The Man Behind the Clagett Procedure: Dr Oscar Theron "Jim" Clagett.

Dr O.T. "Jim" Clagett was a pioneer in surgery of the great vessels and thorax. The procedure that bears his name for treatment of postpneumonectomy empyema was only one of his many innovations in aortic, lung, and esophageal surgery. He performed over 35,000 operations and trained over 115 residents during his tenure at Mayo Clinic. His distinguished career highlights include: helping develop the field of cardiothoracic surgery during its infancy, starting the Thoracic Surgery Residency Program at Mayo Clinic, serving in numerous institutional and national leadership roles, and countless awards.

The Thoracic Surgery Residents Association: Past contributions, current efforts, and future directions.

OBJECTIVE: The Thoracic Surgery Residents Association (TSRA) is a resident-led organization established in 1997 under the guidance of the Thoracic Surgery Directors Association to represent the interests and educational needs of cardiothoracic surgery residents. We aim to describe the past contributions, current efforts, and future directions of the TSRA within a conceptual framework of the TSRA mission. METHODS: Primary review of educational resources was performed to report goals and content of past contributions. TSRA Executive Committee input was used to describe current resources and activities, as well as the future goals of the TSRA. Podcast analytics were performed to report national and global usage. RESULTS: Since 2011, the TSRA has published 3 review textbooks, 5 reference guides, 3 test-preparation textbooks, 1 supplementary publication, and 1 multiple-choice question bank and mobile application, all written and developed by cardiothoracic surgery trainees. In total 108 podcasts have been recorded by mentored trainees, with more than 175,000 unique listens. Most recently, the TSRA has begun facilitating trainee submissions to Young Surgeon's Notes, fostered a trainee mentorship program, developed the monthly TSRA Newsletter, and established a wide-reaching presence on Facebook, Twitter, and Instagram to help disseminate educational resources and opportunities for trainees. CONCLUSIONS: The TSRA continues to be the leading cardiothoracic surgery resident organization in North America, providing educational resources and networking opportunities for all trainees. Future directions include development of an integrated disease-based resource and continued collaboration within and beyond our specialty to enhance the educational opportunities and career development of cardiothoracic trainees.

Cardiothoracic Surgery at the University of Alabama at Birmingham (UAB): A Legacy of Innovation, Education, and Contributions.

Cardiothoracic Surgery at the University of Alabama at Birmingham (UAB) represents a transformative enterprise whose origins lie in local practice and education in a Southern state with a challenging history, transformed by the visions of a few to become a dominant force in the historical fabric of regional, national, and international cardiothoracic surgery. Throughout its history, numerous individuals have participated in important innovations, education, and contributions to a consistent theme of surgical excellence. This review will recapitulate a sample of relevant historical events and the impact of the leaders of cardiothoracic surgery at UAB.

History of Pulmonary Tuberculosis.

Tuberculosis (TB) parallels the history of human development from the Stone Age to the present. TB continues to be in the top 10 causes of global human mortality over that period. This article highlights the history of pulmonary TB from the onset of human existence to the present. Despite its long history, TB was slowly identified as a major cause of disease, and defined causation and significant treatment strategies advances over the past 150 years. TB remains a major challenge for definitive global prevention and cure. This article gives a brief overview of the history of TB.

Making heart-lung machines work in India: Imports, indigenous innovation and the challenge of replicating cardiac surgery in Bombay, 1952-1962.

In 1962, surgeons at two hospitals in Bombay used heart-lung machines to perform open-heart surgery. The devices that made this work possible had been developed in Minneapolis in 1955 and commercialized by 1957. However, restrictions on currency exchange and foreign imports made it difficult for surgeons in India to acquire this new technology. The two surgeons, Kersi Dastur and PK Sen, pursued different strategies to acquire the ideas, equipment, and tacit knowledge needed to make open-heart surgery work. While Dastur tapped Parsi networks that linked him to local manufacturing expertise, Sen took advantage of opportunities offered by the Rockefeller Foundation to access international training and medical device companies. Each experienced steep learning curves as they pursued the know-how needed to use the machines successfully in dogs and then patients. The establishment of open-heart surgery in India required the investment of substantial labor and resources. Specific local, national, and transnational interests motivated the efforts. Heart-lung machines, for instance, took on new meanings amid the nationalist politics of independent India: Even as surgeons sought imported machines, they and their allies assigned considerable value to 'indigenous' innovation. The confluence of the many interests that made Sen and Dastur's work possible facilitated the uneasy co-existence of conflicting judgments about the success or failure of this medical innovation.

Sharing the Airway: The Importance of Good Communication Between Anesthesiologist and Surgeon.

One of the most challenging tasks during airway surgery is ensuring adequate ventilation throughout the procedure. Because the airway is shared between surgeon and anesthesiologist, successful oxygenation and ventilation of the patient can only be accomplished through close collaboration during the various stages of the procedure. This includes periods in which surgical airway manipulation compromises adequate ventilation and periods in which ventilation interferes with the surgical environment. With continuous communication between surgeon and anesthesiologist, optimal outcomes can be achieved.

Birth of Airway Surgery and Evolution over the Past Fifty Years.

Significant developments in airway surgery occurred following the introduction of mechanical ventilators and intubation with cuffed endotracheal tubes during the poliomyelitis epidemic of the 1950s. The resulting plethora of postintubation injuries provided extensive experience with resection and reconstruction of stenotic tracheal lesions. In the early 1960s, it was thought that no more 2 cm of trachea could be removed. By the late 1960s, this was challenged owing to better knowledge of airway anatomy and blood supply, tension-releasing maneuvers, and improved anesthetic techniques. Currently, about half of the tracheal length can be safely removed and continuity restored by primary anastomosis.

Nina Starr Braunwald's Career, Legacy, and Awards: Results of a Survey of The Thoracic Surgery Foundation Award Recipients.

The legacy of Nina Starr Braunwald lives on in her innovations, clearing a path for women in cardiothoracic surgery, and in the lives of those she has trained or supported. As one of the early pioneers in cardiac surgery, she represents what is excellent in our profession. The Braunwald family has donated to The Thoracic Surgery Foundation in the form of Research Awards, and a survey was conducted to determine the career paths of recipients since the first award in 1993.

Milestones in thoracic surgery.

OBJECTIVE: To highlight some of the legendary figures in the medical field who have paved the path of thoracic surgery today. METHODS: We reviewed historical articles and landmark studies published in anesthesiology, pulmonology, and thoracic surgery, and summarized them as they pertain to current practice. RESULTS: Throughout our article, we have attempted to chronologically depict how our field has evolved, starting from the development of the stethoscope to reconstructing the esophagus using an extracorporeal tube to minimally invasive complex surgeries that we practice today. CONCLUSIONS: We hope that our article can inspire the young minds to further grow the field and take it to higher levels.