Thistle Scientific Shortwave Crosslinker 254nm, 240V

The Thistle Scientific Shortwave Crosslinker 254nm, 240V is designed for efficient DNA and RNA crosslinking in molecular biology applications. Featuring a 254nm wavelength, this crosslinker ensures effective UV light exposure for the crosslinking process, making it ideal for laboratory environments where precise and consistent results are required. The 240V configuration makes it compatible with standard electrical setups.

Key Features:

• Brand: Thistle Scientific
• Wavelength: 254nm UV light for effective crosslinking
• Voltage: 240V configuration for compatibility with standard electrical setups
• Application: Ideal for DNA and RNA crosslinking in molecular biology research

This crosslinker is an essential tool for laboratories focused on precise molecular biology applications, ensuring accurate and reliable results every time.

Frequently Asked Questions

1. What is the Thistle Scientific Shortwave Crosslinker 254nm, 240V used for?

It is designed for efficient DNA and RNA crosslinking in molecular biology applications. Featuring a 254nm wavelength, this crosslinker ensures effective UV light exposure for the crosslinking process, making it ideal for laboratory environments where precise and consistent results are required. The 240V configuration makes it compatible with standard electrical setups.

2. Is the Thistle Scientific Shortwave Crosslinker 254nm, 240V suitable for DNA and RNA crosslinking in molecular biology research?

Yes. It is designed for DNA and RNA crosslinking in molecular biology research, and offers a wavelength of 254nm UV light for effective crosslinking and a voltage of 240V configuration for compatibility with standard electrical setups to support this kind of work.

3. What wavelength and voltage does the Thistle Scientific Shortwave Crosslinker 254nm, 240V have?

It has a wavelength of 254nm UV light for effective crosslinking, a voltage of 240V configuration for compatibility with standard electrical setups and 9 preset programmes for UV dose and exposure time, and is supplied under manufacturer part number CL-508.

4. What applications is the Thistle Scientific Shortwave Crosslinker 254nm, 240V suited to?

It is suited to DNA and RNA crosslinking in molecular biology research.

5. How does the Thistle Scientific Shortwave Crosslinker 254nm, 240V compare with the Vilber Lourmat UV Crosslinker BLX-254, UV Tubes 5x8 W, 254 nm?

For this laboratory application applications, the Thistle Scientific Shortwave Crosslinker 254nm, 240V is differentiated by wavelength 254nm UV light for effective crosslinking and voltage 240V configuration for compatibility with standard electrical setups. The Vilber Lourmat UV Crosslinker BLX-254, UV Tubes 5x8 W, 254 nm from Vilber is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.