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Guest Post from John Martin Rare Book Room

Hardin Library for the Health Sciences

FOX, JOSEPH (1775-1816). The natural history of the human teeth. Printed in London for J. Cox, 1803. 100 pages. 13 illustrations. 30 cm tall.

Welcome to spring, everyone! As we count down to longer days, more sun, flowers in bloom, and a twitterpated animal kingdom, I naturally want to talk about...teeth. So let's sink our teeth into Joseph Fox's (1775-1816) The natural history of the human teeth (first edition - 1803).

Joseph Fox was a trailblazer in dentistry who made significant contributions to the field during the early 19th century. Born in London in 1775, Fox received his medical training at Guy's Hospital. A student of John Hunter and Henry Cline, Joseph Fox was eventually appointed the first lecturer on dentistry at Guy's Hospital.  He was the first dental surgeon appointed to a hospital position and one of the first medical practitioners to devote themselves completely to the care of teeth.

For those with dental anxiety, you can thank Dr. Fox for stressing the need for regular dentist visits. He argued this was especially important for children as they grew and "shed" their first set of teeth.

Fox cared deeply for his profession and wrote and lectured on the importance of improving the quality and standards of dentistry. He stressed that dentistry must have a scientific foundation as it was a medical field.

Beyond teeth, Fox was a passionate proponent of Edward Jenner and vaccination, even offering up his house as a vaccination location, and helped to found the Jenner Society. He was also involved in educational and abolitionist causes.

From 1799 until his death, Fox lectured on dentistry at Guy's Hospital in London. Based on his lectures, he first published The natural history of the human teeth in 1803 and the companion volume, The history and treatment of the diseases of the teeth, in 1806.

Improving and expanding the work of foundational dental scholars, such as Pierre Fouchard, these were the first works in English to provide instructions for the correction of certain dental irregularities. They also have several detailed and sometimes striking illustrations, including the first to show operative procedures and dental pathologies.

There were many editions, including in other languages, and though much of his theory of oral physiology and pathology was of dubious value, his operative procedures remained in vogue for more than fifty years. Along with the clinical and surgical aspects of the book, Fox also provides his thoughts on the biggest issues in the profession, giving the reader a fuller context of the profession at the time.

The book is bound in blue-painted paper over thin paper boards and rebacked with a thick cloth spine. The book is not only striking for its illustrations but also for the text pages. As can be seen from the image above, the book was printed with slightly larger type and very large margins. Anyone with eyesight as poor as mine is grateful for that.

--Curator Damien Ihrig

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Guest Post from John Martin Rare Book Room

Hardin Library for the Health Sciences

FALLOPIUS, GABRIEL (1523-1562). Libelli duo, alter de ulceribus: alter de tumoribus praeter naturam [Two pamphlets, one on ulcers: the other on unnatural tumors]. Printed in Venice by Donato Bertelli, 1563.

Happy new year, everyone! I think we can all agree that 2022 was a little weird. Perhaps that is just the new normal?

Embracing this new weird normal, we decided to highlight a book this month on skin and skin diseases from a 16th-century Italian anatomist known most widely for his work on reproductive organs.

Gabriel Fallopius (aka Gabriele Fallopio) had a relatively short but incredibly impactful career. The one-time priest was a physician, anatomist, surgeon, dentist, professor, and celebrated lecturer.

Although mostly known now for the eponymous Fallopian Tubes (called "oviducts" in all other mammals), the tubes in human females through which eggs travel from the ovaries to the uterus, he was known in his own time as a student of some of the most famous physicians of the time, an excellent anatomist, and for supplying corrections to the work of Vesalius.

He was enthralled by anatomy and seemingly interested in all parts of the body. This is evidenced by the number and variety of anatomical structures named after him. Beyond anatomy, he also worked with medicinal plants and has a genus in the buckwheat family named after him.

As a physician, he is credited with creating the condom in an effort to prevent the spread of syphilis (supposedly tied off with a pink ribbon to make it more appealing for women).

Fallopius's greatest work, Observationes anatomicae, is a commentary on Vesalius's De humani corporis fabrica that attempts to correct Vesalius based on Fallopius's own observations. As you can imagine, Vesalius did not take kindly to this and attempted to publicly discredit his friend. He was unsuccessful.

However, this month we highlight one of his lesser-known works on skin and skin diseases, Libelli duo, alter de ulceribus: alter de tumoribus praeter naturam [Two pamphlets, one on ulcers: the other on unnatural tumors]. It is one of the most thorough works of its kind up to the time of its publication.

Fallopius not only describes the illnesses and their various presentations but also innovations in treatment. He suggests new techniques for the cauterization of ulcers and the removal of tumors.

The first leaf of our book looks like it was meant to be canceled (replaced with a corrected leaf), but instead, the new leaf was added and the old leaf was retained. This is somewhat unusual and very handy for folks studying the creation of this particular edition and book production, in general, at that time.

The book is broken into chapters, several for each main topic. As can be seen in the banner image above, chapter 18 of the ulcers topic was corrected by pasting a new chapter heading over the old one. Unlike the canceled first leaf, though, this is not unique to this volume. The new chapter 18 heading can be seen in multiple digitized copies.

Finally, the book has clearly been well cared for. It is in great condition and filled with marginal notes by a careful reader. It is another great example of these beautiful artifacts that combine the history of medicine, early book production, readership, and conservation practices!

Fallopius died at the (very young!) age of 39, most likely from tuberculosis. Although he practiced for less than twenty years, his impact on medicine - especially anatomy - was immense.

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Guest Post from John Martin Rare Book Room

At Hardin Library of Health Sciences

DU VERNEY, JOSEPH (1648-1730). A treatise of the organ of hearing: containing the structure, the uses, and the diseases of all the parts of the ear. 1737.

Hi, my name is Carlisle Isley, and I am a University of Iowa School of Library and Information Science practicum student working in the John Martin Rare Book Room this fall.

I'm introducing you to this book because I have always been fascinated with how the ear, nose, and throat, seemingly small parts of the human body, are connected and can impact our daily quality of life. Interestingly enough, we can thank Sam Baker, a bookseller from the 1700s with a bookshop in London, for A treatise…

Baker commissioned Du Verney's work to sell in his shop down the street from the Angel and Crown ale house in Covent Garden. Baker eventually transformed his bookshop into an auction house for books and manuscripts. Upon his death, he bequeathed his share of the auction house to his nephew, John Sotheby, who would lend his name to the now world-famous Sotheby's auction house.

Joseph Du Verney was an anatomical lecturer and dissection demonstrator at Jardin Du Roi, an early medical plant garden. During the reign of King Louis XIV, theatrical anatomy was performed in public spaces, but bodies could be hard to come by. Body snatching and grave robbing were common. Society was not yet comfortable with donating bodies to science.

It was common to have amphitheaters where students could observe dissections, and Du Verney, with his "dramatic, rhetorical and anatomical skills," drew crowds of people. Du Verney conducted lectures and dissections for the Paris Academy of Science, including for the heir apparent to the French throne and royal courtiers. He also lectured to medical students at the Hôtel-Dieu hospital.

Du Verney corrected beliefs that the Eustachian tube was an avenue for breathing or hearing by showing it was a channel through which air is renewed to the tympanic cavity. He explained the mechanism of bone conduction and gave an accurate account of the bony labyrinth. He greatly advanced knowledge in the physiology of hearing with his theory of hearing and communication. His theories helped inform the work of the 19th-century biophysicist and inventor Herman Ludwig Ferdinand Von Helmholtz, who was the first to measure the speed of a nerve impulse.

Prior to this book joining the John Martin Rare Book Room, it circulated in the main collection as part of the Hardin Library. During its time in the Hardin Collection, the book was heavily used and at some point, one illustration "went missing." When paging through the book, one will notice a photocopied page was inserted to replace the missing illustration. More than likely, library staff realized the illustration was missing and contacted another institution to request a photocopy from their copy of the text.

For more, contact John Martin Rare Book Room

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Guest Post from John Martin Rare Book Room

Hardin Library for the Health Sciences

When classes visit, I usually set out several books on a particular subject or time period. Students often ask why some of the books are so much larger than others, especially if one of our "elephant" books is out - folios ranging roughly from 55 to 100 cm (22 to 39 in).

This got me thinking about just what our largest and smallest books might be. As of January 2023, the largest and smallest bound books in the JMRBR collection are the 1747 Tabulae sceleti et musculorum corporis human (76 cm/30 in) by Bernhard Siegfried Albinus (1697-1770) and the 1527 Anatomice, sive Historia corporis humani (11 cm/4 in) by Alessandro Benedetti (ca. 1450-1512), respectively.

ALBINUS, BERNHARD SIEGFRIED (1697-1770). Tabulae sceleti et musculorum corporis humani [Diagrams of the skeleton and muscles of the human body]. Printed in Leiden by Johannes & Herman Verbeek, 1747. 98 pages [40 illustrations]. 76 cm tall.

Let's start with our big book of anatomy. Bernhard Siegfried Albinus was a Dutch physician, anatomist, and professor of medicine who lived during the last half of the 17th century and the first part of the 18th. He was part of a physician anatomist family, along with his father, Bernhard Albinus, and brothers, Frederick Bernhard Albinus and Christiaan Bernhard Albinus.

Albinus started his studies at the University of Leiden at the age of 12. He studied under some of the most famous medical minds of the day, including Bidloo and Boerhaave, and eventually in Paris with Frederik Ruysch and Jacques-Bénigne Winslow. Albinus then succeeded his father as the professor of the practice of medicine at the University of Leiden, while his brother Frederick, succeeded Albinus as the chair of anatomy.

Albinus wrote many works, but none were as famous or controversial as the monumental Tabulae. It took twenty-two years to make and a great deal of Albinus's own money. He worked closely with the artist Jan Wandelaar to create the detailed and occasionally whimsical images in the book.

Albinus was driven to execute his vision for the book and was exacting in his work with Wondelaar. The work became so intense that Wondelaar eventually moved in with Albinus to expedite the process. Unlike many anatomists who published before Albinus, he was interested in creating an idealized form of human anatomy, "homo perfectus." This ideal, as Albinus saw it, meant assembling body parts from different cadavers into a single illustration instead of illustrating a single body.

To help maintain proportion and accuracy, Albinus and Wondelaar developed a hanging grid that was placed in front of the skeletons. To allow for close-up observation to capture finer details, a proportionally smaller grid was placed closer to the skeleton. With Albinus intensely controlling the details of the bodies, some have suggested that Wondelaar must have felt creatively stifled. With Albinus focused on the bodies alone, Wondelaar was then free to express his creativity through the backgrounds.

As can be seen in the illustrations above, he included elements of nature and classical architecture, the most famous of which is his scene including Clara the rhinoceros. Petrus Camper, a contemporary of Albinus and fellow famed Dutch anatomist, was Tabulae's greatest critic. He criticized the book for its method of assembling the "homo perfectus," but mostly for Wondelaar's backgrounds. I suspect Camper was no fun at parties.

BENEDETTI, ALESSANDRO (ca. 1450-1512) Alexandri Benedicti, physici, Anatomice, siue, Historia corporis humani ; ejusdem Collectiones medicinales, seu Aforismi [Anatomice, sive Historia Corporis Humani - Anatomy, or the History of the Human Body]. Printed in Paris by Simon Du Bois, 1527. 167 pages. 11 cm tall.

Now on to our tiny tome, Alessandro Benedetti's Anatomice, sive Historia Corporis Humani from 1527. Benedetti was born around 1450 near Verona, Italy. Unlike Albinus, Benedetti was not born into a medical family but rather a farming family. Regardless, he eventually made his way to Padua and earned his doctorate in medicine.

After practicing for many years in Greece, in 1490 he returned to Padua as the Chair of Anatomy and Surgery. Benedetti's lectures were popular attractions for students, other physicians, and the famous. The Holy Roman Emperor, Maximilian I (to whom Anatomice was dedicated) attended a lecture in which Benedetti dissected an abdomen. Along with many medical works, he authored a report on the First Italian War (1494-1495) recounting his observations as surgeon general for the League of Italian Princes (the Italian army taking on the invading French army of Charles VIII).

First printed in Venice in 1502, Anatomice, sive Historia Corporis Humani was a hit in the medical community. It deals with many medical and surgical subjects, including gallstones, the opening of the female urethral glands, the passage of the bile into the duodenum, the treatment of syphilis and blennorrhagia (it sounds bad - and it is: excessive discharge of mucus associated with gonorrhea), and a method for safely cutting out bladder stones.

Most notably, Benedetti includes a description of nasal reconstruction by means of a skin flap taken from the arm. The procedure is the same as the one the Branca family practiced in Sicily in the middle of the fifteenth century. The Brancas kept the operation secret and never published it. If this sounds familiar, that's because Tagliacozzi published this so-called "Italian" method in 1597 in his famous De curtorum chirurgia per insitionem which I profiled in the December 2021 newsletter. This method is most often referenced with Taglicozzi, but Benedetti profiled it almost 100 years before him!

Whereas Albinus's book is all about the illustrations, Benedetti's book focuses on the text. But that does not mean it is without fun imagery. The banner image at the top shows a few examples of the many delightful illustrated initials found throughout, except for the initial A which was left unadorned. Seems like an interesting creative choice. Or did something go wrong and the printer needed a quick replacement?

--Damien Ihrig, curator of John Martin Rare Book Room

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Guest post from John Martin Rare Book Room

Hardin Library of the Health Sciences

PINEAU, Severin (1550?���1619). De integritatis et corruptionis virginum notis: graviditate item & partu naturali mulierum, opuscula. BONACCIUOLI, Luigi (d. 1540). Enneas muliebris. PLATTER, Felix (1536-1614). De origine partium, earumque in utero conformatione. GASSENDI, Pierre (1592-1655). De septo cordis pervio, observatio. SEBISCH, Melchior (1578-1674) De notis virginitatis. Third edition. Printed in Leiden by Francis Heger, 1641. 28 pages. 13 cm tall.

We are big fans of tiny books here at the JMRBR. And banned books, too. So we thought we would highlight a curious little book packed with a number of treatises on obstetrical and gynecological topics, once considered so risqué that it was condemned and banned in several locations. Not coincidentally, it was also a hit that spurred the printing of several editions. The book is also fascinating for its illustrations.

This volume is a collection of gynecological and obstetrical texts. The content, especially the first and last works, caused quite a stir due to the frankness and detail regarding virginity (and how it is lost), pregnancy, and childbirth - so much so that it was confiscated in many locations. Naturally, it was also very popular and printed in several editions.

And by "virginity," the authors specifically mean female virginity. Authors of early medical works surprisingly did not seem too interested in male virginity! All snarkiness aside, the study of female anatomy and physiology, especially of anything to do with sex, pregnancy, and birth, has a long and problematic history. We encourage you to read more about this history here and here and here and here. This is by no means an exhaustive list.

Five works are gathered under the main title, De integritatis et corruptionis virginum notis: graviditate item & partu naturali mulierum, opuscula [On the integrity and corruption of known virgins], by the 16th-century French surgeon Séverin Pineau (1550?–1619). Pineau was born in Chartres but trained and practiced in Paris and was surgeon to several French kings. He is most known for his works on gynecological and obstetrical topics, including as an advocate for symphysiotomy (also known as a pelviotomy), a procedure performed on women in labor in which the cartilage of the pelvis is cut to widen it when there is a problem with the position of the baby. This procedure is rarely performed today, with caesarean section preferred instead.

De integritatis et corruptionis virginum notis first appeared as part of Pineau's 1597 work, Opusculum physiologum & anatomicum in duos libellos distinctum. It is divided into two parts. The first provides anatomical descriptions of female genitalia. Interestingly, Pineau uses metaphors when naming certain parts. It was common among French midwives at the time to use metaphors instead of anatomical terms when describing female sexual anatomy (e.g., babolle abbatue), while our old friend, Louise Bourgeois, avoided both metaphor and specifics, referring instead to general areas of anatomy.

The first part of Pineau's work also lists problems that can occur during pregnancy and labor and surgical methods for treating the problems. The second part covers formation of the fetus. Several interesting woodcut illustrations accompany Pineau's text, including the muscle-bound fetus above.

The second treatise is by Luigi Bonacciuoli (d. 1540s). Bonacciuoli was a physician and anatomist who specialized in obstetrics and practiced at the University of Ferrara in Northern Italy. Enneas muliebris [Treatise on Women in Nine Parts], first printed in about 1505, is a work on obstetrical and gynecological topics based on Bonacciuoli's university lectures. It contains a lengthy dedication to Lucrezia Borgia, the duchess of Ferrara and daughter of Pope Alexander VI and one of the most powerful female leaders of the time.

In the book, Bonacciuoli describes the anatomical structures, such as the mons veneris, the clitoris, and the hymen, and includes a chapter detailing how the fetus is nourished and when fetal movements develop. Other chapters include discussions of the signs of conception, the causes and signs of abortion, delivery, and care of the newborn. He based most of his material on classic works.

The next title belongs to Felix Platter (1536-1614), a Swiss physician and anatomist who practiced at the University of Basel. He remained city physician until his death and was successful in developing the medical school into one of the strongest and finest in Europe. Platter is credited with performing the first public dissection of a human body in a Germanic country and is said to have dissected over 300 bodies during his career. He was widely respected as a teacher and was a physician of great courage who remained in Basel to treat the sick on five occasions when the black plague struck the city. As one of the early nosologists (classifier of diseases), Platter recognized three classes of diseases based on their natural history and postmortem findings and distinguished four types of mental illness. He is best known for his De corporis humani structura et usu,  published in 1583.

De origine partium, earumque in utero confirmatione [On the origin of fetal anatomy and formation in the womb] focuses on the formation of the fetus. Platter is chiefly concerned with the origin of the arteries, veins, and nerves from the brain and the relationship of the veins to the heart and liver. This work first appeared in Platter's De corporis humani structura et usu.

The next treatise belongs to the famed French philosopher, astronomer, and mathematician (and opponent of William Harvey), Pierre Gassendi (1592–1655). A Catholic priest with a doctorate in theology, Gassendi was a professor of philosophy and mathematics and believed that experimentation and observation were necessary for the study of science and nature. Among many other contributions to science and philosophy, he is known for the first recorded observation of the transit of Mercury across the sun.

De septo cordis pervio, observatio [Observation on the septum of the heart] is the only appearance in print of this work; there is no separate edition. Gassendi gives the first description of the foramen ovale, a passageway in the fetal heart that allows blood to flow to the left atrium from the right atrium, which closes as the heart fully forms.

The final title is from the Strasbourg physician Melchior Sebisch the Younger (1578-1674). Sebisch (aka Sebizius, Sebizii, and others) was a professor of medicine at the University of Strassbourg, where he eventually took over for his father (Melchior Sebisch the Senior) as the Chair of Medicine. Like many of the other authors on this list, he has many publications to his credit, particularly translations of and commentaries on Galen.

De notis virginitatis [On the characteristics of virginity] bookends Pineau's De integritatis by providing another treatise on the physical signs of female virginity.

The volume is bound in contemporary limp vellum with yapp edges, another callback to our discussion of Louise Bourgeois. The cover shows clear signs of use and aging, with a yellow discoloration, scratches, and staining. The paper is in great condition, with the exception of a torn page and the larger fold-out woodcut illustrations, which have seen a lot of use.

Along with workout warrior fetuses, there are other curious images throughout the book, including the tiny, fully-formed fetus swimming in the cavernous womb seen just above. It is joined by two other fetuses, including one that appears to be taking a moment for some serious rest and reflection.

Most of the illustrations are derived from the work of Guilio Cassesrio, a 16th-century Italian anatomist lauded for the artistry of his illustrations. Each of the fold-outs was also repaired at some point, which unfortunately means we lost part of each image. You can see evidence of these repairs in the womb image.

--Curator Damien Ihrig

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Guest Post from John Martin Rare Book Room!

At the Hardin Library of Health Sciences

LOUIS, ANTOINE (1723-1792). Dissertation sur la question--comment se fait la transmission des maladies héréditaires? [Dissertation on the question--how are hereditary diseases transmitted?] and Observation et remarques sur les effets du virus cancéreux [Observation and remarks on the effects of the cancer virus], Printed in Paris at Chez Delaguette, 1749. 17 cm tall.

This month we highlight a book (but two works!) by the 18th-century French surgeon, Antoine Louis, who helped change the perception of surgeons in the medical community. We touch on his works on hereditary diseases and cancer, his little-known connection to the French Revolution and the Reign of Terror, and his role in helping to create the modern surgical profession.

Louis was born to a military surgeon family. His father was a surgeon-major, the senior surgeon of a regiment, at a military hospital. Louis apprenticed under his father and by 1743 had joined another regiment as a surgeon himself. He soon went to Paris, though, to further his education at the Salpêtrière hospital, which you may remember from such JMRBR newsletters as "Volume 2, Issue 4." In 1750 he was appointed professor of physiology, holding that position for 40 years.

Louis was at the head of a movement to push back against the negative perception of surgeons driven by physicians. He wrote often, and effectively, to argue for equal status for surgeons. For centuries surgeons were thought of by physicians as, at best, less educated technicians and, at worst, uneducated boors who would cut anything for money.

Although eventually a separate discipline with its own schools, societies, and formal training, surgery in Europe had its roots in the barber-surgeon tradition. Often employed in the military, barber-surgeons used their tools for surgical and dental procedures as well as for cutting hair.

The 16th-century predecessor of Louis, Ambroise Paré, helped lay the groundwork for the modern evolution of surgery into a medical specialty. He challenged surgical dogma at the time and wrote many works, always in French as he did not know Latin, describing his new techniques and inventions.

Scottish surgeon John Hunter, a contemporary of Louis, established the empirical foundations of modern surgery. Echoing a common theme among early modern medical pioneers, he rejected the status quo and sought to understand surgical knowledge from the ground up. He based his conclusions on his own observations, experiences, and experiments. With his skill as both an experimentalist and writer, Hunter nearly singlehandedly set surgery on the path to its modern place in medicine.

By the 19th century, barber-surgeons ceased to exist and surgeons were well-trained doctors who chose surgery as a specialization.

Louis was not afraid to put his money where his mouth was. Upon the completion of his stint at Salpêtrière, he could have slid right into a position at the college of Surgery, but instead, he wrote and publicly defended his thesis, Positiones anatomicae et chirurgicae(1749). Both of which he accomplished in Latin, thereby demonstrating that surgeons were as liberally educated as their physician colleagues.

While also performing surgeries, writing, and maintaining a busy administrative calendar, Louis found time to invent and improve surgical instruments. His renown eventually led to an association with the most infamous period in French history. A physician opposed to capital punishment petitioned the National Assembly (formed shortly after the French Revolution) to advocate for a more "humane" way to execute criminals.

This would be accomplished by using a machine designed to quickly decapitate them. The Assembly eventually petitioned Louis to design and build it. Originally referred to as the Louisette, it eventually adopted the name synonymous with the Reign of Terror - the Guillotine, named after the physician who originally proposed its use, Joseph-Ignace Guillotin.

Louis wrote and published throughout his life, including several biographies of other surgeons, Encyclopédie entries, and pioneering works on medical jurisprudence. Two boxes of unpublished works were found while cataloging his belongings after his death. The books highlighted here are two of his earlier publications. Observation et remarques sur les effets du virus cancéreux is an interesting piece on cancerous growths and remedies, in which Louis refers to cancer as a virus. We now know of several viruses that can lead to cancer.

Our copy is an adorable little book with beautiful marbled endpapers, a closeup of which you can see above. The contemporary sheepskin cover shows that the book has lived a busy life. It is a deep, rich brown color with several gilt flowers along the spine. The paper is in excellent condition, showing few signs of age or damage.

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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

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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!

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Guest Post from John Martin Rare Book Room

Located at Hardin Library for the Health Sciences

UNKNOWN. Medicinal plants scroll from Japan's mid-Edo period. Estimated date of creation is between 1727 and 1800. 29 x 800 cm.

This book blends all of the things that make working with our collection so rewarding: the paper, how it feels, the artistry, how it smells, the printing, construction, content, and evidence of the life it has lived. Simply known as the Medicinal plants scroll, it is an 8-meter scroll from Japan's Edo period (1603-1867) containing beautiful hand-painted illustrations.

Japanese hand-scrolls, or emakimono, are not meant to be read or displayed completely unfurled. Rather, each panel should be read, one at a time, starting at the right and reading to the left. The right hand works in concert with the left to roll up the scroll at the same time as a new panel is exposed. This is considered especially important for narrative scrolls, such as the famous Tale of Genji.

Emakimono, distinguished from hanging vertical scrolls, or kakemono, are a form of communication almost as old as the Japanese written language. Starting with characters imported from China in the 5th century, the Japanese written language has evolved substantially since then. The use of Chinese characters, however, lasted for centuries. In fact, many of the Japanese books in the Rare Book Room collection use Chinese characters, including the Medicinal plants scroll.

The Medicinal plants scroll is, as its name suggests, a catalog of native Japanese plants, describing their habitats, flowers, fruits, and medicinal uses. Each brief description is accompanied by a hand-painted illustration of the plant, usually in bloom. Thanks to the generosity and hard work of our colleague, Tsuyoshi Harada, our Japanese Studies Librarian, we have a detailed translation of the scroll.

Due to his efforts, we have identified each plant, including Cyrtosia septentrionalis in the image in the introduction, also called Yamashakujo or Tuchiakebi, and Panax japonicus, or Japanese Ginseng, seen here. Unlike traditional ginseng, this guide recommends avoiding the very bitter root of P. japonicus and instead using the root hairs.

The scroll also includes references to other medicinal plant resources available at the time. We are excited to see if we can locate any of these as well.

The scroll is in excellent condition. There is very minor staining here and there, but the original paper is otherwise spotless. It has been rebacked fairly recently with a modern paper containing gold flecks. Replacing the paper support on the back as the scroll ages is a customary practice. Emakimono are not made from a continuous roll of paper, but rather equally sized sheets that have been cleverly glued together, combining long fibers that extend out each side of the sheets. The layers of backing paper then add support and durability.

--Damien Ihrig, curator

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Guest post from John Martin Rare Book Room

At the Hardin Library for the Health Sciences

MÜTTER, Thomas Dent (1811–1859). A report on the operations for fissures of the palatine vault. Printed in Philadelphia by Merrihew & Thompson, 1843. 28 pages. 23 cm tall.

The University of Iowa is a worldwide leader in cleft palate research and repair, so we thought it only appropriate to recognize National Cleft and Craniofacial Awareness Month.

Many of you have no doubt heard of the Mütter Museum in Philadelphia, with its famous collection of anatomical specimens and medical instruments. The namesake of the museum, Thomas Dent Mütter, was a 19th-century American surgeon who overcame personal tragedy to become a renowned surgeon and educator.

One area that fascinated him was cleft palate and lip repair. This month's book, A report on the operations for fissures of the palatine vault, written by Mütter and printed in 1843, details his straightforward repair for a cleft palate.

The earliest evidence of cleft lip repair comes from the Jin Dynasty (265-420 CE) in China. The earliest detailed description of a repair is from Jehan Yperman (c.1260–c.1331), a pioneering medieval Flemish surgeon. The first known detailed description of a cleft palate comes from 16th-century French surgeon Pierre Franco (1505-1578). Franco emphasized the importance of the palate to speech development and the congenital origin of the malformation.

Clefts could also be caused by syphilis, however, and during the 16th and 17th centuries, surgical repairs were not advised. Instead, our old friend, Ambroise Paré, along with the Portuguese surgeon Amatus Lusitanus (aka João Rodrigues de Castelo Branco), wrote of using obturators - custom prosthetic devices used to close the palate.

Interest in surgical repair continued, though, especially for congenital clefts. By the 19th century, several Fench surgeons had devised their own methods for repair, including Guillaume Dupuytren, who M��tter trained with while continuing his medical education in Paris.

The Mütter Museum in Philadelphia is celebrated for its collection of anatomical specimens of rare conditions, from the famous (and infamous), as well as medical instruments. The museum was founded with an original donation from the collection of Thomas Dent Mütter.

Mütter was born in 1811 in Richmond, Virginia. Sickness is a common theme in Mütter's life, and he lost both of his parents by the time he was eight. He was raised by a distant relative in a seemingly supportive environment.

Money left to him by his parents allowed him to attend Hampden-Sydney College in Virginia and medical school at the University of Pennsylvania. Mütter himself fell ill during medical school. He left for Europe after graduation in the hopes of improving his health in a different climate and to further pursue his medical education.

In Paris, he worked with the aforementioned Dupuytren and in London with Robert Liston. Mütter eventually put together a collection of lectures by Liston, which he annotated with 250 pages of his own.

Dupuytren was known for his exacting nature and Liston for his speed when performing a surgical procedure (which could mean the difference between life and death in the days before anesthesia and antibiotics). Mütter seems to have embraced the teachings of both his mentors, stressing the need for the simplest of tools and techniques when performing his reconstructive surgeries while trying to keep the pain and blood loss to a minimum.

In 1841, he joined the faculty of the Jefferson Medical College in Philadelphia. It was there that he made a name for himself as an excellent speaker and engaging teacher. He used his ever-expanding anatomical and instrument collection to provide his students with hands-on experience.

Unfortunately, his ill health never truly subsided and he was forced to retire in 1856. He died three years later at the age of 48.

A report on the operations for fissures of the palatine vault demonstrates Mütter's adherence to his surgical principles. It is not a long book, only 28 pages, but it provides insight into his process and surgical philosophy. It includes several small illustrations of the steps of the procedure and the instruments used, examples of which you can see above.

The book is covered in a "library binding" of black cloth and the textblock shows evidence of having been trimmed (see the ownership mark in the upper right corner of the title page above). Indeed, this book was at some point pulled from the circulating Hardin collection and added to the Rare Book Room collection. It still contains the date due slip (last checked out in 1967!) and barcode sticker.

Contact Curator Damien Ihrig to view this tiny but mighty book or any others from this or past newsletters: damien-ihrig@uiowa.edu to arrange a visit in person or over Zoom.

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Guest post from John Martin Rare Book Room!

Hardin Library for the Health Sciences

THEODOR SCHWANN (1810-1882). Mikroskopische Untersuchungen über die Uebereinstimmung in der Struktur und dem Wachsthum der Thiere und Pflanzen. [Microscopical researches into the accordance in the structure and growth of animals and plants] Printed by Georg Reimer in Berlin in 1839. First edition. 270 pages. 21 cm tall.

Schwann was an energetic and talented researcher, inventor, and teacher. He is recognized for many contributions to medical science. Easily his greatest contribution, though, is this foundational work on extending cell theory to animals. Working for his mentor, Johannes Peter Müller, in 1837 the 27-year-old Schwann was using the most powerful microscopes of the day to examine and describe various types of animal cells.

In one of those wonderful moments of scientific serendipity, he happened to be dining with his close friend the botanist, Matthias Jakob Schleiden, when they began to discuss plant cell nuclei. Schwann quickly realized he had seen similar structures in animal cells and that animal cells must function similarly to plant cells: as foundational structures for all living things. Schwann and Schleiden worked together to confirm this. Schwann extended the research with several more experiments on a variety of animal tissues, eventually publishing Mikroskopische in 1939.

By the middle of the 19th century, his two main conclusions, that cells are distinct, but function as the foundational, organizational structures for all living things, became the accepted description for the basic structural components of life. His third conclusion about the formation of cells was not supported by further experimental evidence and was eventually discarded. Regardless, Schwann's work created the foundation upon which rested the important discoveries of the next century in biology and the medical sciences.

If your German is a little rusty, you are in luck! We also have an English translation by Henry Smith from 1847. If you are interested in seeing these or other items mentioned in earlier newsletters, please contact Damien Ihrig at damien-ihrig@uiowa.edu or 319-335-9154 to arrange a visit in person or over Zoom.

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Guest post from the John Martin Rare Book Room

Hardin Medical Library, University of Iowa

ADAM LONICER (1528-1586) Kreuterbuch, kunstliche Conterfeytunge der Bäume, Stauden, Hecken, Kreuter, Getreyde, Gewürtze. Printed in Frankfort by Christian Egenolph, 1587. 382 numbered leaves (764 pages) with color illustrations. 31 cm tall.

We know that Lonicer (also referenced as Lonitzer, Lonicerum, Lonicerus, or Loniceri) worked as a proofreader for his father-in-law, a German printer who specialized in producing herbals. He eventually went on to write his own works covering mathematics, medicine, and botany. Kreuterbuch... (originally titled in Latin, Naturalis historiae opus novum) was published in 1546 and, although much of it was not original to Lonicer, became a smash hit. The book saw several editions, including the 1587 edition described here. The last edition was printed in 1783.

The text covers much of the known natural world at the time and had a wide audience that included physicians, apothecaries, and both rural and urban householders. The emphasis is on how one uses animal, vegetable, and mineral substances in the production of medicinal, gastronomical, and household preparations. Lonicer provides us with one of the early descriptions of local flora, and, among his other accomplishments, he is one of the first to distinguish deciduous trees from conifers.

The most striking features of this book are its hundreds of hand-colored woodcuts. As one can imagine, coloring in each image is an intensive task and would have greatly increased the cost of the book. Because of this, many existing early printed herbals are found unpainted. The book was rebound at an unknown point in the 20th century with a soft, milky vellum (calfskin parchment) over pasteboard (sheets of paper pasted together to create a stiff board). The spine titling consists of black and red leather labels with gold tooling. These contrast nicely with the lighter cover.

The book also has excellent examples of conservation work, including the application of a thin, strong Japanese paper on the outer margin of the first leaf. This part of the leaf has been heavily used and is now damaged and brittle. The application of the paper support strengthens the edge and lessens the chance of further damage. This same paper was also to repair the inner margin between a few other leaves. The text block shows the staining, wear, and foxing (oxidation of iron particles in the paper) one would expect from a book of this age but is still in great condition. With proper care, it will have a happy, long life here at the John Martin Rare Book Room!

For more on Lonicer and other Herbals, check out the U. S. National Library of Medicine and the Edward Worth Library in Dublin.

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Guest Post from John Martin Rare Book Room

Hardin Library for the Health Sciences

Today we present a book from the Dutch physician Jan Bleuland (1756–1838), filled with beautiful anatomical and pathological illustrations.

Bleuland trained at Leiden University under the tutelage of the anatomist, Eduard Sandifort. There he honed his skills injecting anatomical specimens and working with the large anatomical collection of the university. After graduating with his doctor of medicine, he eventually made his way to Utrecht, where he taught anatomy, physiology, surgery, and obstetrics.

Over his career, Bleuland built his own collection to over 2,500 mostly human specimens. He used his collection for his teaching and research and to publish several works, including another book in our collection, Observationes anatomico-medicae de sana et morbosa oseophagi structura. Observationes deals with the anatomy of the esophagus in the infant and adult, its specific functions, and pathological conditions.

In 1826, Bleuland retired and the Dutch government bought his collection for the Utrecht University Museum. He quickly produced an inventory of the collection, Descriptio musei anatomici (1826), and began to create his greatest work, an illustrated catalog of the collection. We were fortunate enough to find a copy of this catalog, and we are excited to present it to you.

--Curator of JMRBR, Damien Ihrig

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Guest post from the John Martin Rare Book Room

Located at the Hardin Library for the Health Sciences

PARACELSUS (ca. 1493-1541). Des hochgelerten vn[d] hocherfarnen Herren Theophrasti Paracelsi von Hohenheim, beider Artzney Doctoris, etliche Tractaten vor in Truck nie ausskommen. [From the highly educated and high ranking Theophrastus Paracelsus of Hohenheim, doctor of both medicines, a number of never before seen tracts] Printed by Arnold Birckmann's print shop (the "Heirs of Arnold Birckmann") in Cologne in 1564. First edition. 167 pages. 20 cm tall.

Philippus Aureolus Theophrastus Bombastus von Hohenheim is universally known as Paracelsus, a name given to him by others who saw him as a genius "surpassing Celsus" (a 2nd-Century Greek philosopher). He was born in Switzerland in 1493 and educated at Basel, a center of Renaissance humanism. There, he was eventually appointed town physician and professor at the University of Basel. His unorthodox ideas and teachings, though (and perhaps his heavy drinking and impatience with those in power), put him in conflict with the orthodox establishment of his time and Paracelsus spent most of his life wandering through Europe as an itinerant physician, chemist, theologian, and philosopher.

Paracelsus was a creative medical visionary during the Renaissance. Like many of his scientific and medical contemporaries, he stressed the value of observation when describing the structures and functions of life. Credited as the "father of toxicology," he described the modern concept of "dose-response" in his Third Defense. Here he stated that "Solely the dose determines that a thing is not a poison.". In other words, everything is poison if you get too much of it.

This targeted approach to administering medicines was counter to the prevalent strategy of applying cure-alls. This is due, in part, to his rejection of the classic "balancing of the humors" approach to healing, and his insistence that illnesses have an environmental component. Among other things, Paracelsus is also credited for coining the terms "gas," "alcohol," and "chemistry".

Although his ideas were heavily influenced by concepts that we would now consider quackery, many of Paracelsus's ideas in medicine were ahead of their time. He was a prolific writer, but few of his works were published during his lifetime. After his death, though, his works became very popular and were printed for decades afterward. Check out our newest addition to our Paracelsus collection below!

This brief biography only scratches the surface of the remarkable life of Paracelsus. Please find more extensive biographies at the National Library of Medicine History of Medicine Division and through PubMed.

Etliche Tractaten...is a collection of thirteen of the most important medical tracts by Paracelsus on various diseases and their treatments. They include one of the author's most thorough discussions of gout. Paracelsus was the first to suggest the possibility of a chemical as opposed to humoral causation of gout. It also includes an important contribution to his theories regarding the treatment of epilepsy, and descriptions of colic, rheumatism, dropsy, mental illness, consumption, shock, edema, vertigo, helminths (parasitic worms), and tuberculosis.

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Guest Post from John Martin Rare Book Room

At Hardin Library for the Health Sciences

FLORENCE NIGHTINGALE (1820-1910). Notes on nursing: what it is, and what it is not. Printed by Harrison in 1860. This is the second issue of the first edition. 79 pages. 21.6 cm tall.

Florence Nightingale was born on May 12, 1820, to a wealthy, aristocratic British family. She was known for her smarts and humor, translating classic works and excelling at math and statistics. She was keen on helping others and saw nursing, a fairly disreputable career at the time, as her opportunity to do so. She was trained in France, Germany, and Egypt, and after nursing experience in England, in 1854 she was asked to take charge of a group of nurses being dispatched to the Crimea to care for the British wounded in the war. Her heroic efforts brought the mortality rate among the soldiers from 42 percent to 2 percent.

The rest of her life was spent in the struggle to improve the care of patients and to establish nursing as a profession. This no-nonsense book is not only a call for the establishment of training of nurses; it offers practical advice on the care of patients. Nursing, she says in Notes..., "has been limited to signify little more than the administration of medicines and the application of poultices. It ought to signify the proper use of fresh air, light, warmth, cleanliness, quiet, and the proper selection and administration of diet."

Although this book is undated and its publication is often ascribed to 1859, it was probably not actually available to the public until 1860. The present issue is sometimes called the first issue, but as a few copies exist in which no advertisements appear on the endpapers and in which a statement concerning translation rights (carried in later issues on the title page) does not appear, this must be accorded place as the second issue, before correction of several typographical errors in the text.

The book itself is unassuming, created during a time of transition from high quality to lower quality papers. Of the two 1860 books we have, one is in good shape. The brown, stamped cloth covers remain mostly intact and the paper, although yellowed slightly, is in excellent condition. The second book has seen a lot of wear and tear and will eventually need conservation work to reattach the covers and a few pages. There are no illustrations, but there are some fun advertisements for other Harrison printed books used as endpapers. In addition, one of the books has a small engraving of Lea Hurst, Nightingale's home, that someone pasted in the front at some point in the life of the book.

We have other works by NIghtingale and many others on the topic of nursing. If you are interested in seeing these or other items mentioned in this or earlier newsletters, please contact Damien Ihrig at damien-ihrig@uiowa.edu to arrange a visit in person or over Zoom.

--Damien Ihrig, Curator of the John Martin Rare Book Room

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Guest Post from John Martin Rare Book Room

Hardin Medical Library, University of Iowa

THOMAS BERDMORE (1740-1785) A treatise on the disorders and deformities of the teeth and gums : explaining the most rational methods of treating their diseases : illustrated with cases and experiments. Printed for the author, 1770. A new edition with additions (second edition). 279 pages. 18 cm tall.

This month's selection is a second edition of the second English book on dentistry by the noted 18th-century dentist, Thomas Berdmore. Berdmore was born around 1740 and died in 1785. Following in the footsteps of "the father of modern dentistry," Pierre Fauchard, Berdmore first apprenticed with a surgeon before beginning his practice. With other dentists of the 18th century, he helped develop the profession into its own distinct field. Eventually, he became famous as the King's Dentist to King George III.

Berdmore's treatise is the first known text to recognize the effects of sugar on teeth. The text passage shown here also highlights the dietary differences between the wealthy and the poor. With the poor reportedly better off, teeth-wise, because they did not have easy access to sugar, an expensive flavoring.