CV Information - دانشگاه صنعتی امیرکبیر

Fundamentals of Tissue Engineering

Introduction to tissue engineering •Definition of tissue engineering •History •Applications •Process of bioengineering 3D tissue •Basic building blocks of tissue engineering •Assessment of engineered tissue •Related fields
Introduction to tissue engineering •Definition of tissue engineering •History •Applications •Process of bioengineering 3D tissue •Basic building blocks of tissue engineering •Assessment of engineered tissue •Related fields
Cells for tissue engineering •Structure and function •Extracellular matrix (ECM) •Cell signaling and cell junctions •Cell sources •Stem cells
Cells for tissue engineering •Structure and function •Extracellular matrix (ECM) •Cell signaling and cell junctions •Cell sources •Stem cells
Cells for tissue engineering •Structure and function •Extracellular matrix (ECM) •Cell signaling and cell junctions •Cell sources •Stem cells
Biomaterials for tissue engineering •Biomaterials used in tissue engineering •Biocompatibility, biodegradation and biomimetic •Smart biomaterials
Biomaterials for tissue engineering •Biomaterials used in tissue engineering •Biocompatibility, biodegradation and biomimetic •Smart biomaterials
Tissue fabrication technology •Biomaterial platforms (scaffolds, hydrogels, decellularized ECM, ) •Fabrication techniques •Cell and organ bioprinting •Soft lithography •Microfluidics •Cell patterning
Tissue fabrication technology •Biomaterial platforms (scaffolds, hydrogels, decellularized ECM, ) •Fabrication techniques •Cell and organ bioprinting •Soft lithography •Microfluidics •Cell patterning
Tissue fabrication technology •Biomaterial platforms (scaffolds, hydrogels, decellularized ECM, ) •Fabrication techniques •Cell and organ bioprinting •Soft lithography •Microfluidics •Cell patterning
Bioreactors for tissue engineering •Types and classification •Design principles •Bioreactors for cell culture •Bioreactors for scaffold fabrication •Bioreactors for scaffold cellularization •Importance of chemical and physical signals •Bioreactors for application of chemical and physical signals
Bioreactors for tissue engineering •Types and classification •Design principles •Bioreactors for cell culture •Bioreactors for scaffold fabrication •Bioreactors for scaffold cellularization •Importance of chemical and physical signals •Bioreactors for application of chemical and physical signals
Bioreactors for tissue engineering •Types and classification •Design principles •Bioreactors for cell culture •Bioreactors for scaffold fabrication •Bioreactors for scaffold cellularization •Importance of chemical and physical signals •Bioreactors for application of chemical and physical signals
Vascularization of artificial tissue •Definition and importance •Molecular and cellular mechanisms •Techniques
Vascularization of artificial tissue •Definition and importance •Molecular and cellular mechanisms •Techniques