This is the fourth Falk Symposium devoted to the study of intestinal abso~ l 3 tion. As in the case of its predecessors - , I hope that the relaxed atmosphere will enable the participants from all comers of the world to exchange views, not only in this room, but also at less formal moments in the cellar, on the lake, or in the buses that transport us to different parts of the Schwarzwald. We are all eternally grateful to Dr Herbert Falk for undertaking to sponsor this meeting, and to him and his staff for the impeccable organisation which will permit us to work in such a pleasant environment. In the organisation of the programme, one or two innovations have been in troduced which are perhaps foreign to routine gastroenterological meetings. First, the average age in this room is rather lower than at most gatherings of this nature, which means that those who carry out the experiments will be responsible for their presentation; they are after all the ones who have made the relevant small observations which lead to the advancement of knowledge.
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Verlagsgruppe
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Dateigröße
ISBN-13
978-94-011-6156-5 (9789401161565)
DOI
10.1007/978-94-011-6156-5
Schweitzer Klassifikation
Basic Mechanisms of Ion Transport (1).- 1 Dual sodium pumps in the kidney.- 2 Bioelectric parameters and sodium transport in bullfrog small intestine.- 3 Absorptive and secretory processes in intestine: Binder, H. J. 45 Further evidence for a Na+ 'neutral' secretory process in rabbit ileum (Discussion paper):.- 4 Ion fluxes in isolated guinea-pig intestinal mucosa.- Basic Mechanisms of ion Transport (2).- 5 Polarity of epithelial cells in relation to transepithelial transport in kidney and intestine.- 6 Coupled sodium-chloride transport by small intestine and gallbladder: Frizzell, R. A.- 7 Sodium-driven transport: A re-evaluation of the sodium-gradient hypothesis: Alvarado, F..- 8 The influence of harmaline on sodium and sodium-dependent transport mechanisms.- Modifications in Intestinal ion Transport (1).- 9 Effect of vasopressin on water transport in the kidney: Possible role of microtubules and microfilaments.- 10 Pathway of sodium moving from blood to intestinal lumen under influence of oxyphenisatin and deoxycholate.- 11 Sodium transport by the new-born pig intestine: Functional changes during the first few days of post-natal life.- Modifications in Intestinal ion Transport (2).- 12 Role of cyclic nucleotides in the regulation of intestinal ion transport.- 13 Movements of water and ions across dog ileal mucosa following ischaemia or occlusion.- 14 Effects of aldosterone on the colon.- 15 Inhibition of transport processes in the dog colon.- Adaptation of Intestinal ion Transport.- 16 Adaptive changes in ion and water transport mechanisms in the eel intestine.- Ion Transport in the Human Intestine.- 17 In vitro behaviour of human jejunum and ileum: Response to theophylline and acetyl choline.- 18 Prostaglandins and ion transport in the human intestine: A currentsurvey.- 19 Relationship between structure and function in the human intestine.- 20 Functional alterations in ulcerative colitis.- 21 Closing summary.
