Invitrogen™
RNase T1 (1 U/μL)
Error loading your content!
| Catalog number |
Select a plan
Unit size
|
Price ({{currency}}) | Availability | Qty | |
|---|---|---|---|---|---|
| {{product.sku}} {{product.sku}} also known as {{product.formattedSku}} |
|
— |
Pro add-ons
Your on-site stock
››
{{supplyCenter.scName}}({{scProduct.stockOnHand}} In stock)
››
{{supplyCenter.scName}}(Out of stock)
››
{{supplyCenter.scName}}
This item is not currently available on-site. Depending on your Supply Center settings you may be able to add the item to cart above else use the Order Non-Stocked Items' tab on the Supply Center home page.
Description
Optimized for researchers performing RNA structure, RNA sequencing, protein footprinting, and boundary experiments, Ambion® RNase T1, RNA-Grade cleaves 3' of single-stranded G residues and is tested for purity to ensure that no contaminating ribonuclease activities are present that could cleave at unanticipated sites. Supplied in one tube of 200 µL (1U/ µL). RNase T1 can be used to perform boundary experiments to define the minimal RNA sequence required for selectable activities such as protein binding or catalysis. In addition to applications for RNA structural analysis, RNA-Grade ribonucleases can be used to map protein binding sites on RNAs by comparing cleavage patterns in the presence and absence of an RNA binding protein.Unit Definitions:
100 units is the amount of enzyme that yields an increase in absorption at 260 nm of 0.01428 units per min at room temperature using 60 µg/mL yeast total RNA as a substrate.
Accessory Products:
Other RNA-Grade ribonuclease available include RNase A (SKU# AM2274), which cleaves 3' of single-stranded C and U residues. Combinations of the single- and double-stranded specific ribonucleases can provide rapid analysis of the physical structure of an interesting RNA.
For Research Use Only. Not for use in diagnostic procedures.
Specifications
| Enzyme: | RNase |
|---|---|
| Product Line: | Ambion™ |
| Product Size: | 200 µL |
| Shipping Condition: | Dry Ice |
Contents & storage
RNase T1, 10X RNA Structure Buffer, 1X Alkaline Hydrolysis Buffer, Yeast RNA, Precipitation⁄Inactivation Buffer, and Gel Loading Buffer II should all be stored at
–20°C.
–20°C.
