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The Invsorb DNA CleanUP kit
The Invisorb® DNA CleanUp provides a convenient tool for fast and efficient cleanup of strong contaminated DNA, DNA fragments and PCR products (80 bp up to 30
kb), DNA isolated using classical procedures and DNA from reaction mixtures like the bisulfite method used in methylation analysis.
Advantages:
Product Characteristics:
The optimized Binding Buffer adjust the condition and DNA or DNA fragments will be bound directly onto the surface of a spin filter column during contaminants will bepassed through during washing step(s). The buffer volumes are balanced to minimize pipetting steps. The Buffer P is added directly to the sample, adjusting the
binding condition for DNA or DNA fragmentsand the mixture is applied to the spin filter column. The DNA fragments are bound directly onto the membrane of a spin
filter column. After washing to remove contaminants the DNA or DNA fragments are eluted in a low-salt buffer or ddH2O.
The isolation protocol and all buffers are optimized to provide high yield and purity of the recovered DNA fragments. The hands-on-time necessary for the whole
procedure is reduced to a minimum. The purification process takes less than 10 minutes.
The purified DNA fragments are ready to use in various downstream application such as:
The Invisorb® DNA CleanUp provides a convenient tool for fast and efficient cleanup of strong contaminated DNA, DNA fragments and PCR products (80 bp up to 30
kb), DNA isolated using classical procedures and DNA from reaction mixtures like the bisulfite method used in methylation analysis.
Advantages:
 | fast and easy handling | |
| suitable for fragment sizes from 80 bp - 30 kb | |
| complete removal of salts, detergents, nucleotides, mineral oil, primers, enzymes |
Product Characteristics:
The optimized Binding Buffer adjust the condition and DNA or DNA fragments will be bound directly onto the surface of a spin filter column during contaminants will be
binding condition for DNA or DNA fragmentsand the mixture is applied to the spin filter column. The DNA fragments are bound directly onto the membrane of a spin
filter column. After washing to remove contaminants the DNA or DNA fragments are eluted in a low-salt buffer or ddH2O.
The isolation protocol and all buffers are optimized to provide high yield and purity of the recovered DNA fragments. The hands-on-time necessary for the whole
procedure is reduced to a minimum. The purification process takes less than 10 minutes.
The purified DNA fragments are ready to use in various downstream application such as:
 | Digestion with restriction enzymes | |
| Hybridization | |
| Labeling | |
| Cloning | |
| Sequencing | |
| In vitro Transcription | |
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