user avatar
Schuh Lab
@SchuhLab
Illuminating the beginning of life at the Department of Meiosis, @mpi_nat. Account managed by Melina and Vanessa @SchuhLab.
Göttingen, Germany
Joined May 2018
Posts
  • Pinned
    user avatar
    Honored to receive the Falling Walls Science Breakthrough of the Year 2025 (Life Sciences)! 🧬 With Tabea Lilian Marx, Christopher Thomas & our team, we filmed ovulation in real time — a dream come true. 👉 mpinat.mpg.de/5118437/pr_2518 #FallingWalls #ScienceSummit25
  • user avatar
    Each month an #egg is ovulated from the #ovary, starting the journey of reproduction. But how does ovulation occur?🥚 Our latest work in @NatureCellBio led by @LastChrisThomas and @Tabea_Marx, describes the control of #ovulation using live imaging. bit.ly/3Ya8dEL (1/7)
    00:00
  • user avatar
    Women are born with all their oocytes, which need to stay viable for decades to ensure fertility. How are they maintained for that long? Our latest research in @NatureCellBio reveals that oocyte maintenance involves exceptional protein longevity. nature.com/articles/s4155… (1/9)
  • user avatar
    Women lose >90% of their #eggs by their mid-30s, with persistent #DNADamage driving this loss. But why isn’t this damage repaired? Our new work in @CurrentBiology, led by @ninadini_sharma, reveals the causes of high DNA damage in aged oocytes.🧬💥 bit.ly/48e35Ee (1/13)
    00:00
  • user avatar
    A sperm fuses with an egg to form a zygote. After fertilization, the maternal and paternal chromosomes need to migrate and meet in middle of the zygote. Our latest work in @NatureComms reveals how this is achieved in mouse zygotes. (1/5) 🔗tinyurl.com/wghs1 @mpi_bpc
    GIF
  • user avatar
    We had so much fun taking our new group photo – fully Corona-safe! 😉📦 Special thanks to our fantastic media service @mpi_bpc for making this possible!🤗
  • user avatar
    Oocytes rely on maternal mRNAs for development into healthy eggs. But where and how are these mRNAs stored? Our latest work in @ScienceMagazine shows that mammalian oocytes store mRNAs in a mitochondria-associated membraneless compartment (MARDO). bit.ly/3MNQSf1 (1/9)
  • user avatar
    Only 1 in 3 fertilizations leads to a successful pregnancy. Embryo fate is often already decided directly after fertilization, when the chromosomes from each parent combine, as we report in our latest study (out now in @CellCellPress). cell.com/cell/fulltext/… (1/8)
    GIF
  • user avatar
    Our new paper in @CellCellPress answers a decades-old question: what is the function and composition of enigmatic structures called cytoplasmic lattices in mammalian oocytes? -> They are storage sites for essential proteins for the early embryo! bit.ly/45XwShG🧵(1/10)
  • user avatar
    Did you know that 50-70% of human & bovine embryos have an incorrect number of chromosomes? The majority of errors arise in the early embryo, but where they come from was unclear. Our latest work on @biorxivpreprint sheds light on this important question. tinyurl.com/y52ze2mh
    GIF
  • user avatar
    Human oocytes separate chromosomes with an unstable spindle. This often causes aneuploidy, causing miscarriages & infertility. Our latest work in @ScienceMagazine shows why human spindles are so unstable, and how we can make them work more reliably. bit.ly/366wvZ9 (1/8)
    00:00
  • user avatar
    In the latest issue of @CellCellPress we show that mammalian oocytes store proteins for the early embryo on cytoplasmic lattices. Imagine the cytoplasm as a pantry with proteins stored on shelves made by cytoplasmic lattices! Thanks to @munafomarzia for the beautiful #SciArt!
    In the latest issue! Mammalian oocytes store proteins for the early embryo on cytoplasmic lattices dlvr.it/SzD6pC
  • user avatar
    Wondering whether you should become a PI? In this turning point piece in @NatureCellBio I share how it was for me to start my own lab (and a family in parallel). rdcu.be/5mv6
  • user avatar
    Why do eggs in ovaries last for decades? Long-lived proteins may be key! Read more about our recent @NatureCellBio study and a related @eLife study by @NUDuncanLab in this nice news article in @ScienceMagazine.