TE Buffer (1X), pH 8.0, 10mM Tris & 1mM EDTA, Ready-to-Use Molecular Biology Buffer for DNA Dissolution, Dilution, Elution and Storage, RNase-Free,
89% of respondents would recommend this to a friend
NZD 47
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What Stands Out
Product Details
| Brand Name | CryoKing |
| Unit Count | 2 Count |
| Manufacturer | BIOLOGIX |
| Included Components | TE Buffer |
| Part Number | TE-500-2 |
| Brand | CryoKing |
| Item Weight | 1.1 lbs (500 grams) |
What's in the box
TE Buffer
Who Should Buy?
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Molecular Biology Labs
Ideal for DNA extraction and storage, enhancing stability and integrity of nucleic acids during experiments.
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Educational Institutions
Perfect for classrooms and research projects, providing students with essential tools for learning molecular techniques.
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Research Scientists
Essential for scientists involved in genetic research, ensuring appropriate buffering conditions for enzymatic reactions.
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Clinical Diagnostics
Not suitable for direct clinical use; clinical samples require specific buffers for accurate assay results.
Product Description
Customer Questions & Answers
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Question:
What is TE Buffer and what is its primary use?
Answer: TE Buffer, or Tris-EDTA Buffer, is primarily used in molecular biology for the storage of nucleic acids. It maintains a stable pH of 8.0, which is essential for preserving DNA and RNA integrity during experiments. It also acts as a chelating agent, binding divalent metal ions that could otherwise degrade nucleic acids. Laboratories often utilize it in procedures such as electrophoresis or when preparing samples for polymerase chain reaction (PCR). -
Question:
How should TE Buffer be stored?
Answer: TE Buffer should be stored at room temperature or in a refrigerator to extend its shelf life. It is crucial to keep it away from direct sunlight and minimize exposure to contaminants. Using sterile techniques while handling the buffer is recommended to prevent any microbial growth that could compromise your samples. Proper storage ensures consistent performance in your experiments, be it in DNA extraction or PCR preparation. -
Question:
Can I dilute TE Buffer for specific applications?
Answer: Yes, TE Buffer can be diluted for specific applications, depending on the required concentration of the components. For instance, you might use a 1x working solution for certain protocols that require a lower buffer concentration. Just ensure that the dilution maintains the desired pH and that you account for any potential impact on your sample integrity. This flexibility makes TE Buffer a versatile option in various laboratory protocols. -
Question:
Is TE Buffer suitable for all types of DNA?
Answer: TE Buffer is generally suitable for most types of DNA, including genomic, plasmid, and even RNA after it has been reverse-transcribed. However, it’s important to note that some experimental procedures may require different buffering systems. Always refer to the specific requirements of your experiment or protocol to determine if TE Buffer is the best choice for your DNA samples to ensure optimal results. -
Question:
What is the difference between TE Buffer and other buffers?
Answer: TE Buffer differs from other buffers, like Tris or sodium acetate, in its specific formulation that includes EDTA. Tris provides stability and maintains a neutral pH, while EDTA protects nucleic acids by sequestering metal ions that can cause degradation. This unique combination makes TE Buffer particularly effective for preserving DNA and RNA in molecular biology applications, distinguishing it from other buffer systems. -
Question:
How is TE Buffer used in electrophoresis?
Answer: TE Buffer is often used in electrophoresis as a medium for running nucleic acid gels. Its stable pH helps maintain the integrity of the DNA or RNA during the separation process. When preparing agarose gels, adding TE Buffer ensures that nucleic acids remain undamaged while being analyzed. This is particularly useful in DNA fingerprinting, cloning, and sequencing processes, providing reliable and reproducible results. -
Question:
What are the common concentrations of TE Buffer?
Answer: The most common concentrations of TE Buffer are 1x and 10x. The 1x concentration is ready for use in most applications, while the 10x form is often diluted to 1x for specific experimental needs. Additionally, some protocols may call for other modifications, so always refer to the individual requirements of your experimental setup for best practices to ensure effective use. -
Question:
Can TE Buffer be used for RNA storage?
Answer: Yes, TE Buffer can be effectively used for RNA storage, especially after reverse transcription into cDNA. Its pH stability prevents RNA degradation by maintaining optimal conditions, making it a popular choice in molecular biology labs for preserving RNA integrity. For researchers working with RNA, including RT-PCR and microarray analysis, TE Buffer serves as a reliable solution for storing and handling RNA samples. -
Question:
Is TE Buffer suitable for protein work?
Answer: TE Buffer is not typically used for protein work, as its formulation is tailored more towards nucleic acids. In protein handling or storage, buffers like PBS (phosphate-buffered saline) or specialized protein buffers are preferred due to their specific pH and salt concentrations that stabilize proteins. If your experiment involves both proteins and nucleic acids, consider using separate buffers suited for each component. -
Question:
Where can I buy TE Buffer, Tris-EDTA Buffer 1 pH 8.0, 500mL, Single Bottle?
Answer: You can buy TE Buffer, Tris-EDTA Buffer 1 pH 8.0, 500mL, Single Bottle from Ubuy in New Zealand. Ubuy offers a range of laboratory supplies and ensures secure ordering and reliable service. Whether you're a research institution or a home lab enthusiast, Ubuy provides an easy way to access essential reagents like TE Buffer.
CryoKing Buffers Editorial Review
Customer Reviews & Ratings
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5 Star
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Pros
- High-quality buffer solution
- Stable pH level
- Easy to use
- Ideal for various applications
- Bulk packaging for convenience
Cons
- The bottle design could be improved.
Platform Trust & Buyer Confidence
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NZD 47
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Features & Benefits
- Ready-to-use reagents that eliminate preparation time.
- Stable pH environment for accurate experimental results.
- Versatile applications in DNA, RNA, and protein analysis.
- High-quality, stable formulas minimize experimental errors.
- Practical packaging for easy storage and handling.
- Customer ratings highlight trust and satisfaction with the product.
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