… ablation effect. This review aims to explore the various types of nonsurgical tumor ablation
methods currently used in cancer treatment and potential improvements by nanotechnology …

… has received much attention in recent years due to the breakthroughs in nanotechnology
in the field of tumor diagnosis and treatment. Compared with other nanoparticles, metal …

… in differentiation between tumors and surrounding healthy … Therefore, the combination of
nanotechnology and thermal … -focal tumor causes higher complexity during thermal ablation and …

… therapy, which can reduce the laser dosage during tumor ablation [78-80]. In order to
achieve this combination therapy, we designed novel MBs (named as PGL-DiR MBs) by …

… , targeted thermal tumor ablation, and magnetic field targeting of tumors. Because
nanotechnology is a rapidly progressing field, future advances in nanotechnology research and …

… In order to achieve proof of principle that gold nanoparticles could facilitate tumor ablation in
the … of cancer is technically feasible, particularly when facilitated by nanotechnologies. While …

… We also observed zones of hepatic ischemic necrosis in ablated tumor tissues. Many of the
areas of necrosis are centered on an arteriole containing nanoparticles Dox@HAuNS or PEG…

… tumor, is an extremely poor prognostic indicator (Figure 2). Thus, the application of
nanotechnology … may augment or enhance direct thermal ablation. Nutritional deprivation, …

… The study found a significant reduction in tumor volume in the PPy-BSA-ICG plus laser
group, and complete tumor ablation in the SP94-modified PPyBSA-ICG plus laser group. In …

… that traditionally has involved insertion of probes into tumors. Nanotechnology is enabling
the development of noninvasive radiofrequency ablation of tumors. Gold nanoparticles have …