As far as the nanoparticles are concerned, they come in
different sizes, shapes, and materials. These nanoparticles also carry
different surface-modifications and thus they are used for different biomedical
and technological applications. However, the technology or the mechanism
through which these nanoparticles use to interact with the biological
structures is something that needs to be understood before you use the polystyrene nanoparticles. To date, the
hazards and the impact of these nanoparticles like aspects have remained less
understood and most of the time poorly investigated. The surface-to-volume
ratio is higher for these nanoparticles. Due to this reason, they also exhibit
certain properties which are not similar to the bulk materials. When it comes
to determining the solubility and durability of these nanoparticles, their
surface chemistry plays a very vital role.
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| Polystyrene Nanoparticles |
- Used for a wide range of applications
For applications like biodistribution, biocompatibility,
these nanoparticles play a very important role. These polystyrene nanospheres are not going to degrade when they are
exposed to the cellular environment. They are also not going to show any kind
of short-term cytotoxicity. The best part is polystyrene nanoparticles are easy
to synthesize so that different sizes for them can be availed. And for every
size, the surface functions also remain different.
- Study bio-nano interactions
In order to study the characteristics of the particle
surface, these nanoparticles are often taken as the model particles. And this
is quite a common method for a wide range of biological parameters. Due to this
reason, such polystyrene nanospheres are frequently used as the platform that
helps in studying the bio-nano interactions.
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