Hot sale low price laboratory equipment semi-skirted pcr plate 0.2ml
The 96 well PCR plate is a carrier that is mainly used as a primer, Taq DNA polymerase, dNTP, template nucleic acid, Mg, buffer, etc. involved in the amplification reaction in the polymerase chain reaction (Polymerase Chain Reaction, PCR). Available in clear and white, white is more suitable for novel real-time PCR. It is widely used in the fields of genetics, biochemistry, immunity, medicine, etc. It is not only used in basic research such as gene isolation, cloning and nucleic acid sequence analysis, but also in the diagnosis of diseases or any place with DNA and RNA. , belonging to the laboratory disposable consumables.
Production Introduction
Medical Grade PP: Our PCR plates are crafted from high-quality, medical-grade polypropylene (PP), ensuring a sterile and biocompatible environment for molecular biology applications. The use of medical-grade PP guarantees the plates' safety and compatibility with sensitive biological samples.
0.2ml Semi-Skirted, Adapted ABI Machine:
Each PCR plate is designed with 0.2ml semi-skirted wells, providing compatibility with Applied Biosystems (ABI) machines. This specific design facilitates seamless integration into ABI machines, ensuring precise and efficient PCR reactions. The semi-skirted feature adds structural support to the wells, enhancing stability during the experimental process.
Alphanumeric Clear Labeling for Convenient Identification:
Our PCR plates feature alphanumeric clear labeling for each well, enabling easy and convenient sample identification. This labeling system enhances workflow efficiency in the laboratory, reducing the risk of errors and ensuring accurate tracking of samples during PCR experiments.
Sterile or Non-Sterile Available:
To meet diverse research needs, our PCR plates are available in both sterile and non-sterile options. The sterile plates undergo rigorous sterilization processes, ensuring a contaminant-free environment for sensitive applications. Non-sterile plates provide flexibility for experiments where sterilization is conducted in-house.
Customized Logo Acceptable:
We offer the option for customized logos on PCR plates, allowing researchers and institutions to personalize their labware. This feature not only adds a professional touch but also facilitates brand recognition. Customized logos contribute to a sense of ownership and identity in laboratory settings.
Products Application
1. Molecular Biology Foundation:
PCR plates serve as foundational tools in molecular biology, enabling the amplification of specific DNA sequences through the polymerase chain reaction (PCR). This foundational technique has revolutionized genetic research, diagnostics, and various applications in biotechnology.
2. DNA Amplification and Analysis:
PCR plates are instrumental in DNA amplification, allowing researchers to generate millions of copies of a specific DNA fragment. This process is crucial for applications such as gene expression analysis, genotyping, and sequencing.
3. High-Throughput Screening:
The design of PCR plates with multiple wells, often in formats like 96-well or 384-well plates, enables high-throughput screening. This facilitates the simultaneous analysis of numerous samples, making it invaluable for large-scale experiments and screenings.
4. PCR (Quantitative PCR) Applications:
PCR plates are commonly used in quantitative PCR (qPCR) applications, where the real-time monitoring of DNA amplification allows for precise quantification of target DNA. This is essential in gene expression studies and quantitative analyses.
5. Adaptability to Automated Systems:
The 0.2ml semi-skirted design of PCR plates makes them compatible with automated platforms, including machines like those from Applied Biosystems (ABI). This adaptability streamlines workflows, enhances efficiency, and reduces the potential for human error in large-scale experiments.
6. Genetic Research and Diagnostics:
PCR plates play a pivotal role in genetic research, enabling scientists to explore and understand genetic variations, mutations, and markers. In diagnostics, they are utilized for identifying pathogens, genetic disorders, and conducting forensic analyses.
7. Alphanumeric Labeling for Precision:
The alphanumeric clear labeling on PCR plates is essential for precise sample identification. This feature supports accurate tracking of samples throughout the experimental process, ensuring data integrity and reducing the risk of errors.
8. Sterile and Non-Sterile Options:
The availability of both sterile and non-sterile PCR plates caters to diverse laboratory needs. Sterile plates are crucial for applications where contamination risk must be minimized, while non-sterile plates provide flexibility for experiments with in-house sterilization protocols.
9. Customization for Brand Identity:
The option for customized logos on PCR plates allows researchers and institutions to establish a unique brand identity in their laboratory work. This customization not only adds a professional touch but also fosters a sense of ownership and recognition within the scientific community.
Company Strength Introduction
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.
active members
years experience
events & challenges
expert instructors
FAQ:
- What is the primary function of a PCR plate?
- What materials are PCR plates commonly made from?
- How does a PCR plate contribute to PCR reactions?
- What distinguishes clear and white PCR plates?
- In which scientific fields are PCR plates widely used?
- What role does a PCR plate play in gene isolation and cloning?
- How do PCR plates contribute to nucleic acid sequence analysis?
- Are PCR plates suitable for real-time PCR applications?
- Is a PCR plate considered a laboratory disposable consumable?
- What components are typically loaded onto a PCR plate for an amplification reaction?
- How does the color of a PCR plate affect its applications?
- Can a PCR plate be used in disease diagnosis?
- What makes white PCR plates suitable for real-time PCR?
- How has PCR revolutionized genetic research and diagnostics?
- Can PCR plates be customized for specific applications?
- What is the significance of Mg in the components loaded onto a PCR plate?
- How do PCR plates contribute to immunological research?
- Can a PCR plate be used in RNA-related applications?
- What advantages do clear PCR plates offer in certain applications?
- How have PCR plates impacted the field of biochemistry?
1. What is the primary function of a PCR plate?
The PCR plate serves as a carrier for essential components like primers, Taq DNA polymerase, dNTP, template nucleic acid, Mg, and buffer in the polymerase chain reaction (PCR) amplification reaction.
2. What materials are PCR plates commonly made from?
PCR plates are commonly available in clear and white variants. White PCR plates are particularly suitable for novel real-time PCR applications.
3. How does a PCR plate contribute to PCR reactions?
The PCR plate facilitates the amplification of specific DNA sequences by providing a platform for crucial reagents involved in the PCR reaction, revolutionizing genetic research, diagnostics, and biotechnological applications.
4. What distinguishes clear and white PCR plates?
Clear PCR plates are standard, while white PCR plates are more suitable for real-time PCR. The distinction lies in their optical properties, with white plates enhancing fluorescence detection in real-time PCR.
5. In which scientific fields are PCR plates widely used?
PCR plates find extensive use in genetics, biochemistry, immunology, and medicine. They are essential in both basic research, such as gene isolation and cloning, and practical applications like disease diagnosis.
6. What role does a PCR plate play in gene isolation and cloning?
PCR plates are fundamental in gene isolation and cloning, providing a platform for the necessary components to amplify and isolate specific DNA sequences.
7. How do PCR plates contribute to nucleic acid sequence analysis?
PCR plates play a crucial role in nucleic acid sequence analysis by facilitating the amplification of DNA fragments for further analysis, enabling researchers to decipher genetic information.
8. Are PCR plates suitable for real-time PCR applications?
Yes, particularly white PCR plates are designed for real-time PCR applications, optimizing fluorescence detection for accurate and timely results.
9. Is a PCR plate considered a laboratory disposable consumable?
Yes, PCR plates belong to the category of laboratory disposable consumables, emphasizing their one-time use in various molecular biology experiments.
10. What components are typically loaded onto a PCR plate for an amplification reaction?
A PCR plate is loaded with components such as primers, Taq DNA polymerase, dNTPs, template nucleic acid, Mg, and buffer for the amplification reaction in PCR.
11. How does the color of a PCR plate affect its applications?
The color of a PCR plate influences its optical properties. Clear plates are standard, while white plates enhance fluorescence detection, making them more suitable for real-time PCR applications.
12. Can a PCR plate be used in disease diagnosis?
Yes, PCR plates play a pivotal role in disease diagnosis, enabling the amplification and analysis of DNA or RNA associated with specific diseases.
13. What makes white PCR plates suitable for real-time PCR?
White PCR plates optimize fluorescence detection in real-time PCR, enhancing the sensitivity and accuracy of the detection process.
14. How has PCR revolutionized genetic research and diagnostics?
PCR has revolutionized genetic research and diagnostics by enabling the targeted amplification of DNA, allowing for precise analysis and detection of genetic information associated with diseases.
15. Can PCR plates be customized for specific applications?
PCR plates can be customized for specific applications, adapting to the unique needs of researchers or diagnostic laboratories.
16. What is the significance of Mg in the components loaded onto a PCR plate?
Magnesium (Mg) is a crucial component in PCR reactions, playing a role in the activation of Taq DNA polymerase and the stability of DNA duplexes during amplification.
17. How do PCR plates contribute to immunological research?
PCR plates contribute to immunological research by enabling the amplification and analysis of nucleic acids associated with immune responses and diseases.
18. Can a PCR plate be used in RNA-related applications?
Yes, PCR plates are versatile and can be used in applications involving both DNA and RNA, broadening their utility in molecular biology experiments.
19. What advantages do clear PCR plates offer in certain applications?
Clear PCR plates are advantageous in applications where optical clarity is essential, allowing for visual inspection of reactions and facilitating straightforward sample identification.
20. How have PCR plates impacted the field of biochemistry?
PCR plates have significantly impacted biochemistry by providing a standardized and efficient platform for the amplification and analysis of nucleic acids, contributing to advancements in understanding molecular processes.
Hot Tags: 96 well pcr plate, China, suppliers, manufacturers, factory, custom, wholesale, for sale, 0 2ml Pcr Microplate, 96 Well Microplate For Pcr, 96 Well Pcr Plate, PCR Plate, Pcr Microplate, 0 2ml pcr plate
