Unigene SGN-U595565

Unigene Basic Information 
Unigene ID: SGN-U595565
Unigene Build: Tomato 200607 #2
Date: 2009-03-25
Organism: S.lycopersicum
S.habrochaites
S.pennellii
S.pimpinellifolium
S.peruvianum
S.cheesmaniae
S.lycopersicoides
Alternative ID: none
mRNA sequence: Length: 4610 bp

>SGN-U595565 Tomato 200607 #2 (1 members)
CAGCTATCAAAGAATCTTGATCTCAGAAGTTCTTTGTGCTAAAAAGTAAGTATTTGGACACCCAATTCAAGTTCAAGATTCTTGATTTTT
CTGTCAGTTCTGTTATTTTCCACCTGAGGAAGTAGAAAAGAAGTTGAAAAAGATTAAGTTTTTGAGACAGGGTTTGACTAAAGTTAAGTG
TTTCAGCTAACCAAGAATCTTGATTTAAGAAGCTTTTTGTGTTGAACAGTAAATATTTGGAGACCAAAATCAATTCAAGGTTCATGCTTT
TTCTTTCAGTTGGGATATTGTTCAGCTCAGGAAGTAGAAAAAAGATAAGATTTTGATAAAGGGACTATGTGAAAGGGGCTATTATATTAA
TGGAGGAAAGACAGAAAAAAGGGGGTTCATTGGTTTTTGCAGTTAATGGAGAGAGGTTTGAGTTGCCATGTGTTGATCCTTCTACAACTT
TGCTTCAGTTCTTGCGCTCTCAGACTTTTTTCAAGAGTCCTAAACTTGGTTGTGGTGAAGGTGGTTGTGGGGCTTGTGTTGTTCTGGTAT
CGAAGTATGATCCAAAGCTTAAAAAGGTTGAAGATTTTAGCGTAAGTTCATGCCTTACACTTCTTTGCAGTTTAAATGGTTTTTCAATTA
CTACAAGTGAAGGTCTTGGGAACACCAGAGATGGTTTCCACTCTATTCATGAAAGGATTGCCGGTTTCCATGCTTCTCAATGCGGCTTTT
GCACTCCCGGCATGTGTATGTCATTTTTCTCCGCTCTTGTCAATGCCGATAAAGGAAACAAGCCAGATCCTCCACCGGGATTCTCTAAGC
TTACTTCGTCCGAAGCTGAAAAGGCAATAGAAGGAAACCTTTGTCGGTGCACTGGATACCGGCCCATTGCTGATGCCTGCAAGACTTTTG
CTGCTGATATTGATATAGAGGATTTAGGATTCAATGCTTTTTGGAAAAACGGAGATTCCAAGCAAATGAAAGTAAGTAAATTACCTCCCT
ATGATCCAACTAAGAACTTCAATACATATCCCGAGTTCTTGAAAAGTGAATCCACCACGAATTTAGACTCTTTAAGGTACTCTTGGTATA
CTCCTGTTTCCATTGAGGATCTACAGAGCTTGTTGAACTCCAACGTGACAGAAAATGGTGCAAGCTTTAAACTAGTCGTTGGTAATACTG
GAACAGGTTATTATAAAGAAACTCAGCGATATGATCATTACATTGATCTAAGGTACATTCCCGAACTCTCGATCATCAAAAGAGATCAGG
CAGGCATCGACATTGGATCAACTGTGACAATCTATAAACTCATTTCATTCCTGAAAGAGGAAAGTAAAATCAATTTCGGTTCATATGGGA
AGTTGGTGTCCGATAAACTGGCTTACCACATGGAGAAGATTGCTTCACCATTTGTTAGAAATTCTGCTAGTGTGGGAGGAAATTTGGTTA
TGGCACAGAAGAATGGTTTTCCTTCAGATATAGCTACATTATTTCTTGGGCTTTGTGCTACTGTTAGCTTGATGACTCGTCATGGACTTG
TAAAGCTCACATGGGAGGAGTTATTGTTGAAACCACCACTGGACTCGAGAATTGTGCTTCTAAGTGTTTCGATCCCATTTAAGAAAGATC
AAAATTCTAAATTTTTATTTGAAACTTATCGAGCTGCTCCACGACCTCATGGAAATGCATTGGCATATGTTAATGCTGCTTTCCAGGCTG
ATGTTTCTCTCTGCCAGAACGGCTTCTTGATAAACTATATCCGGTTGGCATTTGGTGCTTATGGCACAAAACACGCAACAAGGGCTAAAA
TGATAGAGAGATATCTAACCGGGAAAATGTTAAACATACAAGTTTTATATGGAGCTCTTAAATTAGTCAAACTAGCAGTTGTACCAGAAG
ATGGCACTTCACATCCTGAGTACAGATCAAGCTTAGCTGTCAGTTATGTTTTTGAGTTCCTTTATCCCTTCACTGATGCTCATTCTGCCC
TTTCTGGTGGTTTATTCAATGGAATTAATGATACCTCAGTCGAAAAGGTTTTGAAAAGTAGTAAAGATGGTTGCATTAGTCAGGGGAGAA
AACAAACACTACTCTCTTCTGCTAAGCAGGTTGTGGAATCAAGTACCGAGTACTATCCAGTAGGTGAACCGATGAAGAAGGTCGGAGCTG
CCATGCAAGCTGCTGGTGAAGCTGTTTATGTAGATGACATCCCTTCACCGCCAAACTGCCTGTATGGAGCATTTATATACAGTACGAAAG
CATTAGCAGGTGTAAAGGGAATCCAGCTCGAATCGAATCAATTAACAGATGGAGTCGCCGCCGTTATTACTTTTAAAGATATCCCAATCG
GAGGGGCAAATATAGGAGCTACTAGATTTTCTGATCCCGAGCCCTTATTTGCAGATGATCTCGTCCGATATGCTGGCGACAGAATTGCAA
TTGTGGTTGCTGACAGTCAGAGGTCTGCTGACGTGGCTGCAAGAACAGCCCTTGTTGAATACGACACTGCAAATGTAGATTCGCCCATTT
TAACCGTTGAGGAAGCTGTTGAGAAATCTAGCTTTATCCAAATCCCGCCGTTTCTATATCCAAAACAGGTCGGTGATTTCTCGAAAGGAA
TGGCTGAAGCTGATCACAAGATTCTCTCAGCTGAGGTAAGACTTGGTTCTGAGTACTATTTTTATATGGAGACACAGACTGCTCTTGCAA
TTCCAGACGAAGACAACTGCATGGTTGTTTATACTTCAAGTCAGTGCCCTGAGAGCGCACATCGTGTGATTGCCACTTGTCTTGGTGTTC
CTACACACAATATCCGTGTAATTACAAGAAGGGTCGGAGGTGGTTTTGGGGGCAAGGGAGTCAGAGCAATGCCTGTCTCCACAGCCTGTG
CACTTGCAGCATACAAGTTAAGGCGACCTGTCAGGATATATGTCAACAGGAACACTGACATGATAATGACAGGAGGAAGACACCCAATGA
AAGTAACATATAGTGTAGGATTCAAGTCGAGCGGAAAGATCACAGCATTACATCTTGATCTATTGATAAATGCTGGGATCTCAGAAGATG
TAAGCCCTATCCTACCATTAAGTGTGATAAAAGCACTAAAGAAATATGATTGGGGTGCCCTATCTTTTGATGTAAAACTATGCAAGACAA
ATCTTACCAGCAAATCGACTATGCGGGGCCCTGGGGAGGTGCAAGGATCTTACATTGCTGAAGCTATAATCGAACATGTATCGAGTTCAC
TATTGTTGGAGGTGGACTTGGTCAGAAATAAAAATGCCCATACATTTGAAAGCCTCAATTTTTTCTATGGTAACATTGTATCGGTAGGAG
AATATACACTGCCTAGTATCATGGATAAGTTGGCTGTGTCCTCGAGCTTTTTCAAACGAAGAGAGATGATCAAACAGTTTAACCAGAAAA
ATACATGGAAAAAAAGGGGTATTTCTCGAGTGCCAATCGTGCATGAAGTTTCGCAACGATCGACCCCGGGGAAAGTCAGTATTCTGCAAG
ATGGATCGATTGTTGTAGAGGTTGGAGGGATTGAAATTGGCCAAGGGCTATGGACAAAGGTGAAACAGATGACTGCCTATGCTCTTGGTT
TAATTGAAAGTAGTTGGGCCGAAGACCTTGTGGAGAAAGTAAGAGTCATACAAGCAGACACCTTAAGCATAGTGCAAGGTGGGTTGACGG
CAGGGAGCACTACATCGGAATCAAGCTGTGAAGCTGTTAGACTTTGCTGTAATGTCTTGGTTGAAAGACTGACTCCTTTGAAGAATCAGT
TGCAGGAACAAAATGTCTCTGTTGACTGGCCAACACTGATTCGACAGGCACAAATGCAATCAGTACACTTAGCAGCACATTCTTATTATG
TACCAGAATCTAGTTCCAAGAATTATTTGAACTTCGGCGCTGCTGTCAGTGAGGTGGAGATTGATATTTTGACTGGAGAGACTACTATTT
TGCAATCGGATATTATTTATGACTGCGGGCAGAGCTTGAATCCAGCCATTGATTTGGGACAGATTGAAGGGGCATTTGTTCAAGGAATTG
GATTTTTCATGCATGAAGAATATCTTACAAACGAAGACGGGTTAATGGTCTCAAATAGCACTTGGACGTACAAGATCCCGACTATTGACA
CCATACCTCAGAATTTCAATGTCCATGTGGTAAACAGTGGACATCACAAAAAGCGTGTTCTCTCGTCCAAAGCATCTGGTGAACCACCGT
TGCTGCTGGCAGTTAGTGTCCATTGTGCAACACGAGCAGCGGTTAAAGCAGCACGTGAACAGCTCAAACAATGGGACAAGCTTGACGGGT
CTGTTTCAGAATTCTATCTGGACGTCCCTGCCATATTACCTGTTGTGAAGACACAGTGTGGCCTGGATTATGTGGAGAAATACTTGGAAA
CTTTGGTGGCTCAGAAATCTAACTATACTTGCATCAACATGGATCTCAAATGATACTGAACTTAAAGAGTTGGTTTTTGTGGAGTCCATA
TCAAAACAGCAAATTCGCTATTTTGCTTCAAGTCACTATTTCTTTTTCCAATTTAATACGATTTACTATTTGATTCAATTTTCAATTCTA
CTATATTCAACCTCTAAATC

[Blast] [AA Translation]
Associated Loci (1)  
Locus symbolLocus nameGene activity
ao2 aldehyde oxidase 2aldehyde oxidase
Genomic locations (0)None
Library representation (1)  
mRNA member sequences (1)  
Alignment image suppressed for unigene with only one aligned EST SGN-E747182
[Show Image]
Markers Information (0)  
Expression Data (1)  
Annotations (manual: 0 | blast: 3 | go: 0 )  
Protein prediction analysis (2)  
Gene Family (0)None
Preceding Unigenes (1)