Vedi metadata
I METADATI DI QUESTO DOI SONO STATI AGGIORNATI IL: 2022-03-03 18:04
Cite as
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Titolo completo
Textile and Garment Magazine
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Sottotitolo
Tekstil i obleklo
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Titolo abbreviato
tgm
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Marchio editoriale
seutgl
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Editore
Scientific Engineering Union of Textiles, Garment and Leathers
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ISSN
1310-912X (Rivista Stampata)
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10.53230/tgm.1310-912X (Rivista Stampata)
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Numero del volume
10
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Numero del fascicolo
10
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Designazione del fascicolo
eISSN 2603-302X
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Data del fascicolo (YYYY/MM)
2020/10
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Titolo completo
DESIGN OF ECO-FRIENDLY ELECTROSPUN MATERIALS WITH FUNGICIDAL ACTIVITY AGAINST P. CHLAMYDOSPORA
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Sottotitolo
The authors thank the National Science Fund of Bulgaria for the financial support (Grant number КP-06-OPR03/2 (14.12.2018)
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Di (autore)
Affiliazione
Laboratory of Bioactive Polymers, Institute of Polymers, Bulgarian Academy of Sciences - Sofia, Bg, scientific researcher, PhD, associate professor
Affiliazione
Laboratory of Bioactive Polymers, Institute of Polymers, Bulgarian Academy of Sciences - Sofia, Bg, scientific researcher, DSc, professor
Affiliazione
Laboratory of Bioactive Polymers, Institute of Polymers, Bulgarian Academy of Sciences - Sofia, Bg, scientific researcher, Dsc, professor, corresponding member of BAS
Affiliazione
Laboratory of Bioactive Polymers, Institute of Polymers, Bulgarian Academy of Sciences - Sofia, Bg, scientific researcher, PhD, associate professor
ORCID
https://orcid.org/0000-0002-1603-4294
Affiliazione
Department of Microbiology, Agricultural University - Plovdiv, Bg, scientific researcher, PhD, professor
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Numero di Pagine
1
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Prima Pagina
268
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Ultima Pagina
268
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Lingua del testo
Inglese
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Data di publicazione
2020/10
Descrizione principale
Introduction Electrospinning is a cutting-edge nanotechnology that allows facile fabrication of fibrous materials with unique features. The suitable combination of biocompatible and biodegradable poly(3-hydroxybutyrate) (PHB) with nanosized TiO2-anatase capable to generate singlet oxygen by using electrospinning alone or in conjunction with electrospraying, is expected to enable the creation of innovative polymer composites with varied design able to protect mechanically damaged vines from entering the spores of P. chlamydospora, i.e. to protect vineyards from Esca – the most devastating disease of grapevines.
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