Elsevier

Transplantation Proceedings

Volume 34, Issue 8, December 2002, Pages 3019-3025
Transplantation Proceedings

Clinical transplantation proceedings
René Küss: fifty years of retroperitoneal placement of renal transplants

https://doi.org/10.1016/S0041-1345(02)03626-6Get rights and content

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Life of René Küss

René Küss was born in Paris, France, May 3, 1913, into a prominent family. His father, Georges Küss, was a surgeon at the Paris Hospital and was former President of the Academy of Surgery. Jeanne Amos, his mother, was from a famous family of brewers in the city of Metz in Lorraine. Well-educated in the arts, Küss attended Ecole Alsacienne, Paris, and Lycee Jeanson de Sailly, studying Latin, Greek, and philosophy.

Like his father, Küss embarked on a surgical career and entered the residency

Transplantation in the 1940s and 1950s

In 1948, surgeons in Paris, including Küss, Oudot, Vaysse, Oeconomos, and Rougeulle, performed experimental transplantations in dogs. They also worked on cadavers to determine the most suitable position for placing the transplanted kidney. Küss, impressed by good tolerance of ectopic pelvic kidneys, suggested that the iliac fossa and vessels were the appropriate location. As a urologist, Küss had been especially interested in end-stage renal disease (ESRD), which was responsible for a high

The Paris experience, 1960 and 1961

In 1960 and 1961 at Foch Hospital, Küss transplanted 6 patients who were treated initially with total body irradiation and later administered steroids and the new drug 6-mercaptopurine (6-MP) for immunosuppression. This regimen was initiated as a comprehensive approach to clinical transplantation at Foch Hospital, where Küss assembled a multidisciplinary team including Legrain (nephrologist), Mathé (immunologist), Tubiana (radiologist), Nedey (anesthesiologist), and surgeons Chatelain and Camey.

Later career

In 1971, Küss founded La Société Francaise de Transplantation, the first medical and scientific society devoted to transplantation immunology, medicine, and surgery in Europe. In 1976, a year in which he transplanted more than 75 patients, Küss described the findings of acute rejection on intravenous pyelography.22 He observed that in acute rejection there was a 3-dot image, which actually represented the 3 calyces that had shrunk due to papilla edema. Also due to to the decrease in urine

Coda

One of Küss’ patients has survived nearly 40 years posttransplantation; he is still driving 120 miles daily as an agricultural salesman without any problems. He is a living testimony to the success of transplantation and, at the same time, he illustrates the failure of medicine, which has been unable to prevent the deterioration and loss of such vital organs as the kidney. It is the hope of Küss11 and many other transplantologists that the new century will bring about significant improvement in

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      Besides many honours and titles, Küss was also president of the French College of Surgeons Meeting in 1980 and of the Académie Nationale de Médicine in 1987 and was awarded the European Association of Urology's Willy Gregoir Medal in 2002. Küss died on June 20, 2006.3 With the introduction of successful hemodialysis with an “artificial kidney” by the Dutch nephrologist Willem Kolff (1911–2009) in 1944, there was an increasing interest and new possibilities to treat acute and chronic renal insufficiency.

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      Basic understanding of the surgical technique and the anatomy of the possible vascular anastomoses is very useful for the sonographer in both performing and interpreting the ultrasound examination. Usually the transplant kidney is positioned within the retroperitoneum in the right iliac fossa, with an end-to-side anastomosis of the renal vasculature to the recipient’s external iliac artery and vein.9,10 The left iliac fossa is used if there is vascular disease in the right iliac vessels, in second transplants, and in the case of combined renal and pancreas transplants.

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    This work was supported in part by a grant from the National Institutes of Diabetes and Digestive and Kidney Diseases (NIDDK 38016-15).

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