OverviewThe E-Z 96® FastFilter Plasmid Kit is optimized for the parallel preparation of up to 96 plasmid minipreps in 1 hour. The Lysate Clearance Plate replaces the time-consuming centrifugation involved in clearing of bacterial alkaline lysates. This kit contains all of the components needed for plasmid DNA purification in a 96-well format. Purified plasmid DNA is suitable for the most sensitive downstream applications, such as routine screening or automated DNA sequencing. The E-Z 96® Fastfilter Plasmid Kits newly designed 96-well DNA plates are ideal for use with automated liquid handlers.Clear lysate with E-Z 96® Lysate Clearance PlateNo resin, slurries, or alcohol precipitationHigh-purity plasmid DNA in less than 1 hourReproducible yields of molecular biology grade plasmid DNAFast, easy and convenient protocolsSpecificationsFor Research Use Only. Not for use in diagnostic procedures.FeaturesSpecificationDownstream ApplicationCloning; sanger sequencing etc.Starting materialPer well: 1.0-1.5 mL LB culture with OD600 between 2 and 3; or equivalentPlasmid typeHigh-copy, low-copy, cosmid DNAProcessing mode96-well, centrifugation or vacuumThroughput96 samples per runDNA binding technologySilica 96-well plateLysate clearance methodCentrifugation or vacuum with lysate clearnce plateProcessing timeYield15-25 µg for high copy-number; 0.1-5 µg for low copy-numberSpecial noteLysate clearance plate for fast processingProtocol and ResourcesProduct Documentation & LiteraturePROTOCOLD1097 E-Z 96 Fastfilter PlasmidSDSD1097 SDSSALES SHEETProduct Data#gap-2103796848{padding-top:30px}Figure 1 Title Figure 1.  Plasmid DNA purified using the E-Z 96® FastFilter Plasmid Kit. DNA was isolated from 48 1 mL bacterial cultures frown overnight in LB culture using the E-Z 96® FastFilter Plasmid Kit and eluted in 150 µL elution buffer. Plasmid DNA (10% of total purified DNA) was analyzed on 1.0% agarose gel. Lanes 1-48 represent plasmid DNA from 48 different bacterial cultures.#gap-1834945083{padding-top:30px}PublicationsView PublicationsLong-term cathode performance and the microbial communities that develop in microbial fuel cells fed different fermentation endproducts Patrick D. Kiely, Geoffrey Rader, John M. Regan, Bruce E. LoganEnrichment of microbial electrolysis cell biocathodes from sediment microbial fuel cell bioanodes John M. Pisciotta, Zehra Zaybak, Douglas F. Call, Joo-Youn Nam, Bruce E. LoganSizeFREE SAMPLE, 1 x 96 Preps, 4 x 96 Preps, 20 x 96 PrepsFormat96-well filter plate