Authors
Stylianos Fakas, Io Kefalogianni, Anna Makri, Georgia Tsoumpeli, Georgia Rouni, Chryssavgi Gardeli, Seraphim Papanikolaou, George Aggelis
Publication date
2010/9
Journal
European journal of lipid science and technology
Volume
112
Issue
9
Pages
1024-1032
Publisher
WILEY‐VCH Verlag
Description
Olive fruits of the Greek variety “Amfissis” were stored under industrial conditions and the microorganisms of their microflora were isolated and identified. Selected molds of the microflora were screened for production of lipase and lipoxygenase, two enzymes that are known to contribute in the biogenesis of olive oil aroma compounds through the lipoxygenase pathway. Penicillium strain was identified as the most potent enzyme producer, the yields being 7300 U/L for lipase and 6.8 U/mg for lipoxygenase. Kinetic studies of enzyme production by Penicillium showed that lipase was mostly active at the beginning of growth, while lipoxygenase activity increased gradually and peaked at the end of growth. Next, the effect of the microflora on volatile biogenesis was evaluated by comparing the profiles of volatiles of virgin olive oil versus processed olive oil obtained by extracting olives that were processed by their …
Total citations
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Scholar articles
S Fakas, I Kefalogianni, A Makri, G Tsoumpeli, G Rouni… - European journal of lipid science and technology, 2010