My Cart: 0 item(s)
Edit Cart
QUICK ORDER
FroggaBio USA Inc - PCRqPCR Film Sheets
Optically clear adhesive film sheets, pressure activated adhesive, peelable; suitable for qPCR and other imaging techniques including crystallization
| Product description | Catalog # | Quantity | Price | |
|---|---|---|---|---|
|
PCRFILM |
|
$275.00 |
FroggaBio USA Inc - PCRqPCR Film Sheets Product Description
Optically clear adhesive film sheets, pressure activated adhesive, peelable; suitable for qPCR and other imaging techniques including crystallization
Optically clear seals specifically developed for optical applications, particularly qPCR These sheets are non sticky when removed from the packaging, which aids handling when wearing gloves
The adhesive is contained within small capsules, allowing light to pass through to ensure the optical clarity of the seal
When the seal is in position, pressure can be applied to burst the capsules, releasing a strong adhesive only where the seal touches the raised well rims of the plate - the rest of the seal area above the wells remains optically clear
- Each seal sheet is 140 x 77mm, to fit all standard SBS footprint PCR and qPCR plates, microplates, assay and storage plates with 96 round wells
-
See product details below
Accessories
Product Promotions
Related Products
ThermalSeal RTS sealing films are based on 50 µm polyolefin films with 50 µm inert encapsulated silicone adhesive. They are optically clear, with low autofluorescence, and are especially suited for real-time qPCR, storage, and protein crystallization applications.
See more
on our qPCR reagent line! Introducing qMAX Gold, a ready to use 2X MasterMix that includes dNTPs, a sensitive fluorescent intercalating dye, and optimized reaction buffer.
See more
Geneaidandtrade;andnbsp;02 ml qPCR Tube Stripsandnbsp;And Caps are ideal for qPCR and PCR
Optimized for use with TaqMan, Scorpions and molecular beacon probes, Benchmark Accuris qMAX Probe qPCR Master Mix is a ready-to-use formulation for real time quantitative pcr assays.
See more