96-Well PCR Plates, White, Standard Profile, Non-skirted Gene Bio Systems

• Manufactured in our ISO9000 certified cleanroom
• DNase/RNase-free
• Autoclavable at 121℃ and freezable t -80 ℃.

See below for our PCR Plate Selection Guide or Ask us if you need help.  

SELECTION GUIDE: 96-WELL PCR PLATES

White plates and tubes

• Direct significantly more signal back to the qPCR instrument’s detector compared to traditional clear plates (the improved signal reflection ensures that even the lowest levels of fluorescence are detected)
• The white well walls stop the signal from passing through to the cycler block, where it can be inconsistently reflected or absorbed, leading to increased noise levels in detected fluorescence. This keeps variations in the cycler block from affecting qPCR data
• Our white PCR plastics increases sensitivity, reduces variability and increases the signal-to-noise ratio within the qPCR assay

These considerations also applicable to 8-strip wells and individual PCR tubes.

Standard-profile (full-height: around 21.0 mm) wells

• “Standard” relative to the low-profile plates
• Fit in most classical thermal cyclers and real-time PCR detection systems (ex. Bio-Rad’s iCycler®, iQ™ series real-time PCR detection systems, and Applied Biosystems’ regular PCR systems and DNA sequencers)
• Allow large reaction volumes
• Plates reduce risk-splashing caused by cross-over contamination, minimizing the risk of well-to-well cross contamination

**Please consult the manual of the PCR system, if necessary or ask us. Instruments with adjustable lids can usually use both standard-profile and low-profile wells. These instruments include Bio-Rad’s 1000-series and DNA Engine® series thermal cyclers. **Some systems require standard profile or low-profile plates only.

These considerations also applicable to 8-strip wells and individual PCR tubes.

Non-skirted

• Format compatible with most thermal cyclers
• Plates can be readily cut into sectional sizes as required by user, so that the entire plate is not wasted (when fewer than 96 wells are required for some experiments)