1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL
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1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL
Our TE Buffer is RNase/DNase free, sterile and 0.22um filtered ensuring premium quality.
1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL
Numéro d'article: 47020987

1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL

Numéro d'article: 47020987

XOF 24318

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Our TE Buffer is RNase/DNase free, sterile and 0.22um filtered ensuring premium quality.
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Ce qui se démarque

High Purity
This TE Buffer is RNase/DNase free, ensuring that your nucleic acids remain uncontaminated for reliable molecular biology experiments and results.
Sterile Packaging
Provided in sterile conditions, this 500mL TE Buffer eliminates the risk of microbial contamination, making it suitable for sensitive applications in laboratories.
Filtered Solution
Filtered through a 0.2um system, this buffer guarantees a high level of purity, significantly reducing the presence of particulates and enhancing experimental reliability.

Détails du produit

Shop 1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL online at a best price in Senegal. B09M4CD7KH
Package Weight1.47 Pound

À qui est-ce destiné ?

Suitable For
  • Molecular Biologists

    Ideal for molecular biology experiments needing a reliable buffer for DNA and RNA stability in various applications.

  • Laboratory Researchers

    Suitable for researchers working with nucleic acids who require a sterile, contamination-free buffer for accurate results.

  • Academic Institutions

    Perfect for universities and colleges that conduct molecular biology education and research using high-quality reagents.

Not Suitable For
  • Non-Scientific Use

    Not suitable for users needing a buffer for culinary or food-related applications, as it's highly specialized.

DESCRIPTION DU PRODUIT

1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNase/DNase Free, Sterile, 0.2um Filtered - 500mL

Vous avez une question ? Chattez avec nous

Questions et réponses des clients

  • question: What is TE Buffer and what is it used for?

    répondre: TE Buffer, or Tris-EDTA Buffer, is a widely used solution in molecular biology that helps to maintain the stability of nucleic acids. It is typically used for the storage of DNA and RNA because it provides a neutral pH of 8.0, which is ideal for preserving these molecules. The buffering capacity of Tris combined with EDTA, which chelates divalent metal ions, protects nucleic acids from degradation, making it essential for labs working with genetic materials.
  • question: Why is RNase and DNase free essential for TE Buffer?

    répondre: RNase and DNase free refers to the absence of enzymes that can degrade RNA and DNA, ensuring sample integrity. Using TE Buffer that is RNase and DNase free is critical for experiments that rely on the quality of nucleic acids, such as cloning or PCR setups. Contamination can lead to unwanted degradation, affecting results. Laboratories often require high-purity chemicals, and this ensures your experiments yield reliable and interpretable data.
  • question: How should TE Buffer be stored?

    répondre: TE Buffer should be stored at room temperature, ideally in a dark place to prevent light from degrading sensitive components. Some protocols recommend refrigeration for long-term storage. Proper storage conditions help minimize contamination risks and maintain the buffer’s integrity over time. Utilizing sterile techniques when handling TE Buffer is also vital to avoid introducing any exogenous enzymes that could compromise your samples.
  • question: What concentration of TE Buffer can I use for various applications?

    répondre: 1X TE Buffer is the standard concentration used for most applications, including DNA/RNA storage, dilution, and buffer during electrophoresis. It is essential to maintain this concentration to ensure that the buffer can adequately protect nucleic acids. For specific experiments, such as PCR or reactions requiring precise pH, following the protocol's recommendations for dilutions or modifications based on unique experimental needs is essential.
  • question: Is 0.2um filtered TE Buffer necessary?

    répondre: Yes, 0.2um filtered TE Buffer is crucial as it helps remove any potential contaminants, including bacteria and larger particulate matter. This sterility is vital for ensuring that your samples remain uncontaminated during experimentation. Utilizing sterilized buffers prevents microbial growth that could compromise your findings, particularly in sensitive experiments involving cloning or sequencing.
  • question: Can I use TE Buffer for RNA extraction?

    répondre: Yes, TE Buffer can be used during RNA extraction processes but is often recommended to use an RNase-free variant to prevent degradation of RNA samples. Its balancing properties provide a stable environment for nucleic acids, ensuring a higher yield and integrity of the extracted RNA. Utilizing appropriate buffers during extraction greatly influences the quality and stability of your final RNA product, essential for downstream applications.
  • question: What is the difference between TE Buffer and other buffers like TAE or TBE?

    répondre: TE Buffer differs from TAE (Tris-Acetate-EDTA) and TBE (Tris-Borate-EDTA) primarily in its buffering capabilities during gel electrophoresis. While TE is used for storage and maintaining DNA/RNA integrity, TAE and TBE are tailored for running gels. TAE has lower buffering capacity compared to TBE but is ideal for DNA restrictions. Conversely, TBE maintains a stable pH during high-voltage electrophoresis. Choosing the correct buffer is crucial for specific application requirements.
  • question: How is TE Buffer typically used in molecular biology experiments?

    répondre: TE Buffer is commonly used for resuspending DNA or RNA samples, diluting nucleic acids for pipetting, and preparing reactions such as PCR. Its stable pH allows researchers to perform multiple assays without compromising the quality of the nucleic acids. This buffer is integral in many molecular biology labs due to its versatility and efficiency in preserving nucleic acid samples through various laboratory procedures.
  • question: Can I purchase 1X TE Buffer, pH 8.0 in Senegal?

    répondre: Yes, you can purchase 1X TE Buffer, pH 8.0 - Molecular Biology Grade - RNaseDNase Free, Sterile, 0.2um Filtered - 500mL specifically from Ubuy. Ubuy provides a reliable platform to obtain quality lab supplies tailored to your molecular biology needs, ensuring you have access to essential reagents for your experiments.
  • question: What should I consider when choosing a TE Buffer brand?

    répondre: When choosing a TE Buffer brand, consider factors such as RNaseDNase-free certification, sterilization methods, and manufacturer reputation. Opt for brands known for stringent quality controls to ensure the buffer's integrity. Reading reviews from other users can provide insights into the reliability and effectiveness of the product. High-quality TE Buffers ensure the best performance in sensitive biological experiments or processes dependent on nucleic acid integrity.

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XOF 24318

Commandez maintenant et recevez votre commande aux alentours du Mardi, Août 18

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Caractéristiques et avantages

  • 1X Tris-EDTA BufferSize: 500mLStorage: Room TemperatureExpiration Date: 11/2023
  • Final concentration of 1X solution, 10mM Tris, 1mM EDTA
  • Product of USA
  • Manufactured in Buffalo, NY.
  • Each batch of buffers undergoes strict quality control and standard operating procedures to ensure high quality.

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