The PuReTaq RTG PCR Beads, 0.2 mL Plate, 480 Rx (27955702) are pre-mixed, pre-dispensed Ready-To-Go PCR beads for standard PCR amplification workflows. This multiwell plate format provides 480 reactions in 0.2 mL tubes/plate format and uses freeze-dried PCR reaction beads designed for robust, reproducible PCR performance.
Key Features
- Ready-To-Go PCR bead format, supplied as pre-mixed, pre-dispensed single-dose reactions for standard PCR amplification
- 0.2 mL tubes/plate configuration, supplied in multiwell plate format for flexible PCR setup
- 480 reaction pack size, matching the PURETAQ RTG PCR 02ML-MWP 480RX variant code
- Freeze-dried solid reagent format, supplied as room temperature stable beads in a pouch with desiccant
- Complete PCR reaction composition, with each bead yielding a reaction containing approximately 2.5 units of PuReTaq DNA polymerase, Tris-HCl, KCl, MgCl2, dNTPs, stabilisers, and BSA
- Real-time PCR verified, supporting use in standard PCR and real-time fluorescence-based PCR amplification workflows
- Minimal additional reagent requirement, requiring only water, primers, and template DNA for setup
Benefits
- Reduces preparation time by providing pre-formulated PCR reaction beads that are ready for template and primer addition.
- Improves reproducibility by reducing manual reagent dispensing steps between reactions.
- Helps lower the risk of pipetting errors and contamination during PCR setup.
- Supports flexible workflow use with 96-well plate handling, strips of eight, or individual 0.2 mL tubes.
- Saves freezer space through long-term ambient-temperature stability when stored in the supplied pouch with desiccant.
Why Choose the PuReTaq RTG PCR Beads, 0.2 mL Plate, 480 Rx (27955702)?
The PuReTaq RTG PCR Beads, 0.2 mL Plate, 480 Rx (27955702) are a practical choice for laboratories needing a pre-dispensed PCR reagent format for repeatable standard PCR and real-time PCR workflows. John Morris Group supplies molecular biology PCR reagents to Australian laboratories requiring dependable consumables for routine genomics and amplification applications.
