Embedded in the SILS research groups that are dedicated to their own research, SILS contains several expertise centres that contribute to the research in- and outside of SILS with valuable technological expertise. The involved technologies have considerable importance for several research lines, and are therefore serving as underpinning technologies for the whole institute.
The goal of the van Leeuwenhoek Centre for Advanced Microscopy-FNWI is to boost Life Sciences research using (optical) microscopy techniques. This expertise centre facilitates molecular cellular studies by providing support in translating biological questions into microscopy approaches and by providing state-of-the-art microscopy (training) infrastructure for researchers. Because of the integrated expertise and advanced instrumentation, the centre has triggered significant collaborative research projects both within and outside SILS.
Most prominent activities within LCAM-FNWI are within the domain of functional imaging microscopy: FRET, FLIM, FC(C)S, PCH, FRAP and dynamic multiparameter imaging including spinning disk, (spectral) confocal and multichannel widefield (ratio) imaging with the connected digital image processing and analysis.
LCAM is a collaboration between the faculty of science (LCAM-FNWI) of the UvA, the Academic Medical Center-Amsterdam (LCAM-AMC) and the Netherlands Cancer Institute (LCAM-NKI). Recently LCAM has become a Euro-BioImaging flagship centre for functional imaging and high content microscopy.
Omics is defined as the study of genes and genomes, their functions, plus related techniques, bioinformatics, and computer infrastructure. As such, omics is a multidisciplinary subject, aimed to understand life-sciences topics through the analysis of DNA (genomics) or RNA (transcriptomics). The most-important involved omics elements are here: (techniques) microarray technology and next-generation sequencing (NGS); (bioinformatics) statistics, modeling, and systems biology; (computer infrastructure) high-performance computing (HPC) and research data management (RDM); (biology) whole-genome experimentation plus complexity and multilevel reasoning. Within SILS, the genomics and transcriptomics expertise is traditionally placed with the UvA expertise center MAD: Dutch Genomics Service & Support Provider. From 2000 on, the MAD has built, in close collaboration with SILS and external partners, an impressive genomics and transcriptomics instrumentation and know-how on all mentioned omics elements. These are, just like the other SILS underpinning technologies, made available to SILS researchers, giving them an important competitive edge. To ensure the necessary link with research, the MAD staff is also part of the RNA Biology & Applied Bioinformatics group.
The amount of "big data" is growing exponentially due to technical developments. It is not uncommon to measure metabolomics, proteomics, gene-expression and, also recently, micobiome RNAseq data on the same biological system, e.g., in plants. This creates challenges for the data analysis, since these data needs to be analysed simultaneously to arrive at a sensible interpretation of the underlying biological processes. Moreover, such data needs to be combined with available background knowledge. There is a growing need within SILS for support in the analysis of such data sets, which asks for high-level trained personnel since the type of data analysis is very advanced, and even has to be developed to a certain extent. Members of the research group Biosystems Data Analysis are an important hub in providing support for advanced data analysis
Mass spectrometry is a core technology in both metabolomics and proteomics and generates much of the “big data” for systems biology. At SILS the Mass Spectrometry Core provides research support to scientists (SILS, FNWI, Amsterdam UMC and External) looking to apply metabolomics or proteomics analyses in their research. We provide support and advise from project inception to data analysis (often in collaboration with the Advanced Data Analysis group) and all steps in between. We use state of the art LC-MS to support a wide range of proteomics-, untargeted metabolomics- and lipidomic-analyses. In addition, our research group is continuously developing new methodologies to provide new ways of applying mass spectrometry in the life sciences.
Starting 2020 we also host the Proteomics Facility of Amsterdam UMC.