Seher Dilek
@seher-dilek.bsky.social
PhD student in Centriole Lab at the UNIGE 🇨🇭
Scientist in the making. Interests lie in centrioles/centrosomes/cilia and more broadly, all things microscopy and pretty images
Scientist in the making. Interests lie in centrioles/centrosomes/cilia and more broadly, all things microscopy and pretty images
Reposted by Seher Dilek
A cilium of a fixed RPE-1 cell, expanded and imaged with #3DSTED and #FLEXPOSURE adaptive illumination. CEP164 🟥 (STAR RED), acetylated tubulin+CCDC41 🟦 (STAR ORANGE).
Samples courtesy: Dong Kong & Jadranka Loncarek. Cancer Innovation Laboratory, NCI/CCR.
#ExM #superresolution #fluorescencefriday
Samples courtesy: Dong Kong & Jadranka Loncarek. Cancer Innovation Laboratory, NCI/CCR.
#ExM #superresolution #fluorescencefriday
July 11, 2025 at 8:16 AM
A cilium of a fixed RPE-1 cell, expanded and imaged with #3DSTED and #FLEXPOSURE adaptive illumination. CEP164 🟥 (STAR RED), acetylated tubulin+CCDC41 🟦 (STAR ORANGE).
Samples courtesy: Dong Kong & Jadranka Loncarek. Cancer Innovation Laboratory, NCI/CCR.
#ExM #superresolution #fluorescencefriday
Samples courtesy: Dong Kong & Jadranka Loncarek. Cancer Innovation Laboratory, NCI/CCR.
#ExM #superresolution #fluorescencefriday
Reposted by Seher Dilek
It is out! 🦚 I recorded hundreds of #ExM 🔬images of cytokinetic bridges and averaged them into 6 stages. How? With help from our fantastic collaborators @zacsimile.bsky.social and @jonasries.bsky.social in Vienna 😇. Check out the full atlas here: doi.org/10.5281/zenodo.17232370
September 30, 2025 at 4:25 PM
It is out! 🦚 I recorded hundreds of #ExM 🔬images of cytokinetic bridges and averaged them into 6 stages. How? With help from our fantastic collaborators @zacsimile.bsky.social and @jonasries.bsky.social in Vienna 😇. Check out the full atlas here: doi.org/10.5281/zenodo.17232370