KEGG   Solanum lycopersicum (tomato): 101261897
Entry
101261897         CDS       T02665                                 
Name
(RefSeq) structural maintenance of chromosomes protein 2-1
  KO
K06674  structural maintenance of chromosome 2
Organism
sly  Solanum lycopersicum (tomato)
Brite
KEGG Orthology (KO) [BR:sly00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:sly03036]
    101261897
Chromosome and associated proteins [BR:sly03036]
 Eukaryotic type
  Chromosome condensation proteins
   Condensin I
    101261897
   Condensin II
    101261897
SSDB
Motif
Pfam: SMC_N SMC_hinge AAA_21 AAA_29 DivIC ABC_tran
Other DBs
NCBI-GeneID: 101261897
NCBI-ProteinID: XP_010318163
Position
3:55863775..55878095
AA seq 1175 aa
MHVKEICLEGFKSYATRTVVSGFDPFFNAITGLNGSGKSNILDSICFVLGITNLQQVRAS
NLQELVYKQGQAGITKATVSVVFDNSDRSRSPLGYEDCAEITVTRQIVVGGRNKYLINGH
LAQPNRVQNLFHSVQLNVNNPHFLIMQGRITKVLNMKPPEILSMLEEAAGTRMYETKKEA
ALKTLEKKQSKVDDIDKLLDQEILPALEKLRKERMQYMQWANGNAELDRLKRFCIAYEYV
QAEKVMADAIQGLEGMKSKITEIDSNVGKMQEEIQEMEKRASELQAEKDANMGGEMKLLT
EKVDALSCDVVKETSFLKNQEDILKTEKKNCVKIKKNLEELKQSAEEKVAAVSKAEEGAS
DLKKRAEELSISLEAHEKEYQGVLAGKSSGNEEKCLEEQLADAKVEVGNAETELKQLQTK
VNHCEKELKEKKTQLLSKREEAAAVENELNNGKKQVEKLQKALESLSFKEEQMDLLQSDR
GIEVEAIQKLKDEIRVLSSRLSNIDFTYSDPVKNFNRSKVKGVVAKLIKVKNSSAMTALE
VAAGGKLFNIVVDTEDTGKQLLQKGGLRKRVTIIPLNKIQTYPVPPRHQNAAARLVGKGN
AEVAISLVGYDEELKSAMEYVFGSTFVCKTVDAAREVAFSREVGITSVTLEGDIFQPSGL
LTGGSRRGGGDLLRQLHSLAEAQSKLSIHQNRLSEIDAKINQLIPLQRKFKDLKAQLELA
SYDLSLSQSRAEQNEHHKLGELVKKIEQELGEAKSGVEEKKLVYESCLAKVSCLEKSIHD
HAGNRESRLKDLENKVKTIKRQMQSSLKDLKGHDNEKERLIMEMEAVKQEHASLESQLVS
LNKQIDDLASEVDSQKAKLVSLKHDAGLAQSELNTARLKIKECDSQISSILKEQQQLQNK
ISETNLEKKKMENEVKRMEMEQKDCSLKVEKLIEKHSWIASEKQLFGRSGTDYDFGSRDP
RDARENFEKLQADQSGLEKRVNKKVMSMFEKAEDEYNDLMSKKNIIENDKSKIKKVIEEL
DEKKKETLKVTWEKVNRDFGSIFSTLLPGTMAKLDPPEGGSFLDGLEVRVAFGSVWKQSL
SELSGGQRSLLALSLILALLLFKPAPLYILDEVDAALDLSHTQNIGRMIKSHFPHSQFIV
VSLKEGMFNNANVLFRTKFVDGVSTVQRTVAAKNK
NT seq 3528 nt   +upstreamnt  +downstreamnt
atgcatgtcaaagaaatttgcttggaagggttcaagtcatatgcaacaagaacagtcgtc
tcgggtttcgatccgtttttcaatgcaataacaggtttgaatgggtccgggaaatccaat
attttggactctatttgctttgttttagggattacgaatttgcagcaggttagggcttct
aatctgcaggagttggtgtacaagcaaggccaagctggaattactaaagctactgtgtcc
gttgtgtttgataattcggaccgcagtcgaagtcctttgggatatgaagattgtgccgag
atcactgttacccgtcagattgtagttggtggaaggaacaaatatctgatcaacgggcac
cttgcacagccaaatcgagttcagaatctttttcactctgtgcagctaaatgtaaacaat
ccacactttcttattatgcaagggcgcataacaaaagtcttgaacatgaaacctcctgaa
atcttgtctatgcttgaagaagccgctggtacaagaatgtacgagacaaagaaagaagct
gccctcaaaactcttgaaaagaaacaaagtaaagttgatgatattgacaagctcttagat
caggaaattcttcctgctttggagaagttgaggaaagagaggatgcagtatatgcaatgg
gcgaatggaaatgcagaattggacagacttaaacggttttgcattgcctatgagtatgtt
caagctgaaaaagttatggctgatgccatacagggtttagaaggtatgaagtctaagatt
actgaaattgatagtaatgtgggaaagatgcaggaagagatacaggaaatggaaaagaga
gcatcagaattgcaagctgagaaagatgcaaatatgggtggggagatgaagcttttgact
gaaaaggttgatgctctttcatgtgatgtggtgaaggaaacatccttcttaaaaaatcaa
gaggacattctaaaaactgagaaaaaaaattgtgtaaagattaagaaaaatctcgaagaa
ttgaagcaatcagcagaagaaaaggtagctgctgtaagtaaggctgaagaaggagcatca
gacctcaagaaaagagctgaggaactttctattagtcttgaagcacatgaaaaggagtac
cagggtgtgttggccggtaagagtagtgggaatgaggagaaatgccttgaagaacaacta
gccgatgccaaagtagaagttggaaatgctgaaacagaactgaaacagttgcaaacaaaa
gtaaaccattgtgagaaagagctaaaagagaagaaaacccagctattatcaaagcgtgaa
gaagctgctgcagtggaaaatgagcttaacaatgggaagaagcaagtggaaaagcttcaa
aaagctttggaatctctttcattcaaagaggagcagatggatttattacaaagtgatcgt
ggcattgaagtagaggctatacaaaagttaaaagatgaaatacgcgttctttcctctcgt
ctgtccaatattgacttcacatatagtgacccagtgaagaattttaatagatcaaaggtg
aaaggcgttgtcgcgaaactcattaaagtgaagaatagttctgcaatgactgcgctagag
gtagctgctggagggaagttgtttaatattgtggtagacacagaagatacaggaaaacaa
cttctacaaaaaggcggtcttaggaagagagtgactattatacccttaaacaaaattcaa
acttatcctgttccaccaagacatcaaaatgctgctgctagactagttgggaagggcaac
gctgaagtggcaatttctctagttggatatgatgaagaactcaaaagtgcaatggagtac
gtatttggttcaacatttgtttgcaaaactgttgatgcggcacgagaggttgcttttagc
cgagaggttggaataaccagcgtgacacttgaaggtgatatttttcagcctagcggactt
ttaactggcggaagtcgaaggggtggtggtgatttattgagacaacttcattctttggca
gaggcccaatcaaaactttctattcatcaaaatcgtctctctgaaattgatgccaagatt
aatcagctcattccccttcaaagaaaattcaaagatcttaaggctcagttggaacttgca
tcttatgatctatctttgtcccagagcagggccgaacaaaatgagcatcacaagcttggt
gaacttgtaaaaaagatagagcaggagcttggagaagcaaaatcaggtgttgaagagaaa
aaacttgtctacgaaagctgtctggcgaaagtgtcatgtcttgaaaagtcaattcatgac
catgctggtaatagggagagcagactgaaagatctagaaaataaggttaagactataaaa
cgtcagatgcagtcttcactgaaggacctaaaggggcatgacaatgaaaaggagagactt
ataatggagatggaagctgtcaaacaggaacatgcatcccttgagagtcagttagtttct
ctgaacaaacagattgatgatcttgcatctgaagtggattcccaaaaggcaaagcttgtt
tctttgaaacatgatgctggccttgcgcagtcagaacttaacacagctcgtttgaagatc
aaggaatgtgattctcaaatctcaagcattctcaaggagcagcagcaacttcagaataaa
attagtgaaaccaatcttgagaagaagaaaatggaaaatgaggtgaagcgcatggagatg
gaacaaaaagattgttccttgaaagttgagaagttaatagaaaaacattcttggattgca
tctgagaagcaactgtttggaagaagtggtactgattatgattttggatctcgtgatcct
cgcgatgcaagagagaattttgaaaagcttcaagctgatcagtcagggcttgagaagaga
gtgaataagaaggttatgtcgatgtttgaaaaagctgaggatgagtacaatgacttaatg
tcaaagaagaatattattgagaatgacaaatcaaaaattaaaaaggtgattgaagagctt
gatgagaagaagaaggaaacgcttaaagttacttgggaaaaagttaacagagattttgga
tccatattttctactttattacctggcacaatggcaaagttggatccacctgaaggaggc
agcttcttagatggcttggaggttcgtgttgcatttggatcagtttggaaacaatcacta
tctgagcttagtggtgggcagagatctctacttgcactctctctcattctggctttgctt
cttttcaagcctgccccactttatatcctggacgaggttgatgcagctcttgacttaagt
catacacagaacattggaagaatgatcaagagtcattttccacattctcagtttattgtt
gtatcgttgaaagagggtatgtttaacaatgcaaatgttctcttccggacaaaatttgtg
gatggtgtctcaacagtgcagagaacagttgcagctaaaaacaaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (79)   
   KEGG ORTHOLOGY (1)   
   RefGene (74)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (92)   

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