The BD LSRII-A is configured to simultaneously detect up to 14
fluorochromes as well as cell or particle size and granularity (FSC
and SSC).
All acquisitions are digitized to enhance resolution, detection and
measurement of fluorescence.
Usable colours
Lasers
Detectors
Filters
Fluochromes
Blue 488nm
FSC
Forward Scatter
Blue 488nm
SSC
488/10
Side Scatter
Blue 488nm
B
530/30
FITC, CFSE GFP,
Alexa-488
Blue 488nm
A
710/20
PerCP-Cy.5
Red 640 nm
C
660/20
APC, Alexa-647
Red 640 nm
B
720/30
APC-700, Alexa-680
Red 640 nm
A
780/60
APC-Cy7, APC-H7
Violet 405nm
D
440/40
Pacific Blue, V450 DAPI, Alexa-405
Violet 405nm
C
525/50
AmCyan, V500, Alexa-430, Aqua Vivid
Violet 405nm
B
610/20
Qdot -605
Violet 405nm
A
780/40
Qdot - 800
Yellow-Green 561 nm
E
582/15
PE
Yellow-Green 561 nm
D
610/20
PE-TxRed, ECD, PI
Yellow-Green 561 nm
C
670/40
PE-Cy5
Yellow-Green 561 nm
B
710/50
PE-Cy5.5
Yellow-Green 561 nm
A
780/60
PE-Cy7
For the detection of other fluorochromes than those
mentioned above, to request a training session, or for other
information, please contact the facility manager by email: cytometrie.crchum@ssss.gouv.qc.ca
BD LSR II - B
Blue laser 488nm
Red laser 633nm
Violet laser 407nm
The BD LSRII-A is configured to simultaneously
detect up to 10 fluorochromes as well as cell or particle size and
granularity (FSC and SSC).
All acquisitions are digitized to enhance
resolution, detection and measurement of fluorescence.
Usable colours
Lasers
Detectors
Filters
Fluorochromes
Blue 488nm
FSC
Forward Scatter
Blue 488nm
SSC
488/10
Side Scatter
Blue 488nm
E
530/30
FITC, CFSE GFP,
Alexa-488
Blue 488nm
D
575/26
PE-PI
Blue 488nm
C
610/20
PE-TxR
Blue 488nm
B
670/14
PE-Cy5, PerCP
Blue 488nm
A
780/40
PE-Cy7
Red 633nm
C
660/20
APC, Cy5, Alexa-647
Red 633nm
B
720/30
APC-Cy5.5, Alexa-680,
700
Red 633nm
A
780/60
APC-Cy7
Violet 407nm
B
440/40
Alexa-405, Pacific Blue, Cascade Blue
Violet 407nm
A
525/50
Alexa-430, CFP, AMCyan
Required controls for multiparametric analysis
Compensation controls
The BD LSRII has automatic compensation
settings.
To make optimal use of this function, it is essential to prepare
a series of controls, such as:
unstained cells, with the same
autofluorescence as your experimental sample;
cells labelled
with each fluorochrome used in your
experiment;
if you do not
wish to use your samples, BD CompBeads can be used with the same
antibodies as those in your experimental sample; using them will
increase brightness.
Fluorescence minus one controls (FMOC) for
gating
In multicolor cytometry, accurate gating requires
the use of fluorescence Minus one controls
FMOC allow you to place your gates strategically and rapidly and
permit analysis of wekly positive cells populations.