• Cervix-on-a-chip inspires potential new treatment for preterm birth

    A section of the cervixOVERSEAS/COLLECTION CNRI/SCIENCE PHOTO LIBRARY
    Scientists have coaxed human cells to form a miniature replica of the cervix during pregnancy. This so-called cervix-on-a-chip reveals how inflammation and the vaginal microbiome can contribute to premature birth – and identifies a possible treatment to prevent it.

    Premature birth – when a baby is born before 37 weeks of pregnancy – affects more than 13 million infants each year and is the second leading cause of childhood mortality and disability. Yet there are no effective…
    #cervixonachip #inspires #potential #new #treatment
    Cervix-on-a-chip inspires potential new treatment for preterm birth
    A section of the cervixOVERSEAS/COLLECTION CNRI/SCIENCE PHOTO LIBRARY Scientists have coaxed human cells to form a miniature replica of the cervix during pregnancy. This so-called cervix-on-a-chip reveals how inflammation and the vaginal microbiome can contribute to premature birth – and identifies a possible treatment to prevent it. Premature birth – when a baby is born before 37 weeks of pregnancy – affects more than 13 million infants each year and is the second leading cause of childhood mortality and disability. Yet there are no effective… #cervixonachip #inspires #potential #new #treatment
    Cervix-on-a-chip inspires potential new treatment for preterm birth
    www.newscientist.com
    A section of the cervixOVERSEAS/COLLECTION CNRI/SCIENCE PHOTO LIBRARY Scientists have coaxed human cells to form a miniature replica of the cervix during pregnancy. This so-called cervix-on-a-chip reveals how inflammation and the vaginal microbiome can contribute to premature birth – and identifies a possible treatment to prevent it. Premature birth – when a baby is born before 37 weeks of pregnancy – affects more than 13 million infants each year and is the second leading cause of childhood mortality and disability. Yet there are no effective…
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  • Stem cells coaxed into most advanced amniotic sacs ever grown in the lab

    Nature, Published online: 15 May 2025; doi:10.1038/d41586-025-01498-xThe sacs grew to roughly 2 centimeters wide and could be used to study early pregnancy.
    #stem #cells #coaxed #into #most
    Stem cells coaxed into most advanced amniotic sacs ever grown in the lab
    Nature, Published online: 15 May 2025; doi:10.1038/d41586-025-01498-xThe sacs grew to roughly 2 centimeters wide and could be used to study early pregnancy. #stem #cells #coaxed #into #most
    Stem cells coaxed into most advanced amniotic sacs ever grown in the lab
    www.nature.com
    Nature, Published online: 15 May 2025; doi:10.1038/d41586-025-01498-xThe sacs grew to roughly 2 centimeters wide and could be used to study early pregnancy.
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