AHN myPlate® Microfilter Plates
AHN myPlate® microfilter plates are a great product for those research laboratories and institutions that perform extensive processes such as nucleic acid purification, protein recovery and purification, and next generation sequencing in sample preparation. Among many other diverse processes involving plasmids, viruses and genomic DNA. AHN myPlate® microfilter plates are a great complement to the AHN myPlate® centrifugation column, especially when there are many samples but the processing time is short.
Application of AHN myPlate® microfilter plates
AHN myPlate® microfilter plates can be used in a variety of protocols due to the different filter membrane options available for the system. This allows customers to work with a design that can be used in a variety of application scenarios. The 96-well format allows for cost-effective scaling of experimental procedures and high-throughput sample processing.
PCR purification with AHN myPlate® microplates
AHN myPlate® microfilter plates with glass fiber filters are best suited for high-throughput purification of RNA, genomic DNA, and plasmid DNA. Glass fiber filters have a high nucleic acid retention capacity and a salt removal efficiency of up to 99.99%.
After performing a polymerase chain reaction (PCR), it is often necessary to separate the PCR products from the reaction mixture (nucleotides, primers, enzymes and buffers). Genomic DNA extraction is a fundamental procedure in molecular biology that enables a variety of applications such as cloning, sequencing, and so on.
AHN myPlate® microfilter plates offer a fast and cost-effective way to obtain concentrated DNA and agarose gels. Discover DNA gel purification with AHN myPlate® microfilter plates, which is a simple 3-step process that can be summarized in the three words binding, washing and eluting. The DNA purification process is based on the glass bead filter technology located in the core of each AHN myPlate® microfilter plate, ensuring high-affinity DNA binding and easy elution. Nucleic acids obtained by DNA gel purification with AHN myPlate® microfilter plates can be used for sequencing, restriction enzyme digestion, ligation, library construction and other applications.
Molecular biologists frequently isolate plasmid DNA from microbial cells for various applications such as sequencing, cloning, and gene therapy. Plasmid preparation approaches enable rapid harvesting of plasmid DNA from bacterial cells using protocols that incorporate spin columns with silica-based plasmid binding filters.
Additional applications for AHN myPlate® microfilter plates.
AHN myPlate® microfilter plates are also available with other filter options upon request. For ordering information, please contact info@cappahn.com.
Other filter options for AHN myPlate® microfilter plates are
Synthetic polypermeate filters with excellent chemical resistance and temperature stability
Polyvinylidene fluoride filters, ideal for general filtration and sample preparation, with high flow rates and very low extractables.
Nylon filter, ideal for a variety of applications due to the hydrophilic nature and excellent chemical resistance of nylon. This type of filter is excellent for the removal of cells and particles from liquids, as well as for the recovery of DNA from acrylamide and agarose gels.
Cellulose acetate with hydrophilic, low adsorption and low binding properties. These properties are desirable in experimental procedures such as filtration of tissue culture media, cold sterilization, and filtration of biological fluids where maximum protein yields are desired.
Regenerated cellulose with broad solvent compatibility and low extractability for higher sample purity.
AHN myPlate® Microfilter Plates Construction
AHN myPlate® Microfilter Plates are manufactured from selected, pure, quality polystyrene that ensures each microfilter plate has excellent transparency. AHN myPlate® Microfilter Plates are supplied with long drip ladders that allow safe use while reducing cross-contamination.
Currently, AHN myPlate® microfilter plates are supplied with an 8 x 12 matrix array containing 96 wells. Each well has a sample volume of 1 ml. This makes the microfilter plates adaptable for various laboratory applications. The robust design of the AHN myPlate® microfilter plates makes sample processing very fast and easy.
The system consists of a myPlate® microfilter plate mounted over a U-shaped collection vessel (deep well) and a filter that fits on the bottom of each well. The Deep Well microplate is made of selected, pure and high quality polystyrene. Which conforms to the SBS standard. This allows these microplates to be used in SBS compliant robotic systems. To meet the requirements of researchers, the specifications of the filter membranes can be selected at the time of purchase.
AHN myPlate® FP 96-wells, 1.0 mL, PE 20-60 µm Filter
Product safety information
Manufacturer information:
AHN Biotechnologie
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