Innominate Artery Ligation: A History From Mott to Matas.

Innominate artery ligation emerged in the 19th century as an early operation for right subclavian aneurysm. Clinical outcomes were often dire, but undeterred surgeons believed that ligation represented an opportunity that outweighed the risks of nonoperative aneurysm management. Valentine Mott of New York performed the procedure in 1818; his patient died 26 days later. Variations on Mott's approach were undertaken 13 more times from 1822 to 1861 by surgeons in the United States and abroad, all of which proved fatal. Andrew Woods Smyth of New Orleans was the first to successfully control a subclavian artery aneurysm with innominate ligation in 1864. The Charity Hospital house surgeon used a series of ligations on the innominate, common carotid, vertebral, and internal mammary arteries to prevent collateral and recurrent blood flow to the aneurysmal sac. These physiologically-oriented operations kept Smyth's patient alive and functional for ten years. New Orleans became an internationally-recognized hub for advancements in aneurysm surgery. One of Smyth's students, Rudolph Matas, went on to revolutionize vascular surgery. Along his path to becoming the Father of modern vascular surgery, Matas documented his own performance of Smyth's operation at Charity 4 times over the course of his career. Although later supplanted by primary vascular anastomosis and grafting, the first successful innominate ligation was a collaborative effort between New York and New Orleans that served as a foundation for the development of modern aneurysm repair.

Vascular Surgery in the Pacific Theaters of World War II: The Persistence of Ligation Amid Unique Military Medical Conditions.

: Although multiple sources chronicle the practice of vascular surgery in the North African, Mediterranean, and European theaters of World War II, that of the Pacific campaign remains undescribed. Relying on primary source documents from the war, this article provides the first discussion of the management of vascular injuries in the island-hopping battles of the Pacific. It explains how the particular military, logistic, and geographic conditions of this theater influenced medical and surgical care, prompting a continued emphasis on ligation when surgeons in Europe had already transitioned to repairing arteries.

Ambroise Paré (1510-1590) and His Innovative Work on the Treatment of War Injuries.

The purpose of this study is to summarize the innovations of Ambroise Paré (1510-1590) on the treatment of war wounds and improving amputation technique through ligature in arteries and veins. Ambroise Paré debunked the widely accepted idea that gun powder was poisonous for wounds. He also minimized the use of cautery of wounds by his dressing methods and the application of ligature during amputations. All these innovative rationales revolutionized the practice of war surgery during the Renaissance and paved the way for the introduction of modern surgery. Nevertheless, although his wound dressing innovations became widely accepted, the same did not happen with ligature and amputation; those techniques could become widely applicable if one could somehow control bleeding until the blood vessels had been tied. This became possible much later in the 18th century when Jean Louis Petit invented the first useful and efficient tourniquet.

History, Evolution, and Continuing Innovations of Intracranial Aneurysm Surgery.

Evolution in the surgical treatment of intracranial aneurysms is driven by the need to refine and innovate. From an early application of the Hunterian carotid ligation to modern-day sophisticated aneurysm clip designs, progress has been made through dedication and technical maturation of cerebrovascular neurosurgeons to overcome challenges in their practices. The global expansion of endovascular services has challenged the existence of aneurysm surgery, changing the complexity of the aneurysm case mix and volume that are referred for surgical repair. Concepts of how to best treat intracranial aneurysms have evolved over generations and will continue to do so with further technological innovations. As with the evolution of any type of surgery, innovations frequently arise from the criticism of current techniques.

Vascular Surgery in World War II: The Shift to Repairing Arteries.

Vascular surgery in World War II has long been defined by DeBakey and Simeone's classic 1946 article describing arterial repair as exceedingly rare. They argued ligation was and should be the standard surgical response to arterial trauma in war. We returned to and analyzed the original records of World War II military medical units housed in the National Archives and other repositories in addition to consulting published accounts to determine the American practice of vascular surgery in World War II. This research demonstrates a clear shift from ligation to arterial repair occurring among American military surgeons in the last 6 months of the war in the European Theater of Operations. These conclusions not only highlight the role of war as a catalyst for surgical change but also point to the dangers of inaccurate history in stymieing such advances.

The appendiceal stump closure during laparoscopy: historical, surgical, and future perspectives.

During a laparoscopic appendectomy, the closure of the appendiceal stump is an important step because of postoperative complications from its inappropriate management. The development of life-threatening events such as stercoral fistulas, postoperative peritonitis, and sepsis is feared and unwanted. The tactical modification of the appendiceal stump closure with a single endoligature, replacing the invaginating suture, adjusted very well to laparoscopic appendectomy, and nowadays is the procedure of choice, whenever possible. Among the alternatives that do not make use of an invaginating suture, studies advocate the use of an endostapler, endoligature (endo-loop), metal clips, bipolar endocoagulation, and polymeric clips. All alternatives have advantages and disadvantages against the different clinical stages of acute appendicitis, and it should be noted that the different forms of appendiceal stump closure have never been assessed in prospective randomized studies. Knowledge about and appropriate use of all of them are important for a safe and more cost-effective procedure.

[Who did the first arterial ligation?]. / Qui a fait la première ligature artérielle?

It is usual to bestow on Ambroise Paré the discovery of arterial ligation. He himself substantiates this assumption describing how he discovered it on the battlefield. But the survey of the surgical literature lets us see that in France, Guy de Chauliac and Henri de Mondeville had already described it and performed it. And, before them, the Italian surgeons of the 13th and 12th centuries. It was also well known by the Arab speaking surgeons who detained the translations of the Greek medical authors of the Antiquity. And indeed the description is to be found in Paul ofAegina and Oribasius. But it is in Celsus's De re medica that we find the first description. It may be reasonably assumed that it is much oldest.

James Cantlie's early messages for hepatic surgeons: how the concept of pre-operative portal vein occlusion was defined.

In 1897, James Cantlie from Scotland published his findings of an autopsy on a patient in which the right side of the liver was atrophied whereas the left side of the liver showed a marked hypertrophy. He noted the hepatic vessels to the atrophied side to be obliterated. From this observation, he drew two important conclusions. First, that the transition of the atrophied part to the hypertrophied part defined the anatomical mid-line of the liver, according to the portal division of blood supply to the liver. This line we now know as Cantlie's line which he described connecting the fundus of the gallbladder with the centre of the inferior vena cava. Second, he foresaw that the potential of one half of the liver to hypertrophy when the other half is deprived of its blood supply, could be used to the advantage of hepatic resection. It would take another 85 years, however, before the first clinical, pre-operative portal vein embolization was carried out in Japan in 1982.

Suturing methods and materials with special emphasis on the jaws of giant ants (an old-new surgical instrument).

The historical development of surgical sutures, ligatures, and staples is discussed. The use of the jaws of giant ants, especially in the suturing of bowel injuries, is documented.

The first ligation of the abdominal aorta.

To operate on the abdominal aorta is difficult enough today, even with all the appurtenances of the modern operating theatre. Yet the first time this was performed, as an emergency by Astley Cooper of Guy's Hospital in 1817, it was carried out without any form of anaesthetic, in the patient's bed, at night and therefore, presumably, by lamp light.

History of the management of popliteal artery aneurysms.

Management of popliteal aneurysms remains controversial. Debate continues as to when an asymptomatic popliteal aneurysm should be treated and, with concerns regarding the fate of a bypassed popliteal aneurysm and the advent of intravascular stents, what procedure is best. This paper reviews the history of popliteal artery aneurysm management with particular emphasis on treatment and results before the modern era of arterial reconstruction. The aim of treatment then was to induce thrombosis. Now it is to prevent thrombosis.

The transition from hunterian ligation to intracranial aneurysm clips: a historical perspective.

The description of cerebral aneurysms dates back to antiquity. Little was known, however, about the pathological mechanisms of aneurysm formation and treatment options for this disease until 200 years ago. The modern era of aneurysm treatment began with the hunterian ligation of the proximal artery, followed by clip and coil occlusion. In this article, the authors describe the transition from conservative therapy to internal carotid artery (ICA) ligation and gradual occlusion of the ICA to the direct placement of clips on aneurysms. The driving forces and rationale behind each major advancement are summarized, and the authors attempt to predict what these innovations mean for the future of intracranial aneurysm management.

Historical vignette. Dominique Anel: father of the Hunterian ligation?

On December 12, 1785, the famous British surgeon John Hunter ligated an artery that was feeding a popliteal aneurysm. During the procedure he ligated only the proximal side of the artery and left the aneurysm sac untouched. This is frequently viewed as a landmark event in the history of surgery. There is considerable evidence, however, that another surgeon, Dominique Anel, performed a substantially similar procedure more than 75 years earlier. It is possible that the weight Hunter's name has borne in the history of surgery has led to the procedure's bearing his name rather than that of the lesser known Anel.