The job below is no longer available.

You might also like

in Little Rock, AR

  • $15.00
    Verified per hour
    L&R Distributors 9h ago
    Just posted42.7 mi Use left and right arrow keys to navigate
  • $17
    est. per hour
    Arkansas Division of Workforce Services 10h ago
    26.1 mi Use left and right arrow keys to navigate
  • $16
    est. per hour
    L&R Distributors 10h ago
    42.7 mi Use left and right arrow keys to navigate
  • $18
    est. per hour
    CoolSys 2d ago
    Urgently hiring3.8 mi Use left and right arrow keys to navigate
  • $20,000
    Verified per year
    Encompass Health 20d ago
    Urgently hiring48.4 mi Use left and right arrow keys to navigate
Use left and right arrow keys to navigate

About this job

The attached 2 R scripts are totally identical, except for 2 very minor differences:1.) LookUpTrans.R looks up RNA expression levels whereas2.)LookUpProt.R looks up protein abundance. Both scripts use the same input data, except that: LookUpTrans.R uses Table_Fig2_S5_final_transcriptome.csv, whereas LookUpProt.R uses Table_Fig2_S4_Proteome.csv.These 2 input files have the same X value but different Y values for each gene. I generated the code for LookUpProt.R simply by replacing "Trans" with "Prot" in the LookUpTans.R script.Then I changed the input file name for the Y values. For the same group of genes, which is saved in choices.csv, LookUpTrans.R prints the file Transcript_Levels.pdf while LookUpProt.R prints Proteome_Levels.pdfI would like to combine those two scripts, such that for each gene only a single plot containing 2 differently colored lines i.e. one for the transcriptome and the other for the proteome, are drawn.If possible, it should have two different scales for the Y values.The scale for the transcription levels could be displayed on the left side and the scale for the protein levels could be depicted on the right side of the graphs.For those genes, for which either transcriptome or protein input data is missing, it should only draw the remaining line. The data is from a publication titled "Protein biogenesis machinery is a driver of replicative aging in yeast" from December 2015 (see https://elifesciences.org/content/4/e08527).Could you please write me such a script and email it back to me?Would you be free to explain me how I can search for similar patterns between such kind of graphs, i.e. which contain one line for the transcriptome and the other for the proteome abundance?With very warm regards Thomas