BD Symphony

The Facility has two identically configured BD Symphonies. Each is a six-laser system capable of detecting in 33 different channels. Please see the configuration below for details and view the Symphony resource page. Another way of viewing the configuration is using Fluorofinder website, a useful panel building tool listing reagents from multiple companies. You can go to fluorofinder.com and follow Tools--> Flow Cytometry Panel Builder-->> Select your Instrument (after choosing Yale and School of Medicine FACS Facility from the drop-down menu).

The Symphonies are equipped with a 561 nm yellow-green laser; this is different from the LSRIIs and Fortessas, which have 532 nm green lasers. You should expect your PE and PE-tandem dyes to appear brighter than they did before. Less antibody might be required to avoid extreme adjustments on the sensitive detectors of this model.

Some fluorescent proteins that were barely detectable with a 532 nm laser will appear significantly brighter with 561 excitation. mCherry, mKate, and mRaspberry will perform much better with this laser line.

The Facility offers remote Symphony training for experienced LSRII/Fortessa users. Whether you've trained on the instrument before the pandemic and are looking for a refresher, or you've just decided you want to start using our sensitive 6 laser cytometers, our training video will raise your confidence to use the Symphony. Please contact Jennifer Kelly for information about Symphony training. 

Both Symphonies are available 24/7 once you are an approved, trained user.

1) Symphony A in TAC S613 

2) Symphony B in Lab 2331 at 300 George St. This cytometer shares the room with a FACSAria sorter.

Downloadable files

Symphony Configuration

Tables

UV Laser-355nm-60mW
PMTBandpass     Long PassFluorochromeOther Optimal
Fluorochromes
A820/60770BUV805 
B740/35690BUV737 
C660/20635BUV661Hoechst red
D610/20600BUV615 
E565/20550BUV563 
F510/50450BUV496 
G450/50410DAPIZombieUV, L/DFix Blue, DyLight 350, Hoechst
H379/28 BUV395 
Violet Laser-405nm 200mW
PMTBandpassLong PassFluorochromeOther Optimal 
Fluorochromes
A780/60770BV786Qdot800
B750/30710BV750 
C710/30690BV711Qdot705, SuperBright702
D660/40635BV650eFluor650NC, eVolve655, Superbright645
E610/20600BV605Qdot605, DyLight405LS, eFluor605NC, eVolve 605
F586/15550BV570Qdot585
G525/50505BV510L/DFix Aqua, V500, Al430, DyLight405LS, VioGreen
H474/25450BV480 
I440/40410BV421Pacific Blue, V450, Al405, CF405M, DyLight405, eFluor450, SuperBright436, VioBlue, Zombie Violet, L/DFixViolet
Blue Laser: 488 nm 200 mW
PMTBandpassLong PassFluorochromeOther Optimal 
Fluorochromes
A 787/42770BB790 
B 750/30730BB750 
C 695/20690BB700PerCP-Cy5.5, BB700, PerCP-eFluor710, PerCP-Vio700
D 670/25630PerCPBB660
E 630/30600BB630 
F515/25505FITCGFP, Al488, CFSE, BB515, DyLight488, Zombie Green
G 488/10 SSC 
Yellow-Green Laser: 561nm 150 mW
PMTBandpassLong PassFluorochromeOther Optimal
Fluorochromes
A780/60750PE-Cy7PE-Vio770
B710/50690PE-Cy5.5 
C660/20650PE-Cy5mPlum
D610/20600PE-TxRedmCherry, PE-Dazzle, PE-CF594, PE-Vio615, PE-eFluor610, DyLight594, Zombie Red, L/DFix Red
E586/15 PEDsRed, RFP, tdTomato
Red Laser: 637nm 140 mW
PMTBandpassLong PassFluorochromeOther Optimal
Fluorochromes
A780/60750APC-Cy7APC-Fire, APC-Al750, APC-eFluor 780, APC-Vio770, ZombieNIR, L/DfixNIR
B710/25685Al700Al680
C660/20650APCAl647, DyLight633, L/Dfix Far Red
NIR Laser: 780nm 100mW
PMTBandpassLong PassFluorochromeOther Optimal
Fluorochromes
A820/60770LPAl790 
B885/40860LPPromoFluor840 
C no optics   

People

Smiling person with long blonde hair and glasses

Diane Trotta

Staff Scientist