Significantly higher yields of pure DNA.
Significantly higher yields of pure DNA.
Efficient removal of PCR inhibitors.
Efficient removal of PCR inhibitors.
Significantly higher yields and superior inhibitor removal.
Significantly higher yields and superior inhibitor removal.
Optimized NGS workflow.
Optimized NGS workflow.
Successful identification of plant pathogens by NGS.
Successful identification of plant pathogens by NGS.
Rapid homogenization in Tissue Disruption Tubes.
Rapid homogenization in Tissue Disruption Tubes.
Significantly higher yields of pure DNA. DNA was isolated from 50 mg of plant material (4 replicates each) using the DNeasy Plant Pro, DNeasy Plant Mini and DNeasy PowerPlant Pro Kits. DNA yields were quantified with a Qubit Fluorometer. (A) Plants with high DNA content (grass and pine needles); (B) Plants with lower DNA content (old strawberry, mint or citrus (lemon) leaf).
Efficient removal of PCR inhibitors. DNA from various plant samples was isolated with the DNeasy Plant Pro, DNeasy Plant Mini and DNeasy PowerPlant Pro Kits. An 8 µl aliquot of the resulting plant DNA eluates (3 replicates) was spiked into an internal control (IC) PCR and the IC was amplified using the QuantiFast Pathogen +IC Kit.
Significantly higher yields and superior inhibitor removal. DNA was isolated from 50 mg samples of strawberry leaves. DNA yield was measured using a Qubit Fluorometer (A) and a 5 µl aliquot was analyzed by gel electrophoresis (B). An 8 µl aliquot of the resulting strawberry DNA eluates (4 replicates) was spiked into an internal control (IC) PCR (C ) and the IC was amplified using the QuantiFast Pathogen +IC Kit.
Optimized NGS workflow.
Successful identification of plant pathogens by NGS. DNA was extracted from 50 mg plant material infected with the respective pathogen using the DNeasy Plant Pro Kit. A whole genome library was prepared with the QIAseq FX DNA Library Kit and sequenced using an Illumina MiSeq system (2 x 250 bp run). The resulting reads were analyzed with the CLC Genomic Workbench (QIAGEN Microbial Genomics Pro Suite).
Rapid homogenization in Tissue Disruption Tubes.