This article is focused on the optical generation and detection of photothermal vapor
bubbles around plasmonic nanoparticles. We report physical properties of such plasmonic …

This review is focused on a novel cellular probe, the plasmonic nanobubble (PNB), which
has the dynamically tunable and multiple functions of imaging, diagnosis, delivery, therapy …

Abstract Background and Objective Previously reported studies on laser nano‐thermolysis
of cancerous cells demonstrated insufficient efficacy and specificity of malignant cell …

We describe novel ex vivo method for elimination of tumor cells from cell suspension, Laser
Activated Nanothermolysis and propose this method for purging of bone marrow and blood …

Background: We have developed a method, termed laser-activated nano-thermolysis as a
cell elimination technology (LANTCET), for the selective detection and destruction of …

Abstract Background and Objectives Determining cell photo‐damage is important for laser
medicine and laser safety standards. This work evaluated the potential of photothermal (PT) …

Aims: Clusters of nanoparticles may significantly improve the sensitivity of diagnostics and
the safety and efficacy of therapeutic nanotechnologies in medicine. We report methods for …

We report experimental study and detection of laser-induced micro-bubbles in individual live
cells and in confined micro-volumes of solutions. Using pulsed laser radiation (532nm …

Aims: We propose and have experimentally studied a new method with improved sensitivity
and specificity of imaging of living cells. Method: Intracellular photothermal bubbles …

Abstract Background and Objectives Laser‐activated micro‐and nano‐bubbles (LAB) in
cells may be used as universal and sensitive non‐toxic probes for measuring functional …