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DNeasy PowerPlant Pro HTP 96 Kit

For high-throughput isolation of genomic DNA from plant and seed samples.
  • High-throughput method - Isolate high quality, pure DNA from plant samples in a 96 well format
  • Optimized for tough samples - Isolate DNA from the most difficult plant types, including strawberry leaf, cotton leaf, cotton seeds and pine needles
  • Inhibitor Removal Technology - Removes polyphenolics, polysaccharides and other PCR inhibitors
The DNeasy PowerPlant Pro HTP 96 Kit is designed for high-throughput purification of genomic DNA from plant cells, tissues and seeds. The optimized protocol replaces time-consuming DNA isolation procedures such as CTAB, phenol, or chloroform extraction for recovery of high quality DNA from the toughest sample types, including strawberry leaf, cotton leaf, cotton seeds, and pine needles. Inhibitor Removal Technology is used for removal of PCR inhibitors, resulting in pure DNA that is ready to use in downstream applications including PCR, QPCR, Sanger sequencing and NGS. In addition, a unique Phenolic Separation Solution (PSS) is included as an optional step for samples high in polyphenolic compounds, such as pine and grape leaf. PSS breaks the bond between DNA and phenolics, preventing loss of DNA during the IRT step and increasing DNA yield. Following an inhibitor removal step, genomic DNA is captured on a 96 well silica membrane in a spin filter format. DNA is then washed and eluted from the spin filter plate. DNA is ready to use in PCR, qPCR or next generation sequencing. The kit can be used in combination with bead beating or another lysis method. Metal Beads are recommended for bead beating.

Formerly known as the PowerPlant Pro-htp 96 Well DNA Isolation Kit
Cat No./ID: 13496-4
DNeasy PowerPlant Pro HTP 96 Kit (364)
For high-throughput isolation of genomic DNA from plant and seed samples.
$1,312.00
The DNeasy PowerPlant Pro HTP 96 Kit is intended for molecular biology applications. This product is not intended for the diagnosis, prevention, or treatment of a disease.