Cambridge Raman Imaging CTO Matteo Negro will be an Invited Speaker at the Virtual Innovation Webinar Series held by the Graphene Flagship, on the 11th of November. The topic of his speech is related to ...
Camptothecin treatment of MCF7 cells induces either a classic senescent phenotype or the formation of cell-in-cell structures (CIC). After the internalization ...
A large amount of apparently senescent tumor cells are observed after chemo/radio therapy, as indicated by ß-Gal staining in HeLa and MCF7 long-term cultures. The observation of ß-Gal positive cells indicates the coexistence of sub-populations of cells with possible different behaviors in terms of resistance to therapeutic agents. In both camptothecin-treated and...
Compact, alignment-free and all-fiber picosecond laser source for CARS microscopy delivering synchronized pump and Stokes pulses from a single fiber end. This air-cooled...
Conventional chemotherapeutics and ionizing radiation can promote therapy-induced senescence in tumor cells in vitro as well as in patients, contributing to or being responsible for tumor recurrence. Here we show...
Cambridge Raman Imaging’s new website is online! Here you can reach the company, meet the team, and find the latest updates including the exciting advances related to CRIMSON project. Cambridge Raman Imaging, is also happy to...
Multimodal non-linear optical microscopy allows the study of tumor liver cells in a non-invasive way and in the total absence of exogenous markers, with an acquisition speed compatible with in-vivo applications (2 min for images 300×300 pixels, pixel size 350nm). The combination of Epi-CARS...
CRIMSON project has started!