Frontiers in Silk Science and Technology

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Editorial

26 May 2021

Editorial: Frontiers in Silk Science and Technology

Nicola Maria Pugno

,

Antonella Motta

and

David Kaplan

2,767 views

1 citations

Editors

3

Nicola Maria Pugno

University of Trento

Antonella Motta

Department of Industrial Engineering, University of Trento

Tufts University

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About

Silks from both spiders and silkworms have emerged as attractive materials for addressing new challenges in materials science. These protein-based materials are often superior from a mechanical point of view and give the possibilities to realize composites with remarkable biological properties. Thus, studying raw silks, silk-based natural and artificial composites while controlling and manipulating their processing conditions, is important to achieve significant advances in materials science and technology. In doing this, a multidisciplinary and multiscale approach is crucial for studying silk and its derivatives.

This themed article collection focuses on the latest advances in silk science and technology, and topics include:

• Protein structure and intermolecular interactions
• Characterization in the liquid and solid states
• Self-assembly in silk proteins
• Standardization of processing
• New uses for silks – e.g. optical and electronic materials
• Spider silk properties, uses, processing
• Recombinant silk
• Fabrication of bio-inspired materials with superior properties
• Silk from genetically modified organisms
• Silk mechanics
• Silk composites
• Silk bionicomposites

This themed article collection features high-quality research from the 2019 edition of the Frontiers in Silk Sciences and Technologies conference (Trento, Italy), as well as the significant contributions from experts worldwide working in the area, across academia and industry.

Silks from both spiders and silkworms have emerged as attractive materials for addressing new challenges in materials science. These protein-based materials are often superior from a mechanical point of view and give the possibilities to realize composites with remarkable biological properties. Thus, studying raw silks, silk-based natural and artificial composites while controlling and manipulating their processing conditions, is important to achieve significant advances in materials science and technology. In doing this, a multidisciplinary and multiscale approach is crucial for studying silk and its derivatives.

This themed article collection focuses on the latest advances in silk science and technology, and topics include:

• Protein structure and intermolecular interactions
• Characterization in the liquid and solid states
• Self-assembly in silk proteins
• Standardization of processing
• New uses for silks – e.g. optical and electronic materials
• Spider silk properties, uses, processing
• Recombinant silk
• Fabrication of bio-inspired materials with superior properties
• Silk from genetically modified organisms
• Silk mechanics
• Silk composites
• Silk bionicomposites

This themed article collection features high-quality research from the 2019 edition of the Frontiers in Silk Sciences and Technologies conference (Trento, Italy), as well as the significant contributions from experts worldwide working in the area, across academia and industry.

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Editors

Nicola Maria Pugno

University of Trento

Antonella Motta

Department of Industrial Engineering, University of Trento

Tufts University

Impact

115,051 Total views

91,699 Article views

19,997 Article downloads

3,355 Topic views

Published In

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Frontiers in Materials

Polymeric and Composite Materials, Mechanics of Materials, Biomaterials

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Frontiers in Bioengineering and Biotechnology

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Frontiers in Molecular Biosciences

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Frontiers in Mechanical Engineering

Mechanics of Materials

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