by NES | Nov 21, 2018 | Entrepreneurship, GPU Accelerated Computing, Image Guided Surgery, Medical Imaging, Radio Frequency Ablation, Scientific Computing
As part of the NVIDIA Inception Program we have been invited to demonstrate Accublate (TM) our platform for computerized guidance of liver cancer RF ablation at the NVIDIA booth at RSNA 2018. Accublate uses GPUs to simulate in real-time the electrical and thermal...
by NES | Nov 21, 2018 | Entrepreneurship
We are elated to have filed today with the USPTO an application for the trademark “Accublate” which will distinguish our line of surgical guidance tools for supporting physicians in the ablation of tissues....
by NES | Sep 28, 2018 | Image Guided Surgery, Medical Imaging, Radio Frequency Ablation, Scientific Computing
We are excited to report that we have terminated today the development of the core functionalities for a software for surgical guidance of Radio Frequency (RF) ablation of liver tumors. The software will be used intraoperatively and support physicians in better...
by NES | Mar 14, 2018 | Entrepreneurship
We have learned this morning that we have been selected to pitch at the MedTech Innovator 2018 Boston event on Tuesday March 20th. We are very excited as this is a great opportunity for NE Scientific to showcase the technology being developed – surgical guidance...
by NES | Mar 9, 2018 | Image Guided Surgery, Medical Imaging, Modeling, Radio Frequency Ablation, Scientific Computing
Under sponsorship of a Phase II SBIR grant from the National Cancer Institute (grant 2R44CA189515-02A1) we have started a clinical study at the Dartmouth Hitchcock Medical Center (DHMC) to validate computer models that simulate the electrical and thermal physics that...
