Martijn derks masoed ramuz nick alberts rico hagelaar
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The development of a RNA-sequencing pipeline based on tuxedo tools. Martijn Derks Masoed Ramuz Nick Alberts Rico Hagelaar. Index . Dataset Pipeline 1 ( Tophat_cuff ) Pipeline 2 ( Cuff_diff ) Pipeline 3 (Summary) Conclusions Future prospects. Dataset.

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Martijn Derks Masoed Ramuz Nick Alberts Rico Hagelaar

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Martijn derks masoed ramuz nick alberts rico hagelaar

The development of a RNA-sequencing pipeline

based on tuxedo tools

Martijn Derks

Masoed Ramuz

Nick Alberts

Rico Hagelaar



  • Dataset

  • Pipeline 1 (Tophat_cuff)

  • Pipeline 2 (Cuff_diff)

  • Pipeline 3 (Summary)

  • Conclusions

  • Future prospects



  • Arabidopsis thaliana (advanced)

  • Six conditions:

    • Cold stress

    • Drought stress

    • Heat stress

    • Highlight stress

    • Salt stress

    • Control

      Ganet al. 2011. Multiple reference genomes and transcriptomes for Arabidopsis thaliana. Nature. 477, P 419–423.

Tophat cuff

Configuration file

Input data (FastQ)



(6x )





Total intron length

Basic for plot R

Transcript length

Tophat cuff results

Tophat_cuff results

Tophat cuff results1

Tophat_cuff results

Cuff diff 1

Cuff_diff (1)

(5x )

Control vs condition







Functions + enrichment

Cuff diff 2

Cuff_diff (2)

(5x )


Get Functions



Cuff diff results uniprot

Cuff_diff results (Uniprot)

  • XLOC_005119 XLOC_005119 Hsp70b 1:5502205-5504535 WT_controlheat_stress OK 1.88554 4668.1 11.2736 -4.26394 2.00852e-05 0.00596

  • 568 yesQ9S9N1 Heat shock 70 kDa protein 5 (Heat shock protein 70-5) (AtHsp70-5) (Heat shock protein 70b) FUNCTION: In cooperation with other chaperones,

  • Hsp70s stabilize preexistent proteins against aggregation and mediate the folding of newly translated polypeptides in the cytosol as well as within organelles. These

  • chaperones participate in all these processes through their ability to recognize nonnative conformations of other proteins. They bind extended peptide segments with a

  • net hydrophobic character exposed by polypeptides during translation and membrane translocation, or following stress-induced damage (By similarity). Cytopla

  • sm. ATP binding; cell wall; chloroplast; plasma membrane; response to heat; response to virus GO:0005524; GO:0005618; GO:0009507; GO:0005886; GO:0009408; GO:

  • 0009615

Cuff diff results de genes overlap

Cuff_diff results DE genes/overlap

Cuff diff results david

Cuff_diff results (David)









Tophat count


Csv maker

GC genes vs FPKM


Expr. intron


Overlap matrix

Clustering R

CV= STDEV/ Average

Hc sample clustering

HC sample Clustering

Hc gene clustering

HC gene Clustering


Heatmap clustering

Heatmap Clustering

Hc clusters 9

HC clusters (9)

Pam clusters 10

PAM clusters (10)

Transcription factors

Transcription factors

Abscisic acid biosynthesis (stress conditions)



1. Cold, salinity and drought stresses: An overview



2. Cold stress regulation of gene expression in plants

ViswanathanChinnusamy et al.

Conserved genes in arabidopsis

Conserved genes in Arabidopsis

  • Abiotic stress genes which also occur in Arabidopsis were retrieved from Oryzasativa (Rabbani et al).

  • These genes were compared with the DE stress genes found in the results.

  • Three genes were found in the salt, cold and drought conditions.

  • Rabbani, M.A. Maruyama, K. Abe, H. Khan, M. A. Katsura, K. Ito, Yoshiwara, K. Seki, M. Shinozaki, K. Yamaguchi-Shinozaki, K. 2003. Monitoring Expression Profiles of Rice Genes under Cold, Drought, and High-Salinity Stresses and Abscisic Acid Application Using cDNA Microarray and RNA Gel-Blot Analyses. Plant Physiology vol. 133. No 4. Pp 1755-1767

Literature overlap

Literature overlap

  • Results of the GO enrichment are backed up by the literature, with the exception of high light stress

  • The crosstalk between drought, cold and salt stress was confirmed by the literature with a greater emphasis on drought and salt stress.

Seki, M. Narusaka, M. Ishida, J. Nanjo, T. Fujita, M. Oono, Y. Kamiya, A. Nakajima, M. Enju, A. Sakurai, T. Satou, M. Akiyama, K. Taji, T. Yamaguchi-Shinozaki, K. Carninci, P. Kawai, J. Hayashizaki, Y. Shinozaki, K. 2002. Monitoring the expression profiles of 7000 Arabidopsis genes under drought, cold and high-salinity stresses using a full-length cDNA microarray. V 31. I 3. pp 279-292.

Baniwal, K. S. Bharti, K. Yu Chan, K. Fauth, M. Ganguli, A. Kotak, S. Mishra, S. K. Nover, L. Port, M. Scharf, K. Tripp, J. Weber, C. Zielinski, D. Koskull-Doring, P. 2004. Heat stress response in plants: a complex game with chaperones and more than twenty heat stress transcription factors. J Biosci. V 29. I 4. pp471-487.

Bartels, D. Nelson, D. 1994. Approaches to improve stress tolerance using molecular genetics. Plant, Cell and Environment. V 17. pp 659-667.

Wang, W. Vinocur, B. Shoseyov, O. Altman, A. 2004. Role of plant heat-shock proteins and molecular chaperones in the abiotic stress response. V 9. I 5. pp. 244-252.



  • Working pipeline for (Paired + Unpaired) RNAseq analysis

    • DE genes + Gene Enrichment detection

    • Cluster analysis CV genes

  • Differential expressed genes identified (stress conditions vs. WT)

  • Correlation Transcript length with FPKM

    • Not found in Intron/GC percentage

  • Clusters of Co-expressed genes

    • Assumption of co-regulated genes

Future perspectives

Future perspectives

  • Use different IDs (TAIR IDs are not suitable)

  • Transcription factors to cluster genes (similar regulatory elements? )

  • Conservation other plant species (synteny)

  • Validation different dataset (organisms, paired end)



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