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The 0.2ml PCR tube is a thin-walled polypropylene tube that ensures efficient and uniform heat transfer between samples due to the thickness of the wall and the smooth tube surface.
Product features of 0.2ml PCR thin-walled tubes:
Space-saving cap design for the maximum capacity of the EPPENDORF Mastercycler universal heating block; available in 96-well format.
* High transparency, frosted tube cover surface, can be marked
* Good sealing and easy to open
* Compatible with all PCR machines with 0.5ml module size
* Qualified to be free from human DNA, DNase, RNase and PCR inhibitor contamination
Product features of 0.2ml PCR thin-walled tubes:
* Contamination-proof cap with hook
* The position of the tube cover can be fixed due to the special hook
* High transparency, even the bottom of the tube is highly transparent
* Frosted cap surface for marking
* Good sealing and easy to open
* Compatible with all PCR machines with 0.2ml module size
* Optional 5 or 8 row pipe specifications
* Qualified to be free from human DNA, DNase, RNase and PCR inhibitor contamination
Specification
1. Made of virgin medical grade PP
2. Ultra-thin wall offers high transparency and easy for observation and heat conduction
3. Universal fits for the PCR instrument, withstand centrifugation of 6,000 RCF in a fully supported rotor
4. Sterile or non-sterile available
5. Temperature range: stable from -20ºC to 100ºC
Factory Advantage
1. Professional laboratory consumable manufacturer
2. GMP certification 100.000 purification workshop
3. TUV 13485 certification
4. Rich OEM&ODM experience
Products Application
Molecular Biology Precision:
0.2ml PCR tubes are invaluable tools in molecular biology, specifically designed for Polymerase Chain Reaction (PCR) applications. Their small volume capacity allows for precise handling of samples, crucial for various molecular biology techniques.
DNA Amplification and Analysis:
These tubes are crucial for DNA amplification, allowing accurate replication and analysis of genetic material. With a 0.2ml capacity ideal for PCR, they ensure efficient and controlled reactions in DNA strand amplification.
Sample Conservation and Efficiency:
In laboratories, the 0.2ml PCR tubes are preferred for their ability to conserve samples effectively. Their small size reduces the risk of sample waste, making them an efficient choice for experiments where sample volume is limited or valuable.
Thermal Cycling Compatibility:
These tubes are designed to withstand thermal cycling, a critical aspect of PCR. The plastic material used in their construction ensures resilience to temperature changes, maintaining sample integrity throughout the heating and cooling cycles necessary for DNA amplification.
Versatility in Research Settings:
0.2ml PCR tubes find applications in various research settings, including academic, clinical, and industrial laboratories. Researchers use them for a wide range of experiments, from basic DNA amplification to more complex genetic analysis, making them versatile tools in molecular research.
Conclusion:
In summary, 0.2ml PCR tubes are indispensable in molecular biology, enabling precise DNA amplification and analysis. Their small size, thermal cycling compatibility, and versatility make them essential components in laboratories where accuracy and efficiency in molecular research are paramount.
Company Strength Display
Zhejiang Biorear Biotechnology Co., Ltd
The company is committed to the research and development, manufacturing, sales and service of consumables in the fields of life science and clinical diagnosis; special process equipment, optical test systems, simulation of stability impact systems under special circumstances and supporting several automatic development for different products and application scenarios, we have developped many inspection instruments to monitor and measure the quality of different products.
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FAQ:
- What is the purpose of 0.2ml PCR tubes in molecular biology?
- Why is the 0.2ml volume well-suited for PCR applications?
- How do 0.2ml PCR tubes contribute to sample conservation in laboratory settings?
- What is the significance of thermal cycling compatibility in 0.2ml PCR tubes?
- In what research settings are 0.2ml PCR tubes commonly used?
- How do these tubes contribute to the accuracy of DNA amplification?
- Can 0.2ml PCR tubes be used for other molecular biology techniques besides PCR?
- What materials are commonly used in the construction of 0.2ml PCR tubes?
- How do these tubes aid in the replication of genetic material?
- Are 0.2ml PCR tubes disposable or reusable?
- What are the advantages of using 0.2ml PCR tubes in clinical laboratories?
- How do 0.2ml PCR tubes contribute to the efficiency of DNA strand amplification?
- Can 0.2ml PCR tubes withstand high temperatures during PCR cycling?
- What steps are involved in the proper use and handling of 0.2ml PCR tubes?
- Are there variations in the design of 0.2ml PCR tubes for specific applications?
- How do 0.2ml PCR tubes contribute to cost-effectiveness in laboratory procedures?
- Can 0.2ml PCR tubes be used in automated PCR systems?
- How do 0.2ml PCR tubes impact the reproducibility of PCR experiments?
- What considerations should researchers keep in mind when choosing 0.2ml PCR tubes?
- In what ways do 0.2ml PCR tubes contribute to the advancement of genetic research?
1: What is the purpose of 0.2ml PCR tubes in molecular biology?
0.2ml PCR tubes serve a crucial role in molecular biology by facilitating DNA amplification processes, enabling accurate replication and analysis of genetic material.
2: Why is the 0.2ml volume well-suited for PCR applications?
The 0.2ml volume is optimal for PCR as it allows for efficient and controlled reactions during the amplification of DNA strands, ensuring accurate and reproducible results.
3: How do 0.2ml PCR tubes contribute to sample conservation in laboratory settings?
These tubes effectively conserve samples due to their small size, minimizing the risk of sample waste and making them efficient for experiments with limited or valuable sample volumes.
4: What is the significance of thermal cycling compatibility in 0.2ml PCR tubes?
Thermal cycling compatibility ensures these tubes can withstand temperature changes, a critical requirement for PCR processes involving heating and cooling cycles essential for DNA amplification.
5: In what research settings are 0.2ml PCR tubes commonly used?
0.2ml PCR tubes find applications in various research settings, including academic, clinical, and industrial laboratories, due to their versatility in molecular research.
6: How do these tubes contribute to the accuracy of DNA amplification?
These tubes contribute to accuracy by providing a controlled environment for DNA amplification reactions, reducing the likelihood of experimental errors and ensuring reliable results.
7: Can 0.2ml PCR tubes be used for other molecular biology techniques besides PCR?
While designed for PCR, these tubes are versatile and can be employed in various molecular biology techniques requiring precise sample handling and small volumes.
8: What materials are commonly used in the construction of 0.2ml PCR tubes?
0.2ml PCR tubes are typically constructed from materials like polypropylene, ensuring chemical resistance and thermal stability suitable for molecular biology applications.
9: How do these tubes aid in the replication of genetic material?
These tubes facilitate the replication of genetic material by providing a confined space for controlled reactions, allowing researchers to replicate DNA strands accurately.
10: Are 0.2ml PCR tubes disposable or reusable?
Typically, 0.2ml PCR tubes are disposable to prevent cross-contamination between experiments and ensure the reliability of results.
11: What are the advantages of using 0.2ml PCR tubes in clinical laboratories?
In clinical laboratories, these tubes offer advantages such as efficient sample conservation, precise reactions, and the ability to handle limited sample volumes, contributing to accurate diagnostics.
12: How do 0.2ml PCR tubes contribute to the efficiency of DNA strand amplification?
The controlled environment provided by these tubes ensures efficient reactions during DNA strand amplification, contributing to the overall efficiency of the process.
13: Can 0.2ml PCR tubes withstand high temperatures during PCR cycling?
Yes, these tubes are designed to withstand high temperatures during PCR cycling, maintaining sample integrity throughout the thermal cycling process.
14: What steps are involved in the proper use and handling of 0.2ml PCR tubes?
Proper use involves careful handling to prevent contamination, accurate pipetting of samples, and secure sealing to ensure the success of PCR reactions.
15: Are there variations in the design of 0.2ml PCR tubes for specific applications?
Yes, there are variations tailored for specific applications, including those with flat caps for improved sealing and others with attached caps for convenient handling.
16: How do 0.2ml PCR tubes contribute to cost-effectiveness in laboratory procedures?
The disposable nature of these tubes contributes to cost-effectiveness by eliminating the need for extensive cleaning protocols and reducing the risk of contamination.
17: Can 0.2ml PCR tubes be used in automated PCR systems?
Yes, these tubes are compatible with automated PCR systems, streamlining high-throughput processes in laboratories with increased efficiency.
18: How do 0.2ml PCR tubes impact the reproducibility of PCR experiments?
The controlled environment provided by these tubes enhances the reproducibility of PCR experiments, ensuring consistent results across multiple trials.
19: What considerations should researchers keep in mind when choosing 0.2ml PCR tubes?
Researchers should consider factors such as material compatibility, cap design, and specific application requirements when selecting 0.2ml PCR tubes for their experiments.
20: In what ways do 0.2ml PCR tubes contribute to the advancement of genetic research?
These tubes contribute significantly to genetic research by providing a reliable platform for accurate DNA amplification, aiding researchers in understanding genetic material and advancing scientific knowledge.
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