Acrylamide 2K - Solution (8 %) for denaturing DNA-PAGE

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Name Acrylamide 2K - Solution (8%)
Purpose Denaturing DNA-PAGE
Concentration 8%
Form Liquid solution
Storage Conditions Store at room temperature
Appearance Clear, colorless solution
Solubility Soluble in water
Stability Stable for long-term storage
Usage Used for denaturing DNA in polyacrylamide gel electrophoresis
Protocol Mix with other components for gel preparation
Hazards Harmful if swallowed, causes skin irritation
Safety Precautions Wear protective gloves and eyewear
Supplier Available from various chemical suppliers
FAQ
What is Acrylamide 2K - Solution (8%) used for?

Acrylamide 2K - Solution (8%) is commonly used for denaturing DNA-PAGE analysis. It helps in separating DNA fragments based on their size.

How does Acrylamide 2K - Solution (8%) work in denaturing DNA-PAGE?

Acrylamide 2K - Solution (8%) works by creating a polyacrylamide gel matrix that helps in separating DNA fragments based on their size when an electrical current is applied. The denaturing agents in the solution help in breaking down the double-stranded DNA into single strands, allowing for better separation.

What are the advantages of using Acrylamide 2K - Solution (8%) for denaturing DNA-PAGE?

Some advantages of using Acrylamide 2K - Solution (8%) for denaturing DNA-PAGE include:
- High resolution separation of DNA fragments
- Compatibility with various sample types
- Easy to prepare and use
- Consistent and reproducible results
- Suitable for a wide range of DNA fragment sizes

How should Acrylamide 2K - Solution (8%) be stored?

Acrylamide 2K - Solution (8%) should be stored at room temperature away from direct sunlight and moisture. It is important to avoid freezing the solution as it may lead to changes in its composition and performance.

How can I optimize my denaturing DNA-PAGE using Acrylamide 2K - Solution (8%) for best results?

To optimize your denaturing DNA-PAGE using Acrylamide 2K - Solution (8%), it is recommended to:
- Ensure proper preparation of the gel and samples
- Use appropriate electrophoresis conditions
- Handle the gel with care to avoid damage
- Stain and visualize the DNA bands accurately
- Compare the results with appropriate controls for validation.
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