Brand | PURE | Model | PRG211~ |
Size(Capacity) | 50 preps / 100 preps / 200 preps | Weight | 460g / 600g / 1,200g |
Features | Fungal gDNA Extraction kit | Expiry Date | 1 year |
Simple Process: The kit's streamlined protocol allows for a straightforward and efficient extraction process. Researchers can save valuable time in the lab and focus on other aspects of their experiments.
Easy to Use: The kit is designed with user-friendliness in mind, making it accessible to both experienced researchers and beginners. The step-by-step instructions and clear guidelines help ensure successful extractions every time.
High-Quality Results: With the PURETM Fungal gDNA Extraction Kit, researchers can expect consistent and reliable results. The extraction process minimizes sample contamination and degradation, leading to high-quality gDNA suitable for a wide range of downstream applications.
Accurate gDNA: The kit's technology is optimized to yield pure and intact fungal gDNA, ensuring accurate representation of the fungal genome in subsequent analyses.
Versatility: The kit is compatible with various fungal species, making it a versatile tool for researchers working with different types of fungi.
Scalability: With 50 tests in a single box, the kit offers sufficient capacity to handle multiple samples at once, enabling higher throughput and efficient workflows.
Molecular Research Applications: The extracted gDNA can be used in a variety of molecular biology applications, including PCR, qPCR, sequencing, and more, broadening the scope of research possibilities.
Consistent Performance: Each kit is manufactured under strict quality control standards, ensuring consistent performance and reproducibility across experiments.
Cost-Effective: The PURETM Fungal gDNA Extraction Kit provides a cost-effective solution for researchers, offering high-quality results without breaking the budget.
Advancement of Research: By simplifying and optimizing the gDNA extraction process, the kit empowers researchers to advance their studies and contribute to the broader scientific community.