Confocal Microscopy and UVC Laser
The platform is equipped with a Zeiss LSM900 confocal microscope mounted with quartz optics for the transmission of a 266nm UVC laser. This UVC laser is controlled by a RappOpto module, enabling targeted irradiation of living cells and small organoids.
It is also equipped with a CO2 incubation chamber.
External users interested in using the 266nm UVC laser are invited to contact the platform: epi2imaging@parisepigenetics.com.
© Image by Ralf Vetterle from Pixabay
Technical specifications:
LSM900 "Pink Floyd"
Inverted confocal microscope with heating chamber + CO2
X, Y and Z piloted
Filters and objectives piloted
Camera:
None
Detector:
2 detectors GaAsP decomposed in 2 detectors GaAsP–PMT
Illumination:
Visible light (halogen)
X-cite series 120Q fluorescent lamp (Mercury Halides, 3000h max)
Lasers :
– Diode laser 405nm, 5mW, laser classe 3B
– Diode laser 488nm, 10mW, laser classe 3B
– Diode laser (SHG) 561nm, 10mW, laser classe 3B
– Diode laser 640nm, 5mW, laser classe 3B
Acquisition software:
Zen 3.5 Blue Edition
Objectives:
| Mag. | N.A | Quality | Transmission Contrast |
Imm. | Max resolution at 488nm |
| 10X | 0,3 | EC PLAN NeoFluar | – | Air | 992 nm |
| 40X | 1,3 | Plan Apo (UV)-vis-IR | DIC | Oil | 229 nm |
| 63X | 1,4 | Plan Apo | DIC | Oil | 213 nm |
| 40X | 0,60 | Ultrafluar QUARTZ | – | Glycerol | 496 nm |
| 100X | 1,2 | Ultrafluar QUARTZ | – | Glycerol | 248 nm |
Epifluorescence Filters:
| Name | Colour | Excitation Filter BP | Dichroic Mirror | Suppression Filter BP |
| DAPI | Blue | 335-383 | 395 | 420-470 |
| GFP | Green | 450-490 | 495 | 500-550 |
| Ds-RED | Red | 538-562 | 570 | 570-640 |
UVC Laser
Laser :
266nm pulsed laser, 20kHz, 15mW Class IIIB
Pulse duration: <1ns
Maximum output power: >0.5µJ
Driver module:
UGA-42 Firefly RappOpto Electronic
Irradiation software :
SysCon with “Click&Fire” mode, communicating with Zen Blue
Read more
Sophie Polo elected EMBO member
Honored to be part of this prestigious scientific community. Sophie Polo in her laboratory © Romain Redler / Art in research for the Fondation Bettencourt Schueller À lire aussi
New research article on the role of SETDB1 in regulating inflammation and fibrosis in Duchenne muscular dystrophy
In this paper, we show that SETDB1 regulates the TGFβ-induced secretome and identify EMILIN1, an extracellular matrix protein, as a novel player in this process. EMILIN1 is overexpressed in muscle biopsies from DMD patients and influences both myogenic differentiation...
Seminar Benoît MOINDROT –July 8, 2026
Dr. Benoît MOINDROT The Institute for Integrative Biology of the Cell (I2BC), University Paris-Saclay Invited by Dr. Dounia DJEGHLOUL "One Genome, Two Voices: Decoding allelic chromatin-regulatory layers, and their perturbations, at imprinted domains." The seminar...
Seminar Adam SATERIALE –June 17, 2026
Dr. Adam Sateriale The Francis Crick Institute, London, UK Invited by Jonathan Weitzman and Marisol Giacomini "Intestinal parasites and metabolic mysteries." The seminar will take place in the Institut Jacques Monod seminar room (RB-18B). Bâtiment Buffon, 15...