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.254588	Cltc	clathrin, heavy polypeptide (Hc)	11		67300
Gene Ontology	membrane coat | mitochondrion
Human Homolog	CLTC[clathrin, heavy polypeptide (Hc)]
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 223 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 AAAAAAAAAA (2) AAGTGAGCAA ACAGTACAAC ATTCCACGCG CAAGACTGTC GGAATGTTAC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TCCTCCAAGA (3) TGGAGGAGCT TGGGTTTTTT (2) TTTGTGGTCA 288.8 0.2888 Cb medulloblastoma AAAAAAAAAA (2) AAGTGAGCAA ACAGTACAAC AGGGCTGTGA (2) ATTCCACGCG GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGGCTTTTT TGGGTTTTTT (2) TTAAATAATG TTTGTGGTCA 959.6 0.9596 P8 GC+1d culture AAAAAAAAAA (2) AAGTGAGCAA ACAGTACAAC AGGGCTGTGA (2) ATTCCACGCG CAAGACTGTC CGGATCAGTC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TCCTCCAAGA (3) TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG TTTGTGGTCA 333.1 0.3331 P8 GC+SHH+1d culture AAAAAAAAAA (2) AAGTGAGCAA ACAGTACAAC AGGGCTGTGA (2) ATTCCACGCG CAAGACTGTC CGGATCAGTC GGAATGTTAC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TCCTCCAAGA (3) TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG 424.1 0.4241 3T3 fibroblasts AAAAAAAAAA (2) AAGTGAGCAA ATTCCACGCG GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) 80.5 0.0805 E15 cortex AAAAAAAAAA (2) ATTCCACGCG CGGATCAGTC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT 252.1 0.2521 P1 cortex AAAAAAAAAA (2) ATTCCACGCG GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA 318 0.318 Hypothalamus AAAAAAAAAA (2) AAGTGAGCAA AGTTTTTACT CAAGACTGTC GGGAATGTTC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TTTGTGGTCA 188.3 0.1883 E12.5 retina AAAAAAAAAA (2) AAGCCAGCTG AAGTGAGCAA AGGGCTGTGA (2) ATTCCACGCG GGAATGTTAC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TCCTCCAAGA (3) 199.1 0.1991 E14.5 retina AAAAAAAAAA (2) AAGTGAGCAA ACAGTACAAC ATTCCACGCG GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA 158.4 0.1584 E16.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGCCAGCTG AAGTGAGCAA ACAGTACAAC AGGGCTGTGA (2) ATTCCACGCG CAAGACTGTC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT 97.7 0.0977 E18.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ACAGTACAAC ATTCCACGCG CAAGACTGTC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG 512.8 0.5128 P0.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGCCAGCTG AGCAAAAGCA (2) AGTTTTTACT ATTCCACGCG CAAGACTGTC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT 188.7 0.1887 P2.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ATTCCACGCG CAAGACTGTC CGGATCAGTC GGAATGTTAC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TCCTCCAAGA (3) TGGAGGAGCT TGGGCTTTTT TGGGTTTTTT (2) TTAAATAATG 464.8 0.4648 P4.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA AGCAAAAGCA (2) ATTCCACGCG GGAATGTTAC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG 449.8 0.4498 P6.5 retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ACAGTACAAC ATTCCACGCG CAAGACTGTC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA TCCTCCAAGA (3) TGGAGGAGCT 380.4 0.3804 P10.5 crx- retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ACAGTACAAC ATTCCACGCG GGAATGTTAC GGGAATGTTC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG TTTGTGGTCA 113.6 0.1136 P10.5 crx+ retina AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ATTCCACGCG CAAGACTGTC CGGATCAGTC GGAATGTTAC GGGTTTCCAG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TGGGTTTTTT (2) TTAAATAATG 188.2 0.1882 Adult retinal AAAAAAAAAA (2) AACAGAATCA (4) AGCAAAAGCA (2) ATTCCACGCG CGGATCAGTC GGAATGTTAC GGGTTTCCAG (2) GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA TGGAGGAGCT TGGGTTTTTT (2) 111.4 0.1114 ONL AAAAAAAAAA (2) AACAGAATCA (4) AAGTGAGCAA ATTCCACGCG GTCATAGCTG (2) TAAAAAAAAA (3) TAGAATTGCA 160.7 0.1607