Validation Data Gallery

  • BLI analysis of the capture of varying concentrations of HumanKine FGF-9 (HZ-1329) by biotinylated anti-FGF-9 VHH (fgf9-b). Please note the higher apparent affinity owing to avidity effects (dimerization of the cytokine).

    BLI analysis of the capture of varying concentrations of HumanKine FGF-9 (HZ-1329) by biotinylated anti-FGF-9 VHH (fgf9-b). Please note the higher apparent affinity owing to avidity effects (dimerization of the cytokine).

  • ELISA analysis of the capture of varying concentrations of HumanKine FGF-9 (HZ-1329) by biotinylated anti-FGF-9 VHH (fgf9-b). Detection via rabbit polyclonal PTG 26554-1-AP.

    ELISA analysis of the capture of varying concentrations of HumanKine FGF-9 (HZ-1329) by biotinylated anti-FGF-9 VHH (fgf9-b). Detection via rabbit polyclonal PTG 26554-1-AP.

ChromoTek anti-FGF-9 recombinant VHH, biotinylated

fgf9-b is a recombinant mono-biotinylated anti FGF9 Nanobody (VHH), suitable for ELISA, SPR, and BLI applications.
Cat No. fgf9-b

Host/Type

Alpaca VHH

Reactivity

Human

Applications

BLI, SPR, ELISA

Conjugate

Biotin

FGF9-VHH, FGF9 single domain antibody (sdAb), FGF9, FGF-9

Size/Concentration: 

-/ -


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Product Information

fgf9-b is a recombinant mono-biotinylated anti FGF9 Nanobody (VHH), suitable for ELISA, SPR, and BLI applications.

ApplicationsBLI, SPR, ELISA
ReactivityHuman
ConjugateBiotin
TypeNanobody
ClassRecombinant
HostAlpaca
Affinity/
Molecular Weight14.8 kDa
FormLiquid
RRIDAB_3665411
Storage Buffer10 mM HEPES pH 7.0, 500 mM NaCl, 5 mM EDTA, 0.09% sodium azide
Storage ConditionStore at -20°C
Shippingambient
BackgroundFGF-9 is a 26 kdA, glycosylated protein that is a member of the FGF superfamily. It primarily binds with FGFR3 and plays prominent roles in the regulating embryonic, lung, and skeletal development. It is a key regulator of male sex determination through promoting the proliferation of pre-Sertoli cells. It signals in conjunction with FGF-10 and SHH to drive the development of the lung mesenchymal space. FGF-9 is also a positive regulator of chondrocyte proliferation and osteogenesis during the bone formation process. Overexpression of loss of FGF-9 during skeletal development often results in aberrant bone growth. (PMID: 28395336, 25772309, 16540513, 25435023).