Designed for use with Countess Automated Cell Counter

Optimized for efficient magnetic separation of all types of Dynabeads; (range 1-4.5μm in diameter) in small (<2mL) sample volumes

Designed for use in compensation with all fluorochromes excited by ultraviolet, violet, blue, green, yellow-green, and red lasers. UltraComp eBeads™ react with antibodies of mouse, rat, and hamster origin, and are immunoglobulin light chain-independent. 1 drop (50μL)/test.

Spherical particles that can be stained with individual fluorochrome-conjugated antibodies for use as single-color compensation controls. OneComp eBeads react with antibodies of mouse, rat and hamster origin, and are immunoglobulin light chain-independent. 1 drop (50μL)/test

Excellent for coupling oligos or proteins directly to the beads. Their “cauliflower-like” structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.

Uniform 2.8μm superparamagnetic beads with recombinant Protein G (approximately 17 kDa) covalently coupled to surface

Uniform 2.8μm superparamagnetic beads with recombinant Protein A (approximately 45 kDa) covalently coupled to surface

Optimized to pull all types of Dynabeads (range 1–4.5μm in diameter) to sides of PCR tubes or to sides of wells in 96-well plates

Minimize response of analytic systems to shape effects with monosized particles.

Allows easy coupling of an antibody of your choice to the surface of uniform, 2.8μm superparamagnetic Dynabeads M-270 Epoxy beads

Conveniently check the sizes of bacteria, viruses, ribosomes and sub-cellular components with these size standards.

For solation and handling of biotinylated nucleic acids, antibodies, or other biotinylated ligands and targets

Controls to verify calibration of MagPlex and MicroPlex classification channels and reporter channel

Reliable and consistent dye used for the detection of live cells and key functional activities in variety of cell-based assays

Excellent for coupling oligos or proteins directly to the beads. Their “cauliflower-like” structure gives Sera-Mag beads high binding capacity. The carboxyl groups on these beads can be activated by standard EDC/EDAC chemistry to react with free amino groups, forming amide bonds.

For activation and expansion of human T cells

Optimized to pull all types of Dynabeads to sides in multi-well plates

Exosome CD9 Antibody (Ts9), 10626D, from Invitrogen™. Species Reactivity: Human; Applications: Western Blot

Covalently couple antibodies, peptides, intact proteins and functional enzymes to surface of magnetic bead

For sensitive, highly predictable and consistent extraction and isolation of viral DNA and RNA from human serum/plasma samples, following a simple separation protocol

Ensure accurate and convenient calibration of laser particle counters with Thermo Scientific™ 3K/4K Series Particle Counter Standards.

Lower detection limits of fluorescent assays by limiting background interference from relatively short-lived matrix fluorescence.

Provide greater durability and chemical stability when using solvents with these monodisperse silica microspheres used in instrument calibration and as spacers.

Multilabeled cell preparations for observation by fluorescence microscopy validated for immunofluorescence

Recover protein and RNA from the same sample

Optimized for efficient magnetic separation of all types of Dynabeads (range 1–4.5μm in diameter) in small sample volumes (1.5mL) in microcentrifuge tubes

Contains covalently attached oligo(dT)25 to directly bind mRNA.

Use Thermo Scientific™ Dri-Cal™ Particle Size Standards for calibrating particle sizing and counting instruments that require dry particles.

SpeedBeads Streptavidin exhibit a high affinity when binding to biotinylated ligands such as proteins, nucleic acids and peptides. They respond much faster to a magnetic field to shorten assay times and improve precision and also move faster through viscous solutions.

Easily isolate exosomes and avoid time-consuming ultra-centrifugation