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Suliana Manley Full professor PhD, physics, Harvard University 2004 Office: BSP427 [email protected] |
| I am the luckiest person to get to work with this amazing team! | |
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Postdoctoral fellow
PhD, biophotonics, Université Laval 2026
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| My research focuses on developing smart microscopy pipelines and open-source computational tools to investigate mitochondrial dynamics at scale. | |
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Postdoctoral fellow
PhD, biological science, University of Cambridge LMB 2021
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| I am passionate about understanding cell death processes and mitochondrial function. I investigate how mitochondria are remodeled during cell death and how they act as dynamic signaling platforms that influence cellular fate, including survival, death and inflammation. | |
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Postdoctoral fellow
PhD, biology, Max Planck Institute of Biochemistry 2025
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| I study how mitochondria interact with other organelles by combining live cell imaging and correlative electron microscopy. | |
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Doctoral student
MPhil, chemistry, University of Cambridge 2022
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| I’m a chemist with a strong interest in advancing our understanding of biological systems through super-resolution microscopy methods. Currently, my research involves exploring surface modifications that enable label-free DNA-PAINT techniques using Interferometric Scattering Microscopy (iSCAT). | |
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| Driven by a passion for insights into complex biological systems, I aim to develop innovative imaging methods. I am using smart microscopy strategies to adapt imaging parameters and modalities on-the-fly, allowing a better understanding of mitochondrial dynamics. Additionally, I work on a label-free super-resolution microscopy approach combining mass photometry and DNA-PAINT techniques. | |
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Postdoctoral fellow
PhD, cross-disciplinary biomedical sciences, Johns Hopkins University 2026 Office: BSP424 [email protected] |
| I am excited by how molecules behave in time and space, and how their characteristic parameters support their biological functions. Specifically, here I focus on mitochondrial nucleoids and mRNA granules. | |
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Postdoctoral fellow
PhD, mitochondrial biology & medical science, University of Cambridge 2025 Office: BSP428 [email protected] |
| I am driven by a deep fascination with how mitochondrial structure and dynamics influence cellular function, with a particular focus on cristae architecture, bioenergetics, and mtDNA organization. My work combines live-cell super-resolution imaging with quantitative analysis to uncover how mitochondrial form and function are coupled across space and time. Ultimately, I aim to reveal fundamental principles governing mitochondrial behavior in health and disease. | |
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| I am passionate about improving the quantitative understanding of living systems. My research is focused on the development of smart microscopy techniques and image analysis tools to study cellular dynamics. | |
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| I am combining in situ cryo-electron tomography with super-resolution light microscopy and live-cell imaging. My ultimate goal is to visualize cellular architecture and organelle dynamics at high-resolution, live and in color. | |
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Qian Wang Administrative assistant Office: BSP426 Phone: +41 21 693 46 19 [email protected] |
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Laboratory technician
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Engineer
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