PME-Kits, diverse

845-IR-0010050, Omnilab

9035831, Omnilab

845-IR-0009050, Omnilab

845-IR-0008050, Omnilab

845-IR-0003050, Omnilab

Circulating cell-free DNA is of special interest as a diagnostic target, but the amount of free-circulating DNA is usually very low and varies among different individuals. Furthermore, these nucleic acids are present as short fragments, typically smaller than 1000 nt, making the efficient extraction process challenging. Because of the high sample volumes, the protocols of commercially available kits are very labor-intensive as well as time consuming and need a lot of reagents. The PME free-circulating DNA Extraction Kit is based on a new, patent-pending technology called PME – Polymer Mediated Enrichment. As first step cell-free DNA in the entire sample is captured by a polymer. Afterwards this complex is collected as a pellet by centrifugation. Subsequently the captured nucleic acid is dissolved in a special buffer thus reducing the sample volume in the following extraction significantly. Circulating cell-free DNA is of special interest as a diagnostic target, but the amount of free-circulating DNA is usually very low and varies among different individuals. Furthermore, these nucleic acids are present as short fragments, typically smaller than 1000 nt, making the efficient extraction process challenging. Because of the high sample volumes, the protocols of commercially available kits are very labor-intensive as well as time consuming and need a lot of reagents. The PME free-circulating DNA Extraction Kit is based on a new, patent-pending technology called PME – Polymer Mediated Enrichment. As first step cell-free DNA in the entire sample is captured by a polymer. Afterwards this complex is collected as a pellet by centrifugation. Subsequently the captured nucleic acid is dissolved in a special buffer thus reducing the sample volume in the following extraction significantly.

845-IR-0011050, Omnilab

845-IR-0003010, Omnilab

Circulating cell-free DNA is of special interest as a diagnostic target, but the amount of free-circulating DNA is usually very low and varies among different individuals. Furthermore, these nucleic acids are present as short fragments, typically smaller than 1000 nt, making the efficient extraction process challenging. Because of the high sample volumes, the protocols of commercially available kits are very labor-intensive as well as time consuming and need a lot of reagents. The PME free-circulating DNA Extraction Kit is based on a new, patent-pending technology called PME – Polymer Mediated Enrichment. As first step cell-free DNA in the entire sample is captured by a polymer. Afterwards this complex is collected as a pellet by centrifugation. Subsequently the captured nucleic acid is dissolved in a special buffer thus reducing the sample volume in the following extraction significantly. Circulating cell-free DNA is of special interest as a diagnostic target, but the amount of free-circulating DNA is usually very low and varies among different individuals. Furthermore, these nucleic acids are present as short fragments, typically smaller than 1000 nt, making the efficient extraction process challenging. Because of the high sample volumes, the protocols of commercially available kits are very labor-intensive as well as time consuming and need a lot of reagents. The PME free-circulating DNA Extraction Kit is based on a new, patent-pending technology called PME – Polymer Mediated Enrichment. As first step cell-free DNA in the entire sample is captured by a polymer. Afterwards this complex is collected as a pellet by centrifugation. Subsequently the captured nucleic acid is dissolved in a special buffer thus reducing the sample volume in the following extraction significantly.