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Gallery

Journal covers

  • Journal of Cell Science, September 2026. An osteosarcoma cell visualised by structured illumination microscopy: actin in magenta, paxillin in green and myosin-X in cyan. See the article by A. Popović et al. (jcs265278).Journal of Cell Science, September 2026. An osteosarcoma cell visualised by structured illumination microscopy: actin in magenta, paxillin in green and myosin-X in cyan. See the article by A. Popović et al. (jcs265278). · Cover © the publisher
  • Journal of Cell Biology, October 2017Journal of Cell Biology, October 2017 · Cover © the publisher
  • Journal of Cell Science, September 2013Journal of Cell Science, September 2013 · Cover © the publisher
  • Computer Optimized Microscopy (Methods in Molecular Biology), 2019Computer Optimized Microscopy (Methods in Molecular Biology), 2019 · Cover © the publisher
  • Journal of Cell Science, February 2023Journal of Cell Science, February 2023 · Cover © the publisher
  • Developmental Cell, October 2022Developmental Cell, October 2022 · Cover © the publisher

Images

  • Human fibroblast stained for paxillin (green), actin (blue) and fibronectin (orange). Image acquired using a structured illumination microscope.
  • Rat neuron stained for actin (green), MAP2 (magenta) and DAPI (blue).
  • An osteosarcoma cell expressing Myosin-X-GFP was recorded live. The image shows a time projection of the sequence.
  • An osteosarcoma cell labelled to visualise the actin cytoskeleton (magenta) and VASP (green).
  • Breast cancer cell labelled for actin (red), Myosin-X (green) and DAPI (to visualise the nucleus, blue).
  • A mammary fibroblast stained for actin
  • Breast cancer cell monolayer stained for actin.
  • Breast cancer cell monolayer stained for actin.
  • Cancer cell spheroid stained for actin (magenta) and collagen (green).
  • Curly collagen (green and magenta) found in the proximity of a breast tumour.
  • Cancer cells (magenta) migrating inside a blood vessel in a living zebrafish embryo (green).
  • Breast tumour stained for DAPI (blue), actin (red) and fibronectin (green).
  • Breast tumour stained for DAPI (blue), actin (red) and fibronectin (green).
  • Breast cancer cells invading through collagen. The actin cytoskeleton (white) and the nuclei (blue) are labelled.
  • Breast cancer cells invading through collagen. The actin cytoskeleton (white) and the nuclei (blue) are labelled.
  • Breast cancer cells invading through collagen. The actin cytoskeleton (white) and the nuclei (blue) are labelled.
  • Breast cancer cells invading through collagen. The actin cytoskeleton (white) and the nuclei (blue) are labelled.
  • Breast cancer cells invading through collagen. The actin cytoskeleton (black) and the nuclei (blue) are labelled.
  • Endothelial cells expressing paxillin-GFP were recorded live. A time projection is displayed.
  • An osteosarcoma cell labelled for actin (magenta) and paxillin (green), imaged using structured illumination microscopy.
  • A fibroblast stained for active integrin (green) and Arp2/3 (magenta). Image acquired using a structured illumination microscope.
  • Breast cancer cell labelled for actin (green), Myosin-X (red) and DAPI (blue).
  • Breast cancer cells invading through collagen. The actin cytoskeleton (green) and the nuclei (blue) are labelled.
  • Microscopy image from the Cell Migration Lab
  • Osteosarcoma cell labelled for actin and imaged using structured illumination microscopy. Colour indicates the z-position.
  • Human embryonic stem cell labelled for paxillin (green) and actin (blue), imaged using structured illumination microscopy.
  • Breast cancer cells plated on fibronectin, labelled to visualise the actin cytoskeleton and imaged using structured illumination microscopy.
  • Microscopy image from the Cell Migration Lab
  • Microscopy image from the Cell Migration Lab
  • Microscopy image from the Cell Migration Lab
  • Microscopy image from the Cell Migration Lab
  • Microscopy image from the Cell Migration Lab