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The developed AI algorithm can transform a brightfield image into a fluorescent-like image without sacrificing the cells to obtain.
Immunoflurescence staining shows the asymmetric chromatin structure during cell reprogramming. | Credit: Yang Song
Headshot of Michael Teitell
A photomicrograph showing new tissue growing in the stroke cavity in a mouse. Red tubes are blood vessels; green filaments are nerve fibers.
UCLA professors Huan Meng, Melissa Spencer and April Pyle pictured in a lab.
nanospears engineered for gene therapy
Children take a photo in front of lemonade stand with UCLA researcher.
T cells (red) produced using artificial thymic organoids developed at UCLA.
3-D bioengineered lung-like tissue (left) resembles adult human lung (right).
A graphic image of a coffee machine next to a laboratory machine, meant to illustrate the way both are able to maintain temperature of the substances therein.