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New 'atlas' provides unprecedented insights on how genes function in early embryo development

Biologists have provided new insights on a longstanding puzzle in biology: How complex organisms arise from a single fertilized cell. Producing a new gene atlas with 4-D imaging, the researchers captured unprecedented insights on how embryonic development unfolds.

Harshad-desai , Stacy-ochoa , Tiffany-lynn-chow , Jeffrey-hendel , Tony-hyman , Ronald-biggs , Karen-oegema , Zhiling-zhao , Renat-khaliullin , Department-of-cell , School-of-biological-sciences , University-of-california-san-diego

New 'Atlas' Provides Unprecedented Insights on

UC San Diego biologists have provided new insights on a longstanding puzzle in biology: How complex organisms arise from a single fertilized cell. Producin

Jeffrey-hendel , Tiffany-lynn-chow , Stacy-ochoa , Ronald-biggs , Zhiling-zhao , Tony-hyman , Harshad-desai , Karen-oegema , Mario-aguilera , Renat-khaliullin , Department-of-cell , National-institutes-of-health

New 'atlas' provides unprecedented insights on how genes function in early embryo development

Although the Human Genome Project announced the completed sequencing of 20,000 human genes more than 20 years ago, scientists are still working to grasp how fully formed beings emerge from basic genetic instructions.

San-diego , California , United-states , University-of-california-san-diego , Karen-oegema , Harshad-desai , Jeffrey-hendel , Stacy-ochoa , Tiffany-lynn-chow , Ronald-biggs , Zhiling-zhao , Tony-hyman