Search Results - "Eisenbach, Georg M."

Prospective evaluation of an in-centre conversion from conventional haemodialysis to an intensified nocturnal strategy by David, Sascha, Kümpers, Philipp, Eisenbach, Georg M., Haller, Hermann, Kielstein, Jan T.

“…Introduction. Under physiological conditions kidneys work continuously, 168 h/week. In contrast, patients with end-stage renal disease are usually dialyzed…”
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Conversion from conventional in-centre thrice-weekly haemodialysis to short daily home haemodialysis ameliorates uremia-associated clinical parameters by Lorenzen, Johan M., Thum, Thomas, Eisenbach, Georg M., Haller, Hermann, Kielstein, Jan T.

“…Background Under physiological conditions, kidneys work continuously, 168 h/week. In contrast, patients with end-stage renal disease are usually dialysed only…”
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A counter-current system of the surface of the renal cortex of rats by Steinhausen, M, Eisenbach, G M, Galaske, R

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Effect of angiotensin on the filtration of protein in the rat kidney: A micropuncture study by Eisenbach, Georg M., Van Liew, Judith B., Boylan, John W., Manz, Nancy, Muir, Patricia

“…Effect of angiotensin on the filtration of protein in the rat kidney : A micropuncture study. We have analyzed the protein content of proximal tubular fluid…”
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Micropuncture studies after temporary ischemia of rat kidneys by Eisenbach, G M, Steinhausen, M

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Amino acid reabsorption in the rat nephron. Free flow micropuncture study by Eisenbach, G M, Weise, M, Stolte, H

“…The concentration of nine endogenous free L-alpha-amino acids (ALA, LEU, ILE, PHE, TYR, LYS, GLU, PRO, GLY) and of taurine were determined simultaneously along…”
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Renal blood flow after temporary ischemia of rat kidneys. Renal venous outflow and clearance techniques by Eisenbach, G M, Kitzlinger, B, Steinhausen, M

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Renal electrolyte and fluid excretion in the Atlantic hagfish Myxine glutinosa by Alt, J.M, Stolte, H, Eisenbach, G.M, Walvig, F

“…ABSTRACT Hagfishes (Myxine glutinosa, Cyclostomata) are the only vertebrates whose body fluids are isoosmotic to seawater due to high sodium and chloride…”
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High-frequency microcinematographic measurements on peritubular blood flow under control conditions and after temporary ischemia of rat kidneys by Steinhausen, M, Eisenbach, G M, Böttcher, W

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