Human IL-17F ELISpot Set
Product Specifications
- Catalogue N°
- 856.161.001 - 1 x 96 Discovery (plate not included)
856.161.001P - 1 x 96 Discovery (non-sterile plate)
856.161.001S - 1 x 96 Discovery (sterile plate)
856.161.005 - 5 x 96 (plates not included)
856.161.005P - 5 x 96 (non-sterile plates)
856.161.005S - 5 x 96 (sterile plates)
856.161.010 - 10 x 96 (plates not included)
856.161.010P - 10 x 96 (non-sterile plates)
856.161.010S - 10 x 96 (sterile plates)
856.161.015 - 15 x 96 (plates not included)
856.161.015P - 15 x 96 (non-sterile plates)
856.161.015S - 15 x 96 (sterile plates)
856.161.020 - 20 x 96 (plates not included)
856.161.020P - 20 x 96 (non-sterile plates)
856.161.020S - 20 x 96 (sterile plates) - Target species
- Human
- Specificity
- Recognizes natural human IL-17F
- Incubation
- 3h after cell stimulation
- Cross Reaction
- No cross reactivity with other human cytokines
- Kit Content
- Diaclone ELISpot Sets include capture and detection antibodies, Streptavidin - Alkaline Phosphatase conjugated, BSA, BCIP/NTB and blocking reagent.
- Additional Information
- Spots read visually or with reader
Related products
- 879.980.001 - Anti-Human IL-17F Capture Antibody
- 879.980.002 - Anti-Human IL-17F Detection Antibody
- 850.980.048 - Human IL-17F ELISA Kit
- 856.161.001PC - Human IL-17F ELISpot Kit
- 869.160.010 - Human IL-17F ELISpot Pair
- 851.740.001 - Human IL-17F ELISA Set
- 855.360.000 - Anti-Human IL-17F Azide Free
- 660.100.096 - Murine IL-17F ELISA Kit
- 853.990.000 - Anti-Human IL-17F Azide Free
- 855.560.000 - Anti-Human IL-17F Azide Free
- 855.563.020 - Anti-Human IL-17F Unconjugated
BACKGROUND
IL-17F, discovered in 2001, is a member of the IL-17 family of cytokines produced by activated T-cells CD4+ and monocytes. IL-17F has been considered as an inflammatory cytokine since it induces many proinflammatory cytokines and chemokines. IL-17F shares strongest homology to IL-17A (sharing about 50% amino acid). The IL-17A and IL-17F genes are localized in the same chromosome region. An IL-17A/F heterodimer biologically active was found to be expressed in Th17 cells together with IL-17A and IL-17F homodimers.
Version 5 - 07.19
For research use only
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