Ancient Egyptian medicine
The medicine of the ancient Egyptians is some of the oldest documented. From the beginnings of the civilization in the c. 33rd century BC until the Persian invasion of 525 BC, Egyptian medical practice went largely unchanged but was highly advanced for its time, including simple non-invasive surgery, setting of bones and an extensive set of pharmacopoeia. Egyptian medical thought influenced later traditions, including the Greeks.
Sources of information
Until the 19th century, the main sources of information about ancient Egyptian medicine were writings from later in antiquity. Homer, c. 800 BC, remarked in the Odyssey: "In Egypt, the men are more skilled in medicine than any of human kind" and "the Egyptians were skilled in medicine more than any other art". The Greek historian Herodotus visited Egypt around 440 BC and wrote extensively of his observations of their medicinal practice, attributing to the Ancient Egyptians the invention of medicine, . Pliny the Elder also wrote favourably of them in historical review. Hippocrates (the "father of medicine"), Herophilos, Erasistratus and later Galen studied at the temple of Amenhotep, and acknowledged the contribution of ancient Egyptian medicine to Greek medicine.
In 1822, the translation of the Rosetta stone finally allowed the translation of ancient Egyptian hieroglyphic inscriptions and papyri, including many related to medical matters (Egyptian medical papyri). The resultant interest in Egyptology in the 19th century led to the discovery of several sets of extensive ancient medical documents, including the Ebers papyrus, the Edwin Smith Papyrus, the Hearst Papyrus, the London Medical Papyrus and others dating back as far as 2900 BC. The Edwin Smith Papyrus is a textbook on surgery and details anatomical observations and the "examination, diagnosis, treatment, and prognosis" of numerous ailments. It was probably written around 1600 BC, but is regarded as a copy of several earlier texts. Medical information in it dates from as early as 3000 BC. Imhotep in the 3rd dynasty is credited as the original author of the papyrus text, and founder of ancient Egyptian medicine. The earliest known surgery was performed in Egypt around 2750 BC.
The Ebers papyrus c. 1550 BC is full of incantations and foul applications meant to turn away disease-causing demons, and also includes 877 prescriptions. It may also contain the earliest documented awareness of tumors, if the poorly understood ancient medical terminology has been correctly interpreted. Other information comes from the images that often adorn the walls of Egyptian tombs and the translation of the accompanying inscriptions. Advances in modern medical technology also contributed to the understanding of ancient Egyptian medicine. Paleopathologists were able to use X-Rays and later CAT Scans to view the bones and organs of mummies. Electron microscopes, mass spectrometry and various forensic techniques allowed scientists unique glimpses of the state of health in Egypt 4000 years ago.
Other documents as the Edwin Smith papyrus (1550 BC), Hearst papyrus (1450 BC), and Berlin Papyrus (1200 BC) also provide valuable insight into ancient Egyptian medicine. The Edwin Smith papyrus for example mentioned research methods, the making of a diagnosis of the patient, and the setting of a treatment. It is thus viewed as a learning manual. Treatments consisted of ailments made from animal, vegetable or fruit substances or minerals.
Fundamentally when considering the health of any culture nutrition must be discussed. The Ancient Egyptians were at least partially aware of the importance of diet, both in balance and moderation. Owing to Egypt's great endowment of fertile land, food production was never a major issue although of course no matter how bounteous the land, paupers and starvation still exist. The main crops for most of ancient Egyptian history were emmer wheat and barley. Consumed in the form of loaves which were produced in a variety of types through baking and fermentation, with yeast greatly enriching the nutritional value of the product, one farmer's crop could support an estimated twenty adults. Barley was also used in beer. Vegetables and fruits of many types were widely grown. Oil was produced from the linseed plant and there was a limited selections of spices and herbs. Meat (sheep, goats, pigs, wild game) was regularly available to at least the upper classes and fish were widely consumed, although there is evidence of prohibitions during certain periods against certain types of animal products; Herodotus wrote of the pig as being 'unclean'. Offerings to King Unas (c. 2494–2345 BC) were recorded as
“...milk, three kinds of beer, five kinds of wine, ten loaves, four of bread, ten of cakes four meats, different cuts, joints, roast, spleen, limb, breast, quail, goose, pigeon, figs, ten other fruits, three kinds of corn, barley, spelt, five kinds of oil, and fresh plants...”
It is clear that the Egyptian diet was not lacking for the upper classes and that even the lower classes may have had some selection (Nunn, 2002).
Medical knowledge in ancient Egypt had an excellent reputation, and rulers of other empires would ask the Egyptian pharaoh to send them their best physician to treat their loved ones. Egyptians had some knowledge of human anatomy. For example, in the classic mummification process, mummifiers knew how to insert a long hooked implement through a nostril, breaking the thin bone of the brain case and remove the brain. They also must have had a general idea of the location in the body cavity of the inner organs, which they removed through a small incision in the left groin. But whether this knowledge was passed on to the practitioners of medicine is unknown and does not seem to have had any impact on their medical theories.
Egyptian physicians were aware of the existence of the pulse and of a connection between pulse and heart. The author of the Smith Papyrus even had a vague idea of a cardiac system, although not of blood circulation and he was unable, or deemed it unimportant, to distinguish between blood vessels, tendons, and nerves. They developed their theory of "channels" that carried air, water and blood to the body by analogies with the River Nile; if it became blocked, crops became unhealthy and they applied this principle to the body: If a person was unwell, they would use laxatives to unblock the "channels".
Quite a few medical practices were effective, such as many of the surgical procedures given in the Edwin Smith papyrus. Mostly, the physicians' advice for staying healthy was to wash and shave the body, including under the arms, and this may have prevented infections. They also advised patients to look after their diet, and avoid foods such as raw fish or other animals considered to be unclean.
Many practices were ineffective or harmful. Michael D. Parkins says that 72% of 260 medical prescriptions in the Hearst Papyrus had no known curative elements, and many contained animal dung which contains products of fermentation and molds, some of them having curative properties, but also bacteria posing a grave threat of infection.
The oldest metal (Bronze or copper) surgical tools in the world were discovered in the tomb of Qar. Surgery was a common practice among physicians as treatment for physical injuries. The Egyptian physicians recognized three categories of injuries; treatable, contestable, and untreatable ailments. Treatable ailments the surgeons would quickly set to right. Contestable ailments were those where the victim could presumably survive without treatment, so patients assumed to be in this category were observed and if they survived then surgical attempts could be made to fix the problem with them. They used knives, hooks, drills, forceps, pincers, scales, spoons, saws and a vase with burning incense.
Circumcision of males was the norm, as stated by Herodotus in his Histories. Though its performance as a procedure was rarely mentioned, the uncircumcised nature of other cultures was frequently noted, the uncircumcised nature of the Liberians was frequently referenced and military campaigns brought back uncircumcised phalli as trophies, which suggests novelty. However, other records describe initiates into the religious orders as involving circumcision which would imply that the practice was special and not widespread. The only known depiction of the procedure, in The Tomb of the Physician, burial place of Ankh-Mahor at Saqquarra, shows adolescents or adults, not babies. Female circumcision may have been practiced, although the single reference to it in ancient texts may be a mistranslation.
Prosthetics, such as artificial toes and eyeballs, were also used; typically, they served little more than decorative purposes. In preparation for burial, missing body parts would be replaced (but these do not appear as if they would have been useful, or even attachable) before death.
The extensive use of surgery, mummification practices, and autopsy as a religious exercise gave Egyptians a vast knowledge of the body's morphology, and even a considerable understanding of organ functions. The function of most major organs was correctly presumed—for example, blood was correctly guessed to be a transpiration medium for vitality and waste which is not too far from its actual role in carrying oxygen and removing carbon dioxide—with the exception of the heart and brain whose functions were switched.
Dentistry was an important field, as an independent profession it dated from the early 3rd millennium BC, although it may never have been prominent. The Egyptian diet was high in abrasives from sand left over from grinding grain and bits of rocks in which the way bread was prepared, and so the condition of their teeth was poor. Archaeologists have noted a steady decrease in severity and incidence of worn teeth throughout 4000 BC to 1000 AD, probably due to improved grain grinding techniques. All Egyptian remains have sets of teeth in quite poor states. Dental disease could even be fatal, such as for Djedmaatesankh, a musician from Thebes, who died around the age of thirty five from extensive dental disease and a large infected cyst. If an individual's teeth escaped being worn down, cavities were rare, due to the rarity of sweeteners. Dental treatment was ineffective and the best sufferers could hope for was the quick loss of an infected tooth. The Instruction of Ankhsheshonq contains the maxim "There is no tooth that rots yet stays in place". No records document the hastening of this process and no tools suited for the extraction of teeth have been found, though some remains show sign of forced tooth removal. Replacement teeth have been found, although it is not clear whether they are just post-mortem cosmetics. Extreme pain might have been medicated with opium.
Magic and religion
Magic and religion were an integral part of everyday life in ancient Egypt. Evil gods and demons were thought to be responsible for many ailments, so often the treatments involved a supernatural element, such as beginning treatment with an appeal to a deity. There does not appear to have existed a clear distinction between what nowadays one would consider the very distinct callings of priest and physician. The healers, many of them priests of Sekhmet, often used incantations and magic as part of treatment.
The widespread belief in magic and religion may have resulted in a powerful placebo effect; that is, the perceived validity of the cure may have contributed to its effectiveness. The impact of the emphasis on magic is seen in the selection of remedies or ingredients for them. Ingredients were sometimes selected seemingly because they were derived from a substance, plant or animal that had characteristics which in some way corresponded to the symptoms of the patient. This is known as the principle of simila similibus ("similar with similar") and is found throughout the history of medicine up to the modern practice of homeopathy. Thus an ostrich egg is included in the treatment of a broken skull, and an amulet portraying a hedgehog might be used against baldness.
Amulets in general, were very popular. They were worn for many magical purposes. Health related amulets are classified as homeopoetic, phylactic and theophoric. Homeopoetic amulets portray an animal or part of an animal, from which the wearer hopes to gain positive attributes like strength or speed. Phylactic amulets protected against harmful gods and demons. The famous Eye of Horus was often used on a phylactic amulet. Theophoric amulets represented Egyptian gods; one represented the girdle of Isis and was intended to stem the flow of blood at miscarriage. They were often made of bone, hanging from a leather strap.
Doctors and other healers
The ancient Egyptian word for doctor is "swnw". This title has a long history. The earliest recorded physician in the world, Hesy-Ra, practiced in ancient Egypt. He was “Chief of Dentists and Physicians” to King Djoser, who ruled in the 27th century BC. The lady Peseshet (2400 BC) may be the first recorded female doctor: she was possibly the mother of Akhethotep, and on a stela dedicated to her in his tomb she is referred to as imy-r swnwt, which has been translated as “Lady Overseer of the Lady Physicians” (swnwt is the feminine of swnw).
There were many ranks and specializations in the field of medicine. Royalty employed their own swnw, even their own specialists. There were inspectors of doctors, overseers and chief doctors. Known ancient Egyptian specialists are ophthalmologist, gastroenterologist, proctologist, dentist, "doctor who supervises butchers" and an unspecified "inspector of liquids". The ancient Egyptian term for proctologist, neru phuyt, literally translates as "shepherd of the anus". The latter title is already attested around 2200 BC by Irynachet.
Institutions, so called Houses of Life, are known to have been established in ancient Egypt since the 1st Dynasty and may have had medical functions, being at times associated in inscriptions with physicians, such as Peftauawyneit and Wedjahorresnet living in the middle of the 1st millennium BC. By the time of the 19th Dynasty their employees enjoyed such benefits as medical insurance, pensions and sick leave.
Table of Ancient Egyptian Physicians
|Physician Name||Other names||Kings service & Dating||Titles||Gender||Medical practice Site||Medical legacy||Non medical legacy||Burial site|
|Imhotep||Egyptian ỉỉ-m-ḥtp *jā-im-ḥātap meaning "the one who comes in peace, is with peace", Immutef, Im-hotep, or Ii-em-Hotep; called Imuthes (Ἰμούθης)||Djoser circa 2650–2600 BC||Chancellor of the King of Egypt, Doctor, First in line after the King of Upper Egypt, Administrator of the Great Palace, Hereditary nobleman, High Priest of Heliopolis, Builder, Chief Carpenter, Chief Sculptor, and Maker of Vases in Chief.||M||Memphis||Two thousand years after his death, Imhotep's status was raised to that of a deity of medicine and healing.||Imhotep was one of the chief officials of the Pharaoh Djoser and Egyptologists ascribe to him the designed the Pyramid of Djoser (the Step Pyramid) at Saqqara in Egypt in 2630 – 2611 BC. He may have been responsible for the first known use of columns to support a building. The Egyptian historian Manetho credited him with inventing the method of a stone-dressed building during Djoser's reign.||Probably Saqqara|
|Hesy-Ra||re-hesy, Hesire, Hesira||Djoser ca. 2670 BC||Chief of Dentists and Physicians and Chief of the King's Scribes, Elder of the qedhetep; father of Min, Fashioner of the cult image of Mehyt, king's acquaintance, Overseer of the royal scribes; Great one of the 10 of Upper Egypt||M||N/A||possibly the first known Physician in history||Wooden panel set of Hesy-Ra||buried in an elaborate tomb at Saqqara|
|Merit-Ptah||Beloved of the god Ptah||ca. 2700 BC||the Chief Physician||F||N/A||possibly the first known female Physician and scientist in history||Her image in a tomb in Saqqara||N/A|
|Penthu||N/A||Akhetaten ca. 1350 BC||The sealbearer of the King of Lower Egypt, the sole companion, the attendant of the Lord of the Two Lands, the favorite of the good god, king's scribe, the king's subordinate, First servant of the Aten in the mansion of the Aten in Akhetaten, Chief of physicians, and chamberlain||M||Aten||Chief Physician to Akhenaten, but may have survived the upheavals of the end of the Amarna period, and served under Ay, after being Vizier under Tutankhamun||Vizier to king||Amarna Tomb 5|
|Peseshet||N/A||Fourth Dynasty of Egypt ca. 2500||lady overseer of the female physicians||F||N/A||?Midwife, 2nd earliest known female physician in ancient Egypt||A personal stela at Akhethetep her son's tomb||N/A|
|Qar||N/A||Sixth dynasty of Egypt ca. 2350-2180 BC||The royal physician||M||N/A||The oldest Bronze or copper surgical tool in the world||His mummy in the limestone sarcophagus and 22 bronze statues of different deities and statuette of Imhotep the physician||He died at the age of fifty years and was buried in his tomb at Saqqara, which was re-used several times|
|Psamtikseneb||may King Psamtik be healthy||Twenty-sixth Dynasty of Egypt ca. 664-525 BC||The Head of Physicians, the scorpion charmer, chief physician and chief dentist (wr ἰbḥ) of Psamtik Seneb, an admiral of the royal fleet||M||N/A||N/A||Ushabti of the Head of Physician Psamtik-seneb, photo in relief of Ankh-ef-en-Sekhmet Entertained by a Harpist||His tomb discovered at Heliopolis in 1931/32 AD|
|Udjahorresnet||Wedjahor-Resne or Udjahor-Resnet||00||The Head of Physicians, supervisor of the medical schools -the 'Houses of life'; the prince, the royal chancellor, the unique companion, the prophet of the one who lives with them, the chief physician, the one truly known and loved by the king, the scribe, the inspector of the scribes of the dedet-court, the first among the great scribes of the prison, the director of the palace, the admiral of the royal navy of the king of Upper and Lower Egypt Khnemibre [Amasis], the admiral of the royal navy of the king of Upper and Lower Egypt, Ankhkaenre [Psammetichus III], head of the province of Sais Peftuôneit||M||N/A||Wedjahor-Resne composed Cambyses' new royal name, Mesuti-Ra ('born of Ra')||His titles are preserved on a beautiful statue(Vatican inv.196)||His tomb has been discovered in 1995 at Abusir|
|Harsiese son of Ramose||00||from Amasis to Darius I||The Head of Physicians, chief physician of Upper and Lower Egypt, leader of Aegean foreign (troops) and admiral of the royal fleet||M||N/A||N/A||mentioned in Instructions of Chasheshonqy (P. BM 10508) as the source of the plot that led to the imprisonment of the unfortunate Onchsheshonqy (P. BM. 10508 col. 1 to 3)||Saqqara|
|Petuaneith||N/A||Saite period during the reign of Amasis||The Chief physician||M||N/A||N/A||A naophorous statue of the chief physician Petuaneith (Louvre A 93), he restored the temple of Abydos||N/A|
|Iwti||N/A||19th dynasty ca, 2500 BC||The Chief physician||M||N/A||N/A||He had a statue at Lieden||N/A|
|Djehutyemheb||N/A||Ramesses II||The wise scribe & physician||M||Khonsu temple?||N/A||N/A||N/A|
Table of Ancient Egyptian medical papyri
|Papyrus Name||Other names||Dating||Language||Medical specialties!||Contents||Scribe/Author||Date & place of discovery||place of preserving||size||image|
|Edwin Smith Papyrus||Edwin Smith Surgical Papyrus||dates to Dynasties 16-17 of the Second Intermediate Period in Ancient Egypt, ca. 1500 BC but believed to be a copy from Old Kingdom, 3000-2500 BC||Hieratic||The oldest known surgical treatise on trauma||The vast majority of the papyrus is concerned with trauma and surgery, with short sections on gynaecology and cosmetics on the verso. On the recto side, there are 48 cases of injury. The verso side consists of eight magic spells and five prescriptions. The oldest known surgical treatise on trauma||Attributed by some to Imhotep||Luxor, Egypt before 1862||New York Academy of Medicine||a scroll 4.68 m in length. The recto (front side) has 377 lines in 17 columns, while the verso (backside) has 92 lines in five columns||File:Edwin Smith Papyrus v2.jpg|
|Ebers Papyrus||Papyrus Ebers||c. 1550 BC but believed to be a copy from earlier texts of 3400 BC||Hieratic||Medicine, Obestitrics &gynecology & Surgery||The scroll contains some 700 magical formulas and remedies, chapters on contraception, diagnosis of pregnancy and other gynecological matters, intestinal disease and parasites, eye and skin problems, dentistry and the surgical treatment of abscesses and tumors, bone-setting and burns||N/A||Assassif district of the Theban necropolis before 1862||Library of University of Leipzig, Germany||a 110-page scroll, which is about 20 meters long||File:PEbers c41-bc.jpg|
|Kahun Gynaecological Papyrus||Kahun Papyrus, Kahun Medical Papyrus, or UC 32057||ca. 1800 BC||Hieratic||Medicine, Obestitrics & gynecology, pediatrics and veterinary medicine||The text is divided into thirty-four sections that deals with women's health—gynaecological diseases, fertility, pregnancy, contraception, etc. The later Berlin Papyrus and the Ramesseum Papyrus IV cover much of the same ground, often giving identical prescriptions||N/A||El-Lahun by Flinders Petrie in 1889||University College London||2 gynecologic papyri &1 veterinary payrus||File:PKahun LV2.jpg|
|Ramesseum medical papyri||Ramesseum medical papyri parts III, IV, and V||18th century BC||Hieroglyphic & hieratic||Medicine, gynecology, ophthalmology, rheumatology & pediatrics||A collection of ancient Egyptian medical documents in parts III, IV, and V, and written in vertical columns that mainly dealt with ailments, diseases, the structure of the body, and supposed remedies used to heal these afflictions. namely ophthalmologic ailments, gynaecology, muscles, tendons, and diseases of children||N/A||Ramesseum temple||Oxford Ashmoulian Museum||3 papyri (parts III, IV, V)||N/A|
|Hearst papyrus||Hearst Medical Papyrus||18th Dynasty of Egypt, around time of Tuthmosis III ca. 0000 but believed to have been composed earlier, during the Middle Kingdom, around 2000 BC||Hieratic||Urology, Medicine and bites||260 paragraphs on 18 columns in 18 pages of medical prescriptions for problems of urinary system, blood, hair, and bites||N/A||discovered by an Egyptian peasant of village of Der-el-Ballas before 1901||Bancroft Library, University of California||18 pages||File:Papyrus Hearst Plate 2.jpg|
|London Medical Papyrus||BM EA 10059||19th dynasty 1300 BC or ca. 1629–1628 BC||Hieratic||skin complaints, eye complaints, bleeding, miscarriage and burns||61 recipes, of which 25 are classified as medical the remainder are of magic||N/A||N/A||Royal institute of London||File:London Medical Papyrus 15.jpg|
|Papyrus Berlin 3038||Brugsch Papyrus, the Greater Berlin Papyrus||19th dynasty, and dated ca. 1350 - 1200 BC||Hieratic ?||Medical||discussing general medical cases and bears a great similarity to the Ebers papyrus. Some historians believe that this papyrus was used by Galen in his writings||24 pages (21 to the front and 3 on the back)||N/A||Discovered by an Egyptian in Saqqara before 1827||Berlin Museum||N/A|
|Carlsberg papyrus||N/A||between the 19th and 20th dynasties, New Kingdom ; its style relates it to the 12th dynasty. Some fragments date back to ca. 2000 BC, others — the Tebtunis manuscripts — date back to ca. 1st century AD||Hieratic, Demotic. Hieroglyphs and in Greek||Obestitrics & gynecology, Medicine, Pediatrics & ophthalmology||The structure of the papyrus bears great resemblance to that of the Kahun and Berlin papyri.||N/A||N/A||N/A||Egyptological Institute of the University of Copenhague||N/A|
|Chester Beatty Medical Papyrus||Chester Beatty Papyri, Papyrus VI of the Chester Beatty Papyri 46 (Papyrus no. 10686, British Museum), Chester Beatty V BM 10685, VI BM 10686, VII BM 10687, VIII BM 10688, XV BM 10695||dated around 1200 BC]||Heritic?||Headche, and Anorectal disorders||Magic spells and medical reciepes for headache & anorectal disease||N/A||started off as a private collection by the scribe Qen-her-khepeshef in the 19th Dynasty and passed on down through his family until there were placed in a tomb||Deir el-Medina (the workers village) in 1928||British Museum||N/A|
|Brooklyn Papyrus||47.218.48 och 47.218.85, also known as the Brooklyn Medical Papyrus||a collection of papyri which belong to the end of the 30th dynasty, dated to around 450 BC, or the beginning of the Ptolemaic Period. However, it is written with the Middle Kingdom style which could suggest its origin might be from the Thirteenth dynasty of Egypt||Hiertic??||deals only with snakes and scorpion bites, and the formulae to drive out the poison of such animals||It speaks about remedies to drive out poison from snakes, scorpions and tarantulas. The style of these remedies relates to that of the Ebers papyrus||a scroll of papyrus divided into two parts with some parts missing, its total length is estimated to 175 × 27 cm||N/A||might originate from a temple at ancient Heliopolis, discovered before 1885||Brooklyn Museum in New York||N/A|
|Erman Papyrus||given with the Westcar papyrus to Berlin museum||Middle dated from the beginning of the New Kingdom (16th century BC)||???||Medicine, Magic & Anatomy||Holds some medical formulae and a list of anatomic names (body and viscera) and about 20 magical formulae||N/A||N/A||before 1886 AD||Berlin Museum||N/A|
|Leiden Papyrus||Rijksmuseum, Leiden 1343-1345||18th-19th dynastie||???||Medicine, Magic||It mostly deals with magical texts||N/A||N/A||N/A||Rijks museum, Leiden||N/A|
|Leyden papyrus X||P. Leyden X||end of the 3rd century A.D.||Greek||Medicine, Magic||111 recipes for extracting precious metals, or counterfeiting such metals, or precious stones and purple dye. Also details of the manufacture of textiles, and making gold and silver inks. Last 11 recipes are short extracts from the Materia Medica of Pedanius Dioscorides describing certain minerals||10 leaves, 30 x 34 cm in size, making 20 pages with 28-47 lines||Thebes, Egypt||early 19th century by Giovanni Anastasi||Leiden||N/A|
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- Ancient Egyptian Medicine – Aldokkan
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