Nano- And Microencapsulation - Techniques and Applications 2021
DOI: 10.5772/intechopen.92134
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Microencapsulation for Clinical Applications and Transplantation by Using Different Alginates

Abstract: Microencapsulation has been the most frequently used technique for several different disciplines such as cell-based therapies and/or transplantation. Technology is based on the idea of combining and coating a material or isolating from an external source. Microencapsulation may be performed with different materials and, among natural biocompatible materials, alginate-based microencapsulation technique is the most appropriate material for microencapsulation. The structural components of alginate materials are t… Show more

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Cited by 6 publications
(10 citation statements)
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“…Various studies have suggested chemical modification of materials to control host tissue response and avoid fibrosis tissue formation around the transplant site. Alginate-based biomaterials are one of the most prevalent hydrogels suggested to be used for microencapsulation regarding this concern ( Goncu and Yucesan, 2020 ). Zwitterionic polymers are conjugated onto the surface of alginate hydrogel microspheres to reduce the foreign body host tissue reaction by decreasing fibrosis (Q.…”
Section: Hydrogel-based Encapsulation Devicesmentioning
confidence: 99%
“…Various studies have suggested chemical modification of materials to control host tissue response and avoid fibrosis tissue formation around the transplant site. Alginate-based biomaterials are one of the most prevalent hydrogels suggested to be used for microencapsulation regarding this concern ( Goncu and Yucesan, 2020 ). Zwitterionic polymers are conjugated onto the surface of alginate hydrogel microspheres to reduce the foreign body host tissue reaction by decreasing fibrosis (Q.…”
Section: Hydrogel-based Encapsulation Devicesmentioning
confidence: 99%
“…(17)(18)(19). Bu divalent katyonlar kullanıldıklarında ultra saf aljinatın yüksek guluronik asit içeriği sayesinde yumurta kutusu benzeri (egg-box like) por yapıları sağlayan küre formunu oluşturmaktadır (3,17).…”
Section: Morfolojik Görünümleriunclassified
“…Sentetik polimerlere polietilen glikol, polivinil alkol, poliüretan, polietersülfon, polipropilen, sodyum aljinat gibi birçok örnek verilebilir. Doğal polimerlerin yapımında kullanılan doğal kaynaklara selüloz, kolajen, kitosan ve aljinat gibi malzemeler örnek olarak gösterilebilir (3). Polimer malzemeler kullanılarak gerçekleştirilen enkapsülasyonun ana hedefleri enkapsüle edilen biyolojik maddenin dış çevreden korunmasını sağlamak ve mekanik destek ile yapısal stabilite yaratmaktır (4).…”
Section: Introductionunclassified
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