The inhibition growth assay performed on 37 microalgae accession has identified 6 species able to grow in plastic liquid medium. In addition, we have evaluated the ability of microalgae to produce laccase in the liquid medium which has shown that the production of this enzyme is present in all accession assayed and finally we have performed an in silico analysis of laccase gene in green alga model Chlamydomonas reinhardtii.
Towards the phycoremediation of plastic debris: identification of green microalgae accession / D’Ambrosio, Gennaro; Filippone, Edgardo; DI RAUSO SIMEONE, Giuseppe; DE NATALE, Antonino; Pollio, Antonino; Rao, MARIA ANTONIETTA; Chiaiese, Pasquale. - (2022). (Intervento presentato al convegno LXV congresso annuale SIGA tenutosi a Piacenza nel 6-9 settembre 2022).
Towards the phycoremediation of plastic debris: identification of green microalgae accession
D’Ambrosio Gennaro;Filippone Edgardo;Di Rauso Simeone Giuseppe;De Natale Antonino;Pollio Antonino;Rao Maria Antonietta;Chiaiese Pasquale
2022
Abstract
The inhibition growth assay performed on 37 microalgae accession has identified 6 species able to grow in plastic liquid medium. In addition, we have evaluated the ability of microalgae to produce laccase in the liquid medium which has shown that the production of this enzyme is present in all accession assayed and finally we have performed an in silico analysis of laccase gene in green alga model Chlamydomonas reinhardtii.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
