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Suliana Manley Full professor PhD, physics, Harvard University 2004 Office: BSP427 [email protected] |
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Doctoral student
MSc, physics, EPFL 2020
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| I am studying the relationships between mitochondrial networks and nucleoid motion using concepts from graph theory and topology. I also am developing Deep Learning methods for in silico labeling of microscopy images, to recover fluorescence information from label-free images. | |
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Doctoral student
MSc, molecular biosciences, Heidelberg University 2021
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| I am studying the interplay between the microtubule network and lipid droplet dynamics. To this end, I exploit molecular biology and super resolution microscopy techniques. | |
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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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Postdoctoral fellow
PhD, biomedicine/integrative life sciences, University of Helsinki 2022 Office: BSP428 [email protected] |
| I am a chemist turned mitochondria enthusiast. Using molecular biology, super-resolution microscopy and smart imaging techniques, I aim to decipher the complex behavior of the tiny intruders that live inside our cells, mitochondria, and how this affects their genetics, function and the health of the cell as a whole. | |
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| I really enjoy the challenge of maximizing resolution with super resolution microscopy to understand ultrastructural changes in cells. Through the combination of expansion microscopy with dSTORM, STED, and iSIM, I am addressing questions concerning centrioles as well as mitochondria. The goal is to improve our understanding of specific protein-protein interactions and to learn of their consequences on organelle function. | |
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Doctoral student
MSc, computational biology, University College London (UCL) 2023 Office: BSP425 [email protected] |
| I combine experiment and computation to investigate mitochondrial quality control mechanisms. I use smart microscopy to zoom in on these dynamic communication hubs in the cell, keeping in mind the evolutionary context of mitochondria as ancient endosymbionts. | |
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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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Willi Stepp Postdoctoral fellow PhD, physics, Technical University Munich 2020 Office: BSP425 [email protected] |
| I’m working on smart imaging solutions for dynamic biological events using optical and computational tools. For this purpose, I’m implementing hardware control in Python/Java, on-the-fly image processing and custom-built microscope systems. | |
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| I am interested in quantifying protein interaction with label-free microscopy. To achieve this, I combine DNA-PAINT with interferometric scattering microscopy (iSCAT). | |
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HFSP Cross-Disciplinary Postdoctoral fellow
PhD, engineering, Istituto Italiano di Tecnologia 2020 |
| My research focuses on the design and development of versatile, smart microscopy architectures, with the ultimate goal of maximizing the information retrieved by each measurement. Currently, I am leveraging field-programmable gate arrays, fast computational tools, spatial light modulators, and many optical components to realise a multiplexed tracking system. | |
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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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Irina Lopez Administrative assistant Office: BSP426 Phone: +41 21 693 46 19 [email protected] |
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