BioNanoLab studies various topics in nanotechnology.

  • Nanomaterial dispersion, synthesis, and characterization
  • in vitro nanotoxicology
  • Nanotechnology in 3D cell culture
  • Computational nanotoxicology

The objective of BioNanoLab is to develop risk management strategies for bio- and nano-enabled materials that are commonly used in medical applications in order to understand what makes bio- and nano-materials toxic and how to make them safe. Our overarching goal is to develop an integrated risk management framework to assist making progress towards inherently safer design of bio- and nano-materials while preserving their original features and functionality.

 Our research has an innovation potential for:

  • The enhancement and standardization of nanomaterial dispersions and characterizations
  • The development of predictive toxicity models
  • The development of innovative bio- and nano-materials with modified characteristics that could eliminate safety risks
  • The development of a risk management framework
  • The development of an integrative database for nanotoxicity data

Our outcomes will directly support the ongoing innovation and commercialization of nano- and bio-enabled products, and promote their safe and sustainable advancement.

BioNanoLab investigates alternative and safer-by-design approach to the existing nanomaterial synthesis methods.

Effects of nanomaterials on mammalian cells are studied in BioNanoLab.

Nanotechnology is harnessed in BioNanoLab for the improvement of 3D cell culture techniques.

in silico studies are conducted in BioNanoLab to elucidate nanotoxicity behaviour of nanoparticles.