Zusammenfassung
Abgesehen von den schwefelhaltigen Aminosäuren, zu deren de novo-Synthese der Warmblüter Organismus in nennenswertem Umfange nicht befähigt ist, sind es die Glucoproteide, welche den Hauptanteil der schwefelhaltigen organischen Substanzen ausmachen. Wir finden derartige Verbindungen, welche in Ester-Bindung einen Schwefelsäurerest besitzen, vor allem in der Knorpelgrundsubstanz, im Bindegewebe, in Gefäßwandungen, in Basalmembranen, in Schleimstoffen und schließlich im Heparin. Hinsichtlich ihrer chemischen Zusammensetzung handelt es sich bei diesen Schwefelverbindungen vor allem um die Chondroitin- und Mucoitin-Schwefelsäure. Über die Verwendung anorganischen Schwefels bei der Synthese dieser Substanzen und vor allem über ihre Umsatzgeschwindigkeit in den verschiedenen Geweben unter physiologischen und pathologischen Bedingungen konnten Aufschlüsse erst erhalten werden, als das radioaktive Schwefelisotop S35 für experimentelle Untersuchungen zur Verfügung stand. S35 ist ein β-Strahler mit etwa der gleichen β-Energie (0,167 Mev) wie C14, aber einer Halbwertszeit von nur 87 Tagen. Somit ist es auch für die autoradiographische Untersuchung geeignet. Die Applikation bei Tracer-Untersuchungen am Warmblüter erfolgt als S35-Natriumsulfat entweder durch parenterale Injektion oder durch orale Gabe.
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Oehlert, W. (1968). Orthologie und Pathologie des Schwefelstoffwechsels der Zelle im Autoradiogramm. In: Mölbert, E., Oehlert, W., Schultze, B., Siebert, G., Büchner, F. (eds) Stoffwechsel und Feinstruktur der Zelle I. Handbuch der Allgemeinen Pathologie, vol 2 / 5. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-88276-0_4
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