In the PTT method, this light is converted to heat. In PDT, the light creates ROS. For PDT to be successful, sufficient ambient oxygen must be present to produce enough ROS to kill tumor cells.

In the PTT method, this light is converted to heat. In PDT, the light creates ROS. For PDT to be successful, sufficient ambient oxygen must be present to produce enough ROS to kill tumor cells.

Combined PDT/PTT approaches for the treatment of brain tumors. Dual function nanoparticles are used for combined PDT/PTT approaches. In PDT, the PS to produce ROS can be attached to nanoparticles ...

In the PTT method, this light is converted to heat. In PDT, the light creates ROS. For PDT to be successful, sufficient ambient oxygen must be present to produce enough ROS to kill tumor cells.

Some of the graphene derivatives, such as graphene oxide (GO) and reduced graphene oxide (rGO) exhibit plasmonic properties, which can transform energy from a laser to heat. These carbonaceous ...

PDT treatment is associated with producing reactive oxygen species (ROS) to eliminate tumor cells. Taken together, the current multifunctional nanomotor is equipped with PTT, SERS, and PDT sensing ...

Numerous previous research results have shown that gold nanorods (Au NRs) are able to effectively kill tumors upon irradiation with high laser doses, leading to hyperthermia-induced destruction of ...

By combining PTT or PDT with nanomaterials, investigators have been able to apply these types of phototherapies while also delivering drugs to sites in the body that are otherwise inaccessible. It is ...