Llama polyclonal antibodies are generated by immunizing llamas with a specific antigen. Unlike antibodies from other species, llama antibodies often include nanobody-like fragments, which are smaller and more stable. These fragments can bind to hard-to-access epitopes, making them ideal for advanced research.

• Enhanced Stability: Highly resistant to temperature and pH changes.
• Broad Epitope Recognition: Recognizes multiple target sites for increased detection.
• Nanobody Potential: Includes small antibody fragments for improved penetration and binding.
• Species-Specific Benefits: Reduced cross-reactivity in certain experimental setups.

1. Immunology: Detecting immune-related proteins with high sensitivity.
2. Infectious Disease Research: Identifying viral and bacterial pathogens.
3. Therapeutic Development: Studying protein targets in drug discovery.
4. Diagnostics: Key components in tests requiring high specificity and stability.

• High Binding Affinity: Strong interactions with target proteins.
• Adaptable to Complex Samples: Effective in high-background environments.
• Robust Across Conditions: Maintains functionality under harsh experimental conditions.
• Cost-Effective Solutions: Offers high-quality results at competitive prices.

• Rigorous Validation: Each batch is thoroughly tested for reproducibility.
• Comprehensive Catalog: Covers a wide array of antigens and research areas.
• Custom Development: Tailored antibodies for unique experimental requirements.
• Expert Support: Guidance for selecting and optimizing antibody use.

Unlock the potential of llama polyclonal antibodies in your research. Browse our extensive catalog or contact our team for custom antibody development to meet your specific needs.

Tags: Llama polyclonal antibodies, nanobody research, antibody production, protein detection, llama antibodies for diagnostics, immunology tools