Mobility

Each standard protein will be an (x,y) point on the graph where x = relative mobility and y = log(MW). Once you plot all the standard proteins, you should be able to draw a reasonable line through the points (or do a regression). This is your calibration line. ...

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... from bovie 66000Da and Trypsin Inhibitor from soybean 20100Da. It then goes on to say make a plot of log (molecular weight) against relative mobility for each standard protein. use the measured mobilities of the proteins in your SDS-PAGE gel, not from the picture given in our book. soo...looking ...

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... mixture - research conditions for binding and washing to make sure not to affect protein-DNA interactions. 7. Proceed with electrophoretic mobility shift assay AND/OR isolate DNA, clone, and sequence. 8. Let us know the outcome. Good luck! Thank you for the suggestion. I guess the only ...

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... mixture - research conditions for binding and washing to make sure not to affect protein-DNA interactions. 7. Proceed with electrophoretic mobility shift assay AND/OR isolate DNA, clone, and sequence. 8. Let us know the outcome. Good luck!

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... experiments you could do to analyze this. Beads are probably the best and the easiest, but you could also do, for example, an electrophoretic mobility shift assay. But you see that I am trying to find whether my protein ever binds to DNA. Therefore I do not know the target DNA sequence. I ...

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