
( Brand: Eppendorf ), ( Manufacturer Part Number: 0030122232 ), ( Part Type: Screw Cap Tube ), ( Unit Type: Unit ), ( Country/region Of Manufacture: Germany )
The Eppendorf 0030122232 Screw Cap DNA LoBind 50 Tubes 200 is a leading laboratory product designed for researchers and scientists seeking reliable and efficient solutions for their DNA extraction processes. These tubes, produced by Eppendorf, a renowned brand in laboratory equipment, offer several advantages that can significantly enhance your laboratory workflow.
The DNA LoBind tubes are engineered to minimize the carryover of unwanted contaminants during DNA extraction, making them an indispensable asset for laboratories focusing on downstream applications such as PCR and nucleic acid purification. The tubes' unique surface coating reduces nonspecific binding of proteins and other contaminants to the walls, thereby ensuring higher-quality DNA yields.
These tubes come with a screw cap design featuring an ergonomic tray, offering optimal convenience during handling. Size-wise, they are available in a set of 50 tubes, each with a capacity of 2 ml, making them suitable for a wide range of applications while also offering excellent value for money. The set includes 200 tubes in total, providing an ample supply to accommodate various experiments in your lab.
The Eppendorf DNA LoBind 50 tubes are manufactured from high-quality materials, adhering to the stringent standards set by the brand. They are also resistant to various chemicals commonly used in DNA extraction processes. Apart from DNA extraction, these tubes are also suitable for storing and transporting DNA samples, ensuring their stability and integrity.
In conclusion, the Eppendorf 0030122232 Screw Cap DNA LoBind 50 Tubes 200 represent an essential addition to any laboratory working on DNA-related research. By minimizing contamination, enhancing DNA quality, and offering a convenient handling design, these tubes can streamline your laboratory processes, leading to more efficient and precise results.
a) LoBind Technology: The Eppendorf LoBind tubes feature a surface coating that minimizes non-specific adsorption of nucleic acids and proteins, decreasing the background in downstream applications,raising the purity of the sample.
b) Sturdy Design: The tubes have a robust screw cap design with a seal break indicator, allowing for secure storage and transportation, protecting the sample from contamination.
c) Easy Labeling: The 2 mL tubes accommodate standard label writers, making it convenient for researchers to label their samples accordingly.
d) Compatibility: These LoBind tubes are compatible with various DNA and RNA extraction protocols, making them suitable for various downstream applications.
e) Resistance to common chemicals: The tubes are resistant to various chemicals commonly used in molecular biology, including phenol, chloroform, and ethanol, ensuring sample integrity during extractions and purifications.
2. Cons:a) Cost: The Eppendorf LoBind tubes may be more expensive compared to some generic alternatives, increasing the overall cost of laboratory experimentation.
b) Manual Cap: Although the design is sturdy, the screw cap may require more effort to close or open compared to snap-cap designs.
3. Conclusion:The Eppendorf 0030122232 Screw Cap DNA LoBind 50 Tubes are an excellent choice for researchers conducting nucleic acid extraction and purification experiments due to their LoBind technology, sturdy design, easy labeling, compatibility, and chemical resistance. However, their higher cost might be a deterrent for some researchers.
4. Recommendation:If you're working on nucleic acid extraction and purification projects, investing in Eppendorf LoBind tubes would offer benefits in sample purity and protection. However, consider these tubes as an investment in improving your research outcomes rather than as a primary cost element.
FL HANGAR WEST WALL x4 JK. You are buying a box of Eppendorf Sealed Screw Cap DNA LoBind 50 mL Conical Tubes 200 8 bags 25 tubes New. Shipping is for the lower 48 US states only.