Thistle Scientific UV Transilluminator (254nm, 210x210 mm, 230 V)

The Thistle Scientific UV Transilluminator (254nm, 210x210 mm, 230 V) is designed for effective nucleic acid visualization in molecular biology and biochemical research. With a 254 nm wavelength, it provides optimal illumination for detecting DNA, RNA, and proteins on agarose gels. The 210x210 mm surface area ensures ample space for sample analysis, while the 230 V power supply ensures consistent performance. This transilluminator is a reliable tool for precise, high-quality gel documentation and analysis.

Key Features:

• Brand: Thistle Scientific
• Wavelength: 254 nm for optimal nucleic acid detection
• Surface Area: 210x210 mm for a variety of gel sizes
• Power Supply: 230 V for stable and reliable operation
• Application: Ideal for DNA, RNA, and protein visualization on agarose gels
• Packaging: Includes the transilluminator with necessary components for use

This UV transilluminator is essential for laboratories conducting nucleic acid analysis, offering high-quality and reliable results for gel visualization.

Frequently Asked Questions

1. What is the Thistle Scientific UV Transilluminator used for?

It is designed for effective nucleic acid visualization in molecular biology and biochemical research. With a 254 nm wavelength, it provides optimal illumination for detecting DNA, RNA, and proteins on agarose gels. The 210x210 mm surface area ensures ample space for sample analysis, while the 230 V power supply ensures consistent performance. This transilluminator is a reliable tool for precise, high-quality gel documentation and analysis.

2. Is this product suitable for DNA, RNA, and protein visualization on agarose gels?

Yes. It is designed for DNA, RNA, and protein visualization on agarose gels, and offers a wavelength of 254 nm for optimal nucleic acid detection and a surface area of 210x210 mm for a variety of gel sizes to support this kind of work.

3. What wavelength and surface area does this product have?

It has a wavelength of 254 nm for optimal nucleic acid detection, a surface area of 210x210 mm for a variety of gel sizes and a power supply of 230 V for stable and reliable operation.

4. How is this product supplied?

It is supplied as includes the transilluminator with necessary components for use.