1 Original mapping provided by Array Vendor Vendor mapping 1 \N
2 Raw value Raw value 1 \N
3 Generalised log transformation based on VSN variance stabilised scores VSN_GLOG 1 \N
6 Remapping to new assembly performed by LiftOver LiftOver 1 \N
7 Hidden Markov Model based predictions based on tiling array data Nessie (TilingHMM) 1 \N
8 Ratio generated by standard Sanger PCR array processing SangerPCR 1 \N
11 Solexa clusters Parzen 1 \N
12 Solexa clusters from wiggle data Parzen 1 \N
13 Custom hit list HitList 1 \N
15 Co-occurrence of overlapping feature types Co-occurrence Overlap 1 \N
16 {'reg_feats' => 'Features from Ensembl Regulatory Build.', 'core' => 'Sites enriched for marks of open chromatin (e.g. DNase1) or transcription factor binding sites. Used to define the Regulatory Feature core regions in the Ensembl Regulatory Build.', 'non_core' => 'Sites enriched for histone modifications or polymerase binding. Used to define Regulatory Feature bound regions in the Ensembl Regulatory Build.'} Regulatory Build 1 {'type' => 'fg_regulatory_features', 'name' => 'Reg. Feats', 'display' =>'off', 'depth' => 10, 'default' => {'contigviewbottom' => 'normal', 'generegview' => 'normal'} }
67 Tarbase miRNA target predictions TarBase 1 {'type' => 'mirna_targets', 'colourset' => 'synteny', 'display' =>'off'}
18 cisRED motif search (www.cisred.org) cisRED 1 {'type' => 'regulatory_regions', 'colourset' => 'synteny', 'display' =>'off'}
19 VISTA Enhancer Assay (http://enhancer.lbl.gov/) VISTA 1 {'type' => 'regulatory_regions', 'colourset' => 'synteny', 'display' =>'off'}
22 Weighted mean standardisation using the one step Tukey Biweight algorithm Tukey Biweight 1 \N
26 Transcript alignments for ILLUMINA_WG arrays ILLUMINA_WG_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
25 Genomic alignments for ILLUMINA_WG arrays ILLUMINA_WG_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
27 Microarray probes from manufacturers are aligned to the genome by Ensembl, if the probe sequences are provided. The mapping is a two-step procedure outlined here. Probe2Transcript Annotation 0 undef
14 Hidden Markov Model based predictions based on tiling array data HMM predictions based on tiling array data 1 {'type' => 'ctcf', 'name' => 'CTCF', 'display' => 'off', 'renderers' => {'off' => 'Off', 'tiling' => 'Normal'} }
31 Genomic alignments for AFFY_UTR arrays AFFY_UTR_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
28 Transcript alignments for AFFY_UTR arrays AFFY_UTR_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
30 Genomic alignments for AFFY_ST arrays AFFY_ST_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
29 Transcript alignments for AFFY_ST arrays AFFY_ST_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
34 Genomic alignments for CODELINK arrays CODELINK_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
32 Genomic alignments for AGILENT arrays AGILENT_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
36 Transcript alignments for AGILENT arrays AGILENT_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
33 Genomic alignments for PHALANX arrays PHALANX_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
35 Transcript alignments for PHALANX arrays PHALANX_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
41 SWEmbl Peak Caller SWEmbl 1 \N
42 SWEmbl Peak Caller SWEmbl 1 \N
24 SWEmbl Peak Caller SWEmbl 1 \N
23 SWEmbl Peak Caller SWEmbl 1 \N
43 BWA single read alignment BWA 1 \N
45 Filtered subset of Jaspar and Transfac TFBS PWM mappings TFBS Motifs 1 \N
46 SWEMBL Peak Caller SWEmbl 1 \N
47 SWEMBL Peak Caller SWEmbl 1 \N
10 Genomic alignments for arrays AlignProbe 0 \N
37 Transcript alignments for CODELINK arrays CODELINK_ProbeTranscriptAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
44 SWEMBL Peak Caller tuned for DNase1 SWEmbl 1 \N
50 Transcript alignments for ILLUMINA_INFINIUM arrays ILLUMINA_INFINIUM_ProbeAlign 1 {'type' => '_oligo', 'key' => 'array_chip', 'colourset' => 'feature', 'display' =>'off' }
48 Manual Annotation Manual Annotation 1 \N
49 Import from Jaspar Jaspar Matrix 1 \N
51 CCAT Peak Caller CCAT 1 \N
53 K562 Merge ENCODE segmentation state analysis (segway/chromhmm) K562 Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_K562' }
54 GM12878 Merge ENCODE segmentation state analysis (segway/chromhmm) GM12878 Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_GM12878' }
55 H1ESC Merge ENCODE segmentation state analysis (segway/chromhmm) H1ESC Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_H1ESC' }
56 HeLa-S3 Merge ENCODE segmentation state analysis (segway/chromhmm) HeLa-S3 Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_HeLa-S3' }
57 HepG2 Merge ENCODE segmentation state analysis (segway/chromhmm) HepG2 Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_HepG2' }
58 HUVEC Merge ENCODE segmentation state analysis (segway/chromhmm) HUVEC Regulatory Segmentation 1 {'type' =>'fg_segmentation_features', 'colourset' => 'fg_segmentation_features','display' =>'off', key=>'seg_HUVEC' }
60 Whole Genome Bisulphite Sequencing: 5 Methyl Cytosine (and 5hmC). Merged replicates. WGBS 1 {}
59 Reduced Representation Bisulphite Sequencing: 5 Methyl Cytosine (and 5hmC). Merged replicates, filtered for a minimum of 10 reads RRBS 1 {}
69 SWEmbl Peak Caller with IDR peak filtering SWEMBL IDR 1 \N
70 Position Frequency Matrices from the Jaspar Database (5.0) Jaspar 0 \N
80 Reduced Representation Bisulphite Sequencing: 5 Methyl Cytosine (and 5hmC). Merged replicates and 0.0001 false discovery rate. RRBS 1 {}
79 Whole Genome Bisulphite Sequencing: 5 Methyl Cytosine (and 5hmC). Merged replicates and 0.0001 false discovery rate. WGBS 1 {}
72 Tarbase miRNA target predictions TarBase 1 {'type' => 'mirna_targets', 'colourset' => 'synteny', 'display' =>'off'}
71 Fantom 5 TSS/Enhancer Predictions Fantom 5 1 {'type' => 'regulatory_regions', 'colourset' => 'fantom', 'display' =>'off', 'priority' => ['FANTOM robust enhancer'] }
73 ChromHMM 25-state segmentation of Blueprint human blood datasets ChromHMM/Blueprint 1 {}
77 Segway 25-state segmentation of ENCODE and Roadmap Epigenomics human cell line datasets Segway/ENCODE & Roadmap 1 {}
78 Segway 25-state segmentation of ENCODE and Roadmap Epigenomics human cell line datasets Segway/ENCODE & Roadmap 0 {}