(redirected from cytoreductive surgery)
Also found in: Dictionary, Thesaurus, Medical, Legal, Wikipedia.


branch of medicinemedicine,
the science and art of treating and preventing disease. History of Medicine
Ancient Times

Prehistoric skulls found in Europe and South America indicate that Neolithic man was already able to trephine, or remove disks of bone from, the skull
..... Click the link for more information.
 concerned with the diagnosis and treatment of injuries and the excision and repair of pathological conditions by means of operative procedures (see also anesthesiaanesthesia
[Gr.,=insensibility], loss of sensation, especially that of pain, induced by drugs, especially as a means of facilitating safe surgical procedures. Early modern medical anesthesia dates to experiments with nitrous oxide (laughing gas) by Sir Humphry Davy of England
..... Click the link for more information.
; medicinemedicine,
the science and art of treating and preventing disease. History of Medicine
Ancient Times

Prehistoric skulls found in Europe and South America indicate that Neolithic man was already able to trephine, or remove disks of bone from, the skull
..... Click the link for more information.
; radiologyradiology,
branch of medicine specializing in the use of X rays, gamma rays, radioactive isotopes, and other forms of radiation in the diagnosis and treatment of disease.
..... Click the link for more information.

Early History

In prehistoric times, sharpened flints and other sharp-edged devices were used to perform various surgical operations. Circumcision and other ritualistic operations were later performed with similar instruments. There are indications that in Neolithic times saws of stone and bone were used to perform amputations. Nearly all major operations were performed by the ancient Hindus nearly a thousand years before the advent of Greek medicine. Knowledge of the use of soporific potions to alleviate the pain caused by surgery can be traced to remote antiquity.

The early Greeks and Romans practiced surgery with great skill and with such cleanliness that infection of surgical and other wounds was relatively uncommon. Their cleanliness and their use of boiled water or wine for irrigating wounds was probably suggested by HippocratesHippocrates
, c.460–c.370 B.C., Greek physician, recognized as the father of medicine. He is believed to have been born on the island of Cos, to have studied under his father, a physician, to have traveled for some time, perhaps studying in Athens, and to have then
..... Click the link for more information.
, a competent surgeon and diagnostician of that time. Other notable early surgeons were ErasistratusErasistratus
, fl. 3d cent. B.C., Greek physician, b. Chios. He was the leader of a school of medicine in Alexandria, and his works were influential until the 4th cent. A.D. He considered plethora (hyperemia) to be the primary cause of disease.
..... Click the link for more information.
 and HerophilusHerophilus
, fl. 300 B.C., Greek anatomist, called by some the father of scientific anatomy. A contemporary of Erasistratus at Alexandria, he made public dissections, comparing human and animal morphology.
..... Click the link for more information.
 of the medical school at Alexandria, and GalenGalen
, c.130–c.200, physician and writer, b. Pergamum, of Greek parents. After study in Greece and Asia Minor and at Alexandria, he returned to Pergamum, where he served as physician to the gladiatorial school. He resided chiefly in Rome from c.162.
..... Click the link for more information.
, whose numerous treatises were long influential.

The surgical and sanitary techniques employed by the Greeks and Romans were lost with the decline of their civilizations. During the Middle Ages in Europe there was a marked regression in surgical knowledge, and postoperative infection was common. Surgical practice soon fell into the hands of the unskilled and uneducated: the barber-surgeon, who performed the usual functions of a barber as well as surgical operations, became a common figure, especially in England and France. It was not until the 18th cent. that surgery began to reach a professional level. There were, nevertheless, notable figures in early surgery, among them Guy de ChauliacChauliac, Guy de
, c.1300–1368, French surgeon. At Avignon he was physician to Pope Clement VI and to two of his successors. His Chirurgia magna (1363) was used as a manual by physicians for three centuries.
..... Click the link for more information.
 in the 14th cent., and in the 16th cent. Ambroise ParéParé, Ambroise
, c.1510–1590, French surgeon. Serving in the army, he revived the use of ligature instead of cautery with boiling oil and continued to devise and champion more humane treatments in medicine.
..... Click the link for more information.
, who developed sutures and ligatures to stop bleeding and sew up wounds.

The Birth of Modern Surgery

With the introduction of antiseptic methods, surgery entered its modern phase. Louis PasteurPasteur, Louis
, 1822–95, French chemist. He taught at Dijon, Strasbourg, and Lille, and in Paris at the École normale supérieure and the Sorbonne (1867–89).
..... Click the link for more information.
 established the fact that microbes are responsible for infection and disease. Using this knowledge, Dr. Ignaz SemmelweisSemmelweis, Ignaz Philipp
, 1818–65, Hungarian physician. He was a pioneer in employing asepsis. While on the staff of the general hospital in Vienna, he recognized the infectious nature of puerperal fever and insisted that attendants in obstetrical cases thoroughly
..... Click the link for more information.
 reduced postpartum infections (puerperal sepsis) in the wards of Vienna's lying-in hospitals by urging doctors to wash their hands between patients. In the 1860s Joseph ListerLister, Joseph Lister, 1st Baron,
1827–1912, English surgeon, educated at University College, London. He brought to surgery the principle of antisepsis, an outgrowth of Pasteur's theory that bacteria cause
..... Click the link for more information.
 introduced the use of carbolic acid as a cleansing and disinfecting agent, and his results in reducing infection were dramatic. It was found later that the carbolic acid spray that Lister used to cleanse the air about the patient was unnecessary, but the antisepticantiseptic,
agent that kills or inhibits the growth of microorganisms on the external surfaces of the body. Antiseptics should generally be distinguished from drugs such as antibiotics that destroy microorganisms internally, and from disinfectants, which destroy microorganisms
..... Click the link for more information.
 treatment of instruments and other articles in contact with the patient continued until antisepsis was gradually replaced by the aseptic methods employed in modern hospitals. Before the discovery of antisepsis by Lister, about 80% of surgical patients contracted gangrene.

Ernst von Bergmann is credited with introducing steam sterilization under pressure for treating instruments and all other medical equipment used for a surgical patient. William Stewart HalstedHalsted, William Stewart
, 1852–1922, American surgeon, b. New York City, M.D. College of Physicians and Surgeons, 1877. He practiced in New York and in 1886 became the first professor of surgery at Johns Hopkins, where he was associated with Sir William Osler, W. H.
..... Click the link for more information.
, the famous surgeon at Johns Hopkins Hospital, introduced sterile rubber gloves when the hands of his fiancée became irritated from constant washings and antiseptics. The development of methods of anesthesiaanesthesia
[Gr.,=insensibility], loss of sensation, especially that of pain, induced by drugs, especially as a means of facilitating safe surgical procedures. Early modern medical anesthesia dates to experiments with nitrous oxide (laughing gas) by Sir Humphry Davy of England
..... Click the link for more information.
, especially the discovery in the 1840s of the value of ether, has also been of immeasurable value.

Surgery in the Twentieth and Twenty-first Centuries

In the 20th and 21st cent., surgery has benefited from an improved understanding of the causes of shockshock,
any condition in which the circulatory system is unable to provide adequate circulation to the body tissues, also called circulatory failure or circulatory collapse. Shock results in the slowing of vital functions and in severe cases, if untreated, in death.
..... Click the link for more information.
 and its treatment; knowledge of blood groupblood groups,
differentiation of blood by type, classified according to immunological (antigenic) properties, which are determined by specific substances on the surface of red blood cells.
..... Click the link for more information.
 typing and transfusion techniques; understanding of blood clotting and the use of anticoagulantsanticoagulant
, any of several substances that inhibit blood clot formation (see blood clotting). Some anticoagulants, such as the coumarin derivatives bishydroxycoumarin (Dicumarol) and warfarin (Coumadin) inhibit synthesis of prothrombin, a clot-forming substance, and other
..... Click the link for more information.
; and the development of antibioticsantibiotic,
any of a variety of substances, usually obtained from microorganisms, that inhibit the growth of or destroy certain other microorganisms. Types of Antibiotics
..... Click the link for more information.
 to control infection and analgesicsanalgesic
, any of a diverse group of drugs used to relieve pain. Analgesic drugs include the nonsteroidal anti-inflammatory drugs (NSAIDs) such as the salicylates, acetaminophen, narcotic drugs such as morphine, and synthetic drugs with morphinelike action such as meperidine
..... Click the link for more information.
 to control pain. Surgical instruments have developed along with modern technology and are now sophisticated, meticulously designed devices. Electrically powered surgical instruments are invaluable for cauterycautery,
searing or destruction of living animal tissue by use of heat or caustic chemicals. In the past, cauterization of open wounds, even those following amputation of a limb, was performed with hot irons; this served to close off the bleeding vessels as well as to discourage
..... Click the link for more information.
 and for separating hard tissues such as bone with minimal damage. Surgical stapling instruments, first developed in the Soviet Union, can join blood vessels or other tissues in less than half the time required by hand stitching. New medical glues, surgical tapes, and even zippers now enable surgeons to close some wounds effectively without stitches. With the development of X-ray techniques and fluoroscopy and, later, CAT scansCAT scan
[computerized axial tomography], X-ray technique that allows relatively safe, painless, and rapid diagnosis in previously inaccessible areas of the body; also called CT scan.
..... Click the link for more information.
 and magnetic resonancemagnetic resonance,
in physics and chemistry, phenomenon produced by simultaneously applying a steady magnetic field and electromagnetic radiation (usually radio waves) to a sample of atoms and then adjusting the frequency of the radiation and the strength of the magnetic field
..... Click the link for more information.
 imaging (MRI), surgery gained valuable diagnostic instruments. Some operations are now being conducted inside specially adapted MRI devices, allowing the surgeon to have live images for guidance during operations. Holograms can be created using data from MRI and other diagnostic instruments and are beginning to be used in the operating room to give surgeons a three-dimensional image of the area to be operated upon, and models created using 3D printers may be used in preparing for complex surgeries.

Cryogenic, or supercooled, probe beams have been used to precisely remove tissues and abnormal growths. Ultrasoundultrasound
or sonography,
in medicine, technique that uses sound waves to study and treat hard-to-reach body areas. In scanning with ultrasound, high-frequency sound waves are transmitted to the area of interest and the returning echoes recorded (for more detail, see
..... Click the link for more information.
 techniques, using very-high-frequency sound waves, are used to break up kidney stones and are employed in brain and inner-ear operations, which require great precision and control. They are also used to scan the pregnant uterus, a process that, unlike X-ray scanning, does not endanger the fetus. Medical laserslaser
[acronym for light amplification by stimulated emission of radiation], device for the creation, amplification, and transmission of a narrow, intense beam of coherent light. The laser is sometimes referred to as an optical maser.
..... Click the link for more information.
, which produce amplified monochromatic light waves in a very narrowly focused beam, have become useful tools in various forms of surgery, notably that of the eye, and are now commonly used to remove or "spot-weld" tissues.

The heart-lung machine made open-heart surgery possible by taking over the blood-pumping and breathing functions of these organs during operations. Hypothermia, or cold surgery, by which the body is cooled to lower the rate of metabolism, thus reducing the need for oxygen, has made long operations, especially those involving transplantationtransplantation, medical,
surgical procedure by which a tissue or organ is removed and replaced by a corresponding part, usually from another part of the body or from another individual.
..... Click the link for more information.
, possible. Other recent transplantation advances include procedures involving the liver, lungs, pancreas, bone marrow, and the kidney. The first human heart transplant was performed in 1967 by South African surgeon Christiaan BarnardBarnard, Christiaan Neethling
, 1922–2001, South African surgeon. The son of a Dutch Reformed minister, Barnard studied medicine at the Univ. of Cape Town (M.B. 1946, M.D. 1953), then came to the United States in 1955 to improve his surgical technique under Owen H.
..... Click the link for more information.
. The usefulness of transplantation is currently limited by the fact that drugs must be used constantly to halt the body's rejection of foreign tissue.

New techniques in orthopedic surgery (see also orthopedicsorthopedics
, medical specialty concerned with deformities, injuries, and diseases of the bones, joints, ligaments, tendons, and muscles. Most of the early advances in orthopedics were made by practicing physicians, many of them surgeons, to correct deformities such as clubfoot
..... Click the link for more information.
) have also been introduced, including the use of cementing substances to unite bones destroyed by tumor and the replacement of joints with metal or plastic devices. Plastic surgeryplastic surgery,
surgical repair of congenital or acquired deformities and the restoration of contour to improve the appearance and function of tissue defects. Development of this specialized branch of surgery received impetus from the need to repair gross deformities sustained
..... Click the link for more information.
 and reconstructive surgery have made enormous strides, and microsurgery is making severed or injured limbs usable.

A trend toward less invasive surgery and shorter hospital stays began in the 1980s. By 1995 more than 56% of all surgical procedures in the United States were done on an outpatient basis, without an overnight stay in a hospital. Endoscopic surgery, using small incisions and tiny instruments attached to fiber-optic viewing devices (see endoscopeendoscope,
any instrument used to look inside the body. Usually consisting of a fiber-optic tube attached to a viewing device, endoscopes are used to explore and biopsy such areas as the colon and the bronchi of the lungs.
..... Click the link for more information.
), has been used in place of more traditional procedures for gall-bladder surgery, and it has been used on the fetus in the womb to correct life-threatening birth defects before birth. Angioplastyangioplasty
, any surgical repair of a blood vessel, especially balloon angioplasty or percutaneous transluminal coronary angioplasty, a treatment of coronary artery disease.
..... Click the link for more information.
 is frequently used to circumvent or postpone the need for coronary artery bypass.


See O. H. and S. D. Wangensteen, The Rise of Surgery (1979); R. Selzer, Confessions of a Knife (1979); A. S. Earle, Surgery in America (1965, rev. ed. 1983); R. M. Youngson, The Surgery Book (1993); N. L. Tilney, Invasion of the Body (2011).

The Columbia Electronic Encyclopedia™ Copyright © 2013, Columbia University Press. Licensed from Columbia University Press. All rights reserved.
The following article is from The Great Soviet Encyclopedia (1979). It might be outdated or ideologically biased.



the branch of medicine that studies diseases treated mainly by operative intervention and devises operating methods and techniques. Along with internal medicine, modern surgery developed into a major clinical discipline, growing out of “hand treatment” in the narrowly practical sense. What is required of the surgeon is not only a mastery of operative technique but also the general biological and medical knowledge on which treatment methods are founded.

The “surgical diseases” do not constitute a clear-cut group of pathological processes; the concept itself changes in scope with the growth of scientific knowledge. Until the end of the 19th century, for example, the surgical treatment of appendicitis was unknown, and the disease was regarded as falling within the scope of internal medicine; today, acute appendicitis is considered a surgical disease and is treated by operative intervention only. The study and treatment of heart diseases were the exclusive province of internists until the mid-20th century—that is, until the development of cardiovascular surgery, which entails the study and surgical treatment of heart defects, aneurysms, angina pectoris, and myocardial infarction. The achievements of modern surgery are linked to the progress of the natural sciences and technology and to advances in anesthesiology, reanimatology, and the science of blood transfusion. All these advances made it possible to use surgical methods in treating diseases of hitherto inaccessible vital organs such as the heart, lungs, major blood vessels, brain, and spinal cord.

History. Along with internal medicine and obstetrics, surgery is among the oldest medical specialties. Archaeological finds and ancient manuscripts attest that surgical treatment was attempted as early as the Stone Age. Bloodletting, bonesetting, cesarean section, and the removal of stones from the bladder were practiced in Egypt in the second or third millennium B.C. In ancient India, nasal defects were repaired by grafts of skin from the forehead. Greek medical writings from the time of Hippocrates describe such operations as trepanation of the skull, puncture of cavities, and treatment of fractures, as well as a great number of surgical instruments. Celsus describes an amputation in which hemorrhaging was arrested with ligation of the large blood vessels. The second-century Greek physician Antyllus performed an operation for aneurysm of the blood vessels and wrote about the treatment of fistulas and the crushing of a calculus in the bladder.

Medieval medicine, in keeping with religious dogma, forbade the spilling of blood and the use of corpses for anatomical study. This led to the opposition between medicine, which was practiced by “scholarly” physicians, and surgery, which passed into the hands of barbers and bathhouse attendants and became a craft. The advances in anatomy associated with the work of Vesalius, Fallopio, and Eustachio during the Renaissance laid the scientific foundations for the development of surgery. The use of firearms also played a part, as it caused huge numbers of casualties and a greater need for the treatment of wounds. Paré, one of the founders of scientific surgery, worked out the technique of amputation and contributed to the science of dressings and treatment of gunshot wounds. The French surgeon P. Franco, who was Paré’s contemporary, perfected the techniques of inguinal herniotomy and lithotomy.

Others who made notable contributions to surgery were B. Maggi (Italy), and F. Würtz (Switzerland) in the 16th century and H. Fabricius (Italy), J. Hunter (Great Britain), and A. Scarpa (Italy) in the 17th and 18th centuries. An academy of surgery was founded in Paris in 1731, and in 1743 it was granted the same rights as the medical faculty of the University of Paris. Surgery was now formally established as a medical profession.

In Russia, the earliest surgeons were quacks and “bonesetters.” Foreign surgeons appeared at the court of the grand duke of Moscow in the 15th and 16th centuries. In the 17th century, army troops had their regimental physicians, barbers, and “blood-throwers”—that is, individuals who performed bloodletting and applied dressings. In 1707, by order of Peter I, the Moscow general hospital established a hospital school where surgery was taught in conjunction with anatomy. Similar schools were established in St. Petersburg and Kronstadt in 1733. The first Russian surgical clinic opened in St. Petersburg in 1806; it was named after I. F. Bush, who wrote a handbook of surgery in Russian. I. V. Buial’skii and other well-known surgeons were followers of Bush’s school of surgery.

The introduction of anesthesia and asepsis in the 19th century disposed of the two major problems—pain and postoperative suppuration of the wound—that had hindered the progress of surgery in spite of the fairly high level of operating techniques. This was accomplished within a mere two decades. Narcosis by the use of ether was proposed by W. Morton in 1846; a year later, J. Simpson substituted chloroform for ether as an anesthetic. In 1867, J. Lister suggested that the microorganisms contaminating a wound could be controlled by means of carbolic acid and thus laid the foundations of antisepsis. In the late 19th century this was replaced by asepsis, which aimed at the preoperative destruction of microorganisms and their spores by physical means—for example, by boiling linens and instruments in water or sterilization by steam.

The discovery of X rays enabled 20th-century physicians to examine deep-lying organs and tissues, thus significantly improving the quality of surgical diagnosis. Another contributing factor was the development of endoscopy, which made it possible to examine such organs as the urinary tract, the rectum, and the esophagus.

In France, advances in 19th-century surgery are associated with the names of D. Larrey, G. Dupuytren, and J. Lisfranc (1790–1847). The seroserous suture proposed by A. Lembert in 1826 remains the basis of gastrointestinal surgery. Various techniques for the ligation of major arterial trunks, herniotomy, and bone and joint operations were worked out by British surgeons, such as A. Cooper (1768–1841) and J. Paget (1814–1899). Leadership in the development of surgery passed to Germany and Austria in the last quarter of the 19th century. B. Langenbeck, after whom many operations were named, and T. Billroth, a pioneer in gastric surgery, were the founders of scientific surgery in Germany. Their students and followers included the Swiss surgeon T. Kocher and the German surgeons F. von Esmarch (1823–1908), E. von Bergmann (1836–1907), F. Trendelenburg (1844–1924), J. von Mikulicz-Radecki (1850–1905), and A. Bier (1861–1949).

Among the significant achievements of the mid-19th century was the work of the Russian surgeon and anatomist N. I. Pirogov, founder of topographic anatomy (the basis of rational surgery) and modern military field surgery, a pioneer in the broad use of anesthesia and antisepsis in Russia, and a prominent supporter of the anatomical-physiological approach in surgery. Other Russians who contributed to advances in surgery were N. V. Sklifosovskii, A. A. Bobrov, P. I. D’iakonov, and N. A. Vel’iaminov.

The late 19th and the early 20th century were also marked by rapid advances in surgery in the United States—associated with the excellent equipment available in such large-scale surgical centers as the Mayo Clinic in Rochester. American surgeons whose work earned world renown include H. W. Cushing and G. Crile (1864–1943).

Modern developments. Major changes in surgery accompanied the evolution of contemporary medicine, with its division into increasingly narrow disciplines and simultaneous integration of allied fields of different disciplines to form complex branches, dealing with the pathology, diagnosis, treatment, and prevention of diseases of specific organs and systems—for example, cardiology. As early as the mid-19th century, surgery began to separate into branches that became independent medical disciplines (ophthalmology, otorhinolaryngology, urology, orthopedics, and traumatology). Oncology became a separate branch in the 20th century. Further differentiation and specialization, resulting from the specialized methods of examination and treatment developed in mid-century, led to the establishment of proctology as an independent scientific branch; the same may be said of pulmonary and vascular surgery.

Since the turn of the century, surgery has sought not only to remove diseased organs but also to restore them; this is reflected in the extensive use of plastic surgery to correct congenital and acquired abnormalities. Further progress in surgery is largely dependent on advances with respect to blood transfusion, shock prevention methods, and the use of antibiotics.

In the USSR, the first signs of rapid progress in surgery can be seen in the decade after the October Socialist Revolution of 1917. S. P. Fedorov founded a surgical school and did pioneering studies in surgery of the biliary and urinary tracts; P. A. Gertsen and N. N. Petrov laid the foundations of oncology in the USSR; I. I. Grekov, I. I. Dzhanelidze, V. S. Levit, A. V. Martynov, A. G. Savinykh, S. I. Spasokukotskii, V. N. Shamov, and S. S. Iudin made important contributions in connection with abdominal and emergency surgery; N. N. Burdenko and V. A. Oppel’ were instrumental in the development of Soviet neurosurgery, surgical endocrinology, and military field surgery; and A. V. Vishnevskii contributed to the science of local anesthesia.

The notable progress of cardiac surgery in the second half of the 20th century is based on the advances of modern anesthesiology as well as the successful use of heart-lung machines and of devices inducing hypothermia (that is, reducing the temperature of the body). Important work in this field was done by R. Brock and H. C. Suttar (Great Britain), C. Bailey, M. DeBakey. A. Blalock, D. Cooley, and D. Harken (United States), P. Valdoni and A. Dogliotti (Italy), C. Crafoord (Sweden), and N. M. Amosov, A. N. Bakulev, V. I. Burakovskii, A. A. Vishnevskii, P. A. Kupriianov, E. N. Meshalkin, and B. V. Petrovskii (USSR).

Advances in physiology and immunology enabled surgeons in the 1960’s and 1970’s to effect successful transplants of the kidneys (for example, by B. V. Petrovskii in the USSR) as well as of the heart and liver, thus laying the foundations of transplant science. The first successful human heart transplant was performed in 1967 by C. Barnard (Republic of South Africa). Some promising American-Soviet joint experiments have recently been made with the goal of creating an artificial heart.

Surgery is taught in the surgical departments of medical institutes and schools; in the USSR, instruction is also offered in the departments of topographic anatomy and operative surgery. Additional surgical training and specialization are provided in surgical clinics (including, in the USSR, the institutes of advanced medical training) and the various departments of large hospitals. Scientific research in surgery is centered in the major surgical clinics and specialized surgical institutes. In the USSR such research centers include the Institute of Clinical and Experimental Surgery and the A. V. Vishnevskii Institute of Surgery in Moscow, the institutes of emergency medical care in Moscow and Leningrad, the Institute of Clinical and Experimental Surgery in Kiev, and the Institute of General and Emergency Surgery in Kharkov.

The first Russian society of surgeons was founded in 1873 in Moscow. Surgical problems were discussed at the Pirogov Congresses from 1885 to 1899. The first congress of Russian surgeons was held in 1900; starting with the 22nd, held in 1932, these were called all-Union congresses. The 29th was held in 1974 in Kiev. Since 1953, the All-Union Society of Surgeons has been part of the International Society of Surgery (founded 1902), which holds congresses every two years; the 24th was held in 1971 in Moscow.

The following journals of general surgery are published in the USSR: Khirurgiia (since 1925), Vestnik khirurgii im. I. I. Grekova (Leningrad, since 1855), and Klinicheskaia khirurgiia (Kiev, since 1921). Foreign surgical journals include Acta Chirurgica Scandinavica (Stockholm, since 1869), Zentralblatt für Chirurgie (Leipzig, since 1874), American Journal of Surgery (New York, since 1890), British Journal of Surgery (Bristol, since 1913), and Archives of Surgery (Chicago, since 1920).


Oppel’, V. A. Istoriia russkoi khirurgii. Vologda, 1923.
Meyer-Steineg, T., and K. Sudhoff. Istoriia meditsiny. Moscow-Leningrad, 1925. (Translated from German.)
Razumovskii, V. I. “Istoricheskii ocherk razvitiia russkoi khirurgii.” In Rukovodstvo prakticheskoi khirurgii, vol. 1. Leningrad-Moscow, 1936.
Zabludovskii, A. M. “Sostoianie khirurgii na Zapade v pervuiu polovinu XIX veka.” Vestnik khirurgii im. Grekova, 1937, vol. 50, books 133–134; vol. 51, book 135.
Kolesov, V. I. Stranitsy iz istorii otechestvennoi khirurgii. Moscow, 1953.
Mnogotomnoe rukovodstvo po khirurgii, vols. 1–12. Edited by B. V. Petrovskii. Moscow, 1959–68.
Geselevich, A. M., and E. I. Smirnov. Nikolai Ivanovich Pirogov: Nauchno-biograficheskii ocherk. Moscow, 1960.
Zabludovskii, P. E. Istoriia otechestvennoi meditsiny, parts 1–2. Moscow, 1960–71.
Iudin, S. S. Razmyshleniia khirurga. Moscow, 1968.
Struchkov, V. I. Obshchaia khirurgiia, 3rd ed. Moscow, 1972.
Bankoff, G. The Story of Surgery. London, 1947.
Traité de technique chirurgicale, 2nd ed., vols. 1–8. Paris, 1952–61.
Marcus, E., and L. M. Zimmerman. Princples of Surgical Practice. New York, 1960.
Schmitt, W. Fundamentals of Surgery. Leipzig, 1962.
Chirurgische Operationslehre, 8th ed., vols. 1–6. Leipzig, 1969–76.
Veterinary surgery. Veterinary surgery is the branch of surgery concerned with the methods of diagnosing, treating, and preventing surgical diseases in animals—particularly injured farm animals. As a scientific discipline, veterinary surgery in the USSR includes the subdivisions of general and specialized surgery, ophthalmology (for diseases of the eye), orthopedics (for hoof diseases and shoeing of animals), and operative surgery jointly with topographic anatomy. Veterinary military field surgery was a subdivision of surgery until 1945. Surgical veterinary services in the USSR are strictly based on the extent to which treatment serves economic purposes. Thus the chief objective is the rapid recovery of farm animals’ reduced or lost productivity at minimum expense.
M. A. Mal’tsev, L. S. Sapozhnikov, B. M. Olivkov, and I. D. Medvedev made significant contributions to veterinary surgery in the USSR. Soviet veterinary surgeons developed and introduced new methods of performing economically worthwhile operations on farm animais. Ongoing studies are concerned with anesthesiology, the properties of wounds in various animal species, and operations on the extremities, the reproductive organs, and the digestive and other systems. The principal research centers are the respective departments of the institutions of veterinary education; such research work is coordinated by the veterinary department of the V. I. Lenin All-Union Academy of Agricultural Sciences. Veterinary surgery is taught in the institutions of veterinary education and in technicums.


The Great Soviet Encyclopedia, 3rd Edition (1970-1979). © 2010 The Gale Group, Inc. All rights reserved.

What does it mean when you dream about surgery?

If someone has experienced surgery, a dream about surgery could be putting one back in touch with the emotions one felt around the operation. Alternatively, a dream about surgery could represent a more general concern about one’s health. Metaphorically, a dream surgery could reflect a feeling that we are “operating” on our emotions, such as removing our heart (a symbol of affection).

The Dream Encyclopedia, Second Edition © 2009 Visible Ink Press®. All rights reserved.


The branch of medicine that deals with conditions requiring operative procedures.
McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Copyright © 2003 by The McGraw-Hill Companies, Inc.


1. the branch of medicine concerned with treating disease, injuries, etc., by means of manual or operative procedures, esp by incision into the body
2. the performance of such procedures by a surgeon
3. Brit a place where a doctor, dentist, etc., can be consulted
4. Brit an occasion when an MP, lawyer, etc., is available for consultation
5. US and Canadian an operating theatre where surgical operations are performed
Collins Discovery Encyclopedia, 1st edition © HarperCollins Publishers 2005
References in periodicals archive ?
For carefully selected women with advanced ovarian cancer treated with neoadjuvant chemotherapy, HIPEC at the time of interval cytoreductive surgery may improve survival by a year.
Improved survival of patients with pseudomyxoma peritonei receiving intraperitoneal chemotherapy with cytoreductive surgery: a systematic review and meta-analysis.
Impact of cytoreductive surgery and hyperthermic intraperitoneal chemotherapy on systemic toxicity.
If the tumor board recommended cytoreductive surgery and HIPEC, then the patient was not considered for a PIPAC therapy.
A phase II randomized trial, entitled "Comparing Cytoreductive Surgery and Hyperthermic Intraperitoneal Chemotherapy (CRS/HIPEC) Using Mitomycin-C versus Melphalan for Colorectal Peritoneal Carcinomatosis" (NCT03073694), was recently registered in 2017 by the University of Kansas Medical Center.
Villeneuve et al., "Peritoneal Carcinomatosis of Urachus Origin Treated by Cytoreductive Surgery and Hyperthermic Intraperitoneal Chemotherapy (HIPEC): An International Registry of 36 Patients," Annals of Surgical Oncology.
Table 1 contains a list of reports of urachal adenocarcinoma with peritoneal dissemination with cytoreductive surgery. Although Sugarbaker reported a patient who survived 11 years after diagnosis [4], our case had the longest reported survival without recurrence.
The emerging role of the multimodal strategy of cytoreductive surgery (CRS) and hyperthermic intraperitoneal chemotherapy (HIPEC) and systemic chemotherapy improves the overall survival and is considered as the standard treatment for colorectal peritoneal metastasis in selected patients [21, 26].
Staff Selection: Limitations for participating in the cytoreductive surgery and hyperthermic intraperitoneal chemotherapy procedures (31) Pregnancy or nursing History of abortions or congenital malformations Individuals actively pursuing pregnancy Hematologic or teratogenic diseases History of previous chemo or radiotherapy treatments Radiology or radiotherapy staff Active immunosuppressive treatment Allergy to cytotoxic drugs or latex Severe dermatologic disease Table 3.
Patient rated outcomes and survivorship following cytoreductive surgery plus hyperthermic intraperitoneal chemotherapy (CS + HIPEC).
The role of cytoreductive surgery in advanced-stage ovarian cancer: a systematic review.
Cytoreductive surgery followed by intraperitoneal hyperthermic perfusion: analysis of morbidity and mortality in 209 peritoneal surface malignancies treated with closed abdomen technique.