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| Product Name | Penicillium cyclopium Test Kit |
| Catalog No. | BT-QCY-0037 |
| Application | This kit can be used to perform qualitative and semi-quantitative analysis of Penicillium cyclopium. |
| Test Methods | PCR |
| Features | High specificity: No cross-reactivity with other viruses, no non-specific amplification. High sensitivity: Detection sensitivity can reach 10~100 copies. Simple operation: Easy and quick operation procedure, no need for complex instruments or professional training. High throughput: High throughput in a single test, can process a large number of samples in parallel. |
| Storage | Store at -20°C and avoid repeated freezing and thawing. |
| Notes | The PCR reaction solution should be prepared in ice and then placed on the PCR reactor for PCR reaction. |
Penicillium cyclopium is a widespread filamentous fungus that belongs to the genus Penicillium, commonly found in various environments such as soil, plant debris, stored grains, and food products. It is known for its ability to produce a range of secondary metabolites, some of which may have implications for food safety, agricultural production, and environmental monitoring.
In research scenarios, accurate and efficient detection of Penicillium cyclopium is crucial for studies related to mycology, food microbiology, agricultural biosecurity, and environmental science. Traditional detection methods, such as cultural isolation and morphological identification, are often time-consuming, labor-intensive, and require specialized expertise in fungal taxonomy.
With the development of molecular biology techniques, PCR-based detection has emerged as a reliable and rapid alternative. It enables specific targeting of genetic markers unique to Penicillium cyclopium, ensuring precise identification even in complex sample matrices. This Penicillium cyclopium Test Kit leverages PCR technology to meet the growing demand for efficient detection in research laboratories worldwide.
Exceptional Specificity: Designed with highly specific primers that target conserved genetic sequences of Penicillium cyclopium. It exhibits no cross-reactivity with other common fungi, bacteria, or viruses, eliminating false-positive results in research samples.
Superior Sensitivity: Boasts a detection limit of 10~100 copies, enabling the identification of low-abundance Penicillium cyclopium in various research samples, including soil extracts, food homogenates, and environmental swabs.
User-Friendly Operation: Features a streamlined and quick procedure that does not require complex laboratory instruments or extensive professional training. Researchers with basic molecular biology experience can complete the detection process efficiently.
High Throughput Capability: Supports parallel processing of a large number of samples in a single test run. This significantly improves research efficiency, making it ideal for laboratories handling high sample volumes.
Stable Performance: Manufactured under strict quality control standards to ensure consistent results across different batches. The kit components are optimized for compatibility, reducing experimental variability in research applications.
Time-Saving: Reduces the overall detection time compared to traditional cultural methods. The PCR-based workflow allows researchers to obtain results in hours rather than days, accelerating research progress.
Cost-Effective: Eliminates the need for expensive specialized equipment or additional reagents for sample preprocessing. The all-in-one kit design minimizes unnecessary costs while maintaining high performance.
Reliable Data Support: Delivers accurate and reproducible results, providing robust data for research papers, project reports, and experimental analyses. This enhances the credibility of research findings related to Penicillium cyclopium.
Versatile Sample Compatibility: Compatible with a wide range of research sample types, including but not limited to soil, water, grains, fruits, vegetables, and environmental surfaces. It adapts to diverse research scenarios without compromising detection performance.
Convenient Storage: Can be stored at -20°C with stable performance, and repeated freezing and thawing is avoided to preserve the activity of kit components. This ensures a long shelf life, facilitating inventory management for research laboratories.
For research use only, not for clinical use.
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