Beads & Microspheres

M50TMmagnetic nanobeads are one of Nanocs’ multifunctional super paramagnetic beads that can be used for biomolecule and cell labeling, tracking, purification and separation. The average size of these nanoparticles is around 60 nm with size distribution in the range of 50-80 nm. These magnetic nanoparticles have iron oxide core over coated by special biocompatible polymers and make them well suited for biomedical applications. Unlike large magnetic beads, those small magnetic nanoparticles have very small particle size and they can be used directly for cell separation without disturbing or disrupting regular cell development process. On the other hand, unlike very small magnetic nanoparticles, our M50TM magnetic nanobeads can be extracted by magnet without need magnetic column, a big advantage for fast and convenient biomolecule or cell labeling and separation.

M50TMmagnetic nanobeads with DBCO functional groups are one of Nanocs’ multifunctional super paramagnetic beads that can be used for biomolecule and cell labeling, tracking, purification and separation. DBCO is commonly used Click Chemistry moiety that can react with azide group spontaneously in aqueous solution without need any catalyst. Reaction of DBCO and azide allows fast and efficient conjugation of M50 magnetic nanobeads to proteins, antibodies, nucleo acids and many other biomolecules. The average size of these nanoparticles is around 60 nm with size distribution in the range of 50-80 nm. These magnetic nanoparticles have iron oxide core over coated by special biocompatible polymers and make them well suited for biomedical applications. Unlike large magnetic beads, those small magnetic nanoparticles have very small particle size and they can be used directly for cell separation without disturbing or disrupting regular cell development process. On the other hand, unlike very sma

Nanocs PEG (polyethylene) coated gold nanoparticles were made from monodispersed gold nanoparticles with narrow size distribution (<15%). Both labeled and unlabeled gold nanoparticles have high electron density and non-fading red color and are useful as probes to detect various biomolecules in SEM, TEM, light microscopy and blotting. PEG coated gold nanoparticles are more stable than non-coated ones and they can be used directly in-vivo.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles. Customer conjugation and modification is available upon request.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles.

Polystyrene Particles from Nanocs have narrow size distribution yet with multiple size selection from 20 nm to 10 microns. These particles are suspended in 1% aqeuous solution. Standard deviation of these particles is in the range of 10% of listed size parameter. These particles have wide applications in diagnostic reagents and bioassay development. They can be further modified with different surface coatings and functional groups. Nanocs surface modified polystyrene particles provide more choices for in-vitro or in-vivo applications of those nanoparticles.