Learn about on-the-fly deconvolution in Micro-Manager down to 120 nm resolution with the @confocal_nl Re-scan Confocal Microscope, this Thursday at 4 pm CEST / 7 am PDT.
Sign up at https://t.co/cJ6yAnrgUc
Cleared tissue ASLM is online:
https://t.co/MGdTKGzrLw
It enables isotropic, subcellular resolution over large field of views and is compatible with all clearing techniques (n=1.33-1.559). We use ctASLM to image mouse brains, kidneys and bone marrow. Image shows stem cell niche.
@truenorth_ia @DocMeeks @jytinevez@sebastianmunck@manorlaboratory We do publicly talk about our blind option and PSFs - blind starts with either an empirical user-provided PSF or theoretical Born-Wolf(scalar) or Richards-Wolf(vectorial) model, then proceeds in an unconstrained simultaneous update.
Join us on June 19th at 10am PST to learn how you can apply real-time 3D deconvolution to your #fluorescence#microscopy samples, from big iron to small computers, and high resolution to high throughput. @AkoyaBio
Sign up here: https://t.co/d9kF3IY8Ju
PRADA #GTC19 Programmable Acceleration in multiple Domains on a single Architecture! And one domain we are accelerating is #DeepLearning in Healthcare!
Check out the new whitepaper showing 8 GPU scaling of deskew and deconvolution of 3i #LatticeLightSheet using DDN AI200 and NVIDIA DGX-1 https://t.co/Z1qCYr9jKo @ddn_limitless @3i_inc@nvidia