Flow cytometry is the high-throughput analysis technique par excellence. It allows rapid cell-by-cell analysis based on criteria of size, cellular content (granularity) and fluorescence. Depending on the equipment used, the analysis can be carried out based on criteria measuring up to 50 parameters simultaneously on cells in suspension.
Designation
Number & type of lasers
Concurrent settings
Features
Plateau
AURORA
4 visible & 1 UV
64
Spectral cytometer
CRCT – Oncopole
LSRT Fortessa X-20
4 visible & 1 UV
18
Plate handler
CRCT – Oncopole
LSRII
3 visible
11
–
CRCT – Oncopole
MACSQuant 10
3 visible
8
Plate and tube handler
CRCT – Oncopole
MACSQUANT VYB
3 visible
8
Plate and tube handler
CRCT – Oncopole
LSRT Fortessa X-20
4 visible & 1 UV
18
–
Infinity – CHU Purpan
BD FACSymphony
4 visible & 1 UV
30
–
Infinity – CHU Purpan
Fortessa
4 visible
16
–
Infinity – CHU Purpan
ImageStreamX Mark II
3 visible
6
Imaging flow cytometer
Infinity – CHU Purpan
BD Fortessa
4 visible
13
–
I2MC – CHU Rangueil
LSR Fortessa X20
4 visible & 1UV
18
HTS plate handler
IPBS – Rangueil
BD C6 Accuri
2 visible
4
All types of tubes
IPBS – Rangueil
Northern Lights (Cytek)
3 visible
30
Spectral cytometer and plate loader
IPBS – Rangueil
BD FACS AriaFusion (ASB3)
3 visible
14
Containment Level 3
IPBS – Rangueil
LSR Fortessa X-20
4 visible & 1UV
18
–
RESTORE – Oncopole
Miltenyi MACSQUANT Q10
2 visible & 1 UV
10
Plate and tube handler
RESTORE – Oncopole
ImageStreamX Mark II
3 visible
6
Imaging flow cytometer
RESTORE – Oncopole
