This unigene is from an out-of-date build, Tomato 200607 #1
It has been superseded by SGN-U563874 in the current build, Tomato 200607 #2
Unigene SGN-U327118

Unigene Basic Information 
Unigene ID: SGN-U327118
Unigene Build: Tomato 200607 #1
Date: 2006-07-27
Organism: S.lycopersicum
S.habrochaites
S.pennellii
S.pimpinellifolium
S.peruvianum
S.cheesmaniae
S.lycopersicoides
Alternative ID: 327118
mRNA sequence: Length: 1257 bp

>SGN-U327118 Tomato 200607 #1 (4 members)
CAACGATCGGTGGTAGGGATGTAGTTTATATTAAACAACACCAGTCATCTCCTTTGTTAGTTTCAGAAATTGAAAACTATGTGAACGACA
TTGGAGAGCAGAGGTTCTCTGATTCGAAGAATCTCTCAAGTGCTGGACCTTTAAGATATAAGGACAAGGATGTTACAGTTATTTTTCGCA
GAAGAGGAGGTGATGACCTGGAGCAGAGTCACGACAAGTGGGCAAGCACTGTAGAAACATCACCAGATGTGATCAACATGACTTTTACTC
CCATTGTGTCATTTCTTGAAGAGGTGCCTGGAATTAAGTACCTGAGCCGCGCAATTGAGTTATACTTAGAATACAAGCCACCAATAGAAG
ATTTACAGTATTTCTTAGATTTCCAAATAGCTCGTGTGTGGGCTCCAGAGCAAAATAACCTTCAAAGAAAGGAGCCTGTATGTTTATCCC
TACAGTTCAGTTTGATGGGTCCTAAGCTCTATATTAGCCCGGATCAGGTGACAGTGGGCCGTAAGCCAGTGACTGGGCTCAGGCTCAGCC
TAGAAGGTGACAAGCAGAACCGTCTTTCAGTCAATTTGCAGCATCTGGTTTCTCTTCCCAAGATCCTTCAACCCCACTGGGATTCACACA
TGGCTATAGGTGCCCCAAAATGGAAAGGCCCCGAAGAGCAGGATAGCAGATGGTTCGAACCAATCAAATGGAAAAATTTCTCCCACGTAA
GCACAGCACCAATTGAACATACTGAGACTTCCATTGGAGATCTCTCTGGTGTTCACATTGTGACGGGGGCTCAGCTTGGTGTTTGGAATT
TTGGTGCCAAAAGTGTCTTGCATCTTAAACTCCTCTTTTCCAAAGTACCTGGCTGCACAATAAGAAGATCGGTATGGGATCACAGTCCAT
CAAACCTATCAGCAGTACAAAGGATTGATGGTTCTTCAACTTCACTTCAGAATGAAAACAAGAAAGGCGATACTTCCAGCCAAACAGGGA
AATTGGCAAAAATTGTAGACATGACAGAAATGTCAAAGGGGCCACAGGATGCACCAGGACACTGGTTGGTAACAGGAGCTAAACTTGGAG
TTGATAAAGGAAAAATTGTGCTAAGAGTGAAGTATTCCCTGCTGAATTATTAATAAGTTGTGTTGTCTGTGAGATTAAAGCATTCTTTGG
ATAGTTTAGATATCATGTTATTCTTCTGTAAATTATGTTTAGCATTGATCATTCATTTTTGTTATTGCTATTTTATAAAAAAAAAAA


[Blast] [AA Translation]
Associated Loci (0)None
Genomic locations (0)None
Library representation (3)  
mRNA member sequences (4)  


To view details for a particular member sequence, click the SGN-E# identifier.
Markers Information (0)  
Expression Data (0)  
Annotations (manual: 0 | blast: 2 | go: 0 )  
Protein prediction analysis (2)  
Gene Family (3)  
Preceding Unigenes (1)