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In this article, we meet NCMM Group Leader and Zebrafish Core Facility Leader, Camila Esguerra, and learn about the power of zebrafish as a model organism and the core facility she directs at the University of Oslo.
Felipe Cava, MIMS Senior Principal Investigator and Associate Professor at the Department of Molecular Biology at Umeå University, wants to understand the diversity of cell wall biology across species and how this knowledge can be used to fight emerging infectious diseases.
Behind the Science: NCMM Group Leader Sebastian Waszak and his team are advancing the understanding of childhood brain tumor evolution, exploring new approaches to molecular diagnostics, and utilizing knowledge gained from clinical cancer genomics.
Meet FIMM’s Single-Cell Analytics Unit leader, Pirkko Mattila, and learn about the single-cell technologies that she and her team provide for academic researchers.
Researchers at FIMM have developed an effective computational approach that can automatically identify various cell types based on single-cell RNA-sequencing data. The method has a huge potential for unbiased profiling of mixtures of cells, both for large-scale projects and samples derived from a single patient.
Danish node of the Nordic EMBL Partnership, DANDRITE, welcomes new associated investigator Felicity Davis from EMBL Australia.
This month, we highlight DANDRITE alumna Milena Timcenko and learn where she’s letting her research interests in atomic-level protein structure take her.
André Mateus joined Umeå University in the beginning of February 2022 as a newly recruited assistant professor at the Department of Chemistry, and he is also appointed as MIMS Team Leader. His expertise in proteomics is an exciting new addition to the Umeå protein research community.
NCMM group leader Dr. Emma Haapaniemi, Professor Eivind Valen and collaborators will advance gene therapy for primary immunodeficiencies
NCMM has opened an international call for applications for one to two new group leaders who will be future scientific leaders in machine learning, tackling fundamental biological questions with potential for application to precision medicine.
This study from researchers at MIMS and their collaborators, published in PloS Pathogens opens up new ways of selectively eradicating intracellular infection, proposing the inhibition of alaninol formation as a novel way of acting on infections caused by Salmonella.
Researchers from the Institute for Molecular Medicine Finland (FIMM) and collaborators at Helsinki Institute for Information Technology (HIIT) present a new computational platform, ScType, for cell profiling based single-cell RNA-sequencing data. They also demonstrate how it distinguishes between healthy and malignant cells, making it a versatile tool also for cancer applications. Open access through a web-based interface or as an open source R-package.
