Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams)

The Thistle Scientific MultiSub Maxi is a high-capacity gel electrophoresis system designed for larger-scale applications. Featuring a 200x200 mm UV-permeable gel carrier, this system is ideal for DNA, RNA, and protein electrophoresis. It includes two combs that can accommodate up to 20 samples, as well as a loading guide and casting dams for secure and precise gel formation. The UV-permeable gel carrier ensures proper sample visualization during electrophoresis. This system is perfect for labs that require high-throughput, efficient electrophoresis solutions.

Key Features:

• Brand: Thistle Scientific
• UV-Permeable Gel Carrier: 200x200 mm size for efficient sample separation and UV visibility
• Combs: Includes 2 combs with 20 sample capacity for high-throughput applications
• Loading Guide: Ensures accurate and easy sample placement
• Casting Dams: Prevents leaks and ensures a secure gel formation
• Application: Ideal for large-scale DNA, RNA, and protein electrophoresis in research and educational labs
• Packaging: Complete system with gel carrier, combs, loading guide, and casting dams

This MultiSub Maxi system provides a reliable, high-capacity solution for electrophoresis, ensuring high-quality results for a variety of laboratory applications.

Frequently Asked Questions

1. What is the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) used for?

It is a high-capacity gel electrophoresis system designed for larger-scale applications. Featuring a 200x200 mm UV-permeable gel carrier, this system is ideal for DNA, RNA, and protein electrophoresis. It includes two combs that can accommodate up to 20 samples, as well as a loading guide and casting dams for secure and precise gel formation. The UV-permeable gel carrier ensures proper sample visualization during electrophoresis. This system is perfect for labs that require high-throughput, efficient electrophoresis solutions.

2. Is the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) suitable for large-scale DNA, RNA, and protein electrophoresis in research and educational labs?

Yes. It is designed for large-scale DNA, RNA, and protein electrophoresis in research and educational labs, and offers an uv-permeable gel carrier of 200x200 mm size for efficient sample separation and UV visibility to support this kind of work.

3. What uv-permeable gel carrier does the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) have?

It has an uv-permeable gel carrier of 200x200 mm size for efficient sample separation and UV visibility, and is supplied under manufacturer part number MSMAXI20.

4. What combs and loading guide does the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) offer?

It offers 2 combs with 20 sample capacity for high-throughput applications, accurate and easy sample placement and prevents leaks and ensures a secure gel formation.

5. How does the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) compare with the LLG Desiccant Beads 1 to 3 mm Orange Self-Indicating Gel, 8 kg?

For weighing applications, the Thistle Scientific MultiSub Maxi (200x200 mm UV-Permeable Gel Carrier, 2 Combs with 20 Samples, Loading Guide, and Casting Dams) is differentiated by uv-permeable gel carrier 200x200 mm size for efficient sample separation and UV visibility and combs Includes 2 combs with 20 sample capacity for high-throughput applications. The LLG Desiccant Beads 1 to 3 mm Orange Self-Indicating Gel, 8 kg from LLG is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.