Direct bio-interface preparation for <i>Spirulina</i> and conductive polymer composite

Komaba, Kyoka; Goto, Hiromasa

doi:10.1080/00914037.2020.1746659

International Journal of Polymeric Materials and Polymeric Biom

2020

DOI: 10.1080/00914037.2020.1746659

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Direct bio-interface preparation for Spirulina and conductive polymer composite

Kyoka Komaba

Hiromasa Goto

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2024

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Cited by 3 publications

References 16 publications

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The Construction of Helical Carbon‐Based Skeletons for Enhanced Electrocatalytic Performance

Yao,

Zhang,

Zheng

2024

ChemCatChem

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As an excellent class of electrode materials, carbon‐based materials have garnered sustained attention. Constructing carbon‐based skeleton with unique structure has become a vital research area in the fields of electrocatalysis. Recently, surface curvature has been extensive discussed as a compelling factor in electronic modulation for electrocatalyst design. Benefitting from its distinctive regulation, the intrinsic activity and service stability of catalysts during electrocatalytic process can be significantly improved. Therefore, a helical structure that adeptly integrates well‐regulated, highly ordered surface curvatures is considered to be of great research value for the synthesis of carbon‐based skeleton. In this Concept article, we systematically summarize the up‐to‐date reports on the synthetic methods of carbon‐based skeletons with helical structures and present major challenges in this field. We also emphasize that the helical carbon‐based skeleton could be combined with transition metals for cooperative coupling, potentially leading to the further development of high‐efficiency electrocatalysts.

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The Construction of Helical Carbon‐Based Skeletons for Enhanced Electrocatalytic Performance

Yao,

Zhang,

Zheng

2024

ChemCatChem

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Synthesis of lamellar polyaniline in ice

Komaba

Miyashita

Kumai

et al. 2022

Molecular Crystals and Liquid Crystals

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Polyaniline Hybrids with Biological Tissue, and Biological Polymers as Physiological—Electroactive Materials

Ichikawa

Otaki

Goto

2023

Micro

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A sprout/polyaniline was synthesized via the chemical oxidative polymerization of aniline in the presence of natural sprout, based on a concept of cyborg plant composite. The composite consisted of both polyaniline and plants. The chemical structure was confirmed by infrared absorption spectroscopy measurements. Optical microscopy observation revealed that polyaniline was deposited into the micro-tissue of the sprout to form the conductive polymer bio-composite. Micro-optical fiber functions for the composite were visually confirmed. Furthermore, the sprout/polyaniline based organic diode exhibited an avalanche breakdown phenomenon. Next, a fucoidan/polyaniline composite as a physiological active material/conducting polymer composite was prepared. This composite showed good film-forming ability, electrochromism, and a micro-porous surface. This paper reports the preparation of conducting polymer composites with a combination of bio-tissue and bio-substance for the creation of bio-based electrically active organized architecture.

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Direct bio-interface preparation for Spirulina and conductive polymer composite

Cited by 3 publications

References 16 publications

The Construction of Helical Carbon‐Based Skeletons for Enhanced Electrocatalytic Performance

The Construction of Helical Carbon‐Based Skeletons for Enhanced Electrocatalytic Performance

Synthesis of lamellar polyaniline in ice

Polyaniline Hybrids with Biological Tissue, and Biological Polymers as Physiological—Electroactive Materials

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