Search results for "Starling equation"

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Intestinal filtration as a consequence of increased mucosal hydraulic permeability

1980

Two mechanisms have been proposed to explain the secretory action of laxative compounds in the intestine: 1. increase of the intracellular amount of cyclic adenosine monophosphate due to stimulation of the adenylate cyclase system and 2. inhibition of intestinal transfer processes, in particular the Na,K-ATPase activated sodium absorption. In a set of in vivo and in vitro experiments in rat colon it could be demonstrated that dihydroxy bile acids (deoxycholate) and diphenolic laxatives (oxyphenisatin) enhance the hydraulic permeability of the mucosal tissue. The permeability changes take place--and there is good experimental evidence--at the zonulae occludentes which bind the epithelial cel…

medicine.medical_specialtyColonSodiummedicine.medical_treatmentHydrostatic pressureLaxativechemistry.chemical_elementStimulationPermeabilitychemistry.chemical_compoundInternal medicineDrug DiscoveryElectrochemistrymedicineStarling equationAnimalsCyclic adenosine monophosphateIntestinal MucosaGenetics (clinical)Adenosine TriphosphatasesTight junctionCatharticsSodiumOxyphenisatin AcetateGeneral MedicineRatsEndocrinologychemistryPotassiumBiophysicsMolecular MedicineFiltrationIntracellularDeoxycholic AcidKlinische Wochenschrift
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