Our group's first paper: We track cell cycle and cell growth through entire life cycles in a single-cell model organism using a combination of real and AI-generated images.
https://t.co/zN43kfCTka
Have a microscope? Need to track cells? Our new preprint shows how generative AI frame interpolation help microscopists track fluorescently labeled nuclei, bacteria, fungi, cancer cells, immune cells, and organoids by using GANs and Diffusion processes.
https://t.co/pUo3tUtGtW
A paper in @naturemethods presents Molecular Pixelation, which is an optics-free method that uses DNA-tagged antibodies to enable identification of the relative location of proteins on single cells. https://t.co/ydtHccBbTW
Deep learning-driven imaging of cell division and cell growth across an entire eukaryotic life cycle
Shreya Ramakanth, Taylor Kennedy, Berk Yalcinkaya, Sandhya Neupane, Nika Tadic, Nicolas E Buchler and Orlando Arguello-Miranda
https://t.co/HODUj4rSgB
Our group's first paper: We track cell cycle and cell growth through entire life cycles in a single-cell model organism using a combination of real and AI-generated images.
https://t.co/zN43kfCTka
Our group's first paper: We track cell cycle and cell growth through entire life cycles in a single-cell model organism using a combination of real and AI-generated images.
https://t.co/zN43kfCTka
So proud of all my lab members: Deep learning-driven imaging of cell division and cell growth across an entire eukaryotic life cycle https://t.co/zN43kfCTka