Biomaterials
• Advanced functional materials
• Artificial organs and tissues
• Bio-inspired computation techniques 
• Bio-nanomaterials and nanotechnology 
• Bioengineering materials 
• Biological materials 
• Biological response to nanomaterials
• Biomaterial characterization
• Biomaterial synthesis 
• Biomaterials and bioinformatics 
• Biomaterials and biometric computer security 
• Biomaterials and biometric information security 
• Biomaterials and biometric security 
• Biomaterials and cardiovascular devices
• Biomaterials and computer applications
• Biomaterials and soft computing
• Biomaterials at the nano level
• Computational biomaterials
• DNA computing 
• Medical devices 
• Microscopy and materials characterization techniques 
• Modeling of behavior of biomaterials 
• Nano biomaterials 
• Nano computing
• Nano thin films 
• Materials for biomedical applications
• Novel applications of biomaterials 
• Novel materials and their application
• Processes for biomaterials synthesis 
• Tissue engineering
• Use of biomaterials in biometrics 
• Use of biomaterials in engineering research 

Biosensors

Sensors using recognition elements:
• enzymes
• antibodies
• nucleic acids 
• whole cells 
• tissues and organelles 
• other biological or biologically inspired components

Sensors with transducers:
• electrochemical 
• optical 
• piezoelectric
• thermal 
• magnetic 
• micromechanical

New trends in Sensor development:
• DNA chips 
• lab-on-a-chip technology 
• microfluidic devices 
• nanobiosensors and nanotechnology 
• biosensor interfaces and membrane technology 
• instrumentation