Mouse Retina SAGE Library

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Gene:              Accession:     e.g., Rho or Rhodopsin e.g., BG297543 batch search Tag:        Cytoband (Mm):     e.g., CCCAGTTCAC e.g., 6 E3 Unigene:        Cytoband (Hs):     e.g., Mm.2965 batch search e.g., 3q21-q24

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UniGene	Symbol	Name	Chr	Cytoband	LocusLink
Mm.16773	Alb1	albumin 1	5	5 50.0 cM	11657
Gene Ontology	carrier activity | extracellular space | lipid binding | transport
Human Homolog	ALB[albumin]
Clusters	All Libraries - Raw DataAll Libraries - NormalizedComplete Retina - Raw DataComplete Retina - NormalizedEarly Retina - Raw DataEarly Retina - NormalizedLate Retina - Raw DataLate Retina - Normalized   Neighbors

No In Situ Hybridization images could be found.



SAGE Tags

Total 691 tags found with positive counts.

all tags     reliable tags     sum by library with all tags     sum by library with reliable tags    Library   Tag (Other Genes)   Normalized Count   % in library  P8 Cb GC AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGACTCAGA (2) AAGTGCAGAA (4) AGACCACCTA AGATTCTGCC AGTCAAAAAA (2) CCAAAATTAG CCTGAACTTT (3) CCTGTGATCT (3) CTGACAAGGA GATGACTTGC GCTAAGGGGC GGACCAAATA GGAGGGAAGG (4) GGCAGGAAGT GGCAGGACTC GGGCAGAACC (2) GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) TGAAATTTCT (3) TGAGATTTCT TGAGATTTTT TGCAGCTCCT TGCTCGAGAA (2) TGCTTTGGGA TGGATCAGAC TGGGTTTGGG (2) TGTGTATATG (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTGGCGAAGG TTTAACCAAA (4) TTTTTTTTTC (3) 374.7 0.3747 Cb medulloblastoma AAAAAAAAAC (2) AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AAGTGCAGAA (4) AGATTCTGCC AGTCAAAAAA (2) CTGACAAGGA CTTCTCTTCT (3) GATAAAAAAA GATGACTTGC GCGCTAACAG GCTAAGGGGC GGCAGGAAGT GGTGAACTGG GTCTCATCTG (2) GTGACTGCTG (3) GTGACTTTGC (3) GTTTGCAAAA TGAAATTTCT (3) TGAGATTTTT TGCAGCTCCT TGTGGAAACC (2) TGTGTATATG (2) TGTGTGCGAG TTCTCTGCTC TTGAAAACCA TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 300.2 0.3002 P8 GC+1d culture AAAAAAAAAC (2) AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGAAAACAG (3) AAGTGCAGAA (4) AGAAGACCCA (2) AGACCCTCTC (2) AGTCAAAAAA (2) CAGCATTGCC (5) CCAAAATTAG CCTGAACTTT (3) CTGACAAGGA CTGGAGCAGT (2) GAGCTGCAGT (3) GATAAAAAAA GATGACTTGC GCCAAAATTT GCCCGGCCGG GCTAAGGGGC GGACGCACTG GGCAGAGCTC (2) GGCAGGAAGT GGCAGGACTC GGCCAGAGCT GGTGAACTGG GTCTCATCTG (2) GTGACTTTGC (3) TAGAACAAAA TATGCTGGAA TCTTTTTTTT TGAGATTTCT TGAGATTTTT TGCAGCTCCT TGTGGAAACA (4) TGTGGAAACC (2) TGTGTATATG (2) TGTGTGCGAG TGTGTTTTTT (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTGGCGAAGG TTTAACCAAA (4) 347.3 0.3473 P8 GC+SHH+1d culture AAAAAAAAAC (2) AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGTGCAGAA (4) AGACCCTCTC (2) AGATTCTGCC AGTCAAAAAA (2) CCTGAACTTT (3) CTGACAAGGA CTGCTGTCTG GAGCTGCAGT (3) GATAAAAAAA GATGACTTGC GCCAAAATTT GCTAAGGGGC GGATGACTGG GGCAGAGCTC (2) GGCAGGAAGT GGCAGGACTC GGCAGGAGCT (3) GGCCAGAGCT GGGGGAAAAA (3) GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) GTGGCGGATT (2) GTTTGCAAAA TAGAACAAAA TATGCTGGAA TGAAAAAAGC TGAAATTTCT (3) TGCAGCTCCT TGCTCGAGAA (2) TGCTTTGGGA TGTGGAAACA (4) TGTGGAAACC (2) TGTGTATATG (2) TGTGTTTTTT (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTGGCGAAGG TTTTTTTTTC (3) 390.3 0.3903 3T3 fibroblasts AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGACTCAGA (2) AGACCCTCTC (2) CTGACAAGGA GATGACTTGC GCTAAGGGGC GGCAGAGCTC (2) GGCAGGAAGT GGCAGGACTC GGTGAACTGG GTCTCATCTG (2) GTGGCGGATT (2) TGGATCAGAC TGTGCCCAAG TGTGGAAACA (4) TGTGTATATG (2) TTGCACCTTC TTGGAGCTGG 210.1 0.2101 E15 cortex AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGACTCAGA (2) AAGTGCAGAA (4) AGACCCTCTC (2) CCTGAACTTT (3) CCTGCTGTCT CTTTTTGAGG GAGGATCTAA GCGCTAACAG GGCAGGACTC GGGGGAAAAA (3) GGTGAACTGG GTCTCATCTG (2) GTGACTGCTG (3) GTGACTTTGC (3) TGAAATTTCT (3) TGCAGCTCCT TGTGCCCAAG TGTGGAAACA (4) TGTGGAAACC (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG 256.4 0.2564 P1 cortex AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGTGCAGAA (4) AGTCAAAAAA (2) CCTGAACTTT (3) GCGCTAACAG GCTAAGGGGC GCTGCAAGCT GGACGCACTG GGCAGGACTC GGGGGAAAAA (3) GGTGAACTGG GTCTCATCTG (2) GTGACTGCTG (3) TAGAACAAAA TGAAATTTCT (3) TGCAGCTCCT TGTGATTTTT TGTGGAAACA (4) TGTGTATATG (2) TTCACCTTCT TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTGGCGAAGG TTTTTTTTTC (3) 217.2 0.2172 Hypothalamus AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGTGCAGAA (4) AGACCACCTA AGACCCTCTC (2) AGATTCTGCC AGTCAAAAAA (2) CCAAAATTAG CCACTTCAGA CCTGAACTTT (3) CTGACAAGGA CTGGAGCAGT (2) CTTCTCTTCT (3) GATAAAAAAA GATGACTTGC GCCCGGCCGG GCGCTAACAG GCTAAGGGGC GCTGCAAGCT GGACGCACTG GGCAGGAAGT GGCAGGACTC GGCAGGAGCT (3) GGCCAGAGCT GGGGGAAAAA (3) GGTGAACTGG GTCTCATCTG (2) GTGACTTTGC (3) TAGAACAAAA TGAAAAAAGC TGAAATTTCT (3) TGAGATTTCT TGAGATTTTT TGCTCGAGAA (2) TGGATCAGAC TGTGGAAACC (2) TGTGTATATG (2) TGTGTGCGAG TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 276.5 0.2765 E12.5 retina AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGTGCAGAA (4) AGTCAAAAAA (2) CCAAAATTAG CCTGAACTTT (3) CTGACAAGGA GATAAAAAAA GATGACTTGC GCGCTAACAG GGCAGGAAGT GGCCAGAGCT GGGAAAGGCT (2) GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) TAGAACAAAA TCCACTGAGC TGAAAAAAGC TGCAGCTCCT TGGATCAGAC TGTGCCCAAG TGTGGAAACA (4) TGTGGAAACC (2) TGTGTATATG (2) TTCTCTGCTC TTGAAAACCA TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 404.1 0.4041 E14.5 retina AAAAAAAAAC (2) AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGATTCAGG AAGTGCAGAA (4) AGATTCTGCC AGTCAAAAAA (2) CAGCATTGCC (5) CCAAAATTAG CTGACAAGGA CTGCTCTGGC CTTCTCTTCT (3) GATAAAAAAA GATGACTTGC GATGACTTTG (5) GCCCGGCCGG GCGCTAACAG GGACGCACTG GGATGACTGG GGCAGAGCTC (2) GGCAGGAGCT (3) GGGAAAGGCT (2) GGTGAACTGG GTCTCATCTG (2) GTGACTTTGC (3) TAGAACAAAA TGAAAAAAGC TGCTCGAGAA (2) TGTGATTTTT TGTGTATATG (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 495.1 0.4951 E16.5 retina AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGATTCAGG AGATTCTGCC AGTCAAAAAA (2) CCACTTCAGA CCTGAACTTT (3) CCTGCTGTCT CCTGTGATCT (3) CCTTGCTGAT CTGACAAGGA CTGACCTTTG CTGCTCTGGC CTGCTGTCTG CTTTTTGAGG GAGGATCTAA GATGACTTGC GCCCGGCCGG GCGCTAACAG GGCAGGAAGT GGCAGGAGCT (3) GGGAAAGGCT (2) GTCTCATCTC GTCTCATCTG (2) TCCACTGAGC TGAAAAAAGC TGCTCGAGAA (2) TGTGGAAACA (4) TGTGGAAACC (2) TGTGTATATG (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTAACCAAA (4) 461.3 0.4613 E18.5 retina AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGATTCAGG AAGTGCAGAA (4) AGATTCTGCC AGTCAAAAAA (2) CAGCATTGCC (5) CCAAAATTAG CCTGAACTTT (3) CTGACAAGGA CTGACCTTTG CTTTTTGAGG GAAGGAAAAT (2) GATAAAAAAA GATGACTTGC GCCCGGCCGG GCGCTAACAG GGCCAGAGCT GGGGGAAAAA (3) GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) GTGGCGGATT (2) GTGGTGTGCT TGAAAAAAGC TGGATCAGAC TGGGTTTGGG (2) TGTGATTTTT TGTGGAAACC (2) TGTGTATATG (2) TGTGTTTTTT (2) TTCACCTTCT TTCCAGGTGC TTCTCTGCTC TTGAAAACCA TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 418.1 0.4181 P0.5 retina AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AGACCCTCTC (2) AGTCAAAAAA (2) CCAAAATTAG CCTGAACTTT (3) CTGACAAGGA CTGCTCTGGC GATAAAAAAA GATGACTTGC GATGACTTTG (5) GCCAAAATTT GCTGCAAGCT GGAGGGAAGG (4) GGCAGGACTC GGCCAGAGCT GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) TCCACTGAGC TCTATCTGCC TGAAAAAAGC TGCAGCTCCT TGGATCAGAC TGGGTTTGGG (2) TGTGTATATG (2) TTGCACCTTC TTGGAGCTGG 326.3 0.3263 P2.5 retina AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGATTCAGG AGTCAAAAAA (2) CAGCATTGCC (5) CCCTGGCTGA (2) CCTGAACTTT (3) CTGACAAGGA CTGGAGCAGT (2) CTTTTTGAGG GATAAAAAAA GATGACTTGC GCGCTAACAG GCTAAGGGGC GGACCAAATA GGAGGGAAGG (4) GGCAGGACTC GGCCAGAGCT GGGCAGAACC (2) GGGGGAAAAA (3) GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) GTGGCGGATT (2) GTTTGCAAAA TGAAAAAAGC TGAAATTTCT (3) TGCAGCTCCT TGGATCAGAC TGTGGAAACA (4) TGTGTATATG (2) TGTGTTTTTT (2) TTCCAGGTGC TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 344.1 0.3441 P4.5 retina AAAAAAAAAC (2) AAAGGGGGAA AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AGATTCTGCC AGTCAAAAAA (2) CAGCATTGCC (5) CCACTTCAGA CCTGAACTTT (3) CTGACAAGGA CTGACCTTTG GAGCTGCAGT (3) GAGGATCTAA GATAAAAAAA GATGACTTGC GCCAAAATTT GCGCTAACAG GGCAGGACTC GGCCAGAGCT GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) GTGGTGTGCT TAGAACAAAA TGAAAAAAGC TGAAATTTCT (3) TGGATCAGAC TGTGGAAACC (2) TGTGTATATG (2) TTCCAGGTGC TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTTTTTTTC (3) 311.5 0.3115 P6.5 retina AAAAAAAAAC (2) AACAGGTTCA AACTGCACAC AAGAAAACAG (3) AAGTGCAGAA (4) AGACCACCTA AGTCAAAAAA (2) CTGACAAGGA CTGCTGTCTG CTTTTTGAGG GAAGGAAAAT (2) GAGCTGCAGT (3) GATAAAAAAA GATGACTTGC GATGACTTTG (5) GCAGCACTCC (2) GCCAAAATTT GCGCTAACAG GCTAAGGGGC GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) TGTGGAAACC (2) TGTGTATATG (2) TGTGTGCGAG TGTGTTTTTT (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTTAACCAAA (4) 263.7 0.2637 P10.5 crx- retina AAAAAAAAAC (2) AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGACTCAGA (2) AAGATTCAGG AGAAGACCCA (2) AGTCAAAAAA (2) CCAAAATTAG CCTGAACTTT (3) CCTGTGATCT (3) CTGACAAGGA CTGCTCTGGC CTTTTTGAGG GAAGGAAAAT (2) GAGCTGCAGT (3) GATGACTTGC GCAGAGCTCG GCCCGGCCGG GCGCTAACAG GGCAGGAGCT (3) GGCAGTGAGC (2) GGCCAGAGCT GGGCAGAACC (2) GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) GTTTGCAAAA TAGAACAAAA TCTTTTTTTT TGAAAAAAGC TGCAGCTCCT TGTGGAAACC (2) TGTGTATATG (2) TGTGTGCGAG TTCACCTTCT TTCTCTGCTC TTGCACCTTC TTTAACCAAA (4) 376 0.376 P10.5 crx+ retina AAAGGGGGAA AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AGATTCTGCC AGTCAAAAAA (2) CCAAAATTAG CCTTGCTGAT CTGACAAGGA CTGGAGCAGT (2) CTTTTTGAGG GATAAAAAAA GATGACTTGC GCAGAGCTCG GCAGCACTCC (2) GCCCGGCCGG GCGCTAACAG GCTAAGGGGC GGCAGAGCTC (2) GGCAGGACTC GGCAGGAGCT (3) GGCCAGAGCT GGTGAACTGG GTCTCATCTG (2) GTGACTTTGC (3) TGAAATTTCT (3) TGCAGCTCCT TGGGTTTGGG (2) TGTGGAAACC (2) TTCTCTGCTC TTGCACCTTC TTGGAGCTGG 284 0.284 Adult retinal AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGAAAACAG (3) AAGTGCAGAA (4) AGACCCTCTC (2) AGTCAAAAAA (2) CCAAAATTAG CCCTGGCTGA (2) CTGACAAGGA CTGGAGCAGT (2) GATGACTTGC GCGCTAACAG GCTAAGGGGC GGACCAAATA GGAGGGAAGG (4) GGCAGGAAGT GGCAGTGAGC (2) GGCCAGAGCT GGTGAACTGG GTCTCATCTG (2) GTGACTTTGC (3) GTGGTGTGCT TATGCTGGAA TCTATCTGCC TGTGGAAACC (2) TGTGTGCGAG TTCACCTTCT TTCTCTGCTC TTGCACCTTC TTGGAGCTGG TTGGCGAAGG 226.9 0.2269 ONL AAAGGGGGAA AAAGTCTTCA (2) AACAGGTTCA AACTGCACAC AACTTGCCAG (4) AAGTGCAGAA (4) AGTCAAAAAA (2) CCTGCTGTCT CCTGTGATCT (3) CTGACAAGGA CTGACCTTTG GATAAAAAAA GATGACTTTG (5) GCAGCACTCC (2) GCGCTAACAG GGACCAAATA GGAGGGAAGG (4) GGCCAGAGCT GGTGAACTGG GTCTCATCTC GTCTCATCTG (2) GTGACTTTGC (3) TCTTTTTTTT TGCTCGAGAA (2) TGGATCAGAC TGGGTTTGGG (2) TGTGGAAACC (2) TGTGTATATG (2) TTCTCTGCTC TTGGAGCTGG 208.3 0.2083