After publication, the authors noted that there were several errors in two tables in the original publication. In Table 2 of the publication, we catalogued the reagents used for OMIP‐056. We discovered that while all of the specificities and their corresponding detectors are correct, several of the listed fluorochromes and clones for the antibodies used are incorrect. The updated and accurate list of reagents is shown here in Table 1. (Online Table 2: Commercially available reagents used in OMIP‐056 is correct). The few changes from the originally published table are: in the G610 detector, for KLRG1, the fluorochrome is PE‐Vio615 rather than PE‐Dazzle 594 and the clone is REA261 rather than SA231A2; in the R780 detector, for TCR Vα7.2, the fluorochrome is APC‐Vio770 rather than APC‐Cy7 and the clone is REA179 rather than 3C10; in the V510 detector, and for TCR γδ, the fluorochrome is BV480 rather than BV510. These errors are typographical only and do not impact any of the data displayed in the publication nor the described gating scheme. In the U450 detector, we would like to note that “UViD” is nomenclature that we use for Live/Dead Fixable Blue Dead Cell Stain.
Table 2.
Laser Wavelength (nm) | Laser Power (mW) | Laser Type | Detector | Spectral Range for Detector (nm) | Dichroic LP Mirror (nm) | Band Pass (nm) | Example Fluorochrome |
---|---|---|---|---|---|---|---|
637 (Red) | 200 | DPSS | R780 | 750–810 | 750 | 780/60 | APC‐Cy7 |
R710 | 723–753 | 685 | 730/45 | Alexa700 | |||
R660 | 655–685 | 630 | 670/30 | APC | |||
532 (Green) | 200 | DPSS | G780 | 750–810 | 750 | 780/60 | PE‐Cy7 |
G710 | 685–735 | 690 | 710/50 | PE‐Cy5.5 | |||
G660 | 640–680 | 635 | 660/40 | PE‐Cy5 | |||
G610 | 600–620 | 600 | 610/20 | PE‐Dazzle594 | |||
G575 | 563–588 | None | 575/25 | PE | |||
488 (Blue) | 200 | DPSS | B780 | 760–800 | 740 | 780/40 | BB790 |
B710 | 685–735 | 690 | 710/50 | BB700 | |||
B660 | 640–680 | 635 | 660/40 | BB660 | |||
B610 | 600–620 | 600 | 610/20 | BB630 | |||
B515 | 505–525 | 505 | 515/20 | FITC | |||
405 (Violet) | 200 | DPSS | V780 | 754–816 | 770 | 785/62 | BV785 |
V750 | 735–765 | 735 | 750/30 | BV750 | |||
V710 | 690–730 | 685 | 710/40 | BV711 | |||
V655 | 650–670 | 630 | 660/20 | BV650 | |||
V682.510110 | 595–615 | 580 | 605/20 | BV605 | |||
V570 | 563–588 | 550 | 575/25 | BV570 | |||
V510 | 505–525 | 505 | 515/20 | BV510 | |||
V450 | 430–470 | None | 450/40 | V450 | |||
355 (Ultraviolet) | 60 | DPSS | U780 | 754–816 | 755 | 785/62 | BUV805 |
U730 | 723–758 | 710 | 740/35 | BUV737 | |||
U660 | 640–680 | 635 | 660/40 | BUV661 | |||
U570 | 550–590 | 550 | 570/40 | BUV563 | |||
U500 | 500–530 | 470 | 515/30 | BUV495 | |||
U450 | 425–475 | 410 | 450/50 | Viability | |||
U395 | 365–393 | None | 379/28 | BUV395 |
Table 1.
Detector | Fluorochrome | Specificity | Clone | Purpose |
---|---|---|---|---|
B515 | FITC | Perforin | B‐D48 | Function |
B660 | BB660 | CD14 | MϕP9 | Monocytes |
B710 | BB700 | IL2 | MQ1‐17H12 | Function |
G575 | PE | IL22 | 22URTI | Function |
G610 | PE‐Vio615 | KLRG1 (MAFA) | REA261 | Differentiation |
G660 | PE‐Cy5 | CXCR3 | 1C6/CXCR3 | T helper class |
G710 | PE‐Cy5.5 | CD56 | CMSSB | NK, NKT |
G780 | PE‐Cy7 | CD154 | 24–31 | Function |
R660 | APC | IL4 | MP4‐25D2 | Function |
IL13 | JES10‐5A2 | |||
R710 | Alexa700 | Granzyme A | CB9 | Function |
R780 | APC‐Vio770 | TCR Vα7.2 | REA179 | MAIT |
U395 | BUV395 | CD3 | UCHT1 | T cell lineage |
U450 | UViD | Viability | NA | Viability |
U500 | BUV496 | CD45RA | HI100 | Differentiation |
U570 | BUV563 | CD8 | RPA‐T8 | T cell lineage |
U660 | BUV661 | HLA‐DR | G46‐6 | Activation |
U730 | BUV737 | IL17a | N49‐653 | Function |
U780 | BUV805 | CD4 | RPA‐T4 | T cell lineage |
V450 | V450 | IFNγ | B27 | Function |
V510 | BV480 | TCR γδ | 11F2 | γδ T cell lineage |
V570 | BV570 | CD16 | 3G8 | NK, NKT |
V610 | BV605 | CCR6 (CD196) | 11‐A9 | T helper class |
V655 | BV650 | CD161 | DX12 | MAIT |
V710 | BV711 | CD26 | M‐A261 | MAIT |
V750 | BV750 | TNF | Mab11 | Function |
V780 | BV785 | CCR7 (CD197) | G043H7 | Differentiation |
In Online Table 1: Instrument Configuration, we documented the lasers and optical elements of the FACSymphony instrument used to develop the panel. We discovered that there were multiple errors in the listed detector names, detector spectral ranges, dichroic long pass (LP) mirrors, and bandpass filters. In Table 2 above, the corrected instrument configuration is displayed. The journal has posted the corrected online material in place of the incorrect material.
Supporting information
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