Takao Saito fue un célebre mangaka y el creador del icónico Golgo 13. Su obra se distingue por su meticulosa ejecución artística y una profunda exploración de la psicología de los personajes, lo que le aseguró un lugar destacado en la historia del manga. El legado de Saito reside en su magistral narrativa y su impacto en los géneros de cómics de acción y espionaje.
1946: Amidst so many dead in the postwar ruins of Japan, the brutal murder of five members of the same family still has the power to shock--and even more so 29 years later, when the unsolved crime may point to the origins of Duke Togo! Then, the 2000 U.S. presidential election comes down to a handful of recounted ballots in Florida. But the decisive vote will be cast by a bullet from Golgo 13! Plus, FILE 13 concludes VIZ Media's edition of Golgo 13 with an afterword from the Japanese editors of the series!
1976: When congressional hearings expose a CIA chemical warfare program, Golgo is tasked to destroy the evidence on a hellish Pacific island--where he faces a showdown with one of the few men he could call an equal! Then, in 1974, the Deep South gets a visit from Golgo when Black Power activists hire him for a job in Mississippi that reveals him to be one bad brother! Plus FILE 13 tallies up the awesome balance sheet--just how much cash has G13 made in a career of killing?
This book offers a detailed review of the pathological and imaging features, diagnosis and treatment of IgG4-Related Kidney Disease (IgG4-RKD). IgG4-related disease (IgG4-RD), which is characterized by an elevated serum IgG4 level and infiltration of systemic organs by IgG4 positive plasma cells, is a newly recognized systemic disease. Diverse renal manifestations including specific tubulointerstitial nephritis, membranous nephropathy, and tumor-like urological diseases extending to the pelvis and urinary tract in IgG4-RD have been reported and are recently attracting attention as IgG4-RKD. In this book, leading researchers in the field present the latest insights into the broad spectrum of IgG4-RKD characteristics. In addition, they provide a detailed explanation of the pathology of IgG4-RKD including comparisons between the kidney and other affected organs, such as the lacrimal, salivary glands and pancreas in the histopathological section. IgG4-Related Kidney Disease will have a major impact on future immunological and nephrological studies and offers a useful resource not only for nephrologists but also general physicians and investigators in related fields.
