U Bottom 96 Deep Well Plate
High Purity of Materials and USP VI Certification：This pipette tip is made of high-purity polypropylene (PP), a material with extremely high purity and consistency, ensuring the reliability and stability of the tip during use. High-purity polypropylene not only meets strict production standards, but also has passed the certification of the United States Pharmacopeia Sixth Edition (USP VI), which means that it is safe for use in the field of medical and biological experiments. USP VI certification indicates that the material will not release harmful substances when in contact with drugs and biological samples, ensuring that there will be no interference with experimental results. High-purity polypropylene has extremely high chemical stability and excellent tolerance to most chemical reagents and solvents, allowing this pipette tip to maintain stable performance under various experimental conditions.
High-temperature sterilization capability：The design of this pipette tip allows high-temperature sterilization, which is an important feature, especially in experimental environments that require strict disinfection. High-temperature sterilization can effectively kill microorganisms on the tip, prevent contamination and cross-contamination, and thus ensure the accuracy of experimental results. The material of the tip can withstand high-temperature treatment without deformation or degradation, ensuring its stability and reliability in long-term use. This autoclavability makes the pipette tip ideal for use in demanding experiments and automated equipment, ensuring the highest hygiene standards before each use.
Optimized hole design：The conical round bottom hole design of this pipette tip is a highlight. The conical round bottom hole structure can minimize sample residue, which is essential for the accuracy of experiments. Due to the round design of the bottom, the liquid can flow evenly inside the tip, avoiding the problems of liquid accumulation and adhesion that are common in traditional designs. This optimized hole design ensures that most of the sample can be completely transferred to the receiving container after each pipetting operation, thereby improving the repeatability and reliability of the experiment.
Prevent sample residue：In scientific experiments, sample residue may lead to deviations and inconsistencies in experimental results. To effectively prevent this problem, the round bottom design of the tip can reduce liquid retention. Through a sophisticated manufacturing process, the interior of the tip is smooth and uniform, reducing sample adsorption and adhesion. This design is particularly suitable for experiments that require high precision and accuracy, such as molecular biology and chemical analysis. This carryover reduction feature is particularly important when dealing with precious or limited samples, ensuring that the sample amount per operation is as close to the target amount as possible, thereby improving the reliability of experimental data.
Describe the product's application areas
High-throughput screening
U-bottom 96-well deep-well plates are widely used in high-throughput screening (HTS) experiments for drug discovery and biological screening. Its deep-well design allows experimenters to operate large volumes of liquid in each well, which is suitable for various chemical and biological reactions. Each well can accommodate more samples and reagents, thereby supporting the parallel processing of multiple samples, improving the efficiency of the experiment and data output. The structural design of this plate is suitable for high-throughput analysis in drug activity testing, toxicity assessment, and other drug development processes.
Cell culture and analysis
In cell biology research, U-bottom 96-well deep-well plates are often used for cell culture and analysis. Its deep-well design can accommodate a large volume of culture medium, providing sufficient growth space for cells. Deep-well plates can be used for long-term cell culture, drug response testing, and cell viability analysis. Its excellent optical properties and uniform well bottom make cell observation and counting more convenient, suitable for cell biology experiments and cell growth curve research.
Enzyme-linked immunosorbent assay (ELISA)
In ELISA experiments, U-bottom 96-well deep-well plates are widely used for antibody and antigen detection. The design of deep-well plates allows large volumes of reagents and samples to react in each well, enhancing detection sensitivity and accuracy. The surface treatment of this deep-well plate can reduce nonspecific binding and improve the specificity and repeatability of the experiment. In immunoassays, the U-bottom design helps avoid reagent evaporation and reduce background signals, making the results more reliable.
FAQ
1. What are the main application areas of U-bottom 96-well deep-well plates?
U-bottom 96-well deep-well plates are mainly used for high-throughput screening, cell culture and analysis, enzyme-linked immunosorbent assay (ELISA), PCR and gene amplification, sample storage and processing, chemical reactions and synthesis, and laboratory automation. Its deep-well design enables it to accommodate large volumes of liquids and samples, and is suitable for experimental environments that require the processing of large quantities of samples or reagents. Especially in drug discovery, biological research, molecular biology, and chemical analysis, this deep-well plate can provide an efficient operating platform to meet various experimental needs.
2. What is the material of this deep-well plate?
U-bottom 96-well deep-well plates are usually made of high-quality polypropylene (PP), which has excellent chemical stability and high-temperature resistance. The polypropylene material enables the deep-well plate to withstand high-temperature disinfection and sterilization processes, ensuring its hygienic safety during use. Whether it is high-temperature steam sterilization or chemical sterilization, polypropylene can maintain its physical and chemical properties and will not affect the experimental results. This feature makes the plate suitable for experimental environments that require strict disinfection.
3. What are the advantages of the U-bottom design?
The main advantage of the U-bottom design is that it can minimize sample residue. The rounded design of the bottom allows the liquid to flow evenly, avoiding the common problems of liquid accumulation and adhesion in traditional designs. This design has a significant impact on experimental results. It can improve the accuracy of liquid transfer and reduce sample waste, thereby ensuring that the sample volume of each operation is as close to the target volume as possible. This is especially important for experiments that require high precision and high repeatability, such as cell culture and high-throughput screening.
4. Is this deep-well plate compatible with automated equipment?
Yes, the U-bottom 96-well deep-well plate is compatible with a variety of laboratory automation equipment. Its standardized well layout and consistent size allow it to seamlessly connect with liquid handling systems, high-throughput screening robots, and other automated equipment. This compatibility improves experimental efficiency and reduces human error. The automated system can quickly and accurately process samples in this plate, which is suitable for experimental environments that require high-throughput processing and data acquisition.
5. What is the well capacity of this product?
Each well of the U-bottom 96-well deep-well plate usually has a large capacity and can hold up to 2 to 2.5 ml of liquid. Such a capacity makes it suitable for large-volume liquid processing, such as cell culture, chemical reactions, and sample storage. Its deep-well design is not only suitable for processing large volumes of liquid, but also supports the reaction of large volumes of reagents and long-term storage of samples. This design improves the flexibility of the experiment and can meet various liquid handling needs.
6. Is this deep-well plate suitable for ELISA experiments?
Yes, the U-bottom 96-well deep-well plate is very suitable for ELISA experiments. Its deep-well design allows large volumes of reagents and samples to react in each well, thereby enhancing the sensitivity and accuracy of detection. In addition, the surface of the deep-well plate is treated to reduce nonspecific binding and improve the specificity and repeatability of the experiment. This design enables the deep-well plate to provide reliable data results in immunoassays and is suitable for the detection of antibodies and antigens.
7. How to choose the appropriate U-bottom 96-well deep-well plate specifications?
The selection of the appropriate U-bottom 96-well deep-well plate specifications should be determined according to the specific experimental needs. First, you need to consider the sample volume and processing requirements of the experiment and choose a plate with the appropriate capacity. Secondly, consider the application field of the experiment, such as high-throughput screening, cell culture or ELISA experiments, and choose the plate surface treatment and well design suitable for this field. Finally, confirm whether the plate is compatible with existing laboratory equipment to ensure efficient operation and data acquisition. Combining these factors, you can choose the most suitable U-bottom 96-well deep well plate specifications to meet the needs of the experiment.
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