MACH3Cancer (@mach3cancer) 's Twitter Profile
MACH3Cancer

@mach3cancer

Funded by CRUK and AECC

ID: 1337027711454343168

linkhttp://mach3cancer.org calendar_today10-12-2020 13:35:12

6 Tweet

45 Followers

31 Following

MACH3Cancer (@mach3cancer) 's Twitter Profile Photo

Hello Twitter! We are MACH3CANCER and we are working on some exciting imaging technology to advance cancer research. Visit mach3cancer.org for more information. Follow us for regular updates!

MACH3Cancer (@mach3cancer) 's Twitter Profile Photo

Want to find out how imaging technology is being utilised to fight drug resistance? Sign up to attend our June 24th webinar here: eventbrite.co.uk/e/mach3cancer-…

MACH3Cancer (@mach3cancer) 's Twitter Profile Photo

Data visualisation is a princial component in all scientific research. Read how our PhD student Matt De Vries is using AI techniques to anaylyse morpho-dynamics portlandpress.com/biochemist/art…

OCA Research Centre (@ocarc_imperial) 's Twitter Profile Photo

Meet Dan Marks, a PhD student with Team McNeish Lab, funded by the CRUK accelerator project MACH3Cancer. Dan is applying advanced microscopy methods to study heterogeneity in response to PARP inhibitors and how resistance to these therapies arises, using 3D cancer models.

Meet Dan Marks, a PhD student with <a href="/TeamMcNeish/">Team McNeish Lab</a>, funded by the CRUK accelerator project <a href="/MACH3Cancer/">MACH3Cancer</a>. Dan is applying advanced microscopy methods to study heterogeneity in response to PARP inhibitors and how resistance to these therapies arises, using 3D cancer models.
MACH3Cancer (@mach3cancer) 's Twitter Profile Photo

The dOPM system can be used for high-speed volumetric imaging or for time-lapse imaging arrays of fixed or live specimens in multi-well plates, e.g. for 3D cancer models. Join us at our launch and tour, Friday 6th May (3:30-6pm). Contact [email protected] for more info.

The dOPM system can be used for high-speed volumetric imaging or for time-lapse imaging arrays of fixed or live specimens in multi-well plates, e.g. for 3D cancer models. Join us at our launch and tour, Friday 6th May (3:30-6pm). Contact a.kimonyo@imperial.ac.uk for more info.