A DNA solution that is 800 ng/uL, and you want to use 0.01mg of DNA in a reaction. How many microliters of your DNA solution should you use?
+324 Hello. This is a difficult mixture problem. The following link directs you to a SIMILAR problem. I how it offers a general idea:
https://www.google.com/url?sa=t&source=web&rct=j&url=https://www.researchgate.net/post/Can_someone_help_me_with_a_conversion_dilution_calculation&ved=2ahUKEwjSoa6OlczrAhUkYTUKHXTQB2gQFjAAegQIAhAB&usg=AOvVaw1JZ3RHX3IkseHPt9jiKcLk
+15001 A DNA solution that is 800 ng/uL, and you want to use 0.01mg of DNA in a reaction. How many microliters of your DNA solution should you use?
Eine DNA-Lösung mit 800 ng / ul, und Sie möchten 0,01 mg DNA in einer Reaktion verwenden. Wie viele Mikroliter Ihrer DNA-Lösung sollten Sie verwenden?
Hello Guest!
\(\frac{800ngDNA}{\mu l}\cdot\frac{10^3mg}{10^9ng}=\frac{8\cdot 10^{-4}mg\ DNA}{\mu l}\)
\(0.01mg\ DNA:\frac{8\cdot 10^{-4}mg\ DNA}{\mu l}=\color{blue}12.5\ \mu l\)
\(12.5\ microliters\ of\ your\ DNA\ solution\ should\ you\ use. \)
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+37159 .01 mg = 10 microgram = 10 000 nanograms
10 000 nanograms / 800 nanograms/microliter = 12.5 microliters
