Ben Gurion University of the
Negev
Department of Computer Science
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Gene
bi-targeting by viral and human miRNAs |
Isana Veksler-Lublinsky1
, Yonat Shemer-Avni2 , Klara
Kedem1, Michal Ziv-Ukelson1
1 Department
of Computer Science, Ben-Gurion University, 84105 Beer Sheva, Israel
2
Virology and Developmental Genetics/Health Sciences, Ben-Gurion University,
84105 Beer Sheva, Israel
Our method consists of two stages:
1. A target prediction stage: performs
all against all dynamic programming on two sets of sequences (miRNAs and mRNAs)
in order to predict, for every miRNA in the set, its target mRNAs.
The code for target prediction is available here.
2. A module search stage: looks for
modules that are enriched in some biological process, using the results from
the first stage and information from Gene Ontology and the miRNA Atlas.
A list of
predicted modules: All
modules
The
predicted modules with details (the files are partitioned by GO categories):
See example
file.
Apoptosis:
2.
Positive_regulation_of_apoptosis
3.
Induction_of_apoptosis_by_extracellular_signals
Signal Transduction
4.
Regulation_of_Rho_protein_signal_transduction
5.
Small_GTPase_mediated_signal_transduction
6.
Ras_protein_signal_transduction
7.
Regulation_of_small_GTPase_mediated_signal_transduction
8.
Regulation_of_Ras_protein_signal_transduction
9.
Negative_regulation_of_signal_transduction
10. Rho_protein_signal_transduction
Cell Cycle/Cell Growth
13. M_phase_of_mitotic_cell_cycle
14. Cell_growth
15. Negative_regulation_of_cell_growth
16. Angiogenesis
Cytokines/Caspases
17. Cytokine_biosynthetic_process
18. Regulation_of_caspase_activity
19. Positive_regulation_of_caspase_activity
21. Regulation_of_cytokine_production
Proliferation
22. Regulation_of_
lymphocyte_proliferation
24. Positive_regulation_of_cell_proliferation
Immune response
25. Immune_response
26. Regulation_of_lymphocyte_activation
For more details about the method and results please
refer to:
Isana Veksler-Lublinsky, Yonat Shemer-Avni, Klara Kedem and Michal
Ziv-Ukelson. Gene bi-targeting by viral
and human miRNAs. BMC Bioinformatics 11:249, 2010.
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For more details, please contact |