Unigene SGN-U564724

Unigene Basic Information 
Unigene ID: SGN-U564724
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: 4776 bp

>SGN-U564724 Tomato 200607 #2 (54 members)
ATGAGTAATTCCTTAGGGAATAACTTGCTGTACCAGGGATTCCTAACCTCAACTGTATTGGAACATAAAAGTAGAATCACTCCTCCTTGT
GTTGGAGGCAATTCTTTATTTCAACAGCAAGTGATCTCGAAATCACCTTTATCAACTGAGTTTCGAGGTAACAGGTTAAGAGTGCAGAAA
AACAAAAAAATACCAATGGGAAAGAAGCGTGCTTTTTCTACTTATCCTCATGCTCTACTTACCACTGATACCTCTTCTGAGCTAGCAGAA
AAGTTCAGTTTAGAAGGGAATATTGAGCTACAGGTTGATGTTAGGCCTCCCACTTCAGATGATGCGTCCTTCGTGGATTTTCAAGTTACA
AATGGTAGTGATAAACTGTTTTTGCACTGGGGGGCAGTAAAGTTCGGGAAAGAAACATGGTCTCTTCCTAATGATTGTCCGGATGGAACC
AAAGTGTACAAGAACAAAGCACTTAGGACTCCATTTGTTAAATCCGGCTCTAACTCCATCCTGAGACTGGAGATACTGGACACTGCTATC
GAAGCTATTGAGTTTCTCATATATGATGAAGCCCGAGATAAATGGATAAAGAATAATGGTGGTAATTTTCGTGTCAAATTATCAAGAAGA
GAGATACGAGGTCCAGATGTTTCAGTTCCTGAGGAGCTTGTACAGATCCAATCATATTTGAGGTGGGAAAGGAAGGGAAAACAGAATTAC
ACTCCTGAGAAAGAGAAGGAGGAATATGAGGCTGCTCGAACTGAGCTACAGGAGGAAATAGCTCGTGGTGCTTCCATACAGGACATTCGA
GCAAGGCTAACAAAAACTAATGATAAAAGTCAAAGCAAAGAAGAGCCTCCTCATGTCACAGAGAGTGATATACCTGATGACCTTGCCCAA
GTACAAGCTTACATTAGGTGGGAGAAAGCAGGAAAGCCAAACTATCCTCCAGAAAGGCAAATTGAAGAACTCGAAGAAGCAAGAAGAGAA
TTGCAACTTGAGCTTGAGAAAGGCATTACCCTTGATGAGTTGCGGAAAAAGATTACAAAAGGGGAGATAAAAACTAAGGTGGAAAAGCAC
CTGAAAAGAAGTTCTTTTGCCGTTGAAAGAATCCAAAGAAAGAAGAGAGACTTTGGGCAGCTTATTAATAAGTATCCTTCCAGTCCTGCA
GTACAAGTACAGAAGGTCTTGGAAGAACCACCAGCCTTATCTAAAATTAAGTTGTATGCCAAGGAGAAGGAGGAGCAGGTTGATGATCCG
ATCCTAAATAAAAAGATCTTTAAGGTCGATGATGGGGAGCTACTGGTACTGGTAGCGAAGTCCTCTGGGAAGACAAAAGTACATCTAGCT
ACAGATCTGAATCAGCCAATTACTCTTCACTGGGCATTATCCAGAAGTCCTGGAGAGTGGATGGTACCACCTTCAAGCATATTGCCTCCC
GGGTCAATTGTTTTAGACAAGGCTGCCGAAACACCTTTTTCAGTCAGTTCTTCTGATGGTCTAACTTCTAAGGTACAATCTTTGGATATA
GTAATTGAAGATGGCAATTTTGTGGGGATGCCATTTGTTCTTTTTTCTGGTGAAAAATGGATTAAAAACCAAGGGTCGGATTTCTATGTT
GACTTCAGTGCTGCATCCAAATTAGCACTCAAGGCTGCTGGGGATGGCAGTGGAACTGCAAAGTCTTTACTGGATAAAATAGCAGATATG
GAAAGTGAGGCTCAGAAGTCATTTATGCACCGGTTTAATATTGCGGCTGACTTGATGGAAGACGCCACTAGTGCTGGTGAACTTGGTTTT
GCTGGAATTCTTGTATGGATGAGGTTCATGGCTACAAGGCAGCTGATATGGAACAAAAACTATAACGTGAAACCACGTGAAATAAGCAAG
GCTCAGGACAGACTTACAGACTTGCTGCAGAATGCTTTCACCAGTCATCCTCAGTACCGTGAAACTTTGCGGATGATTATGTCAACTGTT
GGACGTGGAGGTGAAGGGGATGTAGGACAGCGAATTAGGGACGAAATTTTGGTCATCCAGAGGAAAAATGACTGCAAGGGTGGTATGATG
GAAGAATGGCATCAGAAATTGCATAATAACACTAGTCCTGATGATGTTGTGATCTGTCAGGCACTGATTGACTACATCAAGAGTGATTTT
GATATTGGTGTTTATTGGAAAACCCTGAATGAGAACGGAATTACAAAAGAGCGTCTTTTGAGTTATGACCGTGCTATCCATTCTGAACCA
AATTTTAGAGGAGATCAAAAGGATGGTCTTTTGCGTGATTTAGGTCACTATATGAGAACATTGAAGGCTGTTCATTCAGGTGCAGATCTT
GAGTCTGCTATTGCAAACTGCATGGGCTACAAAACTGAGGGAGAAGGCTTTATGGTTGGAGTCCAGATAAATCCTGTATCAGGCTTGCCA
TCTGGCTTTCAGGACCTCCTCCATTTTGTCTTAGACCATGTGGAAGATAAAAATGTGGAAACTCTTCTTGAGGGATTGCTAGAGGCTCGT
GAGGAGCTTAGGCCCTTGCTTCTCAAACCAAACAACCGTCTAAAGGATCTGCTGTTTTTGGACATAGCACTTGATTCTACAGTTAGAACA
GCAGTAGAAAGGGGATATGAAGAATTGAACAGTGCTAATCCTGAGCAACTCATGTACTTCATCTCCCTCGTTCTTGAAAATCTCGCACTC
TCTGTGGACGATAATGAAGATCTTGTTTATTGCTTGAAGGGATGGAATCAAGCTCTTTCAATGTCCAATGGTGGGAACCACCATTGGGCT
TTATTTGCAAAAGCTGTGCTTGACAGAACCCGTCTTGCACTTGCAAGCAAGGCAGAGTGGTACCATCACTTATTGCAGCCATCTGCCGAA
TATCTAGGATCAATACTTGGGGTGGACCAATGGGCTTTGAACATATTTACTGAAGAAATTATACGTGCTGGATCAGCAGCTTCGTTATCC
TCTCTTCTTAATAGACTCGATCCTGTGCTTCGGAAAACTGCAAATCTAGGAAGTTGGCAGATTATCAGTCCAGTTGAAGCCGTTGGATAT
GTTGTCGTTGTGGATGAGTTGATTTCAGTTCAGAATGAAATCTACGAGAAGCCCACAATTTTAGTAGCAAAATCTGTTAAAGGAGAGGAG
GAAATTCCTGATGGGGCTGTTGCCCTGATAACACCAGATATGCCAGATGTTCTTTCACATGTTTCTGTTCGAGCTAGAAATGGGAAGGTT
TGCTTTGCTACATGCTTTGATCCCAATATATTGGCTGACCTCCAAGCAAAGGAAGGAAGGATTTTGCTCTTAAAGCCCACACCTTCAGAC
GTAATCTATAGTGAGGTGAATGAGATTGAGCTCCAAAGTTCAAGTAACTTGGTAGAAGCTGAAACTTCAGCAACACTTAGATTGGTGAGA
AAGCAATTTGGTGGTTGTTACGCAATATCAGCAGATGAATTCACAAGTGAAATGGTTGGAGCTAAATCACGTAATATTGCATATCTGAAA
GGAAAAGTGCCTTCCTGGGTGGGAATTCCTACGTCAGTAGCTCTTCCATTTGGAGTCTTTGAGAAAGTACTTTCAGACGACATAAATCAG
GGAGTGGCAAAAGAGTTGCAAATTCTGACCAAAAAACTATCTGAAGGAGAGTTCAACGCTCTTGGTGAAATTCGCACAACAGTTTTAGAG
CTTTCAGCACCAGCTCAACTGGTCAAAGAGCTGAAGGAGAAGATGCAGGGTTCTGGCATGCCTTGGCCTGGTGATGAAGGTCCAAAGCGG
TGGGAACAAGCATGGATGGCCATAAAAAAGGTGTGGGCTTCAAAATGGAATGAGAGAGCATACTTCAGCACAAGGAAGGTGAAACTGGAT
CATGACTATCTTTGCATGGCTGTCCTTGTTCAAGAAATAATAAATGCTGATTATGCATTTGTCATTCACACAACCAACCCATCTTCCGGA
GACGACTCAGAAATATATGCCGAGGTGGTCAGGGGCCTTGGGGAAACACTTGTTGGAGCTTATCCAGGACGTGCTTTGAGTTTCATCTGC
AAGAAAAAGGATCTCAACTCTCCTCAAGTGTTAGGTTACCCAAGCAAACCGATCGGCCTTTTCATAAAAAGATCTATCATCTTCCGATCT
GATTCCAATGGGGAAGATTTGGAAGGTTATGCTGGTGCTGGCCTCTACGACAGTGTACCAATGGATGAAGAGGAAGAAGTTGTAATTGAT
TACTCTTCCGACCCATTGATAACTGATGGTAACTTCCGCCAGACAATCCTGTCCAACATTGCTCGTGCTGGACATGCTATCGAGGAGCTA
TATGGCTCTTCACAAGACATTGAGGGTGTAGTGAGGGATGGAAAGCTTTATGTCGTTCAGACAAGACCACAGATGTGATCATATTGTGTT
TGTATGTTGTTCAGACAAGACCGCAGATGTGATGATATTCTCGTTGCATGTTGTTCAGACAAAACCACAGATGTGATCATATACTGGTTG
TATCAGATGTGTGACCAATTACGTGCCTGTATTATTGATTACACATGATCCAAAACCATCACATCATGTTCACTTCAGCTACTGGAGAAG
AAGTGAGAAGTAGGAAATGCAATAATAAGAAAAACTTTGTAAAAGCTAATTTAGCTGGGTATGTTAATAGGGAGAAATGTGTAAACATTG
TACTATAGATAGATAGTATACACAGGCATGATTTATTGCATTATGCACTGAATAGTATCTCAGCATCAAAGAAGAATTCCTTTTCGATTG
TCCTAC

[Blast] [AA Translation]
Associated Loci (1)  
Locus symbolLocus nameGene activity
GWD Alpha-Glucan Water Dikinase
Genomic locations (0)None
Library representation (19)  
mRNA member sequences (54)  
Alignment image suppressed for unigene with 54 aligned sequences.
[Show Image]
Markers Information (0)  
Expression Data (12)  
Annotations (manual: 1 | blast: 3 | go: 3 )  
Protein prediction analysis (2)  
Gene Family (0)None
Preceding Unigenes (1)