These PYREX® VISTA™ 10 mL Class A Graduated Cylinders are calibrated (TD) and have blue enamel graduations. The 10 mL size has a funnel top. Plastic bumper guards are not available for this size. The 10 mL cylinder capacity is in accordance with ASTM E-1272.
These 100 mL PYREX® VISTA™ round bottom boiling flasks have full length outer 24/40 Standard Taper joints, but with shorter necks. Wall thicknesses are controlled to provide balance between thermal expansion and mechanical strength for greater shock resistance. The 100 mL round bottom boiling flask is designed to ASTM E-1403. Adapter Nos. 8800, 8820 and 8825 are used to connect flasks with different size joints, thus allowing…
These 250 mL PYREX® VISTA™ round bottom boiling flasks have full length outer 24/40 Standard Taper joints, but with shorter necks. Wall thicknesses are controlled to provide balance between thermal expansion and mechanical strength for greater shock resistance. The 250 mL round bottom boiling flask is designed to ASTM E-1403. Adapter Nos. 8800, 8820 and 8825 are used to connect flasks with different size joints, thus allowing…
These 500 mL PYREX® VISTA™ round bottom boiling flasks have full length outer 24/40 Standard Taper joints, but with shorter necks. Wall thicknesses are controlled to provide balance between thermal expansion and mechanical strength for greater shock resistance. The 500 mL round bottom boiling flask is designed to ASTM E-1403. Adapter Nos. 8800, 8820 and 8825 are used to connect flasks with different size joints, thus allowing…
These 50 mL PYREX® VISTA™ round bottom boiling flasks have full length outer 19/38 Standard Taper joints, but with shorter necks. Wall thicknesses are controlled to provide balance between thermal expansion and mechanical strength for greater shock resistance. The 50 mL round bottom boiling flask is designed to ASTM E-1403. Adapter Nos. 8800, 8820 and 8825 are used to connect flasks with different size joints, thus allowing nu…
Axygen® 1 x 8 strip flat PCR clear caps are designed to fit 8 strip PCR tubes and 96 well PCR microplates.RNase-/DNase-freeNonpyrogenicNonsterileManufactured with 99.9% pure virgin polypropylene
Bottoms are 60% thinner than conventional polystyrene microplates, resulting in lower background fluorescence and enabling readings down to 340 nm.Opaque walls prevent well-to-well cross-talk.Optically clear flat bottom permits direct microscopic viewing.
(This is the suggested replacement for 3711) Ideally suited for fluorescent assays using either top or bottom detection plate readers Recommended working volume of up to 20 to 80 µL Conforms to standard microplate footprint and dimensions Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large mol…
(This is the suggested replacement for 3683) Black wall plates have low background fluorescence, minimal light scatter and reduced crosstalk Opaque walls to prevent well-to-well crosstalk Optically clear flat well bottom permits direct microscopic viewing Can be used for both top and bottom reading instruments Flat bottoms with 112 µL total volume Recommended working volumes of 20 to 80 µL Corning® CellBIND® surface tre…
Total well volume of 112 μL; working well volume of 20 μL – 80 μLCell culture microplates are sterile and nonpyrogenic.The 384-well Universal Optics NBS microplate is manufactured using an advanced polymer with high clarity and improved chemical resistant properties.
Closed cell culture systems help reduce the risk of adventitious contamination during drug development and manufacturing. Corning offers closed systems accessories with vessels to help transfer liquid aseptically. The internal end is a rigid polypropylene dip tube designed to reach the bottom of the flask. The venting port ends in a 50mm diameter vent filter with a 0.2 µm pore PVDF membrane and a barbed fitting. The liquid tra…
Corning BioCoat products come in a variety of pre-coated options and are an ideal solution for enhanced cell attachment and growth of a variety of primary cells and transformed cells in serum-free or serum-containing cultures. Corning offers custom coating capabilities.
Corning BioCoat products come in a variety of pre-coated options and are an ideal solution for enhanced cell attachment and growth of a variety of primary cells and transformed cells in serum-free or serum-containing cultures. Corning offers custom coating capabilities.
Corning® BioCoat™12mm #1 German Glass Coverslip with a uniform application of Poly-D-Lysine. Bulk packed, 80/case. Corning BioCoat products are an ideal solution for enhanced cell attachment and growth of a variety of primary cells and transformed cells in serum-free or serum-containing cultures. Corning offers custom coating capabilities. Shelf life: >= 3 months from date of shipment.
Corning® BioCoat™ Poly-D-Lysine/Laminin 24-well Clear Multiwell Plate is comprised of clear TC-treated polystyrene with a uniform application of Poly-D-Lysine and laminin. Flat bottom, with lid, 5/case.
White microplates enhance luminescent signals and have low background luminescence and fluorescence Designed to reduce well-to-well crosstalk High binding surface is capable of binding medium (>10kD) and large biomolecules that possess ionic groups and/or hydrophobic regions Binding capacity is approximately 400 to 500ng IgG/cm2 Ideal for immunoassays Without lids, lids supplied separately Total volume is 360 µL; recom…
Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hydrophobic regions that can interact with the surface Untreated microplates have a binding capacity of approximately 100 to 200ng IgG/cm2
Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hydrophobic regions that can interact with the surface Untreated microplates have a binding capacity of approximately 100 to 200ng IgG/cm2 Recommended working volume of up to 75 to 200 µL Confor…
Feature uniform skirt heights for greater robotic gripping surface Solvent resistant polypropylene provides compatibility with many common organic solvents (e.g., DMSO, ethanol, methanol) DNase- and RNase-free Total volume is 360 µL; recommended working well volume is 75 to 200 µL Without lids; lids, sealing mats and tapes supplied separately
This microplate has half the growth area of a standard 96 well plate Flat bottoms with 190 µL total volume Recommended working volumes of 25 to 125 µL TC-treated for optimal cell attachment Nonreversable lids with condensation rings to reduce contamination Sterilized by gamma radiation and nonpyrogenic Individual alphanumeric codes for well identification Individually wrapped
Recommended working volume of up to 20 to 80 µLConforms to standard microplate footprint and dimensionsNot treated polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactionsIs suitable primarily for the immobilization of large molecules, such as antibodies, that have large hydrophobic regions that can interact with the surfaceUntreated microplates have a binding capacity of approximately 1…
Has low background fluorescence and minimize light scattering Designed to reduce well-to-well crosstalk Not treated (or medium binding) polystyrene surface is hydrophobic in nature and binds biomolecules through passive interactions Is suitable primarily for the immobilization of large molecules, such as antibodies, that have large hydrophobic regions that can interact with the surface Untreated microplates have a bindin…
Discover how surface waters can be effectively screened to assess and safeguard water quality, according to the European Water Framework Directive (WFD)
Learn how to perform simultaneous determination of phthalates in drinking water, as specified in European Union (EU) Directive 2005/84/EC; U.S
