Figure 1. Pure DNA and RNA from filter-captured water samples.
Figure 1. Pure DNA and RNA from filter-captured water samples.
Figure 2. Higher DNA and RNA yields from water samples.
Figure 2. Higher DNA and RNA yields from water samples.
Figure 3. Efficient extraction of nucleic acids from a variety of membrane types with MagAttract PowerWater DNA/RNA Kit.
Figure 3. Efficient extraction of nucleic acids from a variety of membrane types with MagAttract PowerWater DNA/RNA Kit.
Figure 1. Pure DNA and RNA from filter-captured water samples. Duplicate 47 µm filter membranes were used to filter 500 ml of coastal ocean water. Resulting DNA and RNA yields were quantified using a Qubit Fluorometer. Purity was assessed using a NanoDrop Spectrophotometer. MCE: mixed cellulose ester; PES: polyethersulfone; PC: polycarbonate.
Figure 2. Higher DNA and RNA yields from water samples. Duplicate mixed cellulose ester (MCE) membranes were used to filter water samples until the flow stopped. Resulting DNA and RNA yields were quantified using a Qubit Fluorometer. Purity was assessed using a NanoDrop Spectrophotometer.
Figure 3. Efficient extraction of nucleic acids from a variety of membrane types with MagAttract PowerWater DNA/RNA Kit. B. subtilis culture was incubated overnight after being spotted onto 25 mm filter membranes (200 µl). Another culture was stored at 4°C, the same amount, as a control. MCE: mixed cellulose ester; PES: polyethersulfone; PC: polycarbonate.