| Description | Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical Eliminate the need for cleaning, and the associated risk of sample carryover and cross-contamination. BRAND's UV-transparent, disposable cuvettes replace expensive, fragile quartz cuvettes and are excellent for DNA, RNA, and protein analysis between 230-900nm. Made from a proprietary polycyclical olefin, they can be used with most polar solvents, acids and alkaline solutions. In addition to the macro and semi-micro sizes, UV-cuvettes are available in ultra-micro sizes that require only 70µL of sample volume. The ultra-micro cuvettes are also available individually-wrapped and independently-certified DNA-, DNase-, RNase-free for an extra degree of sample protection. All BRAND cuvettes are manufactured from scratch-resistant materials, and are grouped by manufacturing mold cavity number to ensure the lowest variation in extinction coefficient.... Read More | BRAND polystyrene and polypropylene microtitration plates are excellent for cell and tissue culture, sample storage, immunological assays, and other applications. Plates have 96 wells and are available with 330µL or 400µL well volumes. They are fully compatible with most standard plate readers and BRAND polystyrene and polypropylene microtitration plates are excellent for cell and tissue culture, sample storage, immunological assays, and other applications. Plates have 96 wells and are available with 330µL or 400µL well volumes. They are fully compatible with most standard plate readers and washers.
Both sterile and non-sterile plates are available with rounded, V-shaped, or flat well bottoms to meet the needs of most applications. Sterile, treated plates with hydrophilic surfaces are also available.
Design features help reduce evaporation and contamination. Raised rings around wells simplify sealing with adhesive films and mats. Recessed hollows between wells reduce oversplash. Optional lids are equipped with condensation rings.
Wells are labeled in a standard alpha-numeric pattern to simplify sample identification and are stackable for easy storage. Notched corners facilitate orientation in automated liquid-handling systems.
Non-sterile polypropylene microtitration plates are autoclavable and resistant to a wide variety of chemicals including phenols, chloroform, and DMSO.... Read More | For medium and high sample throughput, 96-well plates from BRAND are the efficient solution for PCR and qPCR. Our Rigid Frame PCR plates have a strong polycarbonate frame to ensure safe handling in semiautomated and automated pipetting systems and optimal evaporation protection. The rigid frame alsoFor medium and high sample throughput, 96-well plates from BRAND are the efficient solution for PCR and qPCR. Our Rigid Frame PCR plates have a strong polycarbonate frame to ensure safe handling in semiautomated and automated pipetting systems and optimal evaporation protection. The rigid frame also allows the use of very thin-walled wells from 100% virgin medical-grade polypropylene. The uniform and thin wall thicknesses of the wells ensure rapid transfer of the temperature from the cycler to the sample, thus reducing cycle times.
A number of skirt choices ensure a good fit in common thermal cyclers for efficient heat transfer. Choose between semi-skirted and fully-skirted plates. Different colors help to distinguish between the workflow steps. For qPCR, white plates are available that optimally reflect the fluorescence signals.
BIO-CERT® PCR QUALITY: Free of human DNA, RNase, DNase, Pyrogens, and PCR-Inhibitors
- High stability and rigidity of the plate due to the polycarbonate frame
- Rapid heat transfer through thin vessel walls
- Suitable for all standard thermal cyclers and fully automation-compatible
... Read More | All BRAND pipette tips are produced using the most advanced cleanroom techniques to ensure consistently high quality. The tips are manufactured in an environmentally friendly manner using only high-purity polypropylene, free from oleamide and diHEMDA - additives which can interfere with biological All BRAND pipette tips are produced using the most advanced cleanroom techniques to ensure consistently high quality. The tips are manufactured in an environmentally friendly manner using only high-purity polypropylene, free from oleamide and diHEMDA - additives which can interfere with biological tests. Filter tips have a non-self-sealing PE filter that is free from chemical additives and allows easy uncontaminated sample recovery if the filter is wetted. Permeability is controlled by the combination of pore size and filter length, so that no aerosols can reach the pipette shaft. They are available BIO-CERT® sterile, or BRAND® ULR™ BIO-CERT® sterile in volume sizes ranging from 0.1-1µL to 50-1000µL.... Read More | BRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliableBRAND's plastic cuvettes are manufactured from the highest quality virgin resins for highest optical quality and are an excellent choice for most spectrophotometry applications in the visible range. Manufactured from polystyrene (PS) or polymethyl methacrylate (PMMA), they provide accurate, reliable results. Choose PS for determinations above 340nm, and where cost is a concern. When performing assays above 300nm, choose PMMA. (For wavelengths below 300nm, see our UV-cuvettes). These disposable cuvettes are available in macro and semi-micro sizes to accommodate most sample volumes and are compatible with most spectrophotometers and photometers. All BRAND cuvettes are manufactured from scratch-resistant materials, and are grouped by manufacturing mold cavity number to ensure the lowest variation in extinction coefficient.... Read More |