Autor/Autorin: IONITA Daniela-Alina
Daniela - Alina IONITA; Andra - Maria SÎRMON; Maria - Elena ZARIF Faculty of Engineering in Foreign Languages, University Politehnica of Bucharest, Romania.
The current treatment approach in the biomedical field for injured or damaged organs and tissues is represented by organ or tissue transplantation. Various limitations such as immune reactions, high risks of disease transmission and infections, availability, donor-site morbidity, and even organ rejection, were reported over the years. Novel strategies were developed in order to overcome the drawbacks of classical treatments and improve the organ/tissue restoration and healing.Tissue engineering is an interdisciplinary field that aims to deliver organ and tissue substitutes by combining principles from different scientific areas such as engineering, material, and life sciences. Therefore, three key factors are of great importance in tissue engineering: the synthesis techniques, the properties of the biomaterials used for the scaffold fabrication, and the cell types used for scaffold seeding. This book, entitled "Tissue engineering”, aims to provide information about cells, biomaterials, and fabrication techniques used for the development of innovative scaffolds, with optimized properties for biomedical applications, and organ-on-a-chip applications.
The current treatment approach in the biomedical field for injured or damaged organs and tissues is represented by organ or tissue transplantation. Various limitations such as immune reactions, high risks of disease transmission and infections, availability, donor-site morbidity, and even organ rejection, were reported over the years. Novel strategies were developed in order to overcome the drawbacks of classical treatments and improve the organ/tissue restoration and healing.Tissue engineering is an interdisciplinary field that aims to deliver organ and tissue substitutes by combining principles from different scientific areas such as engineering, material, and life sciences. Therefore, three key factors are of great importance in tissue engineering: the synthesis techniques, the properties of the biomaterials used for the scaffold fabrication, and the cell types used for scaffold seeding. This book, entitled "Tissue engineering", aims to provide information about cells, biomaterials, and fabrication techniques used for the development of innovative scaffolds, with optimized properties for biomedical applications, and organ-on-a-chip applications.
IONI A, Daniela-Alina
Daniela - Alina IONI A; Andra - Maria SÎRMON; Maria - Elena ZARIF Faculty of Engineering in Foreign Languages, University Politehnica of Bucharest, Romania.
Über den Autor
Daniela - Alina IONI¿¿; Andra - Maria SÎRMON; Maria - Elena ZARIF Faculty of Engineering in Foreign Languages, University Politehnica of Bucharest, Romania.
Klappentext
The current treatment approach in the biomedical field for injured or damaged organs and tissues is represented by organ or tissue transplantation. Various limitations such as immune reactions, high risks of disease transmission and infections, availability, donor-site morbidity, and even organ rejection, were reported over the years. Novel strategies were developed in order to overcome the drawbacks of classical treatments and improve the organ/tissue restoration and healing.Tissue engineering is an interdisciplinary field that aims to deliver organ and tissue substitutes by combining principles from different scientific areas such as engineering, material, and life sciences. Therefore, three key factors are of great importance in tissue engineering: the synthesis techniques, the properties of the biomaterials used for the scaffold fabrication, and the cell types used for scaffold seeding. This book, entitled ¿Tissue engineering¿, aims to provide information about cells, biomaterials, and fabrication techniques used for the development of innovative scaffolds, with optimized properties for biomedical applications, and organ-on-a-chip applications.
