Tris-HCl Buffer, pH 8.0 [1M] - 250mL
FJD 332
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Manufactured in an ISO 9001 and 13485 certified facility in the USA, our biological buffers ensure superior results for your research.
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Product Details
| Item Weight | 0.55 lbs (250 grams) |
Who Should Buy?
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Molecular Biologists
Ideal for molecular biology experiments requiring stable pH for nucleic acid and protein studies.
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Biochemical Researchers
Great for studying enzyme kinetics and biochemical reactions conducted at a neutral pH of 8.0.
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Centrifugation Applications
Useful for preparing samples for centrifugation where consistent buffering is essential for sample integrity.
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Acidic Conditions
Not suitable for experiments requiring low pH buffers or acidic conditions for reactions.
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Non-biological Use
Incompatible for applications outside of biological and biochemical research due to specific pH requirements.
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Short-term Storage
Not ideal for long-term storage of sensitive compounds that may degrade in buffer solutions.
Product Description
Tris-HCl Buffer, pH 8.0 [1M] - 250mL
Customer Questions & Answers
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Question:
What is Tris-HCl Buffer and what is it used for?
Answer: Tris-HCl buffer is a widely used buffering agent in biological and biochemical research, particularly useful for maintaining a stable pH during various experiments. Its pH 8.0 formulation makes it optimal for buffering reactions involving enzymes, nucleic acids, and protein studies. This buffer is essential in processes such as electrophoresis and molecular cloning. By maintaining a consistent pH, Tris-HCl buffer ensures that experimental conditions remain ideal, resulting in more reliable and repeatable outcomes, thereby supporting a vast range of scientific applications. -
Question:
What is the significance of using a 1M concentration of Tris-HCl Buffer?
Answer: Using a 1M concentration of Tris-HCl buffer means it has a high buffering capacity, enabling it to resist changes in pH when acids or bases are added. This high concentration is particularly useful in experiments where significant amounts of reactants are involved, ensuring that the environment remains stable. Higher concentrations allow for effective buffering even in larger reaction volumes, making it a preferred choice in laboratory settings for diverse applications, especially when working with sensitive biological molecules. -
Question:
How should Tris-HCl Buffer be stored and handled?
Answer: Tris-HCl Buffer should be stored at room temperature in a tightly sealed container to prevent contamination. It's important to avoid extreme temperatures, which can alter its pH and efficacy. Always handle the buffer with clean equipment to avoid introducing impurities. Proper handling ensures the buffer retains its properties for experiments, preventing any compromised results. This care in storage also applies to the preparation of solutions; if diluting or mixing, ensure all glassware is clean and the appropriate protocols are followed for reliable conditions. -
Question:
Is Tris-HCl Buffer suitable for use in DNA and RNA experiments?
Answer: Yes, Tris-HCl Buffer is ideal for DNA and RNA experiments due to its ability to maintain a stable alkaline pH, which is essential for the stability of nucleic acids. It minimizes hydrolysis and degradation, thus preserving the integrity of samples during handling and analysis. This property makes it widely used in processes like gel electrophoresis and PCR, where maintaining optimal conditions is crucial for successful outcomes. Using this buffer ensures that your nucleic acid manipulation yields high-quality results, critical for downstream applications. -
Question:
Can Tris-HCl Buffer be used in protein studies?
Answer: Absolutely! Tris-HCl Buffer is commonly utilized in protein studies, particularly in assays like SDS-PAGE and Western blotting. Its neutral to slightly alkaline pH is conducive for most proteins, providing an environment where they remain stable and functional. Additionally, the buffer's ability to maintain pH ensures that enzymatic activity is preserved during experiments. This is vital for researchers as it facilitates accurate interpretation of protein behavior, interactions, and modifications during analysis. -
Question:
What are the common applications of Tris-HCl Buffer?
Answer: Tris-HCl Buffer is versatile and finds application in various laboratories for tasks such as DNA/RNA extraction, gel electrophoresis, and PCR setups. It is also used in protein purification and enzyme assays. The buffer’s stable pH is critical in processes such as molecular cloning and the characterization of biological macromolecules. Its widespread use across different fields signifies its importance, making it essential in research, diagnostics, and bioproduction, underpinning many scientific advancements. -
Question:
Is Tris-HCl Buffer safe to use?
Answer: Tris-HCl Buffer is generally considered safe to use in laboratory settings, although it is always advisable to handle reagents with care. While Tris itself is relatively non-toxic, maintaining good lab practices such as wearing gloves and goggles is recommended. Proper handling minimizes risk and ensures that one can focus on experimental integrity. Furthermore, understanding the material safety data sheet (MSDS) for Tris-HCl can provide insights into any necessary precautions, helping maintain a safe working environment while using this widely accepted buffer. -
Question:
Can Tris-HCl Buffer be prepared at home?
Answer: Yes, Tris-HCl Buffer can be prepared in the lab by dissolving Tris base in distilled water and adjusting the pH with hydrochloric acid (HCl). However, precise measurements and controls are necessary to achieve the correct pH of 8.0. While preparing a buffer may be feasible, using pre-made Tris-HCl solutions ensures consistency and saves time for researchers. Properly prepared buffers ensure experimental reproducibility, further allowing researchers to focus on their primary projects without concern about buffer variability. -
Question:
What is the difference between Tris-HCl and Phosphate Buffer?
Answer: The primary difference between Tris-HCl and phosphate buffers lies in their pH stability and ionic strength. Tris-HCl is favored at higher pH values (around 8.0), while phosphate buffers are typically used around pH 7.0. Additionally, Tris has lower ionic strength, making it less likely to interfere with biochemical reactions, whereas phosphate buffers can provide a more physiologically relevant ionic environment. The choice between them often depends on the specific requirements of the experiment, including the biochemical processes involved. -
Question:
Where can I buy Tris-HCl Buffer, pH 8.0 [1M] - 250mL in Fiji?
Answer: You can buy Tris-HCl Buffer, pH 8.0 [1M] - 250mL on Ubuy. Ubuy is a comprehensive e-commerce platform offering a wide variety of lab reagents and supplies, making it easy to find quality products for your research needs. With competitive pricing and effective delivery options, Ubuy stands out as a reliable source for purchasing essential buffers like Tris-HCl, ensuring you have what you need to conduct your experiments smoothly.
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FJD 332
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Features & Benefits
- Comprehensive range of biological buffers for research, diagnostics, and drug development.
- Produced in an ISO certified facility in the USA, ensuring top quality.
- Strictly complies with Good Manufacturing Practices and quality control standards.
- Ideal for protein research and molecular biology applications.
- Tris-HCl buffer is versatile for nucleic acid purification and other molecular biology tasks.
- Complete Certificate of Analysis and formulation information available.