CLOCK/Salmonella Dataset

Table of Contents

1 Network Key

If node contains this color then it is significant at .05 p-value in that dataset. Can be significant in multiple, or none.

  1. Blue = WT infected vs uninfected day
  2. Green = WT infected vs uninfected night
  3. Brown = CLOCK mutant infected vs uninfected day
  4. Orange = CLOCK mutant infected vs uninfected night

2 Cluster 1

2.1 TFs included in Network

Nfkb2
{'accessions': ['Q9WTK5'], 'comment_similarity': ['Contains 7 ANK repeats.', 'Contains 1 death domain.', 'Contains 1 RHD (Rel-like) domain.'], 'name': 'Nfkb2', 'recommendedName_fullName': ['Nuclear factor NF-kappa-B p100 subunit']}

Hif1a
{'accessions': ['Q61221', 'O08741', 'O08993', 'Q61664', 'Q61665', 'Q8C681', 'Q8CC19', 'Q8CCB6', 'Q8R385', 'Q9CYA8'], 'comment_similarity': ['Contains 1 basic helix-loop-helix (bHLH) domain.', 'Contains 1 PAC (PAS-associated C-terminal) domain.', 'Contains 2 PAS (PER-ARNT-SIM) domains.'], 'name': 'Hif1a', 'recommendedName_fullName': ['Hypoxia-inducible factor 1-alpha'], 'recommendedName_shortName': ['HIF-1-alpha', 'HIF1-alpha']}

Ovol1
{'accessions': ['Q9WTJ2', 'Q545S2'], 'comment_similarity': ['Contains 4 C2H2-type zinc fingers.'], 'name': 'Ovol1', 'recommendedName_fullName': ['Putative transcription factor Ovo-like 1'], 'recommendedName_shortName': ['mOvo1', 'mOvo1a']}

Prdm1
{'accessions': ['Q60636', 'A2VDE8', 'Q3UET9'], 'comment_similarity': ['Contains 4 C2H2-type zinc fingers.', 'Contains 1 SET domain.'], 'name': 'Prdm1', 'recommendedName_fullName': ['PR domain zinc finger protein 1']}

Smad2
{'accessions': ['Q62432', 'Q6GU18', 'Q6VP00', 'Q9D8P6'], 'comment_similarity': ['Belongs to the dwarfin/SMAD family.', 'Contains 1 MH1 (MAD homology 1) domain.', 'Contains 1 MH2 (MAD homology 2) domain.'], 'name': 'Smad2', 'recommendedName_fullName': ['Mothers against decapentaplegic homolog 2'], 'recommendedName_shortName': ['MAD homolog 2', 'Mothers against DPP homolog 2']}

Stat3
{'accessions': ['P42227', 'A2A5D1', 'B7ZC17'], 'comment_similarity': ['Belongs to the transcription factor STAT family.', 'Contains 1 SH2 domain.'], 'name': 'Stat3', 'recommendedName_fullName': ['Signal transducer and activator of transcription 3']}

Arntl/CLOCK
{'accessions': ['Q9WTL8', 'O88295', 'Q921S4', 'Q9R0U2', 'Q9WTL9'], 'comment_similarity': ['Contains 1 basic helix-loop-helix (bHLH) domain.', 'Contains 1 PAC (PAS-associated C-terminal) domain.', 'Contains 2 PAS (PER-ARNT-SIM) domains.'], 'name': 'Arntl', 'recommendedName_fullName': ['Aryl hydrocarbon receptor nuclear translocator-like protein 1']}

Nfkb1
{'accessions': ['P25799', 'Q3TZE8', 'Q3V2V6', 'Q6TDG8', 'Q75ZL1', 'Q80Y21', 'Q8C712'], 'comment_similarity': ['Contains 7 ANK repeats.', 'Contains 1 death domain.', 'Contains 1 RHD (Rel-like) domain.'], 'name': 'Nfkb1', 'recommendedName_fullName': ['Nuclear factor NF-kappa-B p105 subunit']}

Irf8
{'accessions': ['P23611'], 'comment_similarity': ['Belongs to the IRF family.', 'Contains 1 IRF tryptophan pentad repeat DNA-binding domain.'], 'name': 'Irf8', 'recommendedName_fullName': ['Interferon regulatory factor 8'], 'recommendedName_shortName': ['IRF-8']}

Rel
{'accessions': ['P15307'], 'comment_similarity': ['Contains 1 RHD (Rel-like) domain.'], 'name': 'Rel', 'recommendedName_fullName': ['Proto-oncogene c-Rel']}

Rela
{'accessions': ['Q04207', 'Q62025'], 'comment_similarity': ['Contains 1 RHD (Rel-like) domain.'], 'name': 'Rela', 'recommendedName_fullName': ['Transcription factor p65']}

Myc
{'accessions': ['P01108', 'P70247', 'Q3UM70', 'Q61422'], 'comment_similarity': ['Contains 1 basic helix-loop-helix (bHLH) domain.'], 'name': 'Myc', 'recommendedName_fullName': ['Myc proto-oncogene protein']}

Hnf4g
{'accessions': ['Q9WUU6'], 'comment_similarity': ['Belongs to the nuclear hormone receptor family. NR2 subfamily.', 'Contains 1 nuclear receptor DNA-binding domain.'], 'name': 'Hnf4g', 'recommendedName_fullName': ['Hepatocyte nuclear factor 4-gamma'], 'recommendedName_shortName': ['HNF-4-gamma']}

Atf1
{'accessions': ['P81269'], 'comment_similarity': ['Belongs to the bZIP family. ATF subfamily.', 'Contains 1 bZIP domain.', 'Contains 1 KID (kinase-inducible) domain.'], 'name': 'Atf1', 'recommendedName_fullName': ['Cyclic AMP-dependent transcription factor ATF-1'], 'recommendedName_shortName': ['cAMP-dependent transcription factor ATF-1']}

2.2 Networks

2.2.1 TF network (CLOCKTRIMALL)

networks/TF-network.png

2.2.2 Fully-connected TF network (CLOCKTRIMTFALL)

networks/CLOCK-TF-full.png

2.2.3 Full network (CLOCKTRIM)

networks/CLOCK-network-full.png

2.2.4 Proteins significant in WT infected vs uninfected day (CLOCKTRIM0)

networks/CLOCK-sig1.png

2.2.5 Proteins significant in WT infected vs uninfected night (CLOCKTRIM1)

networks/CLOCK-sig2.png

2.2.6 Proteins significant in CLOCK mutant infected vs uninfected day (CLOCKTRIM2)

networks/CLOCK-sig3.png

2.2.7 Proteins significant in CLOCK mutant infected vs uninfected night (CLOCKTRIM3)

networks/CLOCK-sig4.png

2.2.8 Difference between CLOCK mutant and WT day (CLOCKTRIM0REMOVED)

networks/CLOCK-1-removed.png

2.2.9 Difference between CLOCK mutant and WT night (CLOCKTRIM1REMOVED)

networks/CLOCK-2-removed.png

2.3 GO analysis (Top 20 enriched annotations)

GO TermCountPercentagep-valueFold EnrichmentBenjamini p-value
1immune response5315.86826347305391.45855715729538e-245.621362557761962.5568506967388e-21
2response to wounding3911.67664670658686.00863372959416e-185.614638074249875.26656746398928e-15
3inflammatory response329.58083832335331.20226439707048e-177.104836601307197.02523162688182e-15
4defense response4212.57485029940121.65261964360520e-164.683363970588244.86277684785819e-14
5mmu04621:NOD-like receptor signaling pathway133.892215568862281.07871580920171e-089.046082949308751.26209670292532e-06
6inflammatory response133.892215568862281.21498784480603e-089.357442348008393.85150407078427e-06
7cytokine185.389221556886231.81339374759809e-085.709625839462742.87422498335133e-06
8PIRSF005552:guanine nucleotide-binding protein 161.796407185628741.88446452613451e-0736.10650887573963.65579470036348e-05
9IPR003191:Guanylate-binding protein, C-terminal61.796407185628742.01971601551270e-0737.47468354430380.000150861420868398
10IPR001811:Small chemokine, interleukin-8-like92.694610778443112.20869685477391e-0713.67319534724608.24914340129546e-05
11cytokine activity175.089820359281443.94942817405200e-074.883182014699520.000178893128349955
12chemokine activity92.694610778443115.04559487901997e-0712.24575056317840.000114276222805798
13chemokine receptor binding92.694610778443116.24279723051955e-0711.93175695899439.42618246763116e-05
14regulation of cytokine production154.491017964071867.1297835304467e-075.390922556072790.000249939059709492
15adaptive immune response based on somatic recombination of immune receptors built from immunoglobulin superfamily domains123.592814371257488.30188111897995e-077.136554621848740.000242523980352738
16adaptive immune response123.592814371257488.30188111897995e-077.136554621848740.000242523980352738
17SM00199:SCY92.694610778443119.92421443649605e-0711.10527027027030.000168697498120540
18immune effector process144.191616766467071.35897526105141e-065.550653594771240.000340268560009682
19IPR015894:Guanylate-binding protein, N-terminal61.796407185628741.94578279769702e-0625.9440116845180.000484383036624569
20extracellular region part3410.17964071856292.10414239539143e-062.474195125357920.000506970297911691

Download all

3 Cluster 2

3.1 Normal

networks/CLOCKCLUSTER2.png

3.2 TFs

networks/CLOCKCLUSTER2TF.png

3.3 All

networks/CLOCKCLUSTER2ALL.png

3.4 Significant in WT infected vs uninfected day

networks/CLOCKCLUSTER2SIG1.png

3.5 Significant in WT infected vs uninfected night

networks/CLOCKCLUSTER2SIG2.png

3.6 Significant in CLOCK mutant infected vs uninfected day

networks/CLOCKCLUSTER2SIG3.png

3.7 Significant in CLOCK mutant infected vs uninfected night

networks/CLOCKCLUSTER2SIG4.png

3.8 Difference between CLOCK mutant and WT day

networks/CLOCKCLUSTER2REMOVED0.png

3.9 Difference between CLOCK mutant and WT night

networks/CLOCKCLUSTER2REMOVED1.png

4 Cluster 3

4.1 Normal

networks/CLOCKCLUSTER3.png

4.2 TFs

networks/CLOCKCLUSTER3TF.png

4.3 All

networks/CLOCKCLUSTER3ALL.png

4.4 Significant in WT infected vs uninfected day

networks/CLOCKCLUSTER3SIG1.png

4.5 Significant in WT infected vs uninfected night

networks/CLOCKCLUSTER3SIG2.png

4.6 Significant in CLOCK mutant infected vs uninfected day

networks/CLOCKCLUSTER3SIG3.png

4.7 Significant in CLOCK mutant infected vs uninfected night

networks/CLOCKCLUSTER3SIG4.png

4.8 Difference between CLOCK mutant and WT day

networks/CLOCKCLUSTER3REMOVED0.png

4.9 Difference between CLOCK mutant and WT night

networks/CLOCKCLUSTER3REMOVED1.png

5 Cluster 4

5.1 Normal

networks/CLOCKCLUSTER4.png

5.2 TFs

networks/CLOCKCLUSTER4TF.png

5.3 All

networks/CLOCKCLUSTER4ALL.png

5.4 Significant in WT infected vs uninfected day

networks/CLOCKCLUSTER4SIG1.png

5.5 Significant in WT infected vs uninfected night

networks/CLOCKCLUSTER4SIG2.png

5.6 Significant in CLOCK mutant infected vs uninfected day

networks/CLOCKCLUSTER4SIG3.png

5.7 Significant in CLOCK mutant infected vs uninfected night

networks/CLOCKCLUSTER4SIG4.png

5.8 Difference between CLOCK mutant and WT day

networks/CLOCKCLUSTER4REMOVED0.png

5.9 Difference between CLOCK mutant and WT night

networks/CLOCKCLUSTER4REMOVED1.png

Author: Michael Zeller <michael.zeller@uci.edu>

Date: 2011-10-25 12:29:51 PDT

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