Structural Impact on DNA Purification

Research of Impact of IMCS* Structures on the Stability of Experiments Using Molecular Biology Methods.

Microbial culture inoculation and growing in artificial media.

Stable DNA purification from various materials (cultured microbial media, soils, agarose gel).
Improving quality of electrophoresis reactions.

Successful amplification and restriction by molecular genomic and physical methods.

The study was performed using system adapters

Translighter Super, Translighter Blaga

Structural Impact on DNA Purification
The impact of structures was evaluated in an experiment with the use of fulvic acids and glucose sent to our genomic technologies laboratory from a soil institute in the Netherlands.
DNA purification from fulvic acid and glucose substrates has remained a difficult, laborious task. Nobody from European specialists was willing to take on this challenge. Having a well-equipped technical base, our laboratory decided to take the risk. Our attempts were repeatedly unsuccessful for two months. But in February 2014, we received the first positive results of this experiment. This success, as subsequent research has shown, can be clearly attributed to the influence of the structures (Translighter Super mainly and Translighter Blaga).
Below are the results of DNA purification with structures and without (Fig. 1, Fig. 2, Fig. 3).

FULL TEXT HERE: Report_en_DNA

2 thoughts on “Structural Impact on DNA Purification”

  1. Hi,

    I request some additional information.

    Why does the DNA have to be purified?
    What is the benefit of purification?
    How many people have seen the benefit?
    Is there a product that does the purification and how long does it need to be used to get the benefits?

    Thank you,
    Maya

    Reply

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