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In P.berghei they superpose and in P.yoelii and P.chabaudi they are very close while in P.falciparum there is a more extreme asparagine repeat proportion.
The repeat proportion, this is the number of residues of an amino acid that are found in repeats divided by the total number of amino acids found in repeats for a proteome.
A detailed examination of the SAAR distributions from Figure 6 shows that P.falciparum is an extreme outlier for asparagine and that the rodent species share a similar repeat proportion.
In the cases of P.knowlesi and P.vivax none of the amino acids has an exceptional repeat proportion, but in the other malarial species two amino acids are outliers and in D.discoideum one.
For reference, we list the recombination rate in small genes with sizes up to 1000 bps and with the same conditions as to repeat proportion and GC-content.
Although our repeat identification method is assembly dependent, implying the repeat content could be underestimated and high unclassified repeat proportion (34.37 % repeat content, Table 1), repeat content in L. minor suggests that the amplification of LTR retrotransposons played an important role in duckweed genome evolution.
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One interesting feature from the plot is the distance between the lysine and asparagines repeat proportions.
Figure 6 shows a species by species comparison of the repeat proportions for all of the amino acids.
Figure 4 shows the scatterplots between the singlet and repeat proportions, deviations from the diagonal show which amino acids exhibit a preference for either being found as a singlet or as a repeat.
All have to have the same mean of 5% (the mean percentages of 20 amino acids), but there is a much greater spread with a significant number of outliers in the case of the repeat proportions.
The final summary plot of the data is given in figure 7 and shows the spread of the amino acid propensities against the spread of the singlet and repeat proportions.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com