From traditional paper to nanocomposite films: Analysis of global research into cellulose for food packaging
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Show full item recordAuthorship
Garrido-Romero, Manuel; Aguado, Roberto; Moral, Ana








Palabras clave
CelluloseFood packaging
Film
Nanocomposite
Bacterial
Antimicrobial
Publication date
2022Abstract
This bibliometric study encompasses all publications between 2000 and 2020 on the production of cellulosecontaining
food packaging, often proposed as an alternative to petro-based materials. Results show a fastgrowing
interest in this area, especially during the last decade, with 1029 documents published in highimpact
journals. In a topic where countries such as Italy, Sweden and Spain show high scientific production
per capita, the most influential groups are based in European institutions (Universit`a degli Studi di Perugia and
Grenoble Institute of Technology). Among more than 7000 keywords, those with high co-occurrence were
analyzed to identify not only the most important research areas, but also current knowledge gaps. It was found
that composites in which cellulose is the reinforcing material, commonly as nanofibers or nanocrystals, are
becoming more frequent than cellulose-based packaging. The matrix of such composites is, generally speaking,
another biopolymer, bu ...
This bibliometric study encompasses all publications between 2000 and 2020 on the production of cellulosecontaining
food packaging, often proposed as an alternative to petro-based materials. Results show a fastgrowing
interest in this area, especially during the last decade, with 1029 documents published in highimpact
journals. In a topic where countries such as Italy, Sweden and Spain show high scientific production
per capita, the most influential groups are based in European institutions (Universit`a degli Studi di Perugia and
Grenoble Institute of Technology). Among more than 7000 keywords, those with high co-occurrence were
analyzed to identify not only the most important research areas, but also current knowledge gaps. It was found
that composites in which cellulose is the reinforcing material, commonly as nanofibers or nanocrystals, are
becoming more frequent than cellulose-based packaging. The matrix of such composites is, generally speaking,
another biopolymer, but their potential to replace conventional thermoplastic materials remains under question.