Commit 451151cd authored by Andreas Kusalananda Kähäri's avatar Andreas Kusalananda Kähäri
Browse files

Some last minute changes before release 61.

parent 91f52f5f
...@@ -362,22 +362,22 @@ INSERT INTO `analysis_description` VALUES (328,'human_skeletal_intron','Spliced ...@@ -362,22 +362,22 @@ INSERT INTO `analysis_description` VALUES (328,'human_skeletal_intron','Spliced
INSERT INTO `analysis_description` VALUES (329,'human_testes_intron','Spliced RNASeq read support for intron from Human testes total RNA, lot 05060392, caucasian male, anoxic encephalopathy, Illumina Human Bodymap 2.0 Data','testes intron'); INSERT INTO `analysis_description` VALUES (329,'human_testes_intron','Spliced RNASeq read support for intron from Human testes total RNA, lot 05060392, caucasian male, anoxic encephalopathy, Illumina Human Bodymap 2.0 Data','testes intron');
INSERT INTO `analysis_description` VALUES (330,'human_thyroid_intron','Spliced RNASeq read support for intron from Human thyroid total RNA, lot 0908003, caucasian female, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','thyroid intron'); INSERT INTO `analysis_description` VALUES (330,'human_thyroid_intron','Spliced RNASeq read support for intron from Human thyroid total RNA, lot 0908003, caucasian female, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','thyroid intron');
INSERT INTO `analysis_description` VALUES (331,'human_liver_intron','Spliced RNASeq read support for intron from Human liver total RNA, lot 040000124, caucasian male, suicide/36 foot fall, Illumina Human Bodymap 2.0 Data','liver intron'); INSERT INTO `analysis_description` VALUES (331,'human_liver_intron','Spliced RNASeq read support for intron from Human liver total RNA, lot 040000124, caucasian male, suicide/36 foot fall, Illumina Human Bodymap 2.0 Data','liver intron');
INSERT INTO `analysis_description` VALUES (332,'adipose_rnaseq','Gene models built using Human adipose total RNA, lot 05060581, caucasian female, throat cancer, Illumina Human Bodymap 2.0 Data','adipose'); INSERT INTO `analysis_description` VALUES (332,'adipose_rnaseq','Gene models built using Human adipose total RNA, lot 05060581, caucasian female, throat cancer, Illumina Human Bodymap 2.0 Data','adipose gene model');
INSERT INTO `analysis_description` VALUES (333,'adrenal_rnaseq','Gene models built using Human adrenal total RNA, lot 0812003, caucasian male, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','adrenal'); INSERT INTO `analysis_description` VALUES (333,'adrenal_rnaseq','Gene models built using Human adrenal total RNA, lot 0812003, caucasian male, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','adrenal gene model');
INSERT INTO `analysis_description` VALUES (334,'blood_rnaseq','Gene models built using Human white blood cell, caucasian male, healthy, Illumina Human Bodymap 2.0 Data','blood'); INSERT INTO `analysis_description` VALUES (334,'blood_rnaseq','Gene models built using Human white blood cell, caucasian male, healthy, Illumina Human Bodymap 2.0 Data','blood gene model');
INSERT INTO `analysis_description` VALUES (335,'brain_rnaseq','Gene models built using Human brain total RNA, lot 03070051, caucasian female, copd, Illumina Human Bodymap 2.0 Data','brain'); INSERT INTO `analysis_description` VALUES (335,'brain_rnaseq','Gene models built using Human brain total RNA, lot 03070051, caucasian female, copd, Illumina Human Bodymap 2.0 Data','brain gene model');
INSERT INTO `analysis_description` VALUES (336,'breast_rnaseq','Gene models built using Human breast total RNA, lot 04060013, caucasian female, mammoplasty surgery, Illumina Human Bodymap 2.0 Data','breast'); INSERT INTO `analysis_description` VALUES (336,'breast_rnaseq','Gene models built using Human breast total RNA, lot 04060013, caucasian female, mammoplasty surgery, Illumina Human Bodymap 2.0 Data','breast gene model');
INSERT INTO `analysis_description` VALUES (337,'colon_rnaseq','Gene models built using Human colon total RNA, lot 05060063, caucasian female, breast cancer with /mets to lungs and lymph nodes, Illumina Human Bodymap 2.0 Data','colon'); INSERT INTO `analysis_description` VALUES (337,'colon_rnaseq','Gene models built using Human colon total RNA, lot 05060063, caucasian female, breast cancer with /mets to lungs and lymph nodes, Illumina Human Bodymap 2.0 Data','colon gene model');
INSERT INTO `analysis_description` VALUES (338,'heart_rnaseq','Gene models built using Human heart total RNA, lot 07040023, caucasian male, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','heart'); INSERT INTO `analysis_description` VALUES (338,'heart_rnaseq','Gene models built using Human heart total RNA, lot 07040023, caucasian male, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','heart gene model');
INSERT INTO `analysis_description` VALUES (339,'kidney_rnaseq','Gene models built using Human kidney total RNA, lot 0908002, caucasian female, sub-arachnoid hemorrhage, Illumina Human Bodymap 2.0 Data','kidney'); INSERT INTO `analysis_description` VALUES (339,'kidney_rnaseq','Gene models built using Human kidney total RNA, lot 0908002, caucasian female, sub-arachnoid hemorrhage, Illumina Human Bodymap 2.0 Data','kidney gene model');
INSERT INTO `analysis_description` VALUES (340,'lung_rnaseq','Gene models built using Human lung total RNA, lot 0904002, caucasian male, myocardial infraction, Illumina Human Bodymap 2.0 Data','lung'); INSERT INTO `analysis_description` VALUES (340,'lung_rnaseq','Gene models built using Human lung total RNA, lot 0904002, caucasian male, myocardial infraction, Illumina Human Bodymap 2.0 Data','lung gene model');
INSERT INTO `analysis_description` VALUES (341,'lymph_rnaseq','Gene models built using Human lymph node total RNA, lot 026P010305032B, caucasian female, organic brain syndrome, Illumina Human Bodymap 2.0 Data','lymph'); INSERT INTO `analysis_description` VALUES (341,'lymph_rnaseq','Gene models built using Human lymph node total RNA, lot 026P010305032B, caucasian female, organic brain syndrome, Illumina Human Bodymap 2.0 Data','lymph gene model');
INSERT INTO `analysis_description` VALUES (342,'ovary_rnaseq','Gene models built using Human ovary total RNA, lot 0812002, african american female, intracranial hemorrhage, Illumina Human Bodymap 2.0 Data','ovary'); INSERT INTO `analysis_description` VALUES (342,'ovary_rnaseq','Gene models built using Human ovary total RNA, lot 0812002, african american female, intracranial hemorrhage, Illumina Human Bodymap 2.0 Data','ovary gene model');
INSERT INTO `analysis_description` VALUES (343,'prostate_rnaseq','Gene models built using Human prostate total RNA, lot 0906002, caucasian male, lung cancer w/mets, Illumina Human Bodymap 2.0 Data','prostate'); INSERT INTO `analysis_description` VALUES (343,'prostate_rnaseq','Gene models built using Human prostate total RNA, lot 0906002, caucasian male, lung cancer w/mets, Illumina Human Bodymap 2.0 Data','prostate gene model');
INSERT INTO `analysis_description` VALUES (344,'skeletal_rnaseq','Gene models built using Human skeletal muscle total RNA, lot 046P021205086A, caucasian male, cardio pulmonary arrest, Illumina Human Bodymap 2.0 Data','skeletal muscle'); INSERT INTO `analysis_description` VALUES (344,'skeletal_rnaseq','Gene models built using Human skeletal muscle total RNA, lot 046P021205086A, caucasian male, cardio pulmonary arrest, Illumina Human Bodymap 2.0 Data','skeletal muscle gene model');
INSERT INTO `analysis_description` VALUES (345,'testes_rnaseq','Gene models built using Human testes total RNA, lot 05060392, caucasian male, anoxic encephalopathy, Illumina Human Bodymap 2.0 Data','testes'); INSERT INTO `analysis_description` VALUES (345,'testes_rnaseq','Gene models built using Human testes total RNA, lot 05060392, caucasian male, anoxic encephalopathy, Illumina Human Bodymap 2.0 Data','testes gene model');
INSERT INTO `analysis_description` VALUES (346,'thyroid_rnaseq','Gene models built using Human thyroid total RNA, lot 0908003, caucasian female, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','thyroid'); INSERT INTO `analysis_description` VALUES (346,'thyroid_rnaseq','Gene models built using Human thyroid total RNA, lot 0908003, caucasian female, cerebral vascular accident, Illumina Human Bodymap 2.0 Data','thyroid gene model');
INSERT INTO `analysis_description` VALUES (347,'liver_rnaseq','Gene models built using Human liver total RNA, lot 040000124, caucasian male, suicide/36 foot fall, Illumina Human Bodymap 2.0 Data','liver'); INSERT INTO `analysis_description` VALUES (347,'liver_rnaseq','Gene models built using Human liver total RNA, lot 040000124, caucasian male, suicide/36 foot fall, Illumina Human Bodymap 2.0 Data','liver gene model');
-- --
-- Table structure for table `analysis_web_data` -- Table structure for table `analysis_web_data`
...@@ -1393,38 +1393,38 @@ INSERT INTO `analysis_web_data` VALUES (236,15,21,'otherfeatures',1); ...@@ -1393,38 +1393,38 @@ INSERT INTO `analysis_web_data` VALUES (236,15,21,'otherfeatures',1);
INSERT INTO `analysis_web_data` VALUES (237,NULL,21,'otherfeatures',1); INSERT INTO `analysis_web_data` VALUES (237,NULL,21,'otherfeatures',1);
INSERT INTO `analysis_web_data` VALUES (261,NULL,21,'otherfeatures',0); INSERT INTO `analysis_web_data` VALUES (261,NULL,21,'otherfeatures',0);
INSERT INTO `analysis_web_data` VALUES (262,NULL,21,'otherfeatures',0); INSERT INTO `analysis_web_data` VALUES (262,NULL,21,'otherfeatures',0);
INSERT INTO `analysis_web_data` VALUES (316,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (316,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (317,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (317,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (318,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (318,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (319,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (319,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (320,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (320,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (321,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (321,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (322,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (322,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (323,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (323,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (324,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (324,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (325,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (325,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (326,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (326,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (327,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (327,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (328,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (328,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (329,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (329,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (330,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (330,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (331,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (331,61,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (332,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (332,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (333,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (333,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (334,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (334,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (335,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (335,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (336,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (336,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (337,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (337,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (338,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (338,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (339,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (339,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (340,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (340,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (341,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (341,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (342,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (342,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (343,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (343,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (344,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (344,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (345,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (345,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (346,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (346,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (347,NULL,21,'rnaseq',1); INSERT INTO `analysis_web_data` VALUES (347,62,21,'rnaseq',1);
INSERT INTO `analysis_web_data` VALUES (58,34,21,'vega',0); INSERT INTO `analysis_web_data` VALUES (58,34,21,'vega',0);
INSERT INTO `analysis_web_data` VALUES (59,34,21,'vega',0); INSERT INTO `analysis_web_data` VALUES (59,34,21,'vega',0);
INSERT INTO `analysis_web_data` VALUES (60,34,21,'vega',0); INSERT INTO `analysis_web_data` VALUES (60,34,21,'vega',0);
...@@ -3937,6 +3937,8 @@ INSERT INTO `master_external_db` VALUES (50608,'RFAM_transcript_name',NULL,'KNOW ...@@ -3937,6 +3937,8 @@ INSERT INTO `master_external_db` VALUES (50608,'RFAM_transcript_name',NULL,'KNOW
INSERT INTO `master_external_db` VALUES (50609,'HGNC_transcript_name',NULL,'KNOWNXREF',1,0,5,'HGNC transcript name','MISC',NULL,NULL,'transcript name from HGNC'); INSERT INTO `master_external_db` VALUES (50609,'HGNC_transcript_name',NULL,'KNOWNXREF',1,0,5,'HGNC transcript name','MISC',NULL,NULL,'transcript name from HGNC');
INSERT INTO `master_external_db` VALUES (50610,'MGI_transcript_name',NULL,'KNOWNXREF',1,0,5,'MGI transcript name','MISC',NULL,NULL,'transcript name from MGI'); INSERT INTO `master_external_db` VALUES (50610,'MGI_transcript_name',NULL,'KNOWNXREF',1,0,5,'MGI transcript name','MISC',NULL,NULL,'transcript name from MGI');
INSERT INTO `master_external_db` VALUES (50611,'ZFIN_ID_transcript_name',NULL,'KNOWNXREF',1,0,5,'ZFIN transcript name','MISC',NULL,NULL,'transcript name from ZFIN'); INSERT INTO `master_external_db` VALUES (50611,'ZFIN_ID_transcript_name',NULL,'KNOWNXREF',1,0,5,'ZFIN transcript name','MISC',NULL,NULL,'transcript name from ZFIN');
INSERT INTO `master_external_db` VALUES (50612,'LampreyGenomeProject',NULL,'KNOWN',0,0,1,'Lamprey Genome Project','MISC',NULL,NULL,NULL);
INSERT INTO `master_external_db` VALUES (50620,'Illumina_Bodymap_transcriptome',NULL,'XREF',0,0,0,'Illumina Bodymap transcriptome','MISC',NULL,NULL,NULL);
-- --
-- Table structure for table `master_misc_set` -- Table structure for table `master_misc_set`
...@@ -4246,7 +4248,7 @@ INSERT INTO `web_data` VALUES (2,'{\'colour_key\' => \'[biotype]\',\'default\' = ...@@ -4246,7 +4248,7 @@ INSERT INTO `web_data` VALUES (2,'{\'colour_key\' => \'[biotype]\',\'default\' =
INSERT INTO `web_data` VALUES (3,'{\'caption\' => \'Ensembl/Havana gene\',\'colour_key\' => \'[biotype]\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'ensembl\',\'label_key\' => \'[biotype]\',\'multi_name\' => \'Ensembl genes, or Merged Ensembl and Havana genes\',\'name\' => \'Merged Ensembl and Havana genes (GENCODE)\'}'); INSERT INTO `web_data` VALUES (3,'{\'caption\' => \'Ensembl/Havana gene\',\'colour_key\' => \'[biotype]\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'ensembl\',\'label_key\' => \'[biotype]\',\'multi_name\' => \'Ensembl genes, or Merged Ensembl and Havana genes\',\'name\' => \'Merged Ensembl and Havana genes (GENCODE)\'}');
INSERT INTO `web_data` VALUES (4,'{\'protein_align_feature\' => {\'do_not_display\' => \'1\'}}'); INSERT INTO `web_data` VALUES (4,'{\'protein_align_feature\' => {\'do_not_display\' => \'1\'}}');
INSERT INTO `web_data` VALUES (5,'{\'type\' => \'cdna\'}'); INSERT INTO `web_data` VALUES (5,'{\'type\' => \'cdna\'}');
INSERT INTO `web_data` VALUES (6,'{\'colour_key\' => \'exon_support\',\'type\' => \'support\',\'zmenu\' => \'Supporting_alignment\'}'); INSERT INTO `web_data` VALUES (6,'{\'colour_key\' => \'exon_support\',\'type\' => \'rnaseq\',\'zmenu\' => \'Supporting_alignment\'}');
INSERT INTO `web_data` VALUES (7,'{\'dna_align_feature\' => {\'do_not_display\' => \'1\'},\'type\' => \'est\'}'); INSERT INTO `web_data` VALUES (7,'{\'dna_align_feature\' => {\'do_not_display\' => \'1\'},\'type\' => \'est\'}');
INSERT INTO `web_data` VALUES (8,'{\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'label_key\' => \'[text_label] [display_label]\'}'); INSERT INTO `web_data` VALUES (8,'{\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'label_key\' => \'[text_label] [display_label]\'}');
INSERT INTO `web_data` VALUES (9,'{\'default\' => {\'contigviewbottom\' => \'stack\'},\'type\' => \'cdna\'}'); INSERT INTO `web_data` VALUES (9,'{\'default\' => {\'contigviewbottom\' => \'stack\'},\'type\' => \'cdna\'}');
...@@ -4260,7 +4262,7 @@ INSERT INTO `web_data` VALUES (18,'{\'default\' => {\'contigviewbottom\' => \'st ...@@ -4260,7 +4262,7 @@ INSERT INTO `web_data` VALUES (18,'{\'default\' => {\'contigviewbottom\' => \'st
INSERT INTO `web_data` VALUES (19,'{\'type\' => \'alignment\'}'); INSERT INTO `web_data` VALUES (19,'{\'type\' => \'alignment\'}');
INSERT INTO `web_data` VALUES (20,'{\'type\' => \'rna\'}'); INSERT INTO `web_data` VALUES (20,'{\'type\' => \'rna\'}');
INSERT INTO `web_data` VALUES (21,'{\'colour_key\' => \'rna\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'label_key\' => \'[biotype]\'}'); INSERT INTO `web_data` VALUES (21,'{\'colour_key\' => \'rna\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'label_key\' => \'[biotype]\'}');
INSERT INTO `web_data` VALUES (22,'{\'additional_renderers\' => [\'histogram\',\'Variable height\'],\'colour_key\' => \'intron_support\',\'type\' => \'rnaseq_support\',\'zmenu\' => \'Supporting_alignment\'}'); INSERT INTO `web_data` VALUES (22,'{\'additional_renderers\' => [\'histogram\',\'Variable height\'],\'colour_key\' => \'intron_support\',\'type\' => \'rnaseq\',\'zmenu\' => \'Supporting_alignment\'}');
INSERT INTO `web_data` VALUES (23,'{\'default\' => {\'contigviewbottom\' => \'normal\'},\'type\' => \'cdna\'}'); INSERT INTO `web_data` VALUES (23,'{\'default\' => {\'contigviewbottom\' => \'normal\'},\'type\' => \'cdna\'}');
INSERT INTO `web_data` VALUES (24,'{\'show_strands\' => \'1\'}'); INSERT INTO `web_data` VALUES (24,'{\'show_strands\' => \'1\'}');
INSERT INTO `web_data` VALUES (25,'{\'default\' => {\'contigviewbottom\' => \'stack\'},\'type\' => \'rna\'}'); INSERT INTO `web_data` VALUES (25,'{\'default\' => {\'contigviewbottom\' => \'stack\'},\'type\' => \'rna\'}');
...@@ -4290,6 +4292,8 @@ INSERT INTO `web_data` VALUES (56,'{\'colour_key\' => \'[logic_name]\',\'dna_ali ...@@ -4290,6 +4292,8 @@ INSERT INTO `web_data` VALUES (56,'{\'colour_key\' => \'[logic_name]\',\'dna_ali
INSERT INTO `web_data` VALUES (57,'{\'caption\' => \'BGI gene predictions\',\'colour_key\' => \'[biotype]\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'BGI\',\'label_key\' => \'[biotype]\',\'multi_name\' => \'BGI gene predictions\',\'name\' => \'BGI gene predictions\'}'); INSERT INTO `web_data` VALUES (57,'{\'caption\' => \'BGI gene predictions\',\'colour_key\' => \'[biotype]\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'BGI\',\'label_key\' => \'[biotype]\',\'multi_name\' => \'BGI gene predictions\',\'name\' => \'BGI gene predictions\'}');
INSERT INTO `web_data` VALUES (59,'{\'colour_key\' => \'[biotype]\',\'label_key\' => \'[biotype] [display_label]\'}'); INSERT INTO `web_data` VALUES (59,'{\'colour_key\' => \'[biotype]\',\'label_key\' => \'[biotype] [display_label]\'}');
INSERT INTO `web_data` VALUES (60,'{\'caption\' => \'Ensembl/Havana merge lincRNA gene\',\'colour_key\' => \'lincrna\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'lincrna_gene\',\'label_key\' => \'[text_label] [display_label]\',\'multi_name\' => \'Merged Ensembl and Havana lincRNA genes\',\'name\' => \'Merged Ensembl and Havana lincRNA genes\'}'); INSERT INTO `web_data` VALUES (60,'{\'caption\' => \'Ensembl/Havana merge lincRNA gene\',\'colour_key\' => \'lincrna\',\'default\' => {\'MultiBottom\' => \'collapsed_label\',\'MultiTop\' => \'gene_label\',\'alignsliceviewbottom\' => \'as_collapsed_label\',\'contigviewbottom\' => \'transcript_label\',\'contigviewtop\' => \'gene_label\',\'cytoview\' => \'gene_label\'},\'key\' => \'lincrna_gene\',\'label_key\' => \'[text_label] [display_label]\',\'multi_name\' => \'Merged Ensembl and Havana lincRNA genes\',\'name\' => \'Merged Ensembl and Havana lincRNA genes\'}');
INSERT INTO `web_data` VALUES (61,'{\'additional_renderers\' => [\'histogram\',\'Variable height\'],\'colour_key\' => \'intron_support\',\'type\' => \'rnaseq\',\'zmenu\' => \'Supporting_alignment\'}');
INSERT INTO `web_data` VALUES (62,'{\'colour_key\' => \'human_rnaseq\',\'label_key\' => \'RNASeq [biotype]\',\'zmenu\' => \'RNASeq\',\'type\' => \'rnaseq\'}');
/*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */; /*!40103 SET TIME_ZONE=@OLD_TIME_ZONE */;
/*!40101 SET SQL_MODE=@OLD_SQL_MODE */; /*!40101 SET SQL_MODE=@OLD_SQL_MODE */;
...@@ -4297,4 +4301,4 @@ INSERT INTO `web_data` VALUES (60,'{\'caption\' => \'Ensembl/Havana merge lincRN ...@@ -4297,4 +4301,4 @@ INSERT INTO `web_data` VALUES (60,'{\'caption\' => \'Ensembl/Havana merge lincRN
/*!40014 SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS */; /*!40014 SET UNIQUE_CHECKS=@OLD_UNIQUE_CHECKS */;
/*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */; /*!40111 SET SQL_NOTES=@OLD_SQL_NOTES */;
-- Dump completed on 2011-01-11 13:13:14 -- Dump completed on 2011-01-12 15:00:13
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