Was a 14th c. queen the first to survive a caesarean?

Caesarean sections have the reputation of being named after Julius Caesar because he was delivered surgically from his mother Aurelia. That is a myth that grew from a misunderstanding of the ancient sources in the 10th century. Pliny states in Natural History (Book VII, Chapter 7) that the dictator’s branch of the Julius family acquired the cognomen of Caesar because the first to bear the name was excised from his mother’s womb (from the Latin “caedo,” meaning “to cut”). In other words, the Caesars were named after the section, not the other way around, and Julius just inherited the moniker. Anyway Aurelia lived for many years after her son’s birth, and c-sections were only performed on dead or dying women because an abdominal incision was considered impossible to survive at that time.

It was impossible for a very long time after Caesar, as a matter of fact. Without anesthesia, the pain from abdominal surgery would cause massive traumatic shock. If that didn’t kill you on the spot, the blood loss would. If by some miracle the mother managed to survive the immediate dangers, infection would surely finish the job. It wasn’t until the second half of the 19th century that the advances in surgical procedure — Listerism to combat infection, anesthetics like ether, nitrous oxide and chloroform to keep shock at bay — made caesarean sections a consistently survivable option for emergency delivery.

There are a few reports of women managing to survive c-sections from before modern surgery. The earliest dates to 1500 and was first included as a case history almost a century later in a 1581 obstetrics monograph, L’hysterotomotokie ou enfantement césarien, by Parisian physician Francois Rousset who named the procedure after Caesar. The mother was the wife of a swine-gelder named Jacob Nufer from Turgau, Switzerland. After days of labour and with both his wife and baby in mortal danger, Nufer appealed to the town council to let him try to operate on his wife since none of the local surgeons were willing to take the risk. Assisted by a midwife and a cutter of bladder stones, Nufer cut into his wife and delivered a living child abdominally. Mrs. Nufer not only survived, but went on to have four more children. There are some records backing up the story, but there is no specific reference to the uterus being cut, so some scholars believe it was a laparotomy for sudden, acute abdominal pain rather than a caesarean.

Now obstetrician and medical historian Dr. Antonin Parizek of Charles University believes he may have found an earlier case: Beatrice of Bourbon, wife of the King of Bohemia John of Luxembourg who gave birth to their son in Prague in 1337. Beatrice was very young when she married the widowed king, just 14 years old, and it was not the happiest of matches. She had no interest in learning Czech of even German and was really only able to communicate with Blanche of Valois, the wife of her stepson (and future Holy Roman Emperor) Charles. King John spent all of two months at his court in Prague with his new bride in 1336, which was long enough to impregnate her. On February 25, 1337, Wenceslaus was born.

The only contemporary records of his birth that have survived are two letters from Beatrice announcing the birth in Latin. They do not mention a c-section. In fact, she goes out of her way to say that her son was born “salva incolumitate nostri corporis,” an unusual phrasing which directly translates to “without breaching our body.” The health of the mother is almost never mentioned in comparable announcements from 14th century from members of the Luxembourg and Bourbon dynasties. The focus is on the child. It’s odd that she even went there. Parizek believes her insistence that her body was intact was a response to rumors of surgical intervention in a difficult birth. Beatrice had to yet to be crowned Queen of Bohemia, and there was a strong association of the bodies of rulers, chosen by God, as physical manifestations of their souls and as symbols of the church. A large slice across the gut through which the king’s son had had to be fished out did not fit the mold of sacred and inviolate royal bodies.

It’s later sources that declare outright that Wenceslaus was born by c-section. The earliest is an early 15th century Flemish rhyming chronicle, Brabantsche Yeesten, by an anonymous author. There are verses in the chronicle that state that the boy was “taken from his mother’s body” and her wound healed. The author is amazed by this, because he had only ever heard of such an operation being performed on Julius Caesar. In 1549, Richard de Wassebourg, archdeacon of the Verdun Cathedral, reported the event in his book Antiquitez de la Gaule Belgique. At Wenceslaus birth, he said, “his mother Beatrice was opened up without dying.” Another reference is found in Mars Moravicus, written by Thomas Pesina of Čechorod, Vicar General and the Chapter Dean St. Vitus Cathedral in Prague, in 1677. Pesina states: “John had a son named Wenceslaus, taken from the queen Beatrice of Bourbon, or rather from the maternal womb, without endangering the mother, rarely such a lucky example of recovery [or healthy fertility].”

If Beatrice really did survive a caesarean in 1337, it was a perfect storm of very good luck for her and the future Duke of Luxembourg, her son.

Prague was a center of education, but also of the medical care of the royal family. In light of the health of John of Bohemia [– he suffered from ophthalmia and was basically blind by the time he married Beatrice –] a number of the most educated physicians of the time were present around the king. It can be presumed that they had the skills for the procedure, that is, cutting out a fetus from a dead or dying pregnant woman. Considering what we know, it can be rejected a priori that it was a case of deliberately saving the mother. In fact, the abdominal removal of the child from an apparently dead mother could partly explain the event described.

If that is indeed what happened, then with likelihood bordering on certainty Beatrice of Bourbon was considered to be dead when the procedure occurred. One explanation could be seizures as a complication of eclampsia. The cut would have had to be made immediately after the onset of such a state. The pain from the operation may have been the reason for a change in consciousness or awakening, and the stress reaction of the mother could also hypothetically explain why she did not bleed to death.

Suturing of wounds, especially of the abdominal wall, was a completely unknown procedure at that time. And that later complications did not arise from the non-sterile environment the operation was performed in push this hypothesis to the edge of reality. On the other hand, there is written evidence that using similar methods, with no anesthesia, surgical hemostasis or antiseptic conditions, the first experiments removing children through the abdomen after labor lasting several days were performed in the 17th to 19th centuries, and almost always in a home setting. It was very rare, but some women survived these operations.

Beatrice never had another child, which is another tick in the caesarean column, but she ended up outliving her first husband, who died in a famous charge against the English at the Battle of Crécy in 1346, by almost 40 years. Blind and 50 years old but still keen to fight, John tied his horse to his knights’ and rode fearlessly against the enemy. His was the only charge to break through the English lines, and the English killed them all. Beatrice also outlived all of her stepsons and even her son Wenceslaus, albeit only by 16 days.

You can read the whole fascinating paper published in the journal Ceska Gynekologie in English here. It touches on the history of c-sections, surgery, sutures, anesthetics and antiseptics, as well as on the specific case of Beatrice of Bourbon.

Remains of 1,500-year-old domesticated turkeys found in Mexico

Archaeologists have discovered some of the earliest evidence of turkey domestication during an excavation of the ancient Mitla Fortress in Oaxaca, Mexico. The Field Museum has been exploring the hilltop fort in the Valley of Oaxaca that was inhabited by the Zapotec from the Classic period (200-850 A.D.) until around 1200 A.D. In 2009, the team unearthed a clutch of intact turkey eggs buried under two of the fortress’ households.

“It was very exciting because it’s very rare to find a whole cluster of intact eggs. This was very unexpected,” says [Field Museum archaeologist Gary] Feinman.

“Heather Lapham is an archaeologist who studies animal bones, and she knew immediately that we had found five intact or unhatched eggs that were left as an offering alongside seven newly hatched baby turkeys, of which only their tiny bones survived,” says Feinman. Scanning electron microscope analysis of the eggshells confirmed that they were indeed laid by turkeys.

“The fact that we see a full clutch of unhatched turkey eggs, along with other juvenile and adult turkey bones nearby, tells us that these birds were domesticated,” says Feinman. “It helps to confirm historical information about the use of turkeys in the area.”

The Zapotec made sacrifices to the gods before constructing a new house, and a turkey hatchling was sometimes the blood sacrifice of choice. The animal would be killed, its meat eaten and the remains buried under the floor. To have such a wide range of turkeys at every stage of development — hatched and unhatched eggs, unfertilized, newly fertilized eggs, almost hatched eggs, newly hatched poults, juveniles, adults, hens, including at least one of egg-laying age, and toms — available for ritual use in their home, the Zapotec must have had a breeding operation nearby.

The eggs date to between 400 and 500 A.D., which is the earliest concrete archaeological evidence of domesticated turkeys in southern Mexico. The oldest turkey bone found in southern Mexico dates to 180 A.D., but it’s just a single bone and was found in a cave, so there is no direct evidence that it was domesticated. The oldest confirmed evidence of tamed turkeys in northern Mexico date to 500 A.D., but these are scarce. The preponderance of domesticated turkey remains begin appearing in the archaeological record in 900 A.D.

In addition to the sacrificial turkeys, the team also discovered eggshells and more than 300 bones of juvenile and adult turkeys in household trash pits. A hundred or so more turkey bones were found carved into jewelry or tools.

The research team has DNA tested to the remains to identify which subspecies of native turkey they belong to, but the results have not come in yet. Their findings have been published in the Journal of Archaeological Science: Reports.

Happy You-Know-What Day, all!

Church, altar of Viking saint king found in Norway

Archaeologists with the Norwegian Institute for Cultural Heritage Research (NIKU) have discovered the foundations of the church where the Viking king Olaf II is believed to have been buried after he was canonised. King Olaf II Haraldsson, credited with introducing Christian law to Norway, was killed in nebulous circumstances in 1030. The earliest chroniclers reported that he was assassinated either by his own men or in an ambush, but later accounts give him a more glorious death at the Battle of Stiklestad on July 29th, 1030.

He was buried in Nidaros (modern-day Trondheim) and very quickly stories sprang up of miraculous occurrences at his grave site. A year after his death, Bishop Grimkell, one of several English missionary bishops reputedly brought to Norway by Olaf, exhumed his body and found it miraculously uncorrupted. Grinkell declared Olaf a saint and his body was translated to a place of honor above the high altar of St. Clement’s church, a wood stave church Olaf had built a few years before his death. The local canonisation was confirmed by Pope Alexander III in 1164 and Olaf became an official Roman Catholic saint.

Olaf’s body was moved again some decades later to Nidaros Cathedral, a larger and more glamorous site that could accommodate the increasing number of pilgrims dedicated to the cult of Saint Olaf. Over time, St. Clement’s was destroyed and its location forgotten.

Now it seems it has been rediscovered during an excavation on Søndre gate street in Trondheim. The Norwegian Institute for Cultural Heritage Research team discovered the stone foundations of a wooden stave church. Preliminary dating indicates the structure was built in the 11th century.

During its excavation, the archaeologists uncovered a small rectangular stone-built platform at the building’s east end. This is probably the foundation for an altar – probably the very same altar on which St. Olaf’s coffin was placed in 1031! In addition, a small well has been found here which may be a holy well connected with the saint.

In the words of the excavation’s director Anna Petersén:

“This is a unique site in Norwegian history in terms of religion, culture and politics. Much of the Norwegian national identity has been established on the cult of sainthood surrounding St. Olaf, and it was here it all began!”

NIKU has created a series very cool 3D models illustrating the progress of the excavation.

The Søndre gate excavation site 10/01/2016:

The Søndre gate excavation site 10/19/2016, the choir begins to take shape:

The Søndre gate excavation site 10/29/2016:

The remains of the church:

Centuries-old dentures found in Lucca family tomb

In 2010, archaeologists from the University of Pisa excavated the tomb of the powerful Guinigi family in the San Francesco Monastery at Lucca. Scions of the wealthy family of merchants and bankers had ruled the city of Lucca from 1392 until 1430 as capitani del popolo (captains of the people, ie, dictators), and even after the family was overthrown and the Republic reinstated, the Guinigi remained one of the most prominent families in Lucca for centuries.

In 1358, the Guinigi Chapel was built near the convent of San Francesco. The bodies of family members were buried in the private chapel through the first half of the 17th century. Instead of being interred in separate areas, the remains were laid to rest in two large collective tombs. Over the years the bones were shifted around to make room, so when archaeologists excavated the chambers, the remains of more than 200 people were disarticulated and commingled making it impossible to reconstruct the skeletons of individuals.

Mixed in with the jumbled skeletal remains in the lowest stratigraphic layer of the south tomb, the team discovered a unique archaeological treasure: a centuries-old dental prosthesis. It is made of five human teeth — three central incisors and two lateral canines — joined by a gold band running through the root ends of the teeth. The teeth all came from different, let’s just say, donors. (Shoutout to Fantine from Les Miserables.) Examination under a microscope and CT scans found that the roots of the teeth were cut and abraded to relative evenness. Then the a thin cut was made across the bases of the teeth and a thin gold was inserted into the cuts. Two small holes were cut in each tooth and gold pins inserted to fix the tooth to the band. At each end of the device, the gold was bent into s-shapes and pierced with a hole. These ends were attached to the living teeth, likely with ties, as indicated in illustrations of similar dental prosthetics from the 16th and 18th centuries

Because it was found in the earliest layer, it may date to as early as the 14th century, but it would have been very easy for the dentures to fall through successive layers of bones, so stratigraphy is of no help in dating the piece. This was highly advanced dentistry in Early Modern Europe. The gold band technology was mentioned in period sources from Guy de Chauliac (ca. 1300-1368), the French physician who first recognized there were two kinds of plague, Bubonic and Pneumonic, to Pierre Fauchard (1678–1761), the father of modern dentistry.

Archaeologists were not able to match the dentures to any of the mandibles found in the tomb, but the presence of dental calculus covering the holes indicate the prosthetic was used for many years. Indeed, Fauchard’s description of such appliances emphasizes their longevity. From the 1746 edition of his treatise Le Chirurgien dentiste, ou Traité des dents:

“Teeth and artificial dentures, fastened with posts and gold wire, hold better than all others. They sometimes last 15–20 years and even more without displacement. Common thread and silk, used ordinarily to attach all kinds of teeth or artificial pieces, do not last long.”

The dentures found in the Guinigi predate Fauchard by at least a century, but they are notably more complex than the device he describes. The gold band runs inside the roots of the teeth, fastened with pins and the appliance is anchored to in situ teeth with those s-shaped ends. Fauchard just attaches a band to the lingual and buccal surface of the teeth using strings run through holes drilled into the teeth.

One member of the team, Dr Simona Minozzi, said: “Although there are descriptions of similar objects in texts from the period, there is no known archaeological evidence. The dentures found in the tomb are the first example of dentures from this historical period, and as such are a valuable addition to the history of dentistry.”

The study of the dental appliance has been published in the journal Clinical Implant Dentistry and Related Research. It is not, alas, freely available for perusal, but if you have an institutional subscription or six bucks to spare, you can enjoy some more detailed images of the holes, gold band and dental plaque.

New scan of crocodile mummies find 47 more

After 17 months of renovations, the Dutch National Museum of Antiquities in Leiden opened their new Egyptian galleries on November 18th. As part of the remodelling project, the museum installed 3D visualisation stations so visitors can explore mummies in the kind of extreme detail that would be otherwise be impossible. The system uses high resolution CT scans to create composite models of mummies in the collection that museum visitors can virtually unwrap on a touch screen. They can peel back every layer, examine the mummies’ features and the amulets placed in the linen wrappers from every angle. It’s the same principle as the extremely cool virtual autopsy table the British Museum created for Gebelein Man.

During the renovation, the museum worked with Swedish visualization company Interspectral to scan their mummies and create the virtual models. One of the mummies scanned appeared to be that of a giant crocodile, a representation of the crocodile god Sobek that has been in the museum’s collection since 1828. A scan in 1996 had already determined that it wasn’t one huge crocodile, but rather two adolescent crocodiles, one larger, one smaller, positioned tail to snout and then wrapped as one.

Because of the earlier scan, curators weren’t expecting to discover any new information about the mummy, but the high resolution technology revealed that there weren’t just two crocodiles wrapped in linen; there were 49, 47 of them hatchlings. Each of the babies was individually wrapped in linen bandages, placed around the adolescent crocodiles and the whole lot were bound together with palm rope to create the impression of a single 10-foot crocodile mummy. Scans have found baby crocs mummified with adults before — as with this Sobek mummy at the British Museum, for instance — but only one other example of baby crocs wrapped with adults in a palm robe binding is known.

The museum’s Egyptologists suspect that the crocodiles of different ages were mummified together as a reference to the ancient Egyptian belief in rejuvenation and new life after death. Another possibility is that no large crocodiles were available at a time when they were needed as offerings to the gods. The mummy was given the shape of one large crocodile with various kinds of stuffing: bits of wood, wads of linen, plant stems, and rope.

The museum doesn’t know where the crocodile mummy came from. Faiyum is a likely candidate because it was a center for the worship of Sobek and the Nile crocodile. Because the sacred crocodiles were bred and raised specifically for mummification and dedication to the deity as votive offerings, it’s possible the hatchlings were related. Crocodiles lay around 50 eggs at a time, so this may have been a single litter.