Literature/202404021200 free flow electrophoresis for plasma processing

<ul> <li>Source: [<a class="litnote tooltip" href="/literature/@gaillard2012">@gaillard2012<span class="tooltiptext">Validation of free flow electrophoresis as a novel plasma and serum processing and fractionation method in biobanking</span></a>]</li> <li>Tags: <a href="/tags/ffe">#ffe</a> <a href="/tags/Free-flow-electrophoresis">#Free-flow-electrophoresis</a> <a href="/tags/plasma">#plasma</a> <a href="/tags/biobank">#biobank</a></li> </ul> <p><img alt="Pasted image 20240402120143.png" class="wikiimage" src="/pasted image 20240402120143.png" /></p> <p>The idea behind <a class="wikilink" href="/free_flow_electrophoresis/">free flow electrophoresis</a> in this paper is the same as always, but the focus is on determining whether it can become a standard tool for pre-processing samples in a biobank (authors work at a biobank in France and Luxembourg). </p> <p>The paper essentially establishes a protocol to show that by looking at some proteins which are very common in blood plasma, one can gain the certainty of the correct functioning and focus on the other channels. </p> <p>They also show to a great that their instrument is stable, giving the same results over the course of many months (from june to october 2009). They use something called "Stripe test", which gives stripes on the FFE machine (as in the photo above), and those can be used to check the stability of the system and sample preparation procedures. </p> <p>The measurement takes around 30min (30min is the residence time), and it can be quickly used as a <strong>pre-fractionation method</strong> before moving on to downstream proteomic analysis (including <a class="wikilink" href="/elisa_test/">Elisa test</a> and <a class="wikilink" href="/western_blot/">Western blot</a>).</p>