Primary VNAR Single Domain Antibodies
Explore primary VNAR single domain antibodies for specialist molecular and life science research. VNARs are compact antigen-binding domains derived from immunoglobulin new antigen receptors (IgNARs) found in cartilaginous fish, offering a structurally distinct alternative to camelid VHH antibodies.
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Anti-GFP vNAR Antibody, Clone JP01
Price range: £127.96 through £2,236.94
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- Antibodies, Primary vNAR Single Domain Antibody
Anti-GFP vNAR Antibody, Clone JP01
- Price range: £127.96 through £2,236.94
- Select options This product has multiple variants. The options may be chosen on the product page
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- Antibodies, Primary vNAR Single Domain Antibody
Biparatopic Anti-GFP vNar Antibody
- Price range: £127.96 through £2,236.94
- Select options This product has multiple variants. The options may be chosen on the product page
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About this antibody range
VNAR domains have a distinctive framework and binding-loop arrangement that differs from both conventional mammalian antibody variable domains and camelid VHHs. These characteristics have led to interest in VNAR technology for antigen recognition, protein engineering and the development of research binding reagents.
As with any antibody format, individual VNAR products should be selected on the basis of target recognition and experimentally supported performance. Consult the relevant datasheet for target, species reactivity, molecular characteristics, formulation and validated applications.
Key characteristics
- Distinct single-domain antibody format derived from IgNAR biology
- Compact antigen-recognition architecture
- Of interest for molecular recognition and antibody engineering research
- Suitability determined by individual product specifications and validation
Browse VNAR antibodies | Contact LSG
Frequently asked questions
How are VNARs different from VHH antibodies?
VNARs originate from cartilaginous fish IgNARs and have a different molecular framework and binding-loop architecture from camelid-derived VHHs.
What should I check before selecting a VNAR?
Review the target, reactivity, formulation and validated experimental applications for the specific VNAR product.
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