Part 1
1 Interactions between the physiological environment and titanium-based implant materials from understanding to control
2 Nanoscale surface Engineering and Characterization of Biomaterial
3 Progress of Nanotechnology-based Detection and Treatment of Alzheimers Disease Biomarkers
4 Biomaterials: Types and Applications
Part 2
5 Additive Manufacturing of Ti and its alloy-based Bioimplants for Orthopaedic Applications
6 Physico-chemical Modifications of Magnesium and Alloys for Biomedical Applications
7 Metallic Foams in Bone Tissue Engineering
8 Surface modification of metallic biomaterials for cardiovascular cells regulation and biocompatibility improvement
9 Advancement of spinel ferrites for biomedical application
Part 3
10 Functionalized 3D bioactive polymeric materials in tissue engineering and regenerative medicine
11 Polymer matrixes used in wound healing applications. 12 Conductive Polymers for Cardiovascular Applications
13 Engineered polymeric materials/nanomaterials for growth factor/drug delivery in bone tissue engineering applications
14 Surface engineering of polymeric materials for bone tissue engineering
15 Antibacterial Surface Modification to Prevent Biofilm Formation on Polymeric Biomaterials
16 Polymer Surface Engineering in the Food Packaging Industry
17 Polymeric Membranes in Waste-water Treatment
18 Functionalized Fluoropolymer Membrane for Fuel Cell Applications
Part 4
19 Bioceramics for Biomedical Applications
20 Applications of nanomaterials in the textile industry
21 Properties and characterization of advanced composite materials
22 Properties and characterization of advanced composite materials
23 Nano composites application in sewage treatment and degradation of persistent pesticides used in agriculture
24 Biomimetic Mineralization of Electrospun PCL based Composite Nanofibrous Scaffold for hard tissue Engineering. .