Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD).. High binding capacity: >800pmol/mg.The StreptaDivin has a isolectric point of 6.3. These features provide very low non-specific bindi Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD. High binding capacity: >1200pmol/mg.size: 300nm Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD).. High binding capacity: >800pmol/mg.The StreptaDivin has a isolectric point of 6.3. These features provide very low non-specific bindi Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD).. High binding capacity: >800pmol/mg.The StreptaDivin has a isolectric point of 6.3. These features provide very low non-specific bindi Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD).. High binding capacity: >800pmol/mg.The StreptaDivin has a isolectric point of 6.3. These features provide very low non-specific bindi Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD. High binding capacity: >1200pmol/mg.size: 300nm Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD. High binding capacity: >1200pmol/mg.size: 300nm Learn More
Magnetic beads coated with neutralized avidin from eggs without carbohydrates and tripeptide sequence Arg–Tyr–Asp (RYD. High binding capacity: >1200pmol/mg.size: 300nm Learn More