceptions about polio in general, and how polio would have affected Crutchie, in this post. (Apologies for how long this is, medical history is one of my niche interests).
To start, let’s talk a little bit about what exactly polio is, and what it does to the body.
Polio, or poliomyelitis (although it was often called infantile paralysis historically) is a disease caused by the poliovirus. The virus spreads from person to person and can cause paralysis, among other complications.
The majority of people who get infected with poliovirus will not have any visible symptoms (about 72 in 100 people with polio have no symptoms). Of the people who do have symptoms, many only have generic flu-like symptoms such as fever, nausea, and head and stomach pain, without paralysis. Only a low percentage of people will develop serious complications, among them the most familiar being paralysis. This means that Crutchie could have been exposed to the poliovirus and have caught it from people who had no idea that they even had the disease.
In terms of symptoms, Crutchie’s polio would have started out with the same symptoms as the flu (fever, headache, nausea, fatigue, sore throat, etc.) He could have also experienced back pain, back stiffness, neck pain, neck stiffness, muscle weakness, and pain or stiffness in the arms and legs. These symptoms could last for up to a week before paralysis would happen.
Symptoms of paralytic polio include a loss of reflexes, severe muscle aches and spasms, muscle weakness, loose and floppy limbs, deformed limbs, and sudden temporary or permanent paralysis. Paralysis can occur anywhere in the body, with varying levels of severity. Polio can also affect the throat and lungs, impairing breathing and making swallowing extremely difficult. However, this likely did not happen in Crutchie’s case, because in an age without the iron lung (invented in 1927) had his breathing been severely impaired by the virus he likely would have died.
Once a person with polio’s fever breaks they are usually no longer contagious through the air, although their stool can remain infected for 3 to 6 weeks after contracting the virus. After this, paralysis can go away on its own, although physical therapy is helpful as well.
Crutchie probably contracted polio well before the strike, given that his leg muscles have atrophied to the point that they have in the show. An outbreak of polio occurred in the United States around 1893, and then again in 1894, which could have been when he caught it, or he could have caught it before then (again, polio is highly contagious but most people don’t show symptoms). Personally, I headcanon that he caught it before 1893 because polio mainly affects children under the age of 5 or 6, but he could have caught it later than that as well.
One thing that I need to note here that I see in fanfiction stories all the time is that paralysis caused by polio is usually not gradual. That is, it usually occurs suddenly, almost overnight, and not slowly over a longer period.
If you headcanon that Crutchie caught polio before becoming a newsie and moving into the lodging house, he was likely treated at home. Hospitals around the turn of the century were often overcrowded and not the most sanitary of places (although that was rapidly changing all over the country). If you headcanon that Crutchie caught polio while living in the lodging house, however, he would’ve been taken to the Hudson Street Hospital as soon as it was discovered that he had polio, and the entire lodging house would have been fumigated (disinfected) to prevent contagion (this happened in 1897 when a newsboy named John Kelly was diagnosed with diphtheria and sent to the hospital, but it later turned out that he only had tonsilitis).
In terms of what kinds of treatments Crutchie would have had access to, the answer is, unfortunately, not much. The primary rehabilitation treatments for polio (known as the Sister Kenny treatments) would not begin to be developed until 1911 when Australian nurse Elizabeth Kenny saw her first case of polio, and they would not catch on in the United States until the 1940s and 50s. The main treatment for polio at the turn of the century were leg and arm braces, intended to “correct” the paralysis, which Crutchie would have had limited access to as a poor, working-class person (and which had limited success without physical therapy anyway). However, Crutchie could have been given exercises to do to strengthen and rehabilitate his muscles by a doctor, such as the stretch we see him and Jack doing during Carrying the Banner, meaning that his paralysis could get better over time. Paralysis caused by polio is also rarely permanent, so Crutchie likely was paralyzed more right after he first caught polio and then gradually regained the use of his limbs over time.
Now, for a word about post-polio syndrome.
Post-polio syndrome (PPS) is the return of certain symptoms of polio years after a person has first had the disease. It can occur anywhere from 15 to 40 years after someone has had polio. About 25 to 50 percent of people who have had polio will develop PPS, so it’s certainly possible that Crutchie could have developed it. In rare cases, it can be fatal, but it is usually not, especially with physical therapy and other management techniques. Symptoms of PPS include muscle and joint weakness, muscle pain, becoming tired more easily, muscle atrophy, trouble breathing or swallowing, sleep apnea, and low tolerance of cold temperatures. It is also important to note that since it is unlikely that Crutchie’s lungs were affected by polio, there is no reason that he should get sick more easily than other people because of his polio (he could still just have a naturally low immune system, however).
I hope this was informative (and not too boring). Please feel free to send me any questions you may still have about this or any other topic!
Sources:
https://www.healthline.com/health/poliomyelitis
https://www.mayoclinic.org/diseases-conditions/polio/symptoms-causes/syc-20376512
tag urself I’m “kil’d by several accidents”
Planet, obvi.
Cancer and wolf
Battle wounds in the Age of Sail - here
Surgeons at Sea and their Journals - here
The Sea Medicine Chest - here
Loblolly Boys - here
The lust traveled along… - here
Onboard Surgery - here
Sailors and Mental Health - here
Tarwater - here
Tropical Diseases aboard a Ship -here
Yo ho and a bottle of rum - alcohol aboard Ships - here
Treatment of an almost drowned - here
Surgical instrument set -here
Surgeons Uniforms - here
Seasickness - Mal de Mer - here
Naval Hospitals -here
Tuberculosis - the sneaking death - here
Vermin on board - here
Scurvy-here
The Sickbay - here
The cockpit- here
Hospital Ships - here
Drinking water aboard -here
Usefull stuff, Vinegar - here
Physician of the Fleet - here
The Diseases of Lord Nelson- here
The mysterious lake fever - here
The Surgeon who also dabbled as a Privateer - Dr. Quicksilver - here
A little knowledge is a dangerous thing - Or how not to use medicine bottles - here
Trepanation - here
Preserving Lord Nelson - here
viareddit.com
For those who don’t know and don’t want to click thru to find out: Jonas Salk is the reason we in North America no longer live in terror of polio. He also refused to patent or profit from his vaccine. He also spent the last years of his life researching a vaccine for AIDS, long before that was cool and back when a lot of people were secretly hoping it really would just kill all the gays. So you’re damn right people applauded and gave free upgrades.
Reblogging again because this time I did click through, and because of the times in which we live: Jonas Salk was Jewish, and the child of immigrants.
Guest post from John Martin Rare Book Room
At UIowa’s Hardin Library for the Health Sciences
NICANDER OF COLOPHON (flourished 138-130 BCE) Theriaka; Tou autou Alexipharmaka [Greek title transliterated]. Theriaca; Eiusdem Alexipharmaca. Printed by John Soteris in 1530. 21 cm tall.
April is National Poetry Month, so we are highlighting the classic works of Nicander of Colophon. Nicander was a physician poet from the 2nd century BCE. We know he wrote many different works, but only two complete examples have survived.
The two works, Theriaca and Alexipharmaca, deal with poisons and venoms. Poems like these were thought to make scientific content and concepts easier to understand and remember. Nicander, though, was more interested in form and style, not necessarily accuracy. Indeed, his poems can be difficult to read and he did not seem to have much knowledge at all of toxicology. As Gow and Scholfield note in their Poems and poetical fragments, “his contorted style and fantastic vocabulary put him beyond the reach of scientists unless they are also Greek scholars…” (p. xi).
Nicander was born and raised in Clarus in western Asia Minor (near the larger Colophon, in what is now Western Turkey) during the reigns of the last kings of the Attalid Dynasty of Pergamon. Clarus was home to a large temple devoted to Apollo and there are several references to Nicander’s family as priests in the cult, including perhaps Nicander himself.
The longest of the hexameter poems, Theriaca, covers venomous animals. Nicander describes the animals, the symptoms associated with a bite or sting, and pharmacological recipes for treating them. The Alexipharmaca covers poisons that have been ingested orally from animals, plants, or minerals and their antidotes. Much like Theriaca, Nicander breaks the entries into a description of the poison, the symptoms, and recipes for antidotes. Nicander is also thought to be the first to suggest the use of leeches in a medicinal context, although many scholars believe he borrowed heavily from the Greek-Egyptian physician Apollodorus (fl. 250 BCE).
The first known print copies of the poems are in the 1499 edition of Dioscorides' De materia medica. The poems are also bound together in this item with the first Latin translation made by Johann Lonitzer (1499-1569). Lonitzer was a classical languages scholar, poet, and professor at Marburg in Germany. As can be seen from the image above, the cover of the book is cut from a piece of vellum manuscript waste (parchment from an older, handwritten work used in the binding of another book). It is heavily stained with ink spilled from an inkpot (tip of the hat to Collections Conservator Beth Stone for identifying the stain). Perhaps an apprentice or student faced the wrath of their instructor for using the book as a stand for their ink?
It also appears the cover was given conservation treatment at some point before we acquired it. As part of this treatment, the cover was removed. However, when it was reattached, the covers were reversed! Thus, the spine title is now upside down and the ink stains on the front actually originated on the back. Another example of all the amazing stories our books have to tell us beyond what is written on the page. Other than the mistreatment at the hands of the nameless, ink-spilling writer/illustrator, the book is in great condition. And other than some minor staining in the back (ink that bled through from the spill on the cover) and on the edges, the paper is especially in good shape. If you stop by the open house tonight, you’ll have a chance to take a look for yourself.
–Damien Ihrig, Curator of the John Martin Rare Book Room
Guest Post from John Martin Rare Book Room
At the Hardin Library for the Health Sciences
MORGAGNI, GIOVANNI BATTISTA (1682-1771). Opuscula miscellanea quorum non pauca nunc primum prodeunt, tres in partes divisa [Miscellaneous works, some of which are new, divided into three parts]. Printed by Giovanni Antonio Remondini at Remondiniana, Bassano del Grappa, 1763. Three volumes bound together. 39 cm tall.
This month we highlight a book currently receiving treatment from the UI Libraries Conservation and Collections Care. Collections Conservator, Beth Stone, is working to clean and stabilize one of our books from Giovanni Battista Morgagni (1682-1771).
Morgagni was an 18th-century Italian anatomist and physician. He is referred to as the “father” of modern pathologic anatomy. He stressed connecting the symptoms observed in the sick to the findings from their dissection. Symptoms, he felt, were “the cry of the suffering organs.” His work helped dispel the longstanding notion that most diseases were scattered throughout the body. Instead, he was able to demonstrate that they emerge from specific organs and tissues.
During his very long life, Morgagni was a prodigious worker and prolific writer. His three-volume Adversaria Anatomica (1706-1717) put him on the map. His most monumental work, De sedibus, et causis morborum per anatomen indagatis libri quinque, was published in 1761 and made him a legend among anatomists. Vast in scope, it is one of the most fundamentally important works in the history of medicine.
The book this month, however, is Morgagni's Opuscula miscellanea quorum non pauca nunc primum prodeunt, tres in partes divisa [Miscellaneous works, some of which are new, divided into three parts]. As stated in the title, this is a collection of writings on a variety of subjects, including letters to Giovanni Lancisi, an Italian physician, discussing how Cleopatra died.
Morgagni’s scholarly ability was apparent at an early age. At sixteen he was a pupil of Antonio Maria Valsalva at Bologna, and there he received the stimulus to devote his life to pathology. While pursuing postgraduate studies, he worked with Giovanni Santorini performing dissections. (Giovanni was clearly a very popular name at this time!)
By 1715 he took the chair of anatomy at Padua, a seat which he held with utmost distinction for many years. He was a brilliant and tireless investigator and, in addition to his work in medicine and anatomy, was a student of the classics and an archaeologist of repute.
Over his long career at the University of Padua, he taught thousands of students from dozens of countries. His teaching emphasized empirical data, direct observation, and experimentation.
Among several other structures, his name is most widely connected with the “Columns of Morgagni,” the fine, vertical folds of the anal canal.
As mentioned, if he was not teaching or dissecting, Morgagni was writing. Opuscula miscellanea shows his range and diverse interests. Along with discussing Cleopatra’s cause of death, it includes a biography of his mentor, Valsalva, a tract on gallstones, and a few more on legal issues.
Opuscula miscellanea has a lovely, soft paper cover. The cover shows the effects of age, use, and exposure to the environment, with scuffs, stains, and an overall darkening. Do not let that fool you, though, as this is still an effective binding. With a new housing from Conservation, Opuscula miscellanea will be around for a very long time.
Go here to read about Beth’s treatment for Opuscula miscellanea and more.
The annual JMRBR open house is April 20, from 4-7 pm. This is our first in-person event in quite some time and we’d love to see you there!
Pencil illustration of polycystic kidney disease.
Ever wanted to own a piece of my art? Now you have a chance, I have donated this piece to Kidney Care U.K. to raise funds for World Kidney Day. Head over to their auction page to place a bid and support a great organisation