Research output: Contribution to conference › Abstract
Abstract
Current research using three dimensional (3D) bio-printing for tissue engineering has focussed on characterising the shapes and structures of scaffolds that induce cellular growth. However progress in the are is limited due to the lack of printable biomaterials to enhance cellular activity or to induce cellular responses through external signalling such as temperature and electricity. This study addresses the properties and characteristics of functionalised materials that can be utilised in 3D scaffolds for tissue engineering.
title = "Design and Characterisation of Functional Materials for use in 3D Bio Printing",
abstract = "Current research using three dimensional (3D) bio-printing for tissue engineering has focussed on characterising the shapes and structures of scaffolds that induce cellular growth. However progress in the are is limited due to the lack of printable biomaterials to enhance cellular activity or to induce cellular responses through external signalling such as temperature and electricity. This study addresses the properties and characteristics of functionalised materials that can be utilised in 3D scaffolds for tissue engineering.",
author = "Matthew Wilson and Prosper Kanyong and BJ Meenan",
year = "2017",
language = "English",
note = "2nd Annual 3D printing & Bio-printing in Healthcare Conference ; Conference date: 12-10-2017 Through 13-10-2017",
2017. Abstract from 2nd Annual 3D printing & Bio-printing in Healthcare Conference, Dusseldorf, Germany.
Research output: Contribution to conference › Abstract
TY - CONF
T1 - Design and Characterisation of Functional Materials for use in 3D Bio Printing
AU - Wilson, Matthew
AU - Kanyong, Prosper
AU - Meenan, BJ
PY - 2017
Y1 - 2017
N2 - Current research using three dimensional (3D) bio-printing for tissue engineering has focussed on characterising the shapes and structures of scaffolds that induce cellular growth. However progress in the are is limited due to the lack of printable biomaterials to enhance cellular activity or to induce cellular responses through external signalling such as temperature and electricity. This study addresses the properties and characteristics of functionalised materials that can be utilised in 3D scaffolds for tissue engineering.
AB - Current research using three dimensional (3D) bio-printing for tissue engineering has focussed on characterising the shapes and structures of scaffolds that induce cellular growth. However progress in the are is limited due to the lack of printable biomaterials to enhance cellular activity or to induce cellular responses through external signalling such as temperature and electricity. This study addresses the properties and characteristics of functionalised materials that can be utilised in 3D scaffolds for tissue engineering.