Zur röntgenographischen Darstellung der Harnwege durch intravenöse Verabreichung schattengebender Mittel

Volkmann, Joh.

doi:10.1055/s-0028-1133918

Cited by 10 publications

(1 citation statement)

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“…72 Jahre nach Erstbeschreibung des Ausscheidungsurogrammes (AUG) durch Volkmann bzw. Osborne [10,15] möchten wir erneut die Frage nach dem Stellenwert des Ausscheidungsurogrammes in der präoperativen Diagnostik bei benigner Prostatahyperplasie (BPH) stellen.…”

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Wertigkeit des Ausscheidungsurogrammes in der präoperativen Diagnostik bei benigner Prostatahyperplasie

Müller¹,

Heicappell²,

Steiner³

et al. 2008

Aktuel Urol

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Wertigkeit des Ausscheidungsurogrammes in der präoperativen Diagnostik bei benigner Prostatahyperplasie

Müller¹,

Heicappell²,

Steiner³

et al. 2008

Aktuel Urol

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Intravenous Urography by Means of the Sodium Salt of 5-Iodo2-Pyridon-N-Acetic Acid

Swick¹

1930

JAMA

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In 1923 Rowntree and his co-workers 1 of the Mayo Clinic were the first to attempt to visualize the urinary tract by means of the intravenous injection of a 10 per cent solution of sodium iodide and also by the oral administration of that salt. The urinary bladder, and in some cases the pelvis and ureter, could be visualized.The following year Rosenstein and von Lichtenberg 2 reported at the urologic congress in Berlin their results, repeating the work of Rowntree and his co-workers with sodium iodide but in conjunction with perirenal pneumoradiography.In the same year Volkmann 3 reported his observations with the use of different halogen compounds; he found the intravenous injection of a 10 per cent solution of sodium iodide to be best.In 1927 Lenarduzzi and Pecco,4 tying off the ureter and injecting sodium iodide intravenously in animals, obtained positive roentgenograms of the kidney, pelvis and ureter.Hryntschak5 at the urologic congress in Berlin in 1928 and in a publication in 1929 6 reported his results with the use of a large series of bromine and iodine compounds, aromatic in nature, carrying out about 200 animal experiments. Neither the names nor the chemical formulas of the substances used by him are stated. In his publication the only detail of the chemical composition of three of them applied and numbered 13, 27 and 48 is that the first two were iodine and the last a bromine compound. In some of his experiments he simultaneously used an adjuvant, such as caffeine, urea, pituitary extract and atropine, to influence excre¬ tion and the dynamics of the pelvis and ureter. He obtained some positive results in animals and in a female patient. In his conclusions he stated that although, two and a half years ago, he had been able to obtain useful intravenous pyelograms in a few cases, the method had by no means met the conditions set forth by him. He, however, expressed the hope of accomplishing his aims by continued investigations.

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Further studies in intravenous pyelography

Willan

Saint

1932

Journal of British Surgery

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LATE FELLOW Ini SURGERY, M A Y 0 CLINIC, ROCHESTER, MINUESOTA, U . 8 . A .THE object of these studies was to investigate further the advantages and limitaticns of intravenous pyelography with uroselectan. One of us (R. J. W.21) has already recorded his earliest experiences. We feel that the selected cases described below may be deemed of sufficient interest to be worthy of record in view of the facts that intravenous pyelography is still in its infancy and that only by the accumulation and consideration of recorded experience can the true value of this new method of diagnosis be properly assessed. HISTORY.It map be of interest to survey briefly the history of the attempts that have been made to delineate the outline of the interior of the urinary tract with media opaque to the X rays, at first by the injection of such substances through the ureter catheter, and more recently by virtue of their excretion by the kidneys following intravenous or oral administration.Voelcker and Lichtenberg16 in 1906 were the first to report on the use of such a substance, introducing colloidal silver into the renal pelvis through the ureter catheter. thus giving to urology the science and art of pyelography. They found that this substance, in addition to being expensive, gave rise to unpleasant, and at times alarming, constitutional rcactions. But despite its use for some years by one of us (R. J . W.) no untoward effects have ever been experienced.Kclly and Lewis7 in 1913 were the first to suggest the use of a halogen compound, and recommended silver iodide cmulsion, claiming that. in addition t o being less irritating and safer than the colloidal silver, it was also much cleaner to work with.Braasch and Mann,2 working at the Mayo Clinic in 1916, demonstrated that many silver compounds, when retained in the pelvis of the kidney or injected under pressure, produced areas of cortical necrosis. Other reports by Praetorius12 (1919), Schiissler14 (1920), and Barreaul (1921) have confirmed the opinion of Braa3ch and Mann in pointing out the danger and unsuitability of injecting silver compounds into the renal pelvis.Burns,3 of thc Johns Hopkins Hospital, in 1915 reported satisfactory results with thorium nitrate, the aqueous solution being neutralized by sodium hydroxide in the presence of a sufficient amount of sodium ritrate to prevent the precipitation of the thorium. Later4 he made an extensive report 011 his further investigations regarding the use of this medium, which gained

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Zur röntgenographischen Darstellung der Harnwege durch intravenöse Verabreichung schattengebender Mittel

Cited by 10 publications

References 0 publications

Wertigkeit des Ausscheidungsurogrammes in der präoperativen Diagnostik bei benigner Prostatahyperplasie

Wertigkeit des Ausscheidungsurogrammes in der präoperativen Diagnostik bei benigner Prostatahyperplasie

Intravenous Urography by Means of the Sodium Salt of 5-Iodo2-Pyridon-N-Acetic Acid

Further studies in intravenous pyelography

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