Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples)

The Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm) is designed for efficient and precise electroblotting in laboratory applications. This mini package includes glass plates, a 1 mm spacer, and two sample combs, each capable of holding 12 samples. Ideal for small-scale electroblotting, it ensures accurate and reproducible results for DNA, RNA, and protein analysis in research and educational laboratories. The 100x100 mm gel size offers flexibility while the included accessories make it easy to set up and use for optimal performance.

Key Features:

• Brand: Thistle Scientific
• Package Contents: 100x100 mm glass plates, 1 mm spacer, and two sample combs (each with 12 sample slots)
• Gel Size: 100x100 mm for versatile electroblotting applications
• Combs: Two sample combs, each capable of holding 12 samples, for efficient sample loading
• Application: Ideal for small-scale electroblotting in molecular biology and protein analysis
• Packaging: Complete package, ready for use in electroblotting procedures

This package is essential for laboratories requiring high-quality electroblotting systems for precise sample transfer and analysis.

Frequently Asked Questions

1. What is the Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples) used for?

It is designed for efficient and precise electroblotting in laboratory applications. This mini package includes glass plates, a 1 mm spacer, and two sample combs, each capable of holding 12 samples. Ideal for small-scale electroblotting, it ensures accurate and reproducible results for DNA, RNA, and protein analysis in research and educational laboratories. The 100x100 mm gel size offers flexibility while the included accessories make it easy to set up and use for optimal performance.

2. Is the Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples) suitable for small-scale electroblotting in molecular biology and protein analysis?

Yes. It is designed for small-scale electroblotting in molecular biology and protein analysis, and offers package contents of 100x100 mm glass plates, 1 mm spacer, and two sample combs (each with 12 sample slots) and a gel size of 100x100 mm for versatile electroblotting applications to support this kind of work.

3. What package contents and gel size does the Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples) have?

It has package contents of 100x100 mm glass plates, 1 mm spacer, and two sample combs (each with 12 sample slots), a gel size of 100x100 mm for versatile electroblotting applications and 1x CVS10DIRM Sliding Clamp PAGE insert, and is supplied under manufacturer part number CVS10TETRAD1.

4. What combs does the Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples) offer?

It offers two sample combs, each capable of holding 12 samples, for efficient sample loading.

5. How does the Thistle Scientific OmniPage Tetrad Mini Package (100x100 mm with Glass Plates, 1 mm Spacer, 2 Sample Combs, Each 12 Samples) compare with the Merck DC Silica Gel 60 RP-18 F254s Glass Plates 10x20 cm, Pack of 50 from Merck?

For small-scale electroblotting in molecular biology and protein analysis, the Thistle Scientific model is the better choice, offering package contents of 100x100 mm glass plates, 1 mm spacer, and two sample combs (each with 12 sample slots), a gel size of 100x100 mm for versatile electroblotting applications and 1x CVS10DIRM Sliding Clamp PAGE insert. The Merck model offers dimensions of 10x20 cm as an alternative, while the Thistle Scientific model's two sample combs, each capable of holding 12 samples, for efficient sample loading and omniPAGE Mini, 10 x 10cm Dual help make it a strong fit for small-scale electroblotting in molecular biology and protein analysis.