High Binding Magnetic Beads: Streptavidin, Amino, 4FB
NanoLink Streptavidin Magnetic Beads (800 nm, 10 mg) **Top Seller
Description: NanoLink Streptavidin Magnetic Beads possess the highest binding capacity of any commercially available polymer-encapsulated streptavidin particle. These beads are particularly suited for high throughput robotic applications where high biotin loads must be removed or immobilized without the presence of an iron leachate.
Highest Binding Capacity on the Market > Lower backgrounds of non-specific binding > Lower net costs
Catalog Number:
M-1002-010
Size:
10 mg
Price:
$250.00
MagnaLink™ (2.8 um, 10 mg - Streptavidin Uniform Magnetic Beads)
Description:
MagnaLink streptavidin magnetic beads are made with a larger but highly uniform, polymer-encapsulated core particle that possesses tight size uniformities ( >5% CV). MagnaLink streptavidin beads possess the highest biotin binding capacity ( > 7,500 pmol/per mg) of any comparably-sized, uniform magnetic bead. They are best suited for applications where both high binding capacity and extreme size uniformity are critical for the specific application. Electron scanning microscopy (SEM) of MagnaLink Streptavidin beads confirm size and shape uniformity.
Catalog Number:
M-1003-101
Size:
10 mg / ml
Price:
$295.00
NanoLink™ Amino Magnetic Beads (10 mg)
Description:
NanoLink Amino Magnetic Beads are polymer encapsulated, nanometer-sized, super-paramagnetic particles containing primary amine functionalities. the high surface area and lower non-specific binding of NanoLink Amino Magnetic Beads are ideal for modifying their surface with SoluLinK's amine reactive linkers (e.g. Sulfo-S-4FB). The paramagnetic properties of these beads allow them to be used for the rapid separation of bound from unbound molecules using a suitably strong magnet.
Catalog Number:
M-1000-001
Size:
10 mg
Price:
$50.00
NanoLink™ 4FB Magnetic Beads (10 mg)
Description:
NanoLink 4FB Magnetic Beads are encapsulated, nanometer-sized, super-paramagnetic particles activated with stable 4FB
(4-formylbenzamide) functionalities. 4FB moieties are introduced to the hydrophilic amino-modified surface by reaction with SoluLinK's succinimidyl 4-formylbenzoate (S-4FB). The high surface area and low non-specific binding of NanoLink particles are ideal for covalent immobilization of any aromatic hydrazine-modified protein, peptide, DNA, RNA, oligonucleotide and / or oligosaccharide.
