Inflammatory repair processes following ureter implantation into the bladdear using mechanical force of permanent magnets: An experimental study

Abstract

The high magnetic energy and stability of the properties of permanent magnets created from an alloy of rare-earth metals with cobalt have made it possible to use the mechanical force of permanent magnets in surgery. It is now technologicaUypossible to exploit the interacting forces of permanent magnets for the formation of sutureless compression anastomoses of hollow organs [2-4]. A method for the creation of a sutureless ureterocystoanastomosis using the compressing forces of permanent magnets has been developed at the pediatric surgery clinic of Moscow Medical University (No 1361753 as of August 22, 1987).