Bacteria genome DNA extraction liquid, preparation and application thereof
An extract and genome technology, applied in the field of bacterial genome DNA extract and its preparation and application, can solve the problem of complex operation of bacterial genome extraction kits, ineffective release of genomic DNA, contamination of bacteria or their genomic DNA, etc. problems, to achieve the effects of reducing physical health damage, high extraction efficiency, and sufficient cracking
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Embodiment 1
[0028] Make bacterial genomic DNA extract according to the following formula:
[0029] ①Add an appropriate amount of SDS, NP-40 and Tween into water and mix, then filter and sterilize with a 0.22 μm filter, and finally add an appropriate amount of chelex-100 to make the final concentration 5% (g / m1), adjust SDS, NP-40 and The concentration of Tween is 0.03% (g / ml), 1% (ml / ml) and 1% (ml / ml) respectively, and the mixture A solution is obtained;
[0030] ②Mix the stock solutions of lysostaphin, wall-breaking enzyme and proteinase K at a volume ratio of 1:5:1.25, filter through a YM-100 protein filter column at 14,000 g / min, and centrifuge at 4°C for 24 minutes to obtain liquid B;
[0031] ③ Add 230ul of the liquid obtained in step ① to 100ul of the liquid obtained in step ② to obtain the product bacterial genome DNA extract.
[0032] Follow the procedure below to extract bacterial genomic DNA:
[0033] ①Take 200ul of platelet products, centrifuge at 13000g / min for 10 minutes, ...
Embodiment 2
[0039] Make bacterial genomic DNA extract according to the following formula:
[0040] ① Add appropriate amount of SDS, NP-40 and Tween to water and mix, then filter and sterilize with a 0.22 μm filter, and finally add appropriate amount of chelex-100 to make the concentration 10% (g / ml), SDS, NP-40 and Tween Make up concentration to be 0.05% (g / ml), 1.5% (ml / ml) and 1.5% (ml / ml) respectively, make A solution;
[0041] ②Mix the stock solutions of lysostaphin, wall-breaking enzyme and proteinase K at a ratio of 1.5:4.5:1.75, filter through a YM-100 protein filter column at 14,000 g / min, and centrifuge at 4°C for 24 minutes to obtain liquid B;
[0042] ③ Add 400ul of the liquid obtained in step ① to 200ul of the liquid obtained in step ② to obtain the product bacterial genome DNA extract.
[0043] Follow the procedure below to extract bacterial genomic DNA:
[0044] ① Take 800ul of plasma, centrifuge at 13000g / min for 10 minutes, and collect bacteria;
[0045] 2. Abandon the ...
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