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Thermo Scientific™ NanoDrop™ Eight SciVault Compliance Software
Description
Confidently secure your laboratory data and more easily achieve compliance with US FDA 21 CFR Part 11 with Thermo Scientific™ SciVault Software for use with the NanoDrop™ Eight Microvolume Spectrophotometer. The software helps to facilitate compliant results in regulated environments with advanced tools such as user account access control, electronic signatures, audit trails, automated data exports, and security policies. SciVault software integrates directly into the NanoDrop Eight Software for streamlined operation.
Thermo Scientific™ SciVault™ Software helps your lab stay compliant with US FDA data regulations every step of the way.
- Streamline management –SciVault Software integrates into NanoDrop Eight Software user interface
- Comply with US FDA 21 CFR Part 11 Regulation – Control user account access, apply digital signatures, and review audit logs
- Network multiple instruments – Install SciVault Software on a central computer to control privileges and view audit logs across multiple NanoDrop Eight Instruments in different labs
- Validate your systems – IQ/OQ documents and services available to confirm your instrument is running within manufacturer’s specifications
Specifications
Specifications
| Description | SciVault compliance software for NanoDrop Eight Spectophotometers |
| For Use With (Equipment) | NanoDrop Eight Spectrophotometers |
| Includes | Software is designed to integrate into the NanoDrop Eight PC software user interface. Software enable users to run the NanoDrop Eight instrument in a lab that needs to comply with US FDA 21 CFR Part 11. Includes: USB flash drive containing the SciVault software for the NanoDrop Eight Spectrophotometer |
Frequently Asked Questions (FAQs)
All of the DNA instruments offered by Thermo Fisher Scientific are of excellent quality. To find the right instrument to quantify DNA or RNA in your lab, explore the detailed comparison of UV-Vis spectrophotometers and fluorometers. Things like sensitivity, throughput and budget may be initial considerations when selecting a DNA quantification instrument. You may also consider whether you need target specificity, sample purity information, RNA quality information, or broad dynamic range.
UV and fluorescence technologies work differently to quantify DNA. UV quantification relies on the intrinsic absorptivity of DNA and RNA molecules, while fluorescence quantification uses dyes that specifically bind to your molecule of choice. With UV technology, quantification isn't as sensitive, but it has a broader dynamic range and also gives data about sample purity‒plus it is faster because there is no reagent prep. With fluorescence technology you get higher sensitivity and molecule-specific data, but it has lower dynamic range and reagent prep is required. The technology you need will depend on what features are important for your lab and experimentation.
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