Foto: Universität Tübingen/Jörg Jäger

Next Generation Sequencing (DNA/RNA)

  • Library preparation (including quality control and validation)
    • Genomic libraries with different insert lengths or PCR free
    • RNA-Seq libraries
    • Chip-Seq libraries

  • DNA/RNA sequencing using Illumina MiSeq, HiSeq 2500, HiSeq 3000 and NovaSeq platforms, as well as PacBio Sequel and Oxford Nanopore sequencing.




  • Sample preparation for proteomics
    • Enzymatic digest
    • Fractionation of proteins (1D-PAGE) and peptides (isoelectric focussing (IEF))

  • Quantitative shotgun proteomics assays
    • Stable isotope labeling of aminoc acids in cell culture (SILAC)
    • Label-free quantification

  • LC-MS/MS measurements on high resolution platforms
    • Thermo Fisher LTQ-Orbitrap XL
    • Thermo Fisher LTQ-Orbitrap Elite
    • Thermo Fisher Q-Exactive plus

  • Quantitative targeted proteomics
    • Targeted MS2 assays using Thermo Fisher q-Exactive plus

  • Analysis of postranslational modifications (PTM)
    • Routine analysis of phosporylated proteins via TiO2 enrichment of peptides




  • Metabolomics profiling of metabolites (untargeted Metabolomics)
    • Waters Synapt G2

  • Targeted metabolomics
    • Absolute quantification using Biocrates chemistry
    • Quantification using multiple reaction monitoring (MRM)



Data Management & IT

  • Transfer, storage and user-authorized access to large OMICS data
    • OpenBIS is used as a central data management facility. Data moving is done using Rsync routines as part of the OpenBIS data mover

  • Web-portal-based data access to data and analysis pipelines
    • Liferay is used as Portal solution
    • gUSE is in use a production workflow system and as an interface the high-performance-computing (HPC) cluster



Analysis and Visualization

  • Comprehensive analysis pipelines
  • Web-portal-based data visualization
  • Statistical assessment and support in biological interpretation



Structural Biology

  • Small-Angle X-ray Scattering (SAXS)
    • structure of materials (crystalline, amorphous, or porous)
    • solution structure of nanoparticles, colloids, surfactant, polymer or biomacromolecules (protein or DNA)
    • kinetics of phase transition, self-assembly, etc.


Small-angle x-ray scattering is a powerful technique to study the structure and interactions of various systems with a typical size on the order of 1 nm to 100 nm. Particularly the properties of biological macromolecules such as DNA and proteins can be determined by SAXS. For more information about SAXS/WAXS please visit the following website:




Dr. Stefan Czemmel

Tel.: +49-7071 29-72162