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| Name | Agarose MP |
| Type | Agarose Gel |
| Purity | High purity |
| Gelling Temperature | 36-37°C |
| Gelling Point | Concentration dependent |
| Gel Strength | Low |
| Gelation Time | 1 hour |
| Electroendosmosis (EEO) | ≤ 0.13 |
| Sulfate Content | < 0.1% |
| DNase/RNase Activity | Not detected |
| E. Coli Performance | Suitable |
FAQ
What is Agarose MP?
Agarose MP is a high-quality agarose powder that is specifically designed for use in molecular biology applications such as nucleic acid electrophoresis and protein separation. It is manufactured with advanced purification techniques to ensure the highest level of purity and performance.
How is Agarose MP different from other agarose products on the market?
Agarose MP stands out from other agarose products due to its exceptional purity and low background staining. This makes it ideal for applications that require high sensitivity and resolution, such as DNA and RNA electrophoresis. Additionally, Agarose MP is easy to handle and dissolves quickly, saving time and ensuring reliable results.
What are the key features of Agarose MP that make it a preferred choice for molecular biology research?
Agarose MP offers several key features that make it the go-to choice for researchers working with nucleic acids and proteins. These features include:
- High purity: Agarose MP is highly purified to minimize impurities and background staining, ensuring accurate and reproducible results.
- Low EEO (electroendosmosis): Agarose MP has a low EEO value, which reduces band distortion and smearing during electrophoresis.
- Quick dissolution: Agarose MP dissolves rapidly in aqueous buffers, making preparation fast and efficient.
- Wide range of gel concentrations: Agarose MP is available in a range of concentrations, allowing researchers to choose the best gel strength for their specific application.
- Compatibility with common dyes and stains: Agarose MP is compatible with a variety of nucleic acid stains, allowing for easy visualization of DNA and RNA bands.
How can researchers benefit from using Agarose MP in their experiments?
Researchers can benefit from using Agarose MP in their experiments in several ways. By choosing Agarose MP for nucleic acid electrophoresis and protein separation, researchers can:
- Achieve high-resolution separation of DNA and RNA fragments.
- Minimize background staining and band distortion for accurate interpretation of results.
- Save time with quick and easy gel preparation.
- Increase the sensitivity of detection for low-abundance nucleic acids and proteins.
- Enhance the reproducibility and reliability of their experiments.
What are some tips for getting the best results when using Agarose MP?
To ensure the best results when using Agarose MP, researchers should follow these tips:
- Use high-quality buffers and reagents to prepare the agarose gel.
- Heat the agarose solution gently to dissolve it completely, without overheating.
- Allow the agarose gel to cool slightly before pouring it into the gel tray to avoid warping.
- Handle the gel carefully to prevent damage or distortion of the wells.
- Use appropriate staining and visualization techniques to detect DNA and RNA bands accurately.
Agarose MP is a high-quality agarose powder that is specifically designed for use in molecular biology applications such as nucleic acid electrophoresis and protein separation. It is manufactured with advanced purification techniques to ensure the highest level of purity and performance.
How is Agarose MP different from other agarose products on the market?
Agarose MP stands out from other agarose products due to its exceptional purity and low background staining. This makes it ideal for applications that require high sensitivity and resolution, such as DNA and RNA electrophoresis. Additionally, Agarose MP is easy to handle and dissolves quickly, saving time and ensuring reliable results.
What are the key features of Agarose MP that make it a preferred choice for molecular biology research?
Agarose MP offers several key features that make it the go-to choice for researchers working with nucleic acids and proteins. These features include:
- High purity: Agarose MP is highly purified to minimize impurities and background staining, ensuring accurate and reproducible results.
- Low EEO (electroendosmosis): Agarose MP has a low EEO value, which reduces band distortion and smearing during electrophoresis.
- Quick dissolution: Agarose MP dissolves rapidly in aqueous buffers, making preparation fast and efficient.
- Wide range of gel concentrations: Agarose MP is available in a range of concentrations, allowing researchers to choose the best gel strength for their specific application.
- Compatibility with common dyes and stains: Agarose MP is compatible with a variety of nucleic acid stains, allowing for easy visualization of DNA and RNA bands.
How can researchers benefit from using Agarose MP in their experiments?
Researchers can benefit from using Agarose MP in their experiments in several ways. By choosing Agarose MP for nucleic acid electrophoresis and protein separation, researchers can:
- Achieve high-resolution separation of DNA and RNA fragments.
- Minimize background staining and band distortion for accurate interpretation of results.
- Save time with quick and easy gel preparation.
- Increase the sensitivity of detection for low-abundance nucleic acids and proteins.
- Enhance the reproducibility and reliability of their experiments.
What are some tips for getting the best results when using Agarose MP?
To ensure the best results when using Agarose MP, researchers should follow these tips:
- Use high-quality buffers and reagents to prepare the agarose gel.
- Heat the agarose solution gently to dissolve it completely, without overheating.
- Allow the agarose gel to cool slightly before pouring it into the gel tray to avoid warping.
- Handle the gel carefully to prevent damage or distortion of the wells.
- Use appropriate staining and visualization techniques to detect DNA and RNA bands accurately.
