Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1-2 mg/mL suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides various functionalized superparamagnetic particles that can be used for biomolecule separation, imaging and diagnostic application. Our small sized paramagnetic nanoparticles, with diameter in 25~50 nm, are suitable for fluorescent imaging, cellular and biomolecular labeling and magnetic sensing. Because of their small size, this type of magnetic nanoparticles cannot extracted with regular magnets. Our large size magnetic particles, with diameter 250 nm or above, can be exacted with magnets and therefore, can be used for cellular and biomolecule separation. Customer conjugation and modification is available upon request.
Physical Properties:
1% suspension in aqueous solution, other concentration available upon request;
Nanocs provides a number of different sized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold nanoparticle layer ranges from 20-100 nm. These gold coated magnetic particles have high affinity toward proteins, antibodies, peptides and nucleic acids. With their high affinity to biomolecules, our gold coated magnetic particles can be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles in aqueous solution;
Nanocs provides a number of different sized magnetic particles coated with gold nanoparticle layer on their surface. Thickness of this gold layer ranges from 20-100 nm. These gold coated magnetic particles have high affinity toward proteins, antibodies, peptides and nucleic acids. With their high affinity to biomolecules, our gold coated magnetic particles can be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles in aqueous solution;
Nanocs provides a number of different sized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold nanoparticle layer ranges from 20-100 nm. These gold coated magnetic particles have high affinity toward proteins, antibodies, peptides and nucleic acids. With their high affinity to biomolecules, our gold coated magnetic particles can be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles in aqueous solution;
Nanocs provides a number of different sized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold nanoparticle layer ranges from 20-100 nm. These gold coated magnetic particles have high affinity toward proteins, antibodies, peptides and nucleic acids. With their high affinity to biomolecules, our gold coated magnetic particles can be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles in aqueous solution, 50 microns;
Nanocs provides amine functionalized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold layer ranges from 20-100 nm. Amine groups on these gold nanoparticle coated magnetic particles can react with a variety of amine reactive molecules, such as fluorophores, peptides, proteins, antibodies or nucleic acids. Reaction of amine and other molecules enables our gold coated magnetic particles be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles, amine functional;
Gold coated magnetic particles, carboxylic acid functional:
Nanocs provides carboxylic acid (-COOH) functionalized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold layer ranges from 20-100 nm. Carboxylic groups on these gold coated magnetic particles can react with a variety of acid reactive molecules, such as fluorophores, peptides, proteins, antibodies or nucleic acids. Reaction of carboxylic acid and other molecules enables our gold coated magnetic particles be used for cellular and molecular purification and separation.
Prodcut Specifications:
Composition: Gold coated magnetic particles, carboxylic acid functional;
Gold coated magnetic particles, Biotin functional:
Nanocs provides biotin functionalized magnetic particles coated with a thin layer of gold nanoparticles on their surface. Thickness of this gold layer ranges from 20-100 nm. Biotin ligands on these gold nanoparticle coated magnetic particles can bind to avidin, streptavidin or neutravidin with high affinity. Biotinylated gold magnetic particles thus can be used for bioassay development, molecule or cell separation and purification.
Prodcut Specifications:
Composition: Gold coated magnetic particles, biotin functional, 1 micron;
Appearance: Brownish to black solution;
Particle Size: ~1 um;
Concentration: 2 mg/mL;
Functional ligand: Biotin;
Binding target: Avidin, streptavidin or neutravidin.
