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1[The Relationship of 131 J-hippurate Clearance and PAH Clearance].

R Gabriel,D Eismann

1982Zeitschrift fur Urologie und Nephrologie（1982）引用：23

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2CLEARANCE DETERMINATION WITH I-131-LABELLED HIPPURATE

R GABRIEL, H HOFFMANN,D EISMANN, M ORLICK,HJ HEINRICHS

1980MUNCHENER MEDIZINISCHE WOCHENSCHRIFT（1980）

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3[Clearance Determination with 131I-Labelled Hippurate (author's Transl)].

R Gabriel, H Hoffmann,D Eismann, M Orlick,H J Heinrichs

The effect of the iodine not bound to the nuclear drug 131I hippurate on nuclear medical renal diagnosis by means of whole body clearance has been investigated. The results show that whatever clearance method is used, the tubular secretion performance decreases with increasing free iodine. This results in considerable error if the free iodine in the nuclear drug is not taken into account in the clearance calculation.

1980MMW, Munchener medizinische Wochenschrift（1980）引用：23

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4[Kidney Transplant Center in Halle: Report on the Current Status, the Organization of Cadaveric Kidneys and the Results of Transplants].

H J Heinrichs,H Rockstroh,R Schulze,D Eismann, G Schneider,H J Forth,J Schabel

After the historical description of transplantations in Europe since 1966 the essential new facts and constant data in donnor conditioning, transplantation and after-treatment are discussed on the basis of special literature. 63 own courses are evaluated with complications.

1979Zeitschrift fur Urologie und Nephrologie（1979）引用：22

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5[Variations in the Use of Microscopic Instruments for the Examination of Urinary Calculi in Routine Professional Practice and in Research].

D Eismann,H Rockstroh,K Hasselbacher

Generalising considerations concerning the problem of the analysis of urinary calculi as well as a longer testing within own examination prove modern microscopic methods and devices to be a scientific and practical instrumentarium for the examination of urinary calculi which has a good future. Expensive special microscopes may above all remained reserved for research examinations on urinary calculi, if simple laboratory microscopes for routine analyses of urinary calculi are supplemented by cheap additional constructing elements.

1978Zeitschrift fur Urologie und Nephrologie（1978）引用：23

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6Microscopic investigation of the partial stages of dissolution processes in urinary calculi (author's transl)]

H H Seyfarth,B Hahne,F P Rostek,G Sluka,D Eismann

The formation of urinary calculi cannot yet be prevented with certainty. Consequently the dissolution of stones remains a focus of medical interest. The speed of solution of a calculus is not a quantity typical of the substance, but depends largely on the structural formation of the urinary calculi. With very different types of structure (e.g. Whewellite and Weddellite stones) the rate of dissolution can therefore fluctuate between wide limits in spite of similar phase composition. Consequently, type of structure, course of solution and rate of solution can be clearly correlated. Stones with relatively uniform structure formation (e.g. Struvite stones) on the other hand show largely similar solution rates. Medically, it is of interest that in certain structural types, solution may lead to disintegration of the stone into isolated solution residues.

1975MMW, Münchener medizinische Wochenschrift（1975）引用：23

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7[Procedures for the Thin-Layer Presentation of Urinary Concrements].