These particles are magnetic-fluorescent beads based on the Magnetosilica technology. The advantage of both innovative techniques - the magnetic- and the fluorescence properties - provide exciting new possibilities to explore new fields of application in biosciences.

More...

Terminal reactive groups of the magnetic-fluorescent beads allow the convenient and efficient covalent binding of bioaffine ligands. This is a unique feature accounting for the rapidly increasing number and variation of novel and different receptor-affine biological substances.

Model No.	Functional Group
LMSA-10	Amino
LMSA-20
LMSA-30	Carboxyl
LMSA-40
LMSA-50	> Cyanuric
LMSA-60
LMSA-70	Hydrazide
LMSA-80
LMSA-90	Hydroxyl
LMSA-100
LMSA-110	PEI
LMSA-120
LMSA-130	Silanol
LMSA-140
LMSA-150	Thiol
LMSA-160

.

bioaffine ligands are covalently bound to the magnetic-fluorescent particles. High selectivity and high capacity make these products for an ideal tool for the isolation of specific biomolecules.

Model No.	Functional Group
LMSF-10 Protocol A1	Biotin
LMSF-20 Protocol A1
LMSF-30	Goat anti-mouse IgG
LMSF-40
LMSF-50	Protein A
LMSF-60
LMSF-70	Protein G
LMSF-80
LMSF-90	Streptavidin
LMSF-100