The PNB generation threshold fluence of the pump laser pulse describes both the efficacy
of the photothermal conversion by NPs and the hydrodynamic conditions of PNB generation.
We conclude that the suggested method of cell theranostics with «rainbow plasmonic nanobubbles» demonstrates the following advantages over other methods
of photothermal excitation of plasmonic NPs and PNBs:
However, the continuous delivery of optical energy to an NP compromises the efficacy and spatial selectivity
of the photothermal output of such an NP due to thermal diffusion [55].
Not exact matches
Metallic conductivity and hydrophilicity
of MXenes have established them as electrodes in rechargeable batteries and supercapacitors, as well as other applications, including
photothermal cancer therapy, electromagnetic shielding, water purification and gas sensing.
El - Sayed, co-lead author Ronghu Wu, and first authors Yue Wu and Moustafa Ali published the results
of their current in vitro experiments, a new development in
photothermal gold nanorod therapy, on June 26, 2017, in the Proceedings
of the National Academy
of Sciences.
Taking into account the TPCO and FPCO photoluminescence data, we discuss luminescent and
photothermal techniques for study small amounts
of dopants.
In this work, we report on study
of luminescent impurities in single - crystal TPCO and FPCO by
photothermal deflection spectroscopy.
The treatment
of organic materials is characterized by the limitation
of photochemical and
photothermal destruction.
Another area
of study includes the use
of nanoparticles and
photothermal therapy to destroy tumors.
Expertise: Interactions
of Ionizing and Non-ionizing Radiation with Biological Tissues, Novel Laser - Based Therapeutics for Brain Tumors, Nanoparticle - Based
Photothermal Therapy
The potential use
of the enhanced nonlinear properties
of gold nanospheres in
photothermal cancer therapy.
Very short (fs) single pulses improve the
photothermal efficacy by minimizing heat loss by NPs, though at the same time they limit the efficacy
of PT conversion, since maximal energy is limited by the optical breakdown threshold.
Optical generation and detection
of the PNBs was performed with a previously developed
photothermal laser microscope [44] equipped with a dual pulsed laser (STH - 01, Standa Ltd, Vilnius, Lithuania): each pulse 0.5 ns, the wavelength
of 532 nm (matching plasmon resonances
of gold spheres
of 60 nm) and tunable near - infrared (matching plasmon resonances
of gold nanorods and nanoshells that were employed).
Applications
of gold nanorods for cancer imaging and
photothermal therapy.
LANTCET: elimination
of solid tumor cells with
photothermal bubbles generated around clusters
of gold nanoparticles.
Photothermal effects
of supramolecularly assembled gold nanoparticles for the targeted treatment
of cancer cells.
Lapotko D, Romanovskaya T, Gordiyko E.
Photothermal monitoring
of redox state
of respiratory chain in single live cells.