PakGent 96-Well Sub Semi-skirt/High-skirt, Fit ABI PCR Plates

1. Optimal height: These PCR plates have a perfect height of 0.2ml, ensuring accurate and reliable PCR results.

2. Semi-skirt/High-skirt design: Choose between the semi-skirt or high-skirt design based on your preferences and requirements. Both designs provide stability and ease of use.

3. Easy-to-read alphanumeric codes: The plates feature alphanumeric codes on each well, allowing for easy sample identification and tracking.

4. Clear and non-toxic polypropylene: The abi 96 well plate is constructed from clear polypropylene, which offers excellent visibility of the PCR reaction. Additionally, the material is non-toxic, ensuring the integrity of your samples.

5. High chemical resistance: These plates exhibit high resistance to chemicals commonly used in PCR experiments, ensuring compatibility with a wide range of reagents and buffers.

6. Fit ABI PCR Plates: Specifically designed to fit ABI PCR machines, these plates offer seamless compatibility and a secure fit, minimizing the risk of sample contamination during PCR cycling.

With these features, the 96-well semi skirted PCR Plate provides a reliable and convenient solution for high-throughput PCR experiments in any laboratory setting.

1. High-throughput PCR: These plates are specifically designed for high-throughput PCR experiments, allowing for simultaneous amplification of multiple samples in a single run. This makes them ideal for applications such as genotyping, gene expression analysis, mutation detection, and more.

2. DNA amplification: The 96-well format of these plates allows for efficient amplification of DNA samples using PCR. They provide a convenient and organized platform for setting up and running PCR reactions, making them suitable for a wide range of DNA amplification applications.

3. Next-generation sequencing library preparation: The 96-well semi skirted PCR Plate can be utilized in the preparation of libraries for next-generation sequencing (NGS). They provide a reliable platform for the amplification and indexing steps required in library preparation workflows.

4. Molecular diagnostics: Due to their suitability for high-throughput PCR, these plates are well-suited for molecular diagnostic applications. They can be used in the detection and quantification of pathogens, genetic diseases, and other molecular markers important in diagnostic testing.

5. SNP genotyping: SNP genotyping is a commonly used technique in genetics research. These plates can be employed for high-throughput SNP genotyping experiments, enabling efficient analysis of large sample sets.

6. Real-time PCR: The plates can also be utilized for real-time PCR experiments, allowing for the quantification of nucleic acids in a time-dependent manner. The clear polypropylene material of these plates provides excellent optical properties.