SmartExtraction (HMW DNA), diverse

9035840, Omnilab

845-KS-8101010, Omnilab

The innuPREP SE Blood&Eukaryotic Cells UHMW DNA Kit (m) has been designed for manual isolation of high molecular weight (HMW) and ultra-high molecular weight (UHMW)genomic DNA from cultivated eukaryotic cells or peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood stabilized with EDTA, citrate or heparin based on a patented technology. For blood samples the procedure starts with the lysis of erythrocytes and the subsequent pelleting of the PBMC’s. After addition of 1 x PBS, the cells are resuspended and transferred into the SmartExtraction Tubes followed by lysis. For cultivated eukaryotic cells no preliminary steps are necessary. The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA during the binding step. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. No centrifugation – easy extraction using thermal shaker and magnetic rack Highly efficient extraction within 1 h up to 1.5 h max. High yield of ultra high-molecular-weight DNA Inlcudes SmartExtraction tubes und granules with Smart Modified Surfaces for active binding of DNA Enormous binding capacity without clotting. The innuPREP SE Blood&Eukaryotic Cells UHMW DNA Kit (m) has been designed for manual isolation of high molecular weight (HMW) and ultra-high molecular weight (UHMW)genomic DNA from cultivated eukaryotic cells or peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood stabilized with EDTA, citrate or heparin based on a patented technology. For blood samples the procedure starts with the lysis of erythrocytes and the subsequent pelleting of the PBMC’s. After addition of 1 x PBS, the cells are resuspended and transferred into the SmartExtraction Tubes followed by lysis. For cultivated eukaryotic cells no preliminary steps are necessary. The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA during the binding step. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. No centrifugation – easy extraction using thermal shaker and magnetic rack Highly efficient extraction within 1 h up to 1.5 h max. High yield of ultra high-molecular-weight DNA Inlcudes SmartExtraction tubes und granules with Smart Modified Surfaces for active binding of DNA Enormous binding capacity without clotting.

845-KS-8001010, Omnilab

The innuPREP SE HMW DNA Kit (m) kit has been designed for the manual isolation of high molecular weight (HMW) genomic DNA (200 kb – 500+ kb) from tissue samples, eukaryotic cells, rodent tails, bacteria and yeasts based on a patented technology. The procedure starts with the lysis of the starting material. After lysis the sample is transferred into a SmartExtraction Tube (SE Tube). The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. The innuPREP Bacteria Lysis Booster is also available to further optimize the lysis of bacterial cells, particularly with regard to bacterial strains that are difficult to lyse. The innuPREP SE HMW DNA Kit (m) kit has been designed for the manual isolation of high molecular weight (HMW) genomic DNA (200 kb – 500+ kb) from tissue samples, eukaryotic cells, rodent tails, bacteria and yeasts based on a patented technology. The procedure starts with the lysis of the starting material. After lysis the sample is transferred into a SmartExtraction Tube (SE Tube). The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. The innuPREP Bacteria Lysis Booster is also available to further optimize the lysis of bacterial cells, particularly with regard to bacterial strains that are difficult to lyse.

845-KS-8001050, Omnilab

The innuPREP SE HMW DNA Kit (m) kit has been designed for the manual isolation of high molecular weight (HMW) genomic DNA (200 kb – 500+ kb) from tissue samples, eukaryotic cells, rodent tails, bacteria and yeasts based on a patented technology. The procedure starts with the lysis of the starting material. After lysis the sample is transferred into a SmartExtraction Tube (SE Tube). The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. The innuPREP Bacteria Lysis Booster is also available to further optimize the lysis of bacterial cells, particularly with regard to bacterial strains that are difficult to lyse. The innuPREP SE HMW DNA Kit (m) kit has been designed for the manual isolation of high molecular weight (HMW) genomic DNA (200 kb – 500+ kb) from tissue samples, eukaryotic cells, rodent tails, bacteria and yeasts based on a patented technology. The procedure starts with the lysis of the starting material. After lysis the sample is transferred into a SmartExtraction Tube (SE Tube). The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. The innuPREP Bacteria Lysis Booster is also available to further optimize the lysis of bacterial cells, particularly with regard to bacterial strains that are difficult to lyse.

9035839, Omnilab

845-KS-8101050, Omnilab

The innuPREP SE Blood&Eukaryotic Cells UHMW DNA Kit (m) has been designed for manual isolation of high molecular weight (HMW) and ultra-high molecular weight (UHMW)genomic DNA from cultivated eukaryotic cells or peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood stabilized with EDTA, citrate or heparin based on a patented technology. For blood samples the procedure starts with the lysis of erythrocytes and the subsequent pelleting of the PBMC’s. After addition of 1 x PBS, the cells are resuspended and transferred into the SmartExtraction Tubes followed by lysis. For cultivated eukaryotic cells no preliminary steps are necessary. The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA during the binding step. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. No centrifugation – easy extraction using thermal shaker and magnetic rack Highly efficient extraction within 1 h up to 1.5 h max. High yield of ultra high-molecular-weight DNA Inlcudes SmartExtraction tubes und granules with Smart Modified Surfaces for active binding of DNA Enormous binding capacity without clotting. The innuPREP SE Blood&Eukaryotic Cells UHMW DNA Kit (m) has been designed for manual isolation of high molecular weight (HMW) and ultra-high molecular weight (UHMW)genomic DNA from cultivated eukaryotic cells or peripheral blood mononuclear cells (PBMC) derived from fresh or frozen blood stabilized with EDTA, citrate or heparin based on a patented technology. For blood samples the procedure starts with the lysis of erythrocytes and the subsequent pelleting of the PBMC’s. After addition of 1 x PBS, the cells are resuspended and transferred into the SmartExtraction Tubes followed by lysis. For cultivated eukaryotic cells no preliminary steps are necessary. The SE Tube contains a material with unique Smart Modified Surfaces which adsorbs the genomic DNA during the binding step. After washing steps, the nucleic acid is dissolved from the surface of the modified material and is now ready to use for downstream applications. The whole extraction process is simple to handle. The unique extraction chemistry in combination with Smart Modified Surfaces is optimized to get a maximum of yield and quality. The nucleic acids are submitted to minimal shearing forces and are thus of superior quality and very high molecular weight, thus ideally suited for size-sensitive downstream applications such das NanoPore or PacBio sequencing. No centrifugation – easy extraction using thermal shaker and magnetic rack Highly efficient extraction within 1 h up to 1.5 h max. High yield of ultra high-molecular-weight DNA Inlcudes SmartExtraction tubes und granules with Smart Modified Surfaces for active binding of DNA Enormous binding capacity without clotting.