The Eppendorf Deepwell Plate 384/200µl with Barcode(s) is designed for high-precision laboratory applications, ensuring reliable sample storage and processing. This protein LoBind plate minimizes sample loss due to protein binding, making it ideal for sensitive biochemical and molecular biology experiments. The plate features colorless wells, which are suitable for a range of analytical techniques. With barcodes for easy identification and tracking, this deepwell plate is ideal for laboratories that require both efficiency and precision. Each pack includes 120 plates, ensuring long-lasting use for high-throughput applications.
The Eppendorf Deepwell Plate 384/200µl with barcode(s) is a reliable solution for laboratories requiring precision in sample handling, storage, and high-throughput applications.
It is designed for high-precision laboratory applications, ensuring reliable sample storage and processing. This protein LoBind plate minimizes sample loss due to protein binding, making it ideal for sensitive biochemical and molecular biology experiments. The plate features colorless wells, which are suitable for a range of analytical techniques. With barcodes for easy identification and tracking, this deepwell plate is ideal for laboratories that require both efficiency and precision. Each pack includes 120 plates, ensuring long-lasting use for high-throughput applications.
Yes. It is designed for protein, nucleic acid, and other sensitive sample processing in molecular biology and biochemistry, and offers a volume of 384/200µl to support this kind of work.
It has a volume of 384/200µl, and is supplied under manufacturer part number 30510135.
It is made from protein LoBind for minimal protein binding. It also offers colorless for versatile applications, included for easy identification and tracking and high-contrast, alphanumeric lettering.
For protein, nucleic acid, and other sensitive sample processing in molecular biology and biochemistry, the Eppendorf model is the better choice, offering a volume of 384/200µl. The Thermo Scientific model offers a capacity of 2 mL per well as an alternative, while the Eppendorf model's colorless for versatile applications and included for easy identification and tracking help make it a strong fit for protein, nucleic acid, and other sensitive sample processing in molecular biology and biochemistry.
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