'Squishy' lasers could reveal how tumors and babies grow
New "squishy" lasers could help solve the mystery of the biological forces that control the development of embryos and cancerous tumors.
New "squishy" lasers could help solve the mystery of the biological forces that control the development of embryos and cancerous tumors.
Cell & Microbiology
Aug 1, 2024
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A question left unanswered in a biologist's lab notebook for 40 years has finally been explained, thanks to a little fish that couldn't wriggle its tail.
Cell & Microbiology
Jun 26, 2024
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The annual killifish lives in regions with extreme drought. A research group at the University of Basel now reports in Science that the early embryogenesis of killifish diverges from that of other species. Unlike other fish, ...
Evolution
Jun 6, 2024
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A new study using stem cell-based models has shed new light on how the human embryo begins to develop, which could one day benefit the development of fertility treatment.
Cell & Microbiology
May 31, 2024
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As embryos grow from conception to birth, cells multiply rapidly and move in a highly organized manner to create the skeleton, organs and other crucial systems. But how do cells know to move in precisely the right direction ...
Cell & Microbiology
May 28, 2024
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A new study at Hebrew University reveals insights into mRNA regulation during embryonic development. The study sheds light on the intricate process of mRNA regulation during embryonic development, providing novel insights ...
Cell & Microbiology
May 7, 2024
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46
Regenerating damaged tissues or organs has been a dream of scientists for decades. Now, researchers at the FMI and Novartis Biomedical Research have discovered a new molecule that activates a protein involved in regeneration. ...
Biotechnology
Apr 23, 2024
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Research conducted by Dr. Shota Nakanoh in a collaboration between Dr. Teresa Rayon's lab at the Institute and Professor Ludovic Vallier's lab at the Wellcome-MRC Cambridge Stem Cell Institute has determined that the degree ...
Cell & Microbiology
Mar 4, 2024
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University of Pittsburgh researchers have developed a new embryo-like model derived from adult cells that replicates key features of early human development, including the generation of blood cells.
Cell & Microbiology
Dec 13, 2023
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A protein that helps generate the force needed for single cells to move works differently in cells moving in groups, a new study shows.
Cell & Microbiology
Dec 13, 2023
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