Functional annotation and comparative modeling of ligninolytic enzymes from Trametes villosa (SW.) Kreisel for biotechnological applications
DSS Ferreira, CS de Santana, IB Santana… - Journal of …, 2022 - Taylor & Francis
Functional annotation of Trametes villosa genome was performed to search Class II
peroxidase proteins in this white-rot fungus, which can be valuable for several
biotechnological processes. After sequence identification and manual curation, five proteins
were selected to build 3 D models by comparative modeling. Analysis of sequential and
structural sequences from selected targets revealed the presence of two putative Lignin
Peroxidase and three putative Manganese Peroxidase on this fungal genome. All 3 D …
peroxidase proteins in this white-rot fungus, which can be valuable for several
biotechnological processes. After sequence identification and manual curation, five proteins
were selected to build 3 D models by comparative modeling. Analysis of sequential and
structural sequences from selected targets revealed the presence of two putative Lignin
Peroxidase and three putative Manganese Peroxidase on this fungal genome. All 3 D …
Functional annotation and comparative modeling of ligninolytic enzymes from Trametes villosa (sw.) kreisel for biotechnological applications.
D de Souza Santos Ferreira, CS de Santana… - 2022 - cabidigitallibrary.org
Functional annotation of Trametes villosa genome was performed to search Class II
peroxidase proteins in this white-rot fungus, which can be valuable for several
biotechnological processes. After sequence identification and manual curation, five proteins
were selected to build 3 D models by comparative modeling. Analysis of sequential and
structural sequences from selected targets revealed the presence of two putative Lignin
Peroxidase and three putative Manganese Peroxidase on this fungal genome. All 3 D …
peroxidase proteins in this white-rot fungus, which can be valuable for several
biotechnological processes. After sequence identification and manual curation, five proteins
were selected to build 3 D models by comparative modeling. Analysis of sequential and
structural sequences from selected targets revealed the presence of two putative Lignin
Peroxidase and three putative Manganese Peroxidase on this fungal genome. All 3 D …
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