Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs)

The Thistle Scientific RunView Horizontal Gel Electrophoresis System is designed for precise and reliable gel electrophoresis in molecular biology applications. The system includes a 15x15 cm gel tray and a variety of combs—2x1 sample, 2x2 sample, 2x4 sample, and 4x28mc sample—allowing for flexible sample loading and separation. The included 1mm combs provide the necessary precision for sample application, making it ideal for DNA, RNA, and protein analysis in both research and educational laboratories.

Key Features:

• Brand: Thistle Scientific
• Gel Tray Size: 15x15 cm for flexible gel preparation
• Combs: Includes 2x1 sample, 2x2 sample, 2x4 sample, and 4x28mc sample combs for versatile sample loading
• Comb Thickness: 1mm combs for accurate and consistent sample application
• Application: Ideal for DNA, RNA, and protein electrophoresis
• Packaging: Complete system with all necessary components for gel electrophoresis

This horizontal gel electrophoresis system is essential for laboratories conducting sample separation and analysis, providing reliable and reproducible results.

Frequently Asked Questions

1. What is the Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) used for?

It is designed for precise and reliable gel electrophoresis in molecular biology applications. The system includes a 15x15 cm gel tray and a variety of combs, 2x1 sample, 2x2 sample, 2x4 sample, and 4x28mc sample, allowing for flexible sample loading and separation. The included 1mm combs provide the necessary precision for sample application, making it ideal for DNA, RNA, and protein analysis in both research and educational laboratories.

2. Is the Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) suitable for DNA, RNA, and protein electrophoresis?

Yes. It is designed for DNA, RNA, and protein electrophoresis, and offers a gel tray size of 15x15 cm for flexible gel preparation and a comb thickness of 1mm combs for accurate and consistent sample application to support this kind of work.

3. What gel tray size and comb thickness does the Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) have?

It has a gel tray size of 15x15 cm for flexible gel preparation and a comb thickness of 1mm combs for accurate and consistent sample application, and is supplied under manufacturer part number CSL-RVMSCHOICE15.

4. What combs does the Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) offer?

It offers 2x1 sample, 2x2 sample, 2x4 sample, and 4x28mc sample combs for versatile sample loading and combines the flexibility and high resolution capability of the MSCHOICE system with the time and space saving convenience of having the power supply and gel illuminator integrated within one highly compact bench top unit.

5. How does the Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) compare with the Vilber Lourmat Gel Documentation System DOC-PRINT CX3-20.M including Standard Components and UV-Transilluminator 9.971 910 from Vilber?

The Thistle Scientific RunView Horizontal Gel Electrophoresis System (15x15 cm Gel Tray, 2x1 Sample, 2x2 Sample, 2x4 Sample, 4x28mc Sample, 1mm Combs) is a strong choice when gel tray size of 15x15 cm for flexible gel preparation matches the workflow. The Vilber Lourmat Gel Documentation System DOC-PRINT CX3-20.M including Standard Components and UV-Transilluminator 9.971 910 is an alternative offering included components of Standard system components with UV-Transilluminator 9.971 910, so the preferred option depends on the required specification and compatibility.