For the analysis of size, concentration, fluorescence, electrophoretic mobility and sub-populations of individual nanoparticles.
For size, concentration, zeta potential and cluster analysis of individual particles in two different fluorescence channels.
For size, concentration, zeta potential and cluster analysis of individual particles in four different fluorescence channels.
We measure your products in a measuring range of 0.8 nm to 300 μm, if possible in original concentration
For size, concentration, zeta potential and cluster analysis of individual particles in two different fluorescence channels
Determining the absolute concentration is one of the strengths of the NTA technique. In scatter mode, the concentration of all particles is measured. Changing subsequently to the fluorescence mode, marked biologic nanoparticles are tracked. By using two lasers within a SOP assisted sequence, it is possible to differentiate between two different fluorescence dyes in the same sample.
Phenotyping of tetraspanins for instance, on vesicles and virus is facilitated, positive and isotype control as well.
To prepare instrument settings, standard EVs may be used.
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