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Thermo Scientific™ PCR Plate, 96-well, segmented, semi-skirted
Description
- Virgin polypropylene
- Raised rim, thin-wall design
- Clear well bottom for sample visibility
- Compatible with all major thermal cyclers
- 300μL maximum well volume (when used with adhesive and heat seals)
- Cut-away corner and alphanumeric grid
- Available in a rigid version for robotic handling applications; rigid version cannot be cut
- Patented segmented plate design allows plates to be cut into 24- and 48-well sections
- Semi-skirt adds rigidity and allows for labeling or bar coding
- Cut corner: H1
Certifications
Certified free from DNase, RNase, and human genomic DNA.
Specifications
Specifications
| Barcode | No Barcode |
| Certifications/Compliance | Certified RNase/DNase-free |
| Packaging | 25 Plate |
| Color | Clear |
| Product Type | PCR Microplate |
| For Use With (Equipment) | Real-Time PCR Systems or Thermal Cyclers |
| Skirt Style | Semi |
| Material | Polypropylene |
| Volume (Metric) Well | 0.3 mL |
| No. of Wells | 96 |
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Frequently Asked Questions (FAQs)
We recommend Thermo Scientific Armadillo PCR plates which are designed for robotic handling with high rigidity and resistance. Combining the rigidity of a polycarbonate frame with thin walled polypropylene wells, the Armadillo plates provide superior thermal cycling performance under all conditions without warping.
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.
Both polypropylene and polystyrene plates can be used to store samples at -80 degrees C and depends on the downstream application. Please note that the sealing method selected is critical for storing at these temperatures and heat sealing is recommended.
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