History of surgery
Surgery (cheirourgia, from the Greek "cheir" meaning "hand" + "ergon" meaning "work") is the branch of medicine that deals with the physical manipulation of a bodily structure to diagnose, prevent, or cure an ailment. Ambroise Paré, a 16th-century French surgeon, stated that to perform surgery is, "To eliminate that which is superfluous, restore that which has been dislocated, separate that which has been united, join that which has been divided and repair the defects of nature."
Since humans first learned to make and handle tools, they have employed their talents to develop surgical techniques, each time more sophisticated than the last; however, until the industrial revolution, surgeons were incapable of overcoming the three principal obstacles which had plagued the medical profession from its infancy — bleeding, pain and infection. Advances in these fields have transformed surgery from a risky "art" into a scientific discipline capable of treating many diseases and conditions.
- 1 Origins
- 2 Antiquity
- 3 Middle Ages
- 4 Early modern Europe
- 5 Modern Surgery
- 6 Timeline of surgical procedures
- 7 Notable individuals in the development of surgery
- 8 See also
- 9 References
- 10 Further reading
- 11 External links
The first surgical techniques were developed to treat injuries and traumas. A combination of archaeological and anthropological studies offer insight into man's early techniques for suturing lacerations, amputating unsalvageable limbs, and draining and cauterizing open wounds. Many examples exist: some Asian tribes used a mix of saltpeter and sulfur that was placed onto wounds and lit on fire to cauterize wounds; the Dakota people used the quill of a feather attached to an animal bladder to suck out purulent material; the discovery of needles from the stone age seem to suggest they were used in the suturing of cuts (the Maasai used needles of acacia for the same purpose); and tribes in India and South America developed an ingenious method of sealing minor injuries by applying termites or scarabs who ate around the edges of the wound and then twisted the insects neck leaving their heads rigidly attached like staples.
The oldest operation for which evidence exists is trepanation (also known as trepanning, trephination, trephining or burr hole from Greek τρύπανον and τρυπανισμός), in which a hole is drilled or scraped into the skull for exposing the dura mater to treat health problems related to intracranial pressure and other diseases. In the case of head wounds, surgical intervention was implemented for investigating and diagnosing the nature of the wound and the extent of the impact while bone splinters were removed preferably by scraping followed by post operation procedures and treatments for avoiding infection and aiding in the healing process. Evidence has been found in prehistoric human remains from Proto-Neolithic and Neolithic times, in cave paintings, and the procedure continued in use well into recorded history (being described by ancient Greek writers such as Hippocrates among others). Out of 120 prehistoric skulls found at one burial site in France dated to 6500 BCE, 40 had trepanation holes. Folke Henschen, a Swedish doctor and historian, asserts that Soviet excavations of the banks of the Dnieper River in the 1970s show the existence of trepanation in Mesolithic times dated to approximately 12000 BCE. The remains suggest a belief that trepanning could cure epileptic seizures, migraines, and mental disorders.
Many prehistoric and premodern patients had signs of their skull structure healing, suggesting that many of those that proceeded with the surgery survived their operation. In some studies, the rate of survival surpassed 50%.
Examples of healed fractures in prehistoric human bones, suggesting setting and splinting have been found in the archeological record. Among some treatments used by the Aztecs, according to Spanish texts during the conquest of Mexico, was the reduction of fractured bones: "...the broken bone had to be splinted, extended and adjusted, and if this was not sufficient an incision was made at the end of the bone, and a branch of fir was inserted into the cavity of the medulla..." Modern medicine developed a technique similar to this in the 20th century known as medullary fixation.
Bloodletting is one of the oldest medical practices, having been practiced among diverse ancient peoples, including the Mesopotamians, the Egyptians, the Greeks, the Mayans, and the Aztecs. In Greece, bloodletting was in use around the time of Hippocrates, who mentions bloodletting but in general relied on dietary techniques. Erasistratus, however, theorized that many diseases were caused by plethoras, or overabundances, in the blood, and advised that these plethoras be treated, initially, by exercise, sweating, reduced food intake, and vomiting. Herophilus advocated bloodletting. Archagathus, one of the first Greek physicians to practice in Rome, practiced bloodletting extensively. The art of bloodletting became very popular in the West, and during the Renaissance one could find bloodletting calendars that recommended appropriate times to bloodlet during the year and books that claimed bloodletting would cure inflammation, infections, strokes, manic psychosis and more.
The Sumerians saw sickness as a divine punishment imposed by different demons when an individual broke a rule. For this reason, to be a physician, one had to learn to identify approximately 6,000 possible demons that might cause health problems. To do this, the Sumerians employed divining techniques based on the flight of birds, position of the stars and the livers of certain animals. In this way, medicine was intimately linked to priests, relegating surgery to a second-class medical specialty.
Nevertheless, the Sumerians developed several important medical techniques: in Ninevah archaeologists have discovered bronze instruments with sharpened obsidian resembling modern day scalpels, knives, trephines, etc. The Code of Hammurabi, one of the earliest Bablyonian code of laws, itself contains specific legislation regulating surgeons and medical compensation as well as malpractice and victim's compensation:
215. If a physician make a large incision with an operating knife and cure it, or if he open a tumor (over the eye) with an operating knife, and saves the eye, he shall receive ten shekels in money.
217. If he be the slave of some one, his owner shall give the physician two shekels.
218. If a physician make a large incision with the operating knife, and kill him, or open a tumor with the operating knife, and cut out the eye, his hands shall be cut off.
220. If he had opened a tumor with the operating knife, and put out his eye, he shall pay half his value.
Around 3100 BCE Egyptian civilization began to flourish when Narmer, the first Pharaoh of Egypt, established the capital of Memphis. Just as cuneiform tablets preserved the knowledge of the ancient Sumerians, hieroglyphics preserved the Egyptian's.
In the first monarchic age (2700 BCE) the first treaty on surgery was written by Imhotep, the vizier of Pharaoh Djoser, priest, astronomer, physician and first notable architect. So much was he famed for his medical skill that he was deified, becoming the Egyptian god of medicine. Other famous physicians from the Ancient Empire (from 2500 to 2100 BCE) were Sachmet, the physician of Pharaoh Sahure and Nesmenau, whose office resembled that of a medical director.
On one of the doorjambs of the entrance to the Temple of Memphis there is the oldest recorded engraving of a medical procedure: circumcision and engravings in Kom Ombo, Egypt depict surgical tools. Still of all the discoveries made in ancient Egypt, the most important discovery relating to ancient Egyptian knowledge of medicine is the Ebers Papyrus, named after its discoverer Georg Ebers. The Ebers Papyrus, conserved at the University of Leipzig, is considered one of the oldest treaties on medicine and the most important medical papyri. The text is dated to about 1550 BCE and measures 20 meters in length. The text includes recipes, a pharmacopoeia and descriptions of numerous diseases as well as cosmetic treatments. It mentions how to surgically treat crocodile bites and serious burns, recommending the drainage of pus-filled inflammation but warns against certain diseased skin.
Edwin Smith Papyrus
The Edwin Smith Papyrus is a lesser known papyrus dating from the 1600 BCE and only 5 meters in length. It is a manual for performing traumatic surgery and gives 48 case histories. The Smith Papyrus describes a treatment for repairing a broken nose, and the use of sutures to close wounds. Infections were treated with honey. For example, it gives instructions for dealing with a dislocated vertebra:
Thou shouldst bind it with fresh meat the first day. Thou shouldst loose his bandages and apply grease to his head as far as his neck, (and) thou shouldst bind it with ymrw . Thou shouldst treat it afterwards with honey every day, (and) his relief is sitting until he recovers.
Archaeologists made the discovery that the people of Indus Valley Civilization, even from the early Harappan periods (c. 3300 BCE), had knowledge of medicine and dentistry. The physical anthropologist that carried out the examinations, Professor Andrea Cucina from the University of Missouri-Columbia, made the discovery when he was cleaning the teeth from one of the men. Later research in the same area found evidence of teeth having been drilled, dating back 9,000 years to 7000 BCE.
Sushruta (c. 600 BCE) was an early innovator of plastic surgery who taught and practiced surgery on the banks of the Ganges in the area that corresponds to the present day city of Benares in Northern India. Much of what is known about Sushruta is in Sanskrit contained in a series of volumes he authored, which are collectively known as the Sushruta Samhita. It is the oldest known surgical text and it describes in detail the examination, diagnosis, treatment, and prognosis of numerous ailments, as well as procedures on performing various forms of cosmetic surgery, plastic surgery and rhinoplasty.
Greece and the Hellenized world
Surgeons are now considered to be specialized physicians, whereas in the early ancient Greek world a trained general physician had to use his hands (χείρ in Greek) to carry out all medical and medicinal processes including for example the treating of wounds sustained on the battlefield, or the treatment of broken bones (a process called in Greek: χειρουργείν).
In The Iliad Homer names two doctors, “the two sons of Asklepios, the admirable physicians Podaleirius and Machaon and one acting doctor, Patroclus. Because Machaon is wounded and Podaleirius is in combat Eurypylus asks Patroclus “to cut out this arrow from my thigh, wash off the blood with warm water and spread soothing ointment on the wound."
The Hippocratic Oath, written in the 5th century BC provides the earliest protocol for professional conduct and ethical behavior a young physician needed to abide by in life and in treating and managing the health and privacy of his patients. The multiple volumes of the Hippocratic corpus and the Hippocratic Oath elevated and separated the standards of proper Hippocratic medical conduct and its fundamental medical and surgical principles from other practitioners of folk medicine often laden with superstitious constructs, and/or of specialists of sorts some of whom would endeavor to carry out invasive body procedures with dubious consequences, such as lithotomy. Works from the Hippocartic corpus include; On the Articulations or On Joints, On Fractures, On the Instruments of Reduction, The Physician's Establishment or Surgery, On Injuries of the Head, On Ulcers, On Fistulae, and On Hemorrhoids.
Celsus and Alexandria
Herophilus of Chalcedon and Erasistratus of Ceos were two great Alexandrians who laid the foundations for the scientific study of anatomy and physiology. Alexandrian surgeons were responsible for developments in ligature (hemostasis), lithotomy, hernia operations, ophthalmic surgery, plastic surgery, methods of reduction of dislocations and fractures,tracheotomy, and mandrake as anesthesia. Most of what we know of them comes from Celsus and Galen of Pergamum (Greek: Γαληνός)
Galen, On the Natural Faculties, Books I, II, and III, is an excellent paradigm of a very accomplished Greek surgeon and physician of the Roman era (2nd century), who carried out very complex surgical operations and added significantly to the corpus of animal and human physiology and the art of surgery. He was one of the first to use ligatures in his experiments on animals. Galen is also known as "The king of the catgut suture"
Hua Tuo was a famous Chinese physician during the Eastern Han and Three Kingdoms era. He was the first person to perform surgery with the aid of anesthesia, some 1600 years before the practice was adopted by Europeans.Bian Que (Pien Ch'iao) was a "miracle doctor" described by the Chinese historian Sima Qian in his Shiji who was credited with many skills. Another book, Liezi (Lieh Tzu) describes that Bian Que conducted a two way exchange of hearts between people. This account also credited Bian Que with using general anaesthesia which would place it far before Hua Tuo, but the source in Liezi is questioned and the author may have been compiling stories from other works. Nonetheless, it establishes the concept of heart transplantation back to around 300 CE.
Abulcasis (936–1013) (Abu al-Qasim Khalaf ibn al-Abbas Al-Zahrawi) was an Andalusian-Arab physician and scientist who practised in the Zahra suburb of Cordoba. He is considered a great medieval surgeon, though he added little to Greek surgical practices. His works on surgery were influential.
In Europe, the demand grew for surgeons to formally study for many years before practicing; universities such as Montpellier, Padua and Bologna were particularly renowned. Hugh of Lucca (1150−1257) founded the Bologna School and rejected "laudable pus". Guy de Chauliac (1298–1368) was one of the most eminent surgeons of the Middle Ages. His Chirurgia Magna or Great Surgery (1363) was a standard text for surgeons until well into the seventeenth century."
In the 15th century, Rogerius Salernitanus composed his Chirurgia, laying the foundation for modern Western surgical manuals. Barber-surgeons generally had a bad reputation that was not to improve until the development of academic surgery as a specialty of medicine, rather than an accessory field. Basic surgical principles for asepsis etc., are known as Halsteads principles. Roger seems to have been influenced more by the 6th-century Aëtius and Alexander of Tralles, and the 7th-century Paul of Aegina, than by the Arabs. Roland of Parma and Surgery of the Four Masters were responsible for spreading Roger's work to Italy, France, and England.
Early modern Europe
There were some important advances to the art of surgery during this period. The professor of anatomy at the University of Padua, Andreas Vesalius, was a pivotal figure in the Renaissance transition from classical medicine and anatomy based on the works of Galen, to an empirical approach of 'hands-on' dissection. In his anatomic treatis, De humani corporis fabrica, he exposed the many anatomical errors in Galen and advocated that all surgeons should train by engaging in practical dissections themselves.
The second figure of importance in this era was Ambroise Paré (sometimes spelled "Ambrose"), a French army surgeon from the 1530s until his death in 1590. The practice for cauterizing gunshot wounds on the battlefield had been to use boiling oil; an extremely dangerous and painful procedure. Paré began to employ a less irritating emollient, made of egg yolk, rose oil and turpentine. He also described more efficient techniques for the effective ligation of the blood vessels during an amputation.
The discipline of surgery was put on a sound, scientific footing during the Age of Enlightenment in Europe. An important figure in this regard was the Scottish surgical scientist, John Hunter (1723-1798), generally regarded as the father of modern scientific surgery. He brought an empirical and experimental approach to the science and was renowned around Europe for the quality of his research and his written works. Hunter reconstructed surgical knowledge from scratch; refusing to rely on the testimonies of others he conducted his own surgical experiments to determine the truth of the matter. To aid comparative analysis, he built up a collection of over 13,000 specimens of separate organ systems, from the simplest plants and animals to humans.
He greatly advanced knowledge of venereal disease and introduced many new techniques of surgery, including new methods for repairing damage to the Achilles tendon and a more effective method for applying ligature of the arteries in case of an aneurysm. He was also one of the first to understand the importance of pathology, the danger of the spread of infection and how the problem of inflammation of the wound, bone lesions and even tuberculosis often undid any benefit that was gained from the intervention. He consequently adopted the position that all surgical procedures should be used only as a last resort.
Other important 18th and early 19th century surgeons included Percival Pott (1713 -1788) who described tuberculosis on the spine and first demonstrated that a cancer may be caused by an environmental carcinogen - (he noticed a connection between chimney sweep's exposure to soot and their high incidence of scrotal cancer. Astley Paston Cooper (1768-1841) first performed a successful ligation of the abdominal aorta, and James Syme (1799-1870) pioneered the Symes Amputation for the ankle joint and successfully carried out the first hip disarticulation.
Modern pain control through anesthesia was discovered in the mid-19th century. Before the advent of anesthesia, surgery was a traumatically painful procedure and surgeons were encouraged to be as swift as possible to minimize patient suffering. This also meant that operations were largely restricted to amputations and external growth removals.
Beginning in the 1840s, surgery began to change dramatically in character with the discovery of effective and practical anaesthetic chemicals such as ether, first used by the American surgeon Crawford Long, and chloroform, discovered by James Young Simpson and later pioneered by John Snow, physician to Queen Victoria. In addition to relieving patient suffering, anaesthesia allowed more intricate operations in the internal regions of the human body. In addition, the discovery of muscle relaxants such as curare allowed for safer applications.
The introduction of anesthetics encouraged more surgery, which inadvertently caused more dangerous patient post-operative infections. The concept of infection was unknown until relatively modern times. The first progress in combating infection was made in 1847 by the Hungarian doctor Ignaz Semmelweis who noticed that medical students fresh from the dissecting room were causing excess maternal death compared to midwives. Semmelweis, despite ridicule and opposition, introduced compulsory handwashing for everyone entering the maternal wards and was rewarded with a plunge in maternal and fetal deaths, however the Royal Society dismissed his advice.
Until the pioneering work of British surgeon Joseph Lister in the 1860s, most medical men believed that chemical damage from exposures to bad air (see "miasma") was responsible for infections in wounds, and facilities for washing hands or a patient's wounds were not available. Lister became aware of the work of French chemist Louis Pasteur, who showed that rotting and fermentation could occur under anaerobic conditions if micro-organisms were present. Pasteur suggested three methods to eliminate the micro-organisms responsible for gangrene: filtration, exposure to heat, or exposure to chemical solutions. Lister confirmed Pasteur's conclusions with his own experiments and decided to use his findings to develop antiseptic techniques for wounds. As the first two methods suggested by Pasteur were inappropriate for the treatment of human tissue, Lister experimented with the third, spraying carbolic acid on his instruments. He found that this remarkably reduced the incidence of gangrene and he published his results in The Lancet.  Later, on 9 August 1867, he read a paper before the British Medical Association in Dublin, on the Antiseptic Principle of the Practice of Surgery, which was reprinted in The British Medical Journal. His work was groundbreaking and laid the foundations for a rapid advance in infection control that saw modern antiseptic operating theatres widely used within 50 years.
Lister continued to develop improved methods of antisepsis and asepsis when he realised that infection could be better avoided by preventing bacteria from getting into wounds in the first place. This led to the rise of sterile surgery. Lister introduced the Steam Steriliser to sterilize equipment, instituted rigorous hand washing and later implemented the wearing of rubber gloves. His discoveries paved the way for a dramatic expansion to the capabilities of the surgeon; for his contributions he is often regarded as the father of modern surgery. These three crucial advances - the adoption of a scientific methodology toward surgical operations, the use of anaesthetic and the introduction of sterilised equipment - laid the groundwork for the modern invasive surgical techniques of today.
The use of X-rays as an important medical diagnostic tool began with their discovery in 1895 by German physicist Wilhelm Röntgen. He noticed that these rays could penetrate the skin, allowing the skeletal structure to be captured on a specially treated photographic plate.
In the past century, a number of technologies have had a significant impact on surgical practice. These include Electrosurgery in the early 20th century, practical Endoscopy beginning in the 1960s, and Laser surgery, Computer-assisted surgery and Robotic surgery, developed in the 1980s.
Timeline of surgical procedures
|This section requires expansion. (June 2008)|
- archeological record Trepanation, broken bones, wounds. Discoveries from Indus Valley Civilization (c. 3300 BCE).
- ca 2613 to 2494 BCE a jaw found in a Fourth Dynasty tomb shows the marks of an operation to drain a pus-filled abscess under the first molar.
- 2580 BCE Khufu heard stories of Dedi's feats of surgery Dedi re-attaches the severed head of a goose with magic.
- 1772 BCE Code of Hammurabi
- 1550 BCE Ebers Papyrus
- 1250 BCE ? Asklepios his sons Podaleirius and Machaon reported by Homer as battlefield surgeons.
- 8th century BCE Homer reports; arrowheads cut out; styptics; administers sedatives and cuts bandaged with wool.
- 5th century BCE Medical schools at Cnidos and Cos
- 460 BCE Hippocrates insisted on the use of scientific methods in medicine. He "taught that wounds should be washed in water that had been boiled or filtered, and that a doctor's hands should be kept clean, his nails clipped short"
- (?-c.1258)Hugh of Lucca (BIorgognoni, Ugo) . An Italian physician. He served as a military surgeon during the crusade to Syria and Egypt. His experience on the battlefield led him to believe that a large part of the brain could be removed without much functional loss.
- c. 1900 Cargile membrane employed by surgeons.
- 1967: First successful heart transplant.
Notable individuals in the development of surgery
- Theodoric Borgognoni (1205-1296)
- William of Saliceto (c.1210−1277)
- Henri de Mondeville (c.1260–1316)
- Mondino de Luzzi (1275−1326)
- Guy de Chauliac (c.1300–1368))
- John of Arderne (1306−1390)
- Antonio Benivieni (1443-1502)
- Paracelsus (1493-1541)
- Ambroise Pare (1510-1590)
- Hieronymus Fabricius (1537–1619)
- William Clowes (1540-1604)
- Peter Lowe (1550-1612)
- Richard Wiseman (1621-1676)
- William Cheselden (1688-1752)
- Lorenz Heister (1683-1758)
- Percivall Pott (1714-1789)
- John Hunter (1728-1793)
- Pierre-Joseph Desault (1744-1795)
- Dominique Jean Larrey (1766-1842)
- Antonio Scarpa (1752-1832)
- Astley Cooper (1768-1843)
- Benjamin Bell (1749-1806)
- Charles Bell (1774-1842)
- John Bell (1763-1820)
- Baron Guillaume Dupuytren (1777-1835)
- James Marion Sims (1813-1883)
- Joseph Lister (1827-1912)
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5 articles running from:
Volume 89, Issue 2272, 16 March 1867, Pages 326-329 (Originally published as Volume 1, Issue 2272)
Volume 90, Issue 2291, 27 July 1867, Pages 95-96 Originally published as Volume 2, Issue 2291
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