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Thermo Scientific™ PCR Plate, 384-well, barcoded
Description
384-Well Full Skirted PCR Plates are thin walled for efficient heat transfer and compatible with most major thermal cyclers.
The Standard Thermo Scientific 384-well plate, Barcoded, is compatible with the majority of 384 block PCR and sequencing instruments. It has a maximum well volume of 40 μL and a working volume of 25 μL. This 384-well plate is compatible with all major 384 block thermal cyclers, and it has a cut corner at the A24 location.
Highlights of the Standard Thermo Scientific 384-well plate
- Fully skirted for use with automated systems
- Compatible with all leading 384 block thermal cyclers
- 40 μL maximum well volume, 25 μL working volume
- Raised rim design around each well enables secure sealing and safeguards against evaporation
- Uniform, thin well walls deliver maximum and consistent heat transfer
- White plates are available and optimized for qPCR by increasing sensitivity and reducing variability in fluorescence detection (BC1384W)
- Cut corner: A24
Applications
- PCR
- qPCR/Real-Time PCR
Specifications
Specifications
| Barcode | Includes Barcode |
| Certifications/Compliance | Certified RNase/DNase-free |
| Packaging | 50 Plate |
| Color | Natural |
| Product Type | PCR Microplate |
| For Use With (Equipment) | Real-Time PCR Systems or Thermal Cyclers |
| Skirt Style | Skirted |
| Material | Polypropylene |
| Volume (Metric) Well | 40 μL |
| No. of Wells | 384 |
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Frequently Asked Questions (FAQs)
They are not certified endotoxin-free. However, their entire production process, from molding to final packaging, is carried out in a Class 100,000 clean room under ISO 9001 guidelines. All Thermo Scientific PCR plastics are certified free from RNase, DNase and human DNA.
Thermo Scientific Abgene plastics are not typically sterilized as their entire production process, from molding to final packaging, is carried out in a Class 100,000 clean room under ISO 9001 guidelines. All Thermo Scientific PCR plastics are certified free from RNase, DNase and human DNA. In contrast, during typical non-clean room production, plastics are exposed to many contaminants including dust, bacterial cells, and DNA. The plastics are then sterilized to kill bacteria and inactivate RNases and DNases, but sterilization does not remove dust or DNA contamination. The dust particles left behind can inhibit PCR, and the damaged DNA fragments can still act as templates, leading to non-specific amplification.