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#microrna — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #microrna, aggregated by home.social.

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  1. Do you take after your #dad’s #RNA?
    Evidence is growing that #sperm carries marks of a father’s life experiences, influencing traits in offspring.
    Yin’s team analyzed molecules inside exercising rodents’ sperm and found tiny bits of RNA—dubbed #microRNA—that were present in higher amounts than in sperm of their idle littermates. When the scientists injected those molecules into unrelated embryos, they got animals just as fit as those that were born to exercising fathers.
    arstechnica.com/science/2026/0

  2. Do you take after your ’s ?
    Evidence is growing that carries marks of a father’s life experiences, influencing traits in offspring.
    Yin’s team analyzed molecules inside exercising rodents’ sperm and found tiny bits of RNA—dubbed —that were present in higher amounts than in sperm of their idle littermates. When the scientists injected those molecules into unrelated embryos, they got animals just as fit as those that were born to exercising fathers.
    arstechnica.com/science/2026/0

  3. Do you take after your #dad’s #RNA?
    Evidence is growing that #sperm carries marks of a father’s life experiences, influencing traits in offspring.
    Yin’s team analyzed molecules inside exercising rodents’ sperm and found tiny bits of RNA—dubbed #microRNA—that were present in higher amounts than in sperm of their idle littermates. When the scientists injected those molecules into unrelated embryos, they got animals just as fit as those that were born to exercising fathers.
    arstechnica.com/science/2026/0

  4. Do you take after your #dad’s #RNA?
    Evidence is growing that #sperm carries marks of a father’s life experiences, influencing traits in offspring.
    Yin’s team analyzed molecules inside exercising rodents’ sperm and found tiny bits of RNA—dubbed #microRNA—that were present in higher amounts than in sperm of their idle littermates. When the scientists injected those molecules into unrelated embryos, they got animals just as fit as those that were born to exercising fathers.
    arstechnica.com/science/2026/0

  5. Rett syndrome is a severe developmental disorder triggered by mutations in the MECP2 gene, which researchers have recently discovered compromises the structural integrity of developing brain blood vessels. This #genetic mutation causes the overexpression of a specific #microRNA that breaks down the tight seals of the blood-brain barrier, resulting in vascular leakiness that disrupts neural function.
    #Neuroscience #CellBiology #Genetics #sflorg
    sflorg.com/2026/03/ns03142601.

  6. Rett syndrome is a severe developmental disorder triggered by mutations in the MECP2 gene, which researchers have recently discovered compromises the structural integrity of developing brain blood vessels. This #genetic mutation causes the overexpression of a specific #microRNA that breaks down the tight seals of the blood-brain barrier, resulting in vascular leakiness that disrupts neural function.
    #Neuroscience #CellBiology #Genetics #sflorg
    sflorg.com/2026/03/ns03142601.

  7. Rett syndrome is a severe developmental disorder triggered by mutations in the MECP2 gene, which researchers have recently discovered compromises the structural integrity of developing brain blood vessels. This #genetic mutation causes the overexpression of a specific #microRNA that breaks down the tight seals of the blood-brain barrier, resulting in vascular leakiness that disrupts neural function.
    #Neuroscience #CellBiology #Genetics #sflorg
    sflorg.com/2026/03/ns03142601.

  8. Rett syndrome is a severe developmental disorder triggered by mutations in the MECP2 gene, which researchers have recently discovered compromises the structural integrity of developing brain blood vessels. This #genetic mutation causes the overexpression of a specific #microRNA that breaks down the tight seals of the blood-brain barrier, resulting in vascular leakiness that disrupts neural function.
    #Neuroscience #CellBiology #Genetics #sflorg
    sflorg.com/2026/03/ns03142601.

  9. miR147 protects gut mucosa by strengthening epithelial integrity and controlling inflammation.

    Knockout → severe colitis, barrier loss, ↑ permeability.

    miR147 targets Ndufa4 to maintain metabolic balance + type I IFN signaling.

    Therapeutic potential in IBD & colorectal cancer.

    #GastroAGI #IBD #MicroRNA #GutHealth

  10. Japanese startup’s urine-based cancer test shows early detection potential | Health

    A URINE-based cancer screening kit developed by Japanese startup Craif Inc. has demonstrated encouraging results in detecting early-stage cancer non-i…
    #Japan #JP #JapanNews #craifinc #earlycancerdetection #healthcaretech #Hokkaido #Japanese #Japanesenews #medicalinnovation #microrna #misignal #news
    alojapan.com/1304419/japanese-

  11. Japanese startup’s urine-based cancer test shows early detection potential | Health

    A URINE-based cancer screening kit developed by Japanese startup Craif Inc. has demonstrated encouraging results in detecting early-stage cancer non-i…
    #Japan #JP #JapanNews #craifinc #earlycancerdetection #healthcaretech #Hokkaido #Japanese #Japanesenews #medicalinnovation #microrna #misignal #news
    alojapan.com/1304419/japanese-

  12. alojapan.com/1304419/japanese- Japanese startup’s urine-based cancer test shows early detection potential | Health #CraifInc #EarlyCancerDetection #HealthcareTech #Hokkaido #Japan #JapanNews #Japanese #JapaneseNews #MedicalInnovation #microrna #misignal #news A URINE-based cancer screening kit developed by Japanese startup Craif Inc. has demonstrated encouraging results in detecting early-stage cancer non-invasively, according to a report by Kyodo News. Craif Inc., a spin- …

  13. alojapan.com/1304419/japanese- Japanese startup’s urine-based cancer test shows early detection potential | Health #CraifInc #EarlyCancerDetection #HealthcareTech #Hokkaido #Japan #JapanNews #Japanese #JapaneseNews #MedicalInnovation #microrna #misignal #news A URINE-based cancer screening kit developed by Japanese startup Craif Inc. has demonstrated encouraging results in detecting early-stage cancer non-invasively, according to a report by Kyodo News. Craif Inc., a spin- …

  14. 🚨 Our Frontiers in Molecular Neuroscience review explores how microRNAs (miRNAs) could transform early diagnosis of neurodegenerative diseases 🧠

    🧬 Also covers aging & protein PTMs!
    📖 doi.org/10.3389/fnmol.2024.138
    #Neuroscience #microRNA #Neurodegeneration #Biomarkers #Alzheimers #OpenScience

  15. 🚨 Our Frontiers in Molecular Neuroscience review explores how microRNAs (miRNAs) could transform early diagnosis of neurodegenerative diseases 🧠

    🧬 Also covers aging & protein PTMs!
    📖 doi.org/10.3389/fnmol.2024.138
    #Neuroscience #microRNA #Neurodegeneration #Biomarkers #Alzheimers #OpenScience

  16. 🚨 Our Frontiers in Molecular Neuroscience review explores how microRNAs (miRNAs) could transform early diagnosis of neurodegenerative diseases 🧠

    🧬 Also covers aging & protein PTMs!
    📖 doi.org/10.3389/fnmol.2024.138
    #Neuroscience #microRNA #Neurodegeneration #Biomarkers #Alzheimers #OpenScience

  17. @mick @UlrikeHahn

    Unfortunately, at the moment we (#NeuroMiR project) cannot show something, but hopefully in the future we can show our multiplex microbead based-technology how to quantify certain biomarkers based on proteins and #microRNA for detection and quantification of neurodegenerative processes.

    P.S.: Hope my statement ages well.
    #Neuroscience

  18. @mick @UlrikeHahn

    Unfortunately, at the moment we (#NeuroMiR project) cannot show something, but hopefully in the future we can show our multiplex microbead based-technology how to quantify certain biomarkers based on proteins and #microRNA for detection and quantification of neurodegenerative processes.

    P.S.: Hope my statement ages well.
    #Neuroscience

  19. @mick @UlrikeHahn

    Unfortunately, at the moment we (#NeuroMiR project) cannot show something, but hopefully in the future we can show our multiplex microbead based-technology how to quantify certain biomarkers based on proteins and #microRNA for detection and quantification of neurodegenerative processes.

    P.S.: Hope my statement ages well.
    #Neuroscience

  20. @mick @UlrikeHahn

    Unfortunately, at the moment we (#NeuroMiR project) cannot show something, but hopefully in the future we can show our multiplex microbead based-technology how to quantify certain biomarkers based on proteins and #microRNA for detection and quantification of neurodegenerative processes.

    P.S.: Hope my statement ages well.
    #Neuroscience

  21. New Nobel laureate Victor Ambros describes the scientific process of discovering MicroRNA.

    The Conversation Weekly podcast caught up with Ambros from his lab at the UMass Chan Medical School to learn more about the Nobel-winning research and what comes next. Here are edited excerpts from @TheConversationUS: flip.it/oB-EhP

    #Nobel #MicroRNA #Science #DNA #Biology

  22. New Nobel laureate Victor Ambros describes the scientific process of discovering MicroRNA.

    The Conversation Weekly podcast caught up with Ambros from his lab at the UMass Chan Medical School to learn more about the Nobel-winning research and what comes next. Here are edited excerpts from @TheConversationUS: flip.it/oB-EhP

    #Nobel #MicroRNA #Science #DNA #Biology