NTA has been extensively applied to the measurement of a wide range of nanomaterials such as exosomes, viruses and VLPs, liposomes, protein aggregates, bacteria as well as a range of engineered nanoparticles for their use as drug delivery nanoparticles. Examples of the characterization of several of these will be discussed highlighting the crucial parameters in each case (be it size distribution, concentration, fluorescence or some other parameter).
NTA has been extensively applied to the measurement of a wide range of nanomaterials such as exosomes, viruses and VLPs, liposomes, protein aggregates, bacteria as well as a range of engineered nanoparticles for their use as drug delivery nanoparticles. Examples of the characterization of several of these will be discussed highlighting the crucial parameters in each case (be it size distribution, concentration, fluorescence or some other parameter).
