Extraktionsreagenzien, diverse

845-SB-2090100, Omnilab

The RNA is then precipitated by adding an alcohol. Extraction with the innuSOLV RNA Reagent produces high-quality nucleic acids with no degradation that are suitable for a variety of different applications within just 1 hour of prep time. The RNA is then precipitated by adding an alcohol. Extraction with the innuSOLV RNA Reagent produces high-quality nucleic acids with no degradation that are suitable for a variety of different applications within just 1 hour of prep time.

845-KS-5200010, Omnilab

The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA. The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA.

9035830, Omnilab

845-KS-5200250, Omnilab

The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA. The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA.

9035828, Omnilab

845-SB-2090010, Omnilab

The RNA is then precipitated by adding an alcohol. Extraction with the innuSOLV RNA Reagent produces high-quality nucleic acids with no degradation that are suitable for a variety of different applications within just 1 hour of prep time. The RNA is then precipitated by adding an alcohol. Extraction with the innuSOLV RNA Reagent produces high-quality nucleic acids with no degradation that are suitable for a variety of different applications within just 1 hour of prep time.

845-KS-5200050, Omnilab

The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA. The innuPREP DNase I Digest Kit is a highly efficient tool for removing DNA from RNA samples that have been contaminated with DNA. Enzymatic DNA digestion can be conveniently integrated into the RNA isolation process. The DNase I is diluted in the buffer provided and then applied directly onto the spin filter column containing the bound nucleic acids. Digestion is followed by additional wash steps before highly pure RNA is eluted. The reagents provided are free of RNase and therefore also contribute to the quality of the RNA. Efficient DNA removal makes the innuPREP DNase I Digest Kit suitable for applications in which even the tiniest amounts of DNA could distort the results. Potential applications include preparing DNA-free RNA, DNase footprinting, Nick translation or degradation of DNA template when transcribing to cDNA.