KEGG   Solanum pennellii: 107008385
Entry
107008385         CDS       T04130                                 
Name
(RefSeq) separase
  KO
K02365  separase [EC:3.4.22.49]
Organism
spen  Solanum pennellii
Brite
KEGG Orthology (KO) [BR:spen00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:spen01002]
    107008385
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:spen03036]
    107008385
Enzymes [BR:spen01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     107008385
Peptidases and inhibitors [BR:spen01002]
 Cysteine peptidases
  Family C50: separase family
   107008385
Chromosome and associated proteins [BR:spen03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    107008385
SSDB
Motif
Pfam: Peptidase_C50
Other DBs
NCBI-GeneID: 107008385
NCBI-ProteinID: XP_015062888
Position
1:103559843..103580025
AA seq 2128 aa
MGSSTATVLLTELQSTTNFTTNTYKNFSNYLHEFTTLSKPKSTDVTTIRSLAKQFLSFLN
TSLSLLPKRLSESPKLPDQSAPHLFDIYRLCLNCLEIISSQLSCKPYAVQAQRVRYIHCL
DSWGKYQEVECEGLTVLKVLRENAIGKIKKEVKKSRSTQLLLPQLDGEYVDQEFALLVVE
IVVTLVKCASFIQNKAVHEYDGLLDLVKEVVPWLKVLDMNARKKLHPVLVTYLNRITLIM
VGDFTKFNGDLVCKFCIETLCQIKQSPLKDQLFKFARKICSSLFSQEHDEFSRIADTLKY
VLDTMAAEIKVGQENTIIEILELVCYCAYKCRSVTSNVCSILAAQLKELATHVKNYYAEL
TGSQDELPTDLILGLYATGLLINESCIHDSRAVSLDCDDVLQKLSSLLNFSKSYFDIDSK
GGNYSQKRMFYVLSYFDALRFLCQPLAEYVISARKEILSVKETGSCNTHLEIIQDVFKQY
INVFLHNSTAHSKQDPCGDNNKVLRLVAVAAFTLSLRTKRDIKETVRFLKYLISSEQVQT
NGLKYFFTSFYNIAVVLYRNKQMKEAAKALKLCCKASWKRVLCLCELFKHESDKFKNDLS
EDDVIGFIDEACEKTAFLLEVLQLSGDCKVQKILIDSLKSWSAAEHLFEKLPSPTSVVKQ
FVKMELKVNDVDIEEGTTMLYSLMSPFVESKQALGIILEQELMAYRDLNARNPRLCQEMC
LKIIALLLQEVYVSKDSYLQRCRFLLVKGEVLRARGFRYLKDCIQCLSEAIATVESTLKQ
KRYGENLACTNSASHLAAYAYCARALCSSEIEPDSKRLYEDIRAAARLWMSLNHCHTPDK
CRMSETILNMLHQIVDLLSLKGYLEIHPDIYEMMIQIFMKNIPLEKSVSLLWRYRRLSHA
LCTSPVNEMFIKTLSNHCGELSKSVEYWMKCMKESQPQLVGFQQSFFLTLALSSKVSHNN
QSLFHCDITEDKVKLTASELIQAVPLSSGSAFLSAYLYYDLSERLILNGRLIEALAYAKE
AHRLRSKLLQENFQYQIEQQAEVYGLTKFQIYDTVAAKAWFPGSVSFDFDGSTLTPWNIL
QCYLESILQVGTVHEMLGNGTEAKTLLVWGKDISCFQSLPLFIISFCCMLGKLYAKQHLL
ELAEKELNTAKQTLAENYDDISCLKCRTILEVSIDLLLGDLWRRQHCNTTSTVEFVSSVK
EKYRSSFEKLNDFGWEDSVGCSLGACSQHTKHQARYSFANGSTDPSDLKEFPSQDKLEKA
VEGRRTRKTKKEPEHNLRMTRSRYHSMKKCESSMDDEHANDAEDIGCMCYKLKCWHHLPL
EIFRSGSLSNFVYLKWELVRRQLSLRLLTTTEKCLGLSGDSHEAQKLVLQSLSLFSSDPS
CPKYSSLPLMSLVDQMGLNIWAVELAIDHSVILYRICYSILNSYTCKGTRKVSCKECRNF
SCIKLSKVIGWLKLAFILSREIPLLSQKISRLLAAVYVLSTSVKSFSIAPSKAISEGQWA
SFFHQASIGTHLNQHFFSFPLKKQKAEHDVDYEGSCSLRQPYLGSEELNMLRIAPESVED
LEDFVSNFFESLPSCTIVCLSLLGRSVSSFLTELLNSPYPIQSWILLSRMSSTSQPITVL
LPVHSILNEAADDVAEFTSSFPFEVKDKHWHCPWVSSVIDDVAPVFRDILENNYLSSSVH
LLEDTTENRSSWWKWRKQLDKRLANFLRNLEDSWLGPWRCLLLGELSECELLDSLVKKLD
DHFRCKAGADVHESLLKVILGGAKYACEKENCISQMVINKGCHLHGGGHGKSKALCKTST
EVESLCDSVYKSIIDKAQEIEETESMSRRPVILVLDLEVQMLPWENLPVLRNQQVYRMPS
VSSIRATLIKCCQDQQQVQKGGSPMKQGVPLSPSIPLIDPMDSYYLLNPSGDLSSTQCEF
ENWFRDQDFEGKCGTAPAVEELAEALKSHDLFIYFGHGSGAQYIPEHEVKKLESCAATLL
MGCSSGSLYLHGCYAPRGVPLCYLFAGSPVIVANLWEVTDKDIDRFGKSMLDAILRERSN
VCDQCDRLSDKLESLKISDRNRSEREKTEKDTTADMCNYNISTNHCNHRPNIGSFMGQAR
EACTLPFLIGAAPVCYGVPTGIINKKDL
NT seq 6387 nt   +upstreamnt  +downstreamnt
atgggttcctctaccgccactgttctcctcacagaacttcaatccacaaccaatttcact
accaatacctacaaaaacttctctaattacctccacgagttcaccactctatccaaacca
aaatccaccgacgttactacaatccgttcacttgccaaacaatttctttcgttcctcaat
acatccttatcactattacccaaacgcctatctgaatcccccaaactccctgaccaatct
gcccctcatttgtttgatatttacaggttatgccttaactgccttgagattatctcctcg
cagctgtcttgtaaaccttacgctgttcaagcacaaagagtccgatacattcattgtctg
gattcatggggaaaataccaggaagtggaatgtgaaggacttaccgtacttaaggttcta
cgagagaatgcaattggtaaaatcaagaaagaagtcaagaagtcaagatcaacacagctg
ttgttgccgcaattggacggagagtatgtggatcaagaatttgctcttttggtcgtggag
attgtcgttacacttgttaagtgtgcttcttttattcagaacaaggctgtccatgaatat
gatggacttcttgatttggtcaaagaagttgtgccatggttaaaggttttggatatgaat
gctcgtaagaaattgcatccggtgcttgtgacatatttgaacagaataacactgattatg
gttggggacttcacaaaattcaatggggacttggtgtgtaaattttgtatagaaaccttg
tgtcaaattaaacaatcacccctaaaagatcaactgttcaagtttgcaaggaagatatgc
tcttctctgttctcacaagaacatgatgagttctctaggattgctgacaccttaaaatat
gtgctggacaccatggctgcagaaataaaggttggacaggagaacactataatagaaatt
ctggagcttgtttgttattgtgcttataaatgccgaagcgttacttcaaatgtttgtagt
attctggctgcccaattaaaagaattagccacgcacgtgaaaaattattatgctgaatta
acaggttctcaggatgagctacccactgatttgattctggggctttatgctactggattg
ctaattaatgagtcctgtattcatgactcaagagctgtctccttggattgcgatgatgtg
ctgcagaaattaagtagtttgctcaacttttcaaaatcttattttgacatagacagcaaa
ggaggcaactattcacagaagagaatgttctatgttctgtcttattttgatgcattgagg
tttctgtgccagccacttgcggagtatgttatctcagcaaggaaagaaattcttagtgtt
aaagagactggatcttgcaatactcacctagagatcattcaggatgtgttcaagcagtac
attaacgtcttcctacacaacagtaccgctcatagcaaacaagatccttgtggagataac
aacaaagtgttacgtcttgtagcagtcgctgctttcactctctctttacgcacaaaacgt
gatatcaaggaaactgttagatttctcaagtatctcatttcaagcgagcaagttcaaacc
aatggacttaagtatttctttacctcattttacaacattgctgtcgtattatacagaaac
aagcaaatgaaagaggctgctaaagctttgaagctatgctgcaaagcatcttggaagcgt
gtcttatgtctgtgtgaattatttaaacacgaatcagataaatttaagaatgatctgtca
gaagatgatgtgattggtttcattgatgaggcgtgtgagaaaactgcttttcttttggag
gtgctccaactaagtggcgattgtaaggtacaaaaaatcctcattgatagccttaaaagc
tggtctgctgcagagcatttgttcgaaaaactgccaagtcccacatctgtagtgaaacag
tttgtgaagatggaattgaaagttaatgatgtggatattgaagaaggtaccactatgttg
tattctttgatgtcaccttttgtagaatcaaaacaggctcttggaatcattttggagcag
gagcttatggcatatagagatttgaatgcacgaaatccaagattatgtcaggaaatgtgt
ttaaaaattatagctcttcttttacaagaagtatatgtctccaaggacagctatttacag
agatgtagattccttcttgttaagggagaggtgttaagagcccgtggatttcgatatctt
aaagattgcattcagtgtctatccgaggcaatagctacagtagaaagtactttaaaacag
aaaagatatggagaaaatttagcctgcaccaattcagcttctcatctggcagcctatgca
tattgtgcacgtgcactctgttccagtgagattgaaccagattcaaagagactttatgaa
gatatacgtgctgcagctagactttggatgagtctgaaccactgccatacacctgataag
tgtaggatgtctgaaactatattgaatatgttgcatcagattgttgacttgttatcattg
aagggctacctggaaattcatcctgacatatatgagatgatgatacaaatatttatgaag
aatattccattagagaagtctgtgtcgttactatggagatatagaagacttagtcatgca
ctctgtacatcacctgtgaatgaaatgttcatcaaaacattgtcaaaccattgtggtgaa
ctttccaagtctgttgaatactggatgaagtgcatgaaagaatctcaaccacaattagtt
gggtttcagcagagcttctttctaacccttgctctttcttctaaagtgtctcataataat
caaagccttttccactgtgacattacagaggataaagttaagctcactgcttcagagctc
attcaagctgttcctttatcaagcggttcagcctttctttctgcttatctttactatgac
ttgagtgagagactgattctaaatggacgactgattgaggctcttgcttatgcaaaagaa
gcccatcgtttacgaagcaaacttctccaagaaaacttccaatatcagatagagcagcag
gctgaagtatatggtcttacaaaattccagatatatgatactgtggctgcaaaggcttgg
tttcctggaagtgtctcatttgactttgatggttctacacttactccttggaatatcctc
caatgttatctggaaagcattttacaggttggaactgttcatgagatgcttggaaatgga
actgaggctaagacacttctagtgtgggggaaggacatctcttgttttcagagtttgcca
ctcttcataatttcattctgttgtatgttaggaaaactatatgctaaacaacatctcttg
gagttggcagaaaaggaactaaatactgctaagcaaacattggctgaaaactatgatgac
atctcttgcctgaaatgcagaacaattctggaagtttcaattgatctgctactaggagat
ttatggagacgccaacattgtaatactacctccacagtggaatttgtatctagtgttaaa
gagaagtatagatcttcctttgagaagctgaatgacttcggctgggaggattctgttggt
tgttctttaggagcatgttcccagcataccaagcaccaggctaggtattcgtttgcaaat
ggttcaacagatccttcagatctgaaggagttcccatcccaagacaagctggaaaaagct
gttgaaggcagaaggactaggaagaccaagaaagagcccgaacataatctaaggatgacg
cggtcaaggtatcactctatgaaaaaatgtgaaagttctatggatgatgaacatgctaat
gatgctgaagacatagggtgtatgtgctacaaattgaagtgttggcaccatcttcctctt
gagattttccgatctgggtctttgagtaattttgtatacttgaaatgggagctcgttcgc
agacaactttcgctgaggcttctaactactacagaaaaatgcttaggtctttctggtgat
agccatgaagcacaaaagcttgttcttcaaagcttatcgctgttcagttcagatccgtct
tgtcccaagtattcttctctgccactaatgtccctggttgaccagatgggactgaatatt
tgggcggttgaactggccattgatcattcagttatactttaccgcatttgctattccatt
ttgaatagctatacttgcaaaggaaccaggaaagttagctgtaaagaatgccgtaatttt
tcatgcattaagttatcaaaagttattggttggctgaagctggctttcattcttagtcgt
gagattcccttgctttctcaaaagatttccaggttgcttgcggcagtttatgtactttct
acttctgttaagtcttttagtatagcacctagcaaagcaatctctgagggccaatgggca
tcgttcttccatcaagcttcaattggtactcatctcaatcaacacttcttttctttcccg
ttgaagaagcagaaagctgaacatgatgtggattatgagggttcatgttctttgaggcaa
ccatatcttggttcagaagaacttaatatgctcaggattgcacctgaatcagttgaagat
cttgaagattttgtttcgaatttttttgagagccttccttcttgtacaattgtctgtctt
agcttgcttggacgctctgtttccagtttcttgactgaattgttgaattctccatacccc
attcaatcatggattctgttatctcgcatgagctcgaccagtcagcccatcactgtactt
ctgccggtgcattctatcttaaatgaagctgcagatgatgttgctgaattcacttccagt
tttccgtttgaagtcaaagataagcactggcattgcccttgggtgtccagcgtgatcgat
gatgtggctccagtctttagagatatattagagaataattacttatcctcttctgtacac
ctattagaagatacaacagagaacagatcatcatggtggaagtggaggaaacaacttgat
aagcgccttgccaactttttacggaatctagaggattcatggttaggtccttggagatgc
ttgcttttgggggaattgtcagaatgtgagctcttggattctctagtaaagaaactcgat
gatcattttagatgtaaagctggagcagatgttcatgaaagtcttctaaaagtaattctt
ggaggtgcgaagtacgcttgtgagaaagaaaattgcatttctcagatggttataaataaa
gggtgtcacctacatggagggggtcatggaaaatccaaagcattatgtaagacatctaca
gaagttgaaagtctctgtgattcagtatacaagtctataattgacaaagcccaagagata
gaagagactgaatccatgagtagaagaccagttattcttgttttggatcttgaggtgcag
atgcttccttgggagaacctaccggtattaagaaaccagcaggtttatcgcatgccttca
gttagcagcattagagcaacgctgatcaaatgttgccaagatcaacagcaagttcagaag
gggggatctcctatgaaacaaggggttccattatcaccttccattccactgattgatcca
atggattcctattatcttttgaatccaagtggagatctgagcagtacacagtgtgaattt
gaaaactggttcagagatcaggattttgaggggaagtgtggaactgcaccagctgtagaa
gaattagctgaggcattgaagagtcatgatctttttatttacttcggccacggaagtgga
gcacaatatatccctgagcatgaggtgaaaaaactagagagttgtgctgctactctgctt
atggggtgcagcagtggatcactgtatctgcatggatgttatgctcctcgaggtgttccc
ctgtgctatctattcgcaggttcaccagttatagtagctaatttatgggaggtgacggac
aaggatattgacagatttgggaagagcatgcttgatgctattttgagagaaagatcaaat
gtttgtgatcaatgtgataggctttcagataaacttgagtcgttaaaaattagtgataga
aatagaagtgaaagggaaaagacagagaaagatacaacagctgatatgtgtaattacaat
atatctactaaccactgtaaccatagaccaaatattggatcattcatggggcaagctcga
gaggcatgcactctcccttttttgattggagcagccccagtttgttatggtgtccccaca
ggaataataaacaaaaaagatttgtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (13)   

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