Charting the landscape of cytoskeletal diversity in microbial eukaryotes.
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| Auteurs principaux: | , , , , , , , , , , , , , , , , , , , , , |
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| Format: | Artículo científico |
| Langue: | en |
| Publié: |
Cell
2025
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| _version_ | 1868266132939472897 |
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| author | Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya |
| author_facet | Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya |
| collection | PubMed - marine biology |
| contents | Charting the landscape of cytoskeletal diversity in microbial eukaryotes. Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya Cytoskeleton Eukaryota Microtubules Biodiversity Microscopy, Electron Microbial eukaryotes remain understudied despite their critical ecological importance, with the exception of a few established models. They are often small, difficult to culture, and resistant to standard labeling and imaging techniques. Here, we use ultrastructure expansion microscopy (U-ExM) to carry out high-resolution volumetric imaging of over 200 cultured planktonic eukaryotes across major lineages. By combining U-ExM with pan- and specific immuno-labeling, we reveal microtubule and centrin-containing elements and assign molecular identities to enigmatic cytoskeletal structures observed previously only by electron microscopy. This comprehensive resource provides a basis for understanding cytoskeletal diversity, phenotypic plasticity, and evolutionary dynamics. Moreover, our approach extends to mixed environmental samples, paving the way for environmental cell biology at ultrastructural resolution-a crucial step toward understanding and protecting ecosystems in the face of accelerating biodiversity loss. |
| format | Artículo científico |
| id | pubmed_41175866 |
| institution | PubMed |
| language | en |
| publishDate | 2025 |
| publisher | Cell |
| record_format | pubmed |
| spellingShingle | Charting the landscape of cytoskeletal diversity in microbial eukaryotes. Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya Cytoskeleton Eukaryota Microtubules Biodiversity Microscopy, Electron Charting the landscape of cytoskeletal diversity in microbial eukaryotes. Mikus, Felix Rubio Ramos, Armando Shah, Hiral Hellgoth, Jonas Olivetta, Marine Borgers, Susanne Saint-Donat, Clémence Araújo, Margarida Bhickta, Chandni Cherek, Paulina Bilbao, Jone Txurruka, Estibalitz Eglit, Yana Leisch, Nikolaus Schwab, Yannick Husnik, Filip Seoane, Sergio Probert, Ian Guichard, Paul Hamel, Virginie Dey, Gautam Dudin, Omaya Cytoskeleton Eukaryota Microtubules Biodiversity Microscopy, Electron Microbial eukaryotes remain understudied despite their critical ecological importance, with the exception of a few established models. They are often small, difficult to culture, and resistant to standard labeling and imaging techniques. Here, we use ultrastructure expansion microscopy (U-ExM) to carry out high-resolution volumetric imaging of over 200 cultured planktonic eukaryotes across major lineages. By combining U-ExM with pan- and specific immuno-labeling, we reveal microtubule and centrin-containing elements and assign molecular identities to enigmatic cytoskeletal structures observed previously only by electron microscopy. This comprehensive resource provides a basis for understanding cytoskeletal diversity, phenotypic plasticity, and evolutionary dynamics. Moreover, our approach extends to mixed environmental samples, paving the way for environmental cell biology at ultrastructural resolution-a crucial step toward understanding and protecting ecosystems in the face of accelerating biodiversity loss. |
| title | Charting the landscape of cytoskeletal diversity in microbial eukaryotes. |
| topic | Cytoskeleton Eukaryota Microtubules Biodiversity Microscopy, Electron |
| url | https://pubmed.ncbi.nlm.nih.gov/41175866/ |