This work aims at the development of a new technology for mycotoxin scavenging which could be suitable for a number of medical and environmental applications. Microcapsules produced by consecutive coating of MgC03 core particles with layers of poly-styrene sulfonate sodium salt and poly-allylamine hydrochloride and then functionalized with antibodies to zealalenone were utilized for purification of substances contaminated with zearalenone. All stages of micro particles fabrication were analyzed with scanning electron microscopy and atomic force microscopy. The presence of zearalenone in test solutions was monitored using UV -visible absorption spectroscopy and total internal reflection ellipsometry. A substantial reduction of zearalenone contents was achieved after the treatment of test solutions with functionalized microparticles.
Purification of substances contaminated with mycotoxins using functionalyzed microparticles
Erokhin V;
2011
Abstract
This work aims at the development of a new technology for mycotoxin scavenging which could be suitable for a number of medical and environmental applications. Microcapsules produced by consecutive coating of MgC03 core particles with layers of poly-styrene sulfonate sodium salt and poly-allylamine hydrochloride and then functionalized with antibodies to zealalenone were utilized for purification of substances contaminated with zearalenone. All stages of micro particles fabrication were analyzed with scanning electron microscopy and atomic force microscopy. The presence of zearalenone in test solutions was monitored using UV -visible absorption spectroscopy and total internal reflection ellipsometry. A substantial reduction of zearalenone contents was achieved after the treatment of test solutions with functionalized microparticles.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
