| 1 | Sigrid Berglund, Uppsala University, Design, production and evaluation of a de novo enzyme for hydrogen evolution |
| 2 | Christopher Dirks, Karolinska Institutet, Systematic profiling of drug metabolite interactions with the dNTPase SAMHD1 |
| 3 | Hillevi Fjellström & Jonna Lidén, Totalförsvarets forskningsinstitut (FOI), Modulation of Acetylcholinesterase Dynamics by Ethyl Paraoxon |
| 4 | Gina Jackisch, University of Gothenburg, Electric-field-stimulated protein mechanics to study structural changes in yeast aquaporin AQY1 |
| 5 | Angelica Nash, Lund University, Unravelling the true identity of XIP1;1α in Nicotiana benthamiana |
| 6 | Johannes Panagiotidis, University of Gothenburg, Investigating hAQP4 Inhibition and its Protein-Protein Interactions |
| 7 | Helin Strandberg, Lund University, Decoding the AQP-Ezrin connection: a structural and functional insight into their interactions |
| 8 | Susana Fernandes, Stockholm University, Cotranslational folding of an integral membrane protein GlpG into an artificial protein WRAP |
| 9 | Ane Metola, Stockholm University, How can the cell assemble complex structural motifs of integral membrane proteins? |
| 10 | Filippo Perego, Lund University, Molecular basis of human Aquaporins inhibition |
| 11 | Isabel Bento, MAX IV, BioMAX at MAX IV: Enabling Diverse Approaches in Macromolecular Crystallography |
| 12 | Alexander Korsunsky, Linköping University, Do AlphaFold Ensembles Capture Side-Chain Fluctuations? A Large-Scale Benchmark Against MD and PDB Homologsh |
| 13 | Dean Lang, MAX IV Laboratory, MAX 4U- the first fourth-generation lightsource upgrade |
| 14 | Bernadette Mayer, University of Gothenburg, Elucidating KcsA structural dynamics using time-resolved X-ray solution scattering and molecular dynamics simulations |
| 15 | Ilari Rautio, Lund University / RISE Research Institutes of Sweden, De Novo Design of Mini-Protein Inhibitors Targeting Urocanate Reductase |
| 16 | Antonio Rodriguez Blazquez, Umeå University, Deciphering the molecular mechanism of a novel cryptosporidiosis therapy |
| 17 | Valerio Romano, University of Gothenburg, Functionalization of KcsA for Time-Resolved Structural Studies |
| 18 | Gabriela Schröder, MAX IV Laboratory / Lund University, TR+: Time-Resolved Photons for Life Science at MAX IV |
| 19 | Anton Sellerberg, BioMS Lund, HDX-MS, Integrating Machine Learning for Improved Data Interpretation |
| 20 | Claudia Alleva, Stockholm University, Computational characterization of proton coupling in Xyle |
| 21 | Ashish Kawale, Swedish NMR Centre at the University of Gothenburg, From DNA to Protein in under 4 hours using Automated Cell-Free Protein Synthesis |
| 22 | Tamim Al-Jubair, Lund University, Cryo-EM Enabled Drug Discovery Targeting Aquaporin-4 in Brain Edema |
| 23 | Moa Carlsson, University of Gothenburg, Electron microscopy and Tomography studies of Caenorhabditis elegans mitochondrial respiratory complexes during anoxic conditions |
| 24 | Constantinos Chatzicharalampous, Lund University, Structural analysis and protein-protein interactions of the multidomain PARP14 enzyme |
| 25 | Oscar E. Chiang, University of Gothenburg, Structural studies of proteins with therapeutical potential |
| 26 | Yui Yee Chow, University of Gothenburg, Structural diversity of the spermatozoon end piece |
| 27 | Haritha D, Uppsala University, How a multifunctional bacteriophage protein counteracts bacterial defense: Structural basis of inhibition of E. coli Type I RM system by T3 SAM lyase |
| 28 | Taylor Devlin, Umeå University, Structural and Thermodynamic Insights into Adhesin-Mediated Pathogenesis in Enterococci |
| 29 | Dinesh Dhurvas Chandrasekaran, Umeå University, Optimizing Semliki Forest Virus Replication Organelle Purification for Cryo-electron Tomography of the Neck Complex |
| 30 | Anna-Lena Fischer, Uppsala University, From old find new: Unraveling phytochrome structural dynamics from single-particle cryo-EM using cryoSPHERE |
| 31 | Candice Gautier, Uppsala University, Divide to conquer: Deciphering the interaction landscape of whirlin, an Usher syndrome protein |
| 32 | Simon Gripvall, Lund University, Structural basis of interacting complexes in the intracellular relocalisation of Aquaporin-4 |
| 33 | Johanna Hultman, Linköping University, The N-Myc MB0-MBI region interacts specifically and dynamically with the N-lobe of Aurora kinase A |
| 34 | Juliane John, Stockholm University, Investigation of a novel group of small ribonucleotide reductases |
| 35 | Koen Jurgens, Stockholm University / SciLifeLab, Structural basis for the interplay between VCP/p97 and ataxin-3 |
| 36 | Bhavna Kumari, Umeå University, Solving the Structure of Needle-Shaped LolB Microcrystals from Shigella via MicroED |
| 37 | Finja König, Stockholm University, The structure and function of cytochrome c dependent Nitric Oxide Reductase from Paracoccus denitrificans |
| 38 | Clara Manesco, Uppsala University, Unlocking the viral capsid: crown protein and pore structural and functional analysis in dsRNA Virus |
| 39 | Katharina Niekamp, Stockholm University, Investigation of tyrosyl-radical maintenance in ribonucleotide reductase |
| 40 | Kendra Njo, Uppsala University, Elucidating the Structures of Blue-Light Photoreceptor Proteins and Their Light-Induced Intermediate States |
| 41 | Maria Nowakowska, Stockholm University, Botulinum neurotoxins exploit host digestive proteases to boost their oral toxicity via activating OrfX/P47 |
| 42 | Filip Perschke, Uppsala University, Developing micro-to-milisecond time resolved cryo-EM using caged ATP – GroEL a proof of concept |
| 43 | M. Cäcilie Schmidt, Stockholm University / SciLifeLab, Structural Basis of a Subtype-specific Modulator in a Human GABA(A) Receptor |
| 44 | Bina Singh, Umeå University, Role of NS4B protein in the formation of the Replication Complex in Langat Virus |
| 45 | Marie Sorin, Umeå University, Structural characterization of Human Adenoviruses D56 and D36 |
| 46 | Emilia Strandback, Karolinska Institutet, Protein Science Facility, Karolinska Institutet |
| 47 | Catherine Thomas, Lund University, Small Molecule HIV-1 Nef Inhibitors Disrupt Nef Homodimer Formation in vitro |
| 48 | Ellen Walse, Stockholm University, Decoding Botulinum Neurotoxins: Harnessing Single Particle Cryo-EM for Molecular Insights |
| 49 | Stacey Wassel, Lund University, In vitro analysis of PARP11 suggests functional relevance of dimerization |
| 50 | Elin Hellquist, University of Gothenburg, Trans-hyponitrite (N2O22-) adopts an unconventional ligand binding mode in ba3-type cytochrome c oxidase |
| 51 | Josefin Ridaeus, University of Gothenburg, Structural studies of the bacterial cytochrome P450 DitU using serial crystallography towards time-resolved studies |
| 52 | Annica Saaret, Stockholm University, Crystallographic fragment screening for a small cancer target |
| 53 | Amrita Salim, Umeå University, Elucidating the structure & self-regulation of PrgK- mediated cell wall remodeling in E. faecalis during conjugation |
| 54 | Hannah Wickbom, Linköpings University, Structural insights into the 2A2 protein from Duck Hepatitis A virus |
| 55 | Vilmina Yngvesson, Lund University, PARP15 and PARP14 Mediate ADP-Ribosylation of PKM2 |
