Custom RayPlex® Cytokine Cytometric Bead Arrays
Design a personalized cytometric bead array (CBA) for your research needs
Need to build your own custom cytometric bead-based array? Choose from our list of over 200 validated antibody pairs. Our RayPlex development team can combine and optimize your chosen analytes into a precise and sensitive custom multiplex kit, empowering you with reliable, high-throughput results. Custom RayPlex kits are typically ready to ship within 3 weeks.
If you would like to include analytes not listed below, additional time will be required for antibody validation. Please inquire with our tech support team (techsupport@raybiotech.com) for lead times and pricing.
Human Protein List
Human Protein List
| 4-1BB | Activin A | aFGF | AFP | AgRP |
| Ampregulin | ANG-1 | ANG-2 | Angiopoietin-1 | a-synuclein |
| BAFF | BCL-2 | BCMA | bFGF | BID |
| BLC | BMP-4 | BMP-7 | bNGF | C5a |
| Caspase-3 | Caspase-8 | Cathepsin L | CCL28 | CD30 |
| CD40 | CD40L | CD44 | CD80 | CDNF |
| CEA | CEACAM-1 | CHI3L1 | CNTF | C-Peptide |
| Cripto-1 | CRP | CTACK | CXCL5 | DAN |
| EGF | EG-VEGF | Endothelin-1 | Eotaxin | ErbB2 |
| Fas | Fas L | FGg (Fibrinogen-γ) | Flt-3L | Galectin 3 |
| G-CSF | GDF-15 | GM-CSF | Granzyme A | GROa |
| HAPLN-1 | HE4 | HGF | IFNa | IFNb |
| IFNg | IGF-1 | IGF-2 | IL-1 F6 | IL-1 F7 |
| IL-10 | IL-11 | IL-12p40 | IL-12p70 | IL-13 |
| IL-15 | IL-17 (IL-17A) | IL-18 | IL-18 Bpa | IL-1a /IL-1F1 |
| IL-1b | IL-1F10 | IL-1R4 | IL-1Ra | IL-1ra/IL-1F3 |
| IL-2 | IL-21 | IL-22 | IL-23p19 | IL-28A |
| IL-29 | IL-2Ra | IL-3 | IL-33 | IL-34 |
| IL-36Ra/IL-1F5 | IL-4 | IL-4 R alpha | IL-5 | IL-6 |
| IL-6 | IL-6 R | IL-7 | IL-8 | IL-9 |
| IP-10 | Leptin | LIF | Lipocalin-2 | MCP-1 (CCL2) |
| M-CSF | MDC | MIF | MIG | MIP-1a (CCL3) |
| MIP-1b (CCL4) | MIP-3a | MMP-1 | MMP-2 | MMP-3 |
| MMP-9 | Omentin-1 | Osteopontin | PAI-1 | PAPP-A |
| PARC | PDGF-AA | PDGF-BB | Pentraxin-3 | Pepsinogen 1 |
| PLGF | Presenilin 1 | Prolactin | PSA-free | PSA-total |
| RAGE | RANTES (CCL5) | RBP-4 | SCF | SOD1 (SOD-1) |
| SR-AI | Syndecan-1 | TAFA1 | TAFA5 | TARC |
| TARC | TAZ | TCN2 | TC-PTP | TEM7 |
| Tenascin C | Tenascin X | Testican 2 | Testican-2 | TFF3 |
| TFPI-1 | TFPI-2 | TfR | TGFa | TGFb1 |
| TGFb2 | TGM2 | Thrombopoietin | Thrombopoietin (TPO) | Thrombospondin 1 |
| Thrombospondin 5 | Thymidine | Thymopoietin | Tie 1 | TIGIT |
| TIM-1 | TIM-3 | TIM-4 | TIMP-1 | TIMP-2 |
| TIMP-4 | TLR2 | TLR3 | TNF RI | TNF RII |
| TNFa | TNFb | TNFR SF9 | TNFRI | TNFRII |
| TPP1 | TRAIL | TRAIL R2 | Transglutaminase 2 | Trappin-2 |
| TREM2 | TRK-A | TROP1 | TROP2 | Trypsin 3 |
| TSG-6 | TSLP | TWEAK R | Ubiquitin+1 | ULBP-1 |
| ULBP-2 | ULBP-3 | ULBP-4/RAET1E | uPA | Uromodulin |
| VAMP2 | VCAM-1 | VE-Cad (VE-Caderin) | VEGF (VEGF-A) | VEGF-B |
| VEGF-C | VEGFR2 | VEGFR3 | vWF-A2 | WISP-1 |
| XIAP | ZAG | ZAP70 |
Mouse Protein List
Mouse Protein List
| BDCA-3 | CF III (Coagulation Factor III) | CXCL10/IP-10/CRG-2 | Eotaxin-2 | E-selection |
| Fractalkine | GM-CSF | Granzyme B | ICAM-1 | IFNb (IFN-β) |
| IFNg (IFN-γ) | IL-10 | IL-12p70 | IL-13 | IL-17A |
| IL-1a | IL-1b | IL-2 | IL-21 | IL-22 |
| IL-23p19 | IL-4 | IL-5 | IL-6 | IL-6 R |
| IL-9 | IP-10 | I-TAC | JAM-A | KC |
| Leptin | LIX | L-Selectin | Lungkine | Lymphotactin |
| MCP-1 | MCP-3 | M-CSF | MDC | MIG |
| MIP-1a | MIP-1γ | MIP-2 | MIP-3a | RANTES |
| Syndecan-1 | TARC | TARC | TGF beta1 | TNF RI |
| TNFa (TNF-α) | VCAM-1 | VEGF-A |
Rat Protein List
Rat Protein List
| CINC-1 | Eotaxin-1 | GM-CSF | IFNg | IL-10 |
| IL-12 | IL-12 | IL-13 | IL-18 | IL-1a |
| IL-1b | IL-2 | IL-2Ra | IL-2Ra | IL-4 |
| IL-5 | IL-6 | IL-9 | MCP-1 | PDGF-AB |
| TNFa | VEGF-A | VEGFR1 |
Discuss your project requirements
Frequently Asked Questions
Still have questions?
Common flow cytometer equipped with blue and red lasers.
Send us your samples, we will develop the kit and send you the results.
Most of our arrays are compatible with any biological fluid. This includes cell culture media, cell lysates, tissue lysates, and all clarified body fluids (serum, plasma, urine, cerebrospinal fluid, BAL, saliva, tears, etc.)
Intra-assay precision is accomplished by running standards and samples in duplicate measurements. The standard will take 16 tests. To determine the number of tests your experiment needs, simply calculate the number of samples you have, double that number and then add 16.
Still have questions?