Sustainable and biocompatible hybrid materials-based sulfated polysaccharides for biomedical applications: a review
Экологичные и биосовместимые гибридные материалы на основе сульфатированных полисахаридов для биомедицинских применений: обзор
2025-01-01
SCID: 54.1/r8hs86k4
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advanced processing techniquesbiomedical applicationshybrid bio-nanocompositessulfated polysaccharidessustainable materials
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Abstract (AI)
, this review aims to: (1) provide a systematic and critical overview of the cutting-edge research on SPs and hybrid sulfated polysaccharide bio-nanocomposites; (2) identify the key factors, mechanisms, methods, and challenges impacting SPs bio-nanocomposites; (3) elucidate the current and potential biomedical applications, advantages, manufacturing challenges, and opportunities associated with SPs bio-nanocomposites; (4) offer insights into future research directions by suggesting improvements for bio-nanocomposites, including novel materials, and advanced processing techniques.
Key Findings
1
It highlights research opportunities involving novel materials and advanced processing techniques to improve sulfated-polysaccharide bio-nanocomposites.
2
It identifies key factors, mechanisms, fabrication methods, and challenges governing the performance of sulfated-polysaccharide bio-nanocomposites.
3
The review summarizes current and potential biomedical applications, emphasizing sustainability, biocompatibility, advantages, and manufacturing challenges.
4
The review systematically and critically examines recent research on sulfated polysaccharides and hybrid sulfated-polysaccharide bio-nanocomposites.
Research Object
sulfated polysaccharides and hybrid sulfated polysaccharide bio-nanocomposites
Research Subject
their key factors, mechanisms, properties, manufacturing challenges, and biomedical applications
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2025-01-01
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