Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil

The Thistle Scientific VS20 WAVE Maxi Vertical System is a high-performance electrophoresis system designed for efficient and reliable gel electrophoresis. This system includes two sets of glass plates with a 1mm spacer, two 24-sample combs, and a cooling coil to maintain optimal temperature during electrophoresis. It is ideal for high-throughput applications, providing precise and consistent results for DNA, RNA, and protein separation. The system is perfect for laboratories that require fast and reproducible results for a wide range of gel electrophoresis applications.

Key Features:

• Brand: Thistle Scientific
• System: VS20 WAVE Maxi Vertical System for efficient electrophoresis
• Glass Plates: 2 sets of glass plates with 1mm spacer for precise gel separation
• Sample Capacity: 2x24 samples for high throughput applications
• Combs: 1mm combs for optimal sample loading
• Cooling Coil: Included cooling coil for temperature control during electrophoresis
• Application: Ideal for DNA, RNA, and protein electrophoresis
• Packaging: Complete system with glass plates, combs, and cooling coil

This comprehensive system offers everything required for precise and reliable electrophoresis, making it a valuable tool for labs needing fast and consistent gel separation.

Frequently Asked Questions

1. What is the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil used for?

It is a high-performance electrophoresis system designed for efficient and reliable gel electrophoresis. This system includes two sets of glass plates with a 1mm spacer, two 24-sample combs, and a cooling coil to maintain optimal temperature during electrophoresis. It is ideal for high-throughput applications, providing precise and consistent results for DNA, RNA, and protein separation. The system is perfect for laboratories that require fast and reproducible results for a wide range of gel electrophoresis applications.

2. Is the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil suitable for DNA, RNA, and protein electrophoresis?

Yes. It is designed for DNA, RNA, and protein electrophoresis, and offers 2 sets of glass plates with 1mm spacer for precise gel separation and a sample capacity of 2x24 samples for high throughput applications to support this kind of work.

3. What glass plates and sample capacity does the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil have?

It has 2 sets of glass plates with 1mm spacer for precise gel separation, a sample capacity of 2x24 samples for high throughput applications and 1mm combs for optimal sample loading, and is supplied under manufacturer part number VS20WAVESYS-CU.

4. What system and cooling coil does the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil offer?

It offers VS20 WAVE Maxi Vertical System for efficient electrophoresis and included cooling coil for temperature control during electrophoresis.

5. How does the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil compare with the OHAUS Microplate Thermal Block?

For labware accessories applications, the Thistle Scientific VS20 WAVE Maxi Vertical System including 2 Sets Glass Plates with 1mm Spacer, 2x24 Samples, 1mm Combs, Cooling Coil is differentiated by system VS20 WAVE Maxi Vertical System for efficient electrophoresis and glass plates 2 sets of glass plates with 1mm spacer for precise gel separation. The OHAUS Microplate Thermal Block from Ohaus is a broader alternative in the same application area rather than a direct equivalent. Compare the required specifications, compatibility and workflow requirements before selection.