Fast, faster, GPU - the preprint for #GPU-accelerated macro processing workflows in @FijiSc is online: https://t.co/1qXal4GmvC.๐ Big THANKS to my colleague โญ๏ธ@haesleinhuepfโญ๏ธ!!! ๐, the mastemind behind the code of #clij! ๐ชฒ+๐ฌ+ ๐ฅ๏ธ=๐ #Neubias#bioimageanalysis
@PavelTomancak@haesleinhuepf@damiandn Good questions! :) So far, we could see that the cells return to the back and get absorbed -> recycling? further fate?... What if there is stress up to 95% and it would just take 5% more to rupture? Then reached by passive (liquids, pressure) + active events (minimal effort)?...
@damiandn@haesleinhuepf Thanks! - Good question, though. To me, it looks like the rupture happens (active + passive processes) before the actual growth continues. The time scale is one frame each 20 seconds, so it already appears a bit slow-motion. ๐
Cortical actin waves in a dividing Xenopus laevis embryo. Acquired in collaboration with @henryhetired of the @huiskenlab at @Morgridge_Inst. Hoping to get two color next time, but feeling pretty good about our first attempt๐คฉ!
@peiferlabunc Yes, I agree, something like that happened. It shows that sample preparation is not as trivial as it often looks like: many impacts can only be seen in the microscope, later.
#Tribolium gastrulates with a strange feature: the assumed artifact turns into a cell-attracting object... still no clue what happened there... ๐ค #lightsheet#microscopy