Skip to main content

Liu, Xiao Research Fellow

Faculty Member

  • Australian Institute for Innovative Materials
  • Intelligent Polymer Research Institute

Research Overview


  • Responses of “excitable” cells (nerve cell) to biochemical, electrical and topographic cues in terms of enhanced neural differentiation and oriented neurite outgrowth.

    Current research activities involve the development of a biodegradable polymer coating containing chelating agents which can control the degradation of metal alloy stents. I am response for in vitro cell culture studies involving growth of smooth muscle cells and endothelial cells on different alloys as well as polymer-modified materials.

Selected Publications


Advisees


  • Graduate Advising Relationship

    Degree Research Title Advisee
    Doctor of Philosophy Conductive Hydrogel for Cardiovascular Tissue Engineering
    Doctor of Philosophy Electro-compacted collagen for corneal bioengineering Chen, Zhi
    Doctor of Philosophy Fabrication of 3D Graphene Based Structures for Cell Support Li, Jianfeng
    Doctor of Philosophy Biofabricated platforms for skin repair & regeneration Kang, Lingzhi
    Master of Philosophy Dual Drug-eluting Collagen Matrix for Epilepsy Treatment Berthel, Marius
    Master of Philosophy Development of bioprinting platforms for islet transplantation - a coaxial extrusion printing approach to multiple-cell type delivery Renes, Max
    Master of Philosophy Towards an in vitro innervated model of the cornea van Tienderen, Gilles
    Master of Philosophy 3D printing drug delivery systems. Involves encapsulation of drugs / growth factors in microparticles, then printing throughout a host structure to treat epilepsy Zaharievski, Stefan
    Doctor of Philosophy Development of 3D Printed Hybrid Structures for Cartilage Reconstruction Posniak, Steven
    Master of Philosophy -SMAH 3D printing of skin using seaweed derived polymers Gantumur, Narangerel
    Master of Philosophy -SMAH Evaluation of Marine Collagen for 3D Bioprinting Sanz, Borja
    Master of Philosophy -SMAH Bioink Formulation for Co-axial Extrusion Printing of Pancreatic Tissue Contructs Urigoitia Asua, Ane

Research Overview


  • Responses of “excitable” cells (nerve cell) to biochemical, electrical and topographic cues in terms of enhanced neural differentiation and oriented neurite outgrowth.

    Current research activities involve the development of a biodegradable polymer coating containing chelating agents which can control the degradation of metal alloy stents. I am response for in vitro cell culture studies involving growth of smooth muscle cells and endothelial cells on different alloys as well as polymer-modified materials.

Selected Publications


Advisees


  • Graduate Advising Relationship

    Degree Research Title Advisee
    Doctor of Philosophy Conductive Hydrogel for Cardiovascular Tissue Engineering
    Doctor of Philosophy Electro-compacted collagen for corneal bioengineering Chen, Zhi
    Doctor of Philosophy Fabrication of 3D Graphene Based Structures for Cell Support Li, Jianfeng
    Doctor of Philosophy Biofabricated platforms for skin repair & regeneration Kang, Lingzhi
    Master of Philosophy Dual Drug-eluting Collagen Matrix for Epilepsy Treatment Berthel, Marius
    Master of Philosophy Development of bioprinting platforms for islet transplantation - a coaxial extrusion printing approach to multiple-cell type delivery Renes, Max
    Master of Philosophy Towards an in vitro innervated model of the cornea van Tienderen, Gilles
    Master of Philosophy 3D printing drug delivery systems. Involves encapsulation of drugs / growth factors in microparticles, then printing throughout a host structure to treat epilepsy Zaharievski, Stefan
    Doctor of Philosophy Development of 3D Printed Hybrid Structures for Cartilage Reconstruction Posniak, Steven
    Master of Philosophy -SMAH 3D printing of skin using seaweed derived polymers Gantumur, Narangerel
    Master of Philosophy -SMAH Evaluation of Marine Collagen for 3D Bioprinting Sanz, Borja
    Master of Philosophy -SMAH Bioink Formulation for Co-axial Extrusion Printing of Pancreatic Tissue Contructs Urigoitia Asua, Ane
uri icon