1. IBDM
   1. IBDM platform
      1. Video microscopy
         1. AxioImager M2 (statif droit)
         2. DMRB Leica (statif droit)
         3. AxioObserverZ1 (statif inversé)
         4. AxioImager Z1 (statif droit)
         5. AxioImager M2 (statif droit)
         6. Axioplan2 Imaging (statif droit)
         7. AxioObserverZ1 (statif inversé), contrôle environnemental
         8. Axioplan2 (statif droit)
         9. Leica DMRXA2
      2. Confocal microscopy spinning disk (Nipkow's disk)
         1. Roper Yokogawa X1, FRAP 2 caméras Evolve (statif inversé Nikon), contrôle environnemental
      3. Confocal microscopy
         1. ZEISS LSM 510 (statif inversé)
         2. 2 ZEISS LSM 510 Meta (statif inversé et droit)
         3. ZEISS LSM 780 (statif droit)/ FCS
         4. Zeiss LSM 880 Airy scan/FLIM
         5. Zeiss Light Sheet Z1
      4. Biphoton microscopy
         1. ZEISS LSM 510 NLO (statif inversé)
         2. ZEISS LSM 7MP (statif droit), contrôle environnemental
      5. HD microscopy
         1. STED 3 X laser continu (591nm,660) leica
         2. PALM (homemade)
   2. Team equipments
      1. Team LECUIT
         1. Spinning disk CSU 22 avec nanodissection laser (homemade)
         2. Spinning disk X1 2 cameras, module FRAP Roper
      2. Team LENNE
         1. Lattice light sheet, FCS (homemade)
         2. Light sheet sur système droit (homemade)
         3. Optical tweezers + spinning disk (homemade)
      3. Team MICHELOT
         1. Nikon Tirf azimutal roper
2. INMED
   1. InMagiC platform
      1. Confocal microscopy
         1. Olympus FV500
         2. Leica SP5 X
         3. Zeiss LSM800
      2. Structured Illumination microscopy
         1. Zeiss ApoTome 2
      3. Light-sheet illumination microscopy
         1. Ultramicroscope LaVision Biotec
      4. Multiphotons multifocal microscopy
         1. TriMscope I– LaVision Biotec (in vitro)
      5. Lab microscopy
         1. Fluorescence stereo microscope
         2. Fluorescence microscope
         3. 2 Reversed fluorescence microscope (EVOS)
         4. Reversed fluorescence microscope (camera and screen)
   2. Inmed's devices
      1. Multiphotons microscopy
         1. Scientifica
      2. Patch-Clamp
         1. 18 microscopes equipped for fluorescent signals detection and measures
         2. 8 microscopes equipped for dynamic measures of fluorescent signals (Ca2+ or Cl-)
      3. Fluorescent Stereo microscope
      4. 2 miniaturized endoscopes (Inscopix)
   3. Team COSSART
      1. Multiphotons multifocal microscopy
         1. TriMscope I – LaVision Biotec (in vitro)
      2. Multiphotons microscopy
         1. TriMscope II – LaVision Biotec (in vivo)
      3. Multiphotons microscopy Home maid (in vivo)
3. LAI
   1. LAI's devices
      1. Confocal microscopy
         1. Zeiss LSM 510
      2. Total internal Reflection Fluorescence
         1. Microscope Zeiss Z1
         2. Zeiss Z1 (fully motorized) for fluorescence with CCD
      3. Inverted microscopy
         1. Semi motorized inverted microscope with temperature control
      4. Fast camera
         1. Photron Fastcam DA-4 (2011)
      5. Atomic Force microscopy
         1. JPK Nanowizard I
      6. Protein printer
         1. Alveole
      7. Biomembrane Force Probe
      8. Optical tweezers
         1. JPK Nanotracker II, Piezo table, 3W IR laser, Trap Multiplexing on Zeiss Observer D1 with LED illumination
      9. Automated multiplexed flow chamber device with tilt and temperature control
      10. Freezing flow chamber system
4. CIML
   1. ImagImm - PICSL-FBI
      1. Video microscopy
         1. Zeiss AxioObserver
         2. Wavefront microscopy
         3. Zeiss Axioplan 2
         4. Zeiss Axiovert 200
      2. Confocal microscopy
         1. Spectral imaging
            1. Zeiss LSM780
            2. Zeiss LSM880 + Fast-AiryScan
         2. Spinning disk microscopy
            1. Perkin Elmer UltraView Vox
            2. Visitron VisiView + Homemade optical tweezers
      3. Molecular imaging
         1. FCS
            1. Homemade svFCS
            2. ISS Alba + Homemade STED-FCS
            3. Zeiss LSM780
         2. Super-resolution
            1. Homemade STORM/PALM
      4. Large sample imaging
         1. Slide scanner
            1. 3D Histech Pannoramic SCAN II
         2. Multiphoton microscopy
            1. Leica TCS MP5 + Homemade CARS/SHG/THG/ Wavelength mixing
         3. Light-sheet microscopy
            1. Lavision Ultramicroscope II
5. LCB
   1. LCB's devices
      1. Reverse microscopy
         1. Zeiss Axio Vert 200M
      2. Confocal microscopy
         1. Olympus FV1000
6. Institut Fresnel
   1. Team MOSAIC
      1. Fluorescence correlation spectroscopy (FCS)
      2. Fluorescence lifetime spectroscopy
      3. Polarization-resolved 1 and 2-photon confocal microscopy
      4. Polarization-resolved spinning disk fluorescence microscopy
      5. Polarization-resolved superresolution microscopy (STORM)
      6. Quantitative wavefront sensing
         1. SID4 HR
         2. SID4 Element with kHz camera
      7. In vivo 2-photon microscopy with adaptive optics
      8. Temperature microscopy
      9. Coherent Raman (CARS/SRS) microscopy, spectroscopy
      10. Multimodal non linear microscopy (CARS/SRS, SHG, THG, 2-photon fluorescence)
      11. Multimodal non linear endoscopy (CARS, SHG, 2-photon fluorescence)
      12. Spontaneous Raman spectroscopy and imaging.