Electron microscopy


  1. Transmission Electron Microscope. Tecnai 10 (FEI)
  2. Cryo-Electron Microscope Talos FC 200 (TFS)
  3. CETA 16 Mp camera (TFS)
  4. Falcon 2 Direct Electron Detector (TFS)
  5. Vitrobot (TFS)
  6. Cryo Holder and transfer station (Gatan)
  7. Environmental Scanning Electron Microscope. Quanta 200 FEG (FEI)
  8. Room temperature-and Cryo-Ultramicrotomes. Leica EM UC6 and UC7
  9. Critical point dryer Leica EM CPD030.
  10. High Vacuum CoatingSystem Leica EM MED020.
  11. Plasma glow-discharge ELMO system
  12. UV-cleaner JELight
  13. Single Particle Analysis station (Performance GPU Workstation SP-G3-O)


A. Cryo Electron Microscopy (CryoEM)

  1. Single Particle Analysis, screening and generation of maps and protein structure models.
  2. Electron tomography (ET) in STEM and TEM modes (room temperature and Cryo conditions)
  3. Liposome analysis (TEM and CryoET)
  4. Bacterial envelope analysis (CryoET)
  5. Generation of segmented tomography 3D volumes.

B. Transmission A. Electron Microscopy (TEM)

  1. Ultra-structural analysis of ultra-thin sections of tissues and isolated cells.
  2. Particle analysis by negative staining of phages, viruses and other nanoparticles.
  3. DNA and RNA imaging by spreading and shadowing techniques.
  4. R oom temperature- and cryo-ultramicrotomy (cryo-sectioning)
  5. I mmuno-gold localisation on resin-embedded ultra-thin sections, or on cryo-sections by the Tokuyasu method.
  6. Sample preparation for all the above mentioned analyses.

B. Scanning Electron Microscopy (SEM)

  1. Analysis of conductive (metalized) and non conductive (environmental) biological samples
  2. Analysis of nanomaterials
  3. Sample preparation for SEM

C. Qualitative and quantitative image analyses.

D. Consultancy and training in EM.


Academic supervisor