23 BWA alignments of adrenal gland RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site adrenal gland RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "adrenal gland"}, "colour_key": "bam"}
28 Spliced-read support for adrenal gland adrenal gland intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "adrenal gland"}}
32 Annotation generated from adrenal gland RNA-seq data adrenal gland RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "adrenal gland"}, "colour_key": "human_rnaseq"}
30 Spliced-read support for adrenal gland adrenal gland intron-spanning reads 1 \N
47 BWA alignments of eye RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site eye RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "eye"}, "colour_key": "bam"}
53 Spliced-read support for eye eye intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "eye"}}
51 Annotation generated from eye RNA-seq data eye RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "eye"}, "colour_key": "human_rnaseq"}
52 Spliced-read support for eye eye intron-spanning reads 1 \N
58 BWA alignments of female regenerating tail RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site female regenerating tail RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "female regenerating tail"}, "colour_key": "bam"}
60 Spliced-read support for female regenerating tail female regenerating tail intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "female regenerating tail"}}
59 Annotation generated from female regenerating tail RNA-seq data female regenerating tail RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "female regenerating tail"}, "colour_key": "human_rnaseq"}
61 Spliced-read support for female regenerating tail female regenerating tail intron-spanning reads 1 \N
10 BWA alignments of generic sample RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site generic sample RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "generic sample"}, "colour_key": "bam"}
15 Spliced-read support for generic sample generic sample intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "generic sample"}}
12 Annotation generated from generic sample RNA-seq data generic sample RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "generic sample"}, "colour_key": "human_rnaseq"}
14 Spliced-read support for generic sample generic sample intron-spanning reads 1 \N
38 BWA alignments of heart RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site heart RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "heart"}, "colour_key": "bam"}
41 Spliced-read support for heart heart intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "heart"}}
40 Annotation generated from heart RNA-seq data heart RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "heart"}, "colour_key": "human_rnaseq"}
42 Spliced-read support for heart heart intron-spanning reads 1 \N
39 BWA alignments of liver RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site liver RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "liver"}, "colour_key": "bam"}
44 Spliced-read support for liver liver intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "liver"}}
43 Annotation generated from liver RNA-seq data liver RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "liver"}, "colour_key": "human_rnaseq"}
45 Spliced-read support for liver liver intron-spanning reads 1 \N
46 BWA alignments of lung RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site lung RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "lung"}, "colour_key": "bam"}
50 Spliced-read support for lung lung intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "lung"}}
48 Annotation generated from lung RNA-seq data lung RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "lung"}, "colour_key": "human_rnaseq"}
49 Spliced-read support for lung lung intron-spanning reads 1 \N
62 BWA alignments of merged RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site merged RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "merged"}, "colour_key": "bam"}
65 Spliced-read support for merged merged intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "merged"}}
64 Annotation generated from merged RNA-seq data merged RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "merged"}, "colour_key": "human_rnaseq"}
66 Spliced-read support for merged merged intron-spanning reads 1 \N
25 BWA alignments of mixed sex brain RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site mixed sex brain RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "mixed sex brain"}, "colour_key": "bam"}
31 Spliced-read support for mixed sex brain mixed sex brain intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "mixed sex brain"}}
35 Annotation generated from mixed sex brain RNA-seq data mixed sex brain RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "mixed sex brain"}, "colour_key": "human_rnaseq"}
33 Spliced-read support for mixed sex brain mixed sex brain intron-spanning reads 1 \N
24 BWA alignments of mixed sex satellite cell RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site mixed sex satellite cell RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "mixed sex satellite cell"}, "colour_key": "bam"}
34 Spliced-read support for mixed sex satellite cell mixed sex satellite cell intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "mixed sex satellite cell"}}
37 Annotation generated from mixed sex satellite cell RNA-seq data mixed sex satellite cell RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "mixed sex satellite cell"}, "colour_key": "human_rnaseq"}
36 Spliced-read support for mixed sex satellite cell mixed sex satellite cell intron-spanning reads 1 \N
11 BWA alignments of ovary RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site ovary RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "ovary"}, "colour_key": "bam"}
16 Spliced-read support for ovary ovary intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "ovary"}}
13 Annotation generated from ovary RNA-seq data ovary RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "ovary"}, "colour_key": "human_rnaseq"}
17 Spliced-read support for ovary ovary intron-spanning reads 1 \N
18 BWA alignments of pooled male and female brain RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site pooled male and female brain RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "pooled male and female brain"}, "colour_key": "bam"}
20 Spliced-read support for pooled male and female brain pooled male and female brain intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "pooled male and female brain"}}
19 Annotation generated from pooled male and female brain RNA-seq data pooled male and female brain RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "pooled male and female brain"}, "colour_key": "human_rnaseq"}
21 Spliced-read support for pooled male and female brain pooled male and female brain intron-spanning reads 1 \N
22 BWA alignments of skeletal muscle RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site skeletal muscle RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "skeletal muscle"}, "colour_key": "bam"}
29 Spliced-read support for skeletal muscle skeletal muscle intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "skeletal muscle"}}
26 Annotation generated from skeletal muscle RNA-seq data skeletal muscle RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "skeletal muscle"}, "colour_key": "human_rnaseq"}
27 Spliced-read support for skeletal muscle skeletal muscle intron-spanning reads 1 \N
54 BWA alignments of whole embryo RNA-seq data. This BAM file can be downloaded from the Ensembl FTP site whole embryo RNA-seq BWA alignments 1 {"zmenu": "RNASeq_bam", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"menu": "rnaseq", "group": "ENA", "group_order": "1", "column": "BAM files", "row": "whole embryo"}, "colour_key": "bam"}
56 Spliced-read support for whole embryo whole embryo intron-spanning reads 1 {"type": "rnaseq", "zmenu": "Supporting_alignment", "label_key": "", "colour_key": "intron_support", "additional_renderers": ["histogram", "Variable height"], "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Intron-spanning reads", "row": "whole embryo"}}
55 Annotation generated from whole embryo RNA-seq data whole embryo RNA-seq gene models 1 {"zmenu": "RNASeq", "label_key": "RNASeq [biotype]", "type": "rnaseq", "matrix": {"group": "ENA", "menu": "rnaseq", "column": "Gene models", "row": "whole embryo"}, "colour_key": "human_rnaseq"}
57 Spliced-read support for whole embryo whole embryo intron-spanning reads 1 \N
67 For various species, proteins from UniProtKB are aligned to the genome with GeneWise. Other species proteins 1 {"protein_align_feature": {"do_not_display": "1"}}