Microspheres
Nanocomposix NanoXact Silica Nanospheres - Aminated - 50 nm, 10 mg/mL in ethanol, 25 mL
As a global leader in silica nanoparticle production, nanoComposix specializes in providing high-purity and monodisperse nanomaterials -- delivering the quality you need for consistent results.50 nm spherical silica nanoparticles combine biocompatibility, unique optical properties, and versatile surface functionalization capabilities. These nanoparticles are useful in a broad range of applications from nanomedicine, targeted drug delivery, UV-scattering, catalysis, DNA/RNA extraction, and more.nanoComposix provides high quality nanomaterials that are precisely engineered and highly characterized. All products are supplied with batch-specific CoA's including TEM, DLS, Zeta, and UV-Vis characterization data.Intended for Research Use Only. Contact us for custom formulations, ISO 13485/cGMP compliant materials, or bulk supply requirements.
BANGS LABORATORIES INC Simply Cellular Anti-Human IgG Microspheres, Quantitative Analysis, Flow Cytometry, 5 mL
Simply Cellular anti-Human IgG microspheres provide a reliable standard for quantitative analysis in flow cytometry, allowing researchers to effectively determine cellular antigen expression and establish Antibody Binding Capacity (ABC) values. Designed with a single population of microspheres coated with a specific capture antibody for human IgG, their size closely resembles that of human lymphocytes, enhancing the relevance of cellular assays. With a concentration of 2e+6 beads/mL, they enable extensive testing capabilities.
Echelon Biosciences Research Labs PIP CONTROL BEADS 1 mL
Control Beads are blocked agarose beads for use as a negative control with Lipid Coated Beads. Echelons suite of Lipid Coated Beads are designed for protein pulldown experiments to identify novel protein-lipid interactions. This item is non returnable
Echelon Biosciences Research Labs CARDIOLIPIN BEADS 1 mL
Cardiolipin Beads are composed of agarose with 10 nanomoles of bound cardiolipin per 1ml of beads, enough for several protein binding experiments. Each 1 mL order includes a small amount of control beads. Larger quantities of Control Beads are also available for purchase. This item is non returnable
Electron Microscopy Sciences Particle Size Standard Nanosphere 100 nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 100 nm
Nominal Mean diameter: 102nm+/-3.0nm
Size Uniformity std. dev. & C.V: 7.6 nm (7.5%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Microsphere 2.0 µm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). The most uniform spheres available and are recommended for the highest level of measurement accuracy in the 1 to 40 micron size.
Certified Mean diameter: 2.0 µm
Nominal Mean diameter: 2.013+/-0.025
Size Uniformity std. dev. & C.V: 0.022 µm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 50nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 50nm
Nominal Mean diameter: 50nm+/-2.0nm
Size Uniformity std. dev. & C.V: NA
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 600nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 600nm
Nominal Mean diameter: 600nm+/-5.0nm
Size Uniformity std. dev. & C.V: 6.6 nm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 500nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 500nm
Nominal Mean diameter: 486nm+/-5.0nm
Size Uniformity std. dev. & C.V: 5.4 nm (1.1%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 300nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 300nm
Nominal Mean diameter: 304nm+/-6.0nm
Size Uniformity std. dev. & C.V: 4.5 nm (1.5%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Microsphere 3.0 µm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). The most uniform spheres available and are recommended for the highest level of measurement accuracy in the 1 to 40 micron size.
Certified Mean diameter: 3.0 µm
Nominal Mean diameter: 3.063+/-0.027
Size Uniformity std. dev. & C.V: 0.03 µm (1.0%)
Solids content: 1%
Electron Microscopy Sciences Particle Size Standard Nanosphere 200nm 15 ML
Polystyrene sphere particle-size standards are certified for mean diameter and are traceable to the National Bureau of Standards (NBS). Use for calibration of electron microscopes for viruses, bacteria, and sub-cellular. Packaged as aqueous suspensions.
Certified Mean diameter: 200nm
Nominal Mean diameter: 204nm+/-3.1nm
Size Uniformity std. dev. & C.V: 3.1 nm (1.5%)
Solids content: 1%
Hampton Research HR2-320/Seed Bead - 24 tubes with Seed Beads
HR2-320/Seed Bead - 24 tubes with Seed Beads. Please note items from this supplier are non-returnable.