KEGG   Vitis vinifera (wine grape): 100259948
Entry
100259948         CDS       T01084                                 
Name
(RefSeq) separase isoform X2
  KO
K02365  separase [EC:3.4.22.49]
Organism
vvi  Vitis vinifera (wine grape)
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:vvi01002]
    100259948
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:vvi03036]
    100259948
Enzymes [BR:vvi01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     100259948
Peptidases and inhibitors [BR:vvi01002]
 Cysteine peptidases
  Family C50: separase family
   100259948
Chromosome and associated proteins [BR:vvi03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    100259948
SSDB
Motif
Pfam: Peptidase_C50 CHAT
Other DBs
NCBI-GeneID: 100259948
NCBI-ProteinID: XP_002273874
Position
12:complement(join(18771098..18771612,18771752..18771839,18772365..18772604,18773114..18773522,18773854..18774097,18774211..18774440,18774542..18774597,18776535..18776735,18790929..18791031,18792964..18793201,18795318..18796088,18796213..18796336,18796442..18796654,18804685..18804774,18804867..18805235,18805350..18805496,18805647..18805757,18805883..18806104,18806250..18806363,18806439..18806732,18811607..18811732,18811897..18812005,18812623..18813125,18813237..18813371,18814654..18814761,18814841..18815018,18815652..18816307))
AA seq 2197 aa
MDSSMESSLISKLQSSDFANIHHHFLSHLRPFSPFLNSKPTTTTTTTRKPNRSSSSSSSS
SSIRSLAKQFLPFLNRVLSILPKILSVSSSDLETTSLRELFDTYRLCLDCLECVSSQLAC
KFYSIHLQRVRMVHCFVAQAMWREAVDESFSILQSLPAGLEGRYLPDLGKTGGGDQDFCG
LVVEIVLSVVKCVSMSQSKEGREYRRVLDLVEELTPWFRVLDANTYEKLHRVLVSHLYRC
TLFLVEELACFDGDLVCTFCAATLTEYAKSSMKDQTLKCGRRICSSLFSQKENGSSFVVG
VLMCVLDTIAAECKVEMGNTFIEFVELVSYCANKCRITSKDLCTAVALHLNKMAGDFRQV
LEPLNLILRLYATGLNFTGCNIQSSGSDSITSKSADDESAFEILLDDGDELQHLATSIGL
LDNYFHINSKENKVSFSAEHKVTVGQICSHMESDYEASMAFAQKNGKAYLLLYLNALKFL
CQPLAELVNLERVQIIAESEAISSSAKLCHIQNALHQFCDVFLFCHCCTSENKREEFDEN
NKAISSVAVAAFTLSFRTRINMQKSANFIRHVISNGWIQLQGLKFLFVNLHNIGVILYRK
RQLKEASKAIKLCCRASWARVSFLCQMFLEKSKGLHDDLSEDAITDFVMEACKESSFLLD
IVHQFDSGKVKSIVMSSLENWSAAANLFNMLPCPTALVKQWVKIECKLSKDDIEDEFSTF
HCLLSSSANVSKRTLGIILEQELLAYEEMKALSPELCQKMQMKIFNILLQDVFITKDSCL
QKSRILIRKGKALRACGTEGLKDCIHCFSEAISTINDMYGETCSRDIPVCHQLAVSYCLR
ALCIQEAEPTSKRVLQDIHAALNLWLSIHIPECSSTADQHDLLSKNTMLLLYNIVDLLSL
KGYTKFHLDIYKLIIRLFKWKNVPLEKCLAILWEYRRINHALCTSPINEAFIMTFTEHCG
ENSKVIDFWISCIKGSQPLLVGFLQIFSFLFANLPQGSCHYKSSFRVDITIDEVKDTAEK
LISRVPVSSHSVFLAGYLYYDLCERLTSNGRLIEALSFAKQAHQLRSKLFQEKFSQKYTS
GLSDLQTFRLVATEVWSFSTISWELESCDLSPWNVLRCYLESTLQVGIIHEMIGNGTEAE
ALLCWGKMISSSQDLPLFIVSFSSMLGKLYCKKRIWDLAEKELQTAKQVMVDSSADISCL
KCRLILEATIDQQLGDLYRSHLDCTTENLSIKRLSFAENLYKSALDKLNLSEWKNSVSSP
EESCAASILSRNQLDAVTLFSTGEVTKVKMENKSRKAKKASQILPQEQCLISQNNSRLTR
SKYRSCQDKSVSVQGEEQAGLTKYSNGKYVPAGTDPFSQKGSHVDVKSSMADVGSEITCI
CNKMKCWHCLPMEVMESGLVNNFIFMKWEFVRRRLSLRLLTGIGKCLGGRGEIHETHEIF
LQSIFVLISRNPFSYGSSYVRPNFLLDLIGKEIPGDVFSVEHAAIIYNICWFSLKNYRSQ
DTRNICCDQSHIQITKIVSWLMLAFVLCREVPIIFQKVSRLLAAIYVLSASSEPFSLPPS
SCKALSECHWASYFHHASLGTHLNHQFFSNMAGKLKAQNLLNVEGSHSTGPNCIRAETYN
LLRLAPESLQGLEEFVMKFFEDLPCTTVICISLLGGALASLLRELLNYPSSVNAWVLLSR
LNMKSQPVVILLPVDSVLEEVSDDDASSESGIHYEHKDLDKQWHCPWGSTVVDDVTPAFK
TILEENYLSSSTFPLDDTKENRLQWWTQRKKLDHRLGKLLRDLEDLWLGPWRYLLLGECL
DCERLDLIHKKLVHDLKSKCKMDVNESLLKIILGSARYSHGREQCFLQLYLNKGCYIGRV
GFYDEKTRCKVFSNPCDRVEKKSALANQLISGAAEELEEEESVNREPIILVLDCEVQMLP
WENIPVLRTQEVYRMPSIGSISAILDRSHHHQEQAGMNAAAFPLIDPLDAFYLLNPSGDL
SSSQAAFEKWFRDQNIEGKAGIAPTVEELAGALKSHDLFIYIGHGSGAQYIPRHEIQKLE
NCAATLLMGCSSGSLSLNGQYTPQGTHLSYLSAGSPVIVANLWEVTDKDIDRFGKAMLDA
WLRERSSPSVACAQCRLVAELKSMSITGGKGDAKKKIPRKKLSKACSSVVCEDYCNHRPK
IGSFMSQAREACTLPFLIGASPVCYGVPTGIRKKKDS
NT seq 6594 nt   +upstreamnt  +downstreamnt
atggactcatcaatggagtcgtctctcatctccaagctccaatcctccgacttcgccaac
atccaccaccacttcctctctcacctccgcccattctccccattcctcaattccaaaccc
actaccaccaccaccaccaccagaaaacctaatcgctcatcatcttcttcatcctcctcc
tcctctattcgatctcttgctaagcagttcctcccatttctcaatcgcgtcctctccatt
ctccccaaaatcctttctgtttcctcctccgatcttgaaacgacgtcgcttcgtgagctg
ttcgacacctacaggctctgcctggactgcttggagtgcgtgtcttcgcaattggcctgc
aagttctactccattcatctccagagggtaaggatggttcactgctttgtggctcaggcg
atgtggagggaggctgtggacgagagtttttccattctccagagccttccagcgggattg
gaggggcggtatctgccggatttggggaagactggtggtggtgatcaggacttctgcggg
ttggttgtggagattgtgttgtcggttgtgaagtgtgtttcaatgagtcagagtaaggag
ggacgagagtacaggagagtgcttgatttggtggaggagctcacgccctggttcagggtt
ttagatgccaatacatatgagaagttgcacagggtgcttgtgtcccatctgtacagatgt
actctctttttggtagaagagctggcatgttttgatggggatttggtatgcacattttgt
gcggcaacattgactgaatatgcaaagtcgtcaatgaaagatcaaactctgaagtgtggc
cgcaggatatgttcctctttgttctcacaaaaggagaatggatcatcgttcgttgttggt
gtattgatgtgtgtgttggacaccattgcggctgaatgcaaagtcgaaatggggaacact
ttcatagagttcgttgaacttgtttcttattgtgccaataaatgtagaattacaagtaag
gacttgtgtactgctgttgcactgcatctaaataaaatggcaggtgatttccgtcaggtt
ttggaaccccttaatttgattctgaggctttatgctactggtttgaacttcactggttgc
aatattcagtcaagcggcagtgattctataacctctaaaagtgcagatgatgagtctgca
tttgaaattttacttgatgatggggatgaactgcaacatctggctacgtcaattggttta
ttggataattactttcatatcaatagcaaagagaacaaggtgtcctttagtgctgaacat
aaggttactgtaggtcaaatatgttcacatatggaatctgattatgaggcttctatggct
tttgctcagaagaatggcaaggcttacttgctgctgtacttaaatgcactgaaattcttg
tgccagccacttgctgaattagtaaacttggagagggtacagataatcgctgaaagtgaa
gccatttcctcttcagctaaactatgtcatatccagaatgcattacaccaattttgtgat
gtttttcttttttgccactgctgtacatctgaaaataagagagaagaatttgatgaaaat
aacaaagcaatatctagtgttgcagtagctgcctttactctgtccttcagaacaaggata
aacatgcagaagagtgcaaatttcattaggcatgtcatttcaaatggatggattcaactt
caagggctaaaatttctcttcgtcaatcttcacaacattggagtaattttgtacagaaaa
aggcaactgaaagaggcttcaaaggcaataaaattatgttgtagagcatcatgggctcgt
gtttcatttctttgccagatgtttttagagaaatctaagggtcttcatgatgatctgtca
gaggatgctattactgattttgtcatggaggcatgtaaagaaagttcttttcttctggac
attgtccatcaatttgacagtggtaaggtgaagagcatagttatgagtagccttgaaaac
tggtctgctgctgcaaacttgttcaacatgctaccatgtcctacagccttggtgaaacag
tgggttaagattgaatgtaaactttctaaggatgatatagaggatgaattttcaactttt
cattgtttgctgtcatcgtctgcaaatgtgtcaaaaaggacacttgggattattctagag
caggaacttctagcatatgaagaaatgaaagcactatcccccgaattatgtcagaaaatg
caaatgaaaatcttcaatatcctcttgcaagatgtgtttatcacaaaagatagttgttta
cagaaatcaagaattctcattagaaaaggaaaggcactaagggcctgtgggactgaaggt
ctgaaggattgtattcactgtttttccgaagcaatatctacaattaatgacatgtatggt
gaaacatgtagccgtgatattccagtttgtcatcaactagctgtttcatactgcttacgt
gcactttgtatccaggaggctgaaccgacctcaaagcgggtccttcaagatattcatgct
gccttaaatctgtggttgagtatacatattcctgaatgcagctctacagctgaccagcac
gatctcttgtctaagaatacaatgctgctactgtataacattgttgatttgttatcactg
aagggttacacaaaatttcaccttgacatatataagctgataatcagattgttcaagtgg
aagaatgtcccactggagaagtgtttggctatactgtgggaatatagaaggattaaccat
gccctctgtacttcacccataaatgaggctttcatcatgactttcacagagcattgtggt
gaaaattccaaggttattgatttctggataagttgtataaaaggatcccaaccactgttg
gttgggtttcttcagattttctcatttttgtttgctaatttgccccaaggttcttgtcat
tataaaagttcttttagggtggatatcaccattgatgaagttaaggacactgctgaaaaa
ctcatttcaagggttcccgtcagcagtcattcagttttccttgctggatatctctactat
gatttgtgtgaaagactaacatcaaatggaaggctaattgaggctctctcctttgcaaaa
caagctcatcaattacgtagtaaactctttcaagaaaaattcagtcagaagtatacatct
ggtcttagcgatctccaaacttttagactggtagccactgaagtttggtcctttagtaca
atatcatgggaattggaaagctgtgatctcagtccatggaatgtccttcgatgttatctt
gaaagtaccctacaggttggaattattcatgagatgattggaaatgggacagaggctgag
gctcttttatgctgggggaaaatgatctccagctcacaagatttgccactttttatagtt
tctttttcttcaatgttaggaaaattatactgtaaaaaaaggatttgggatttggcagag
aaggaacttcaaactgccaaacaagtcatggttgatagcagcgcagatatttcctgcttg
aagtgcagactaatcctggaagctaccattgatcagcaacttggagatttatacagaagt
caccttgattgtactacagaaaatctttccataaagagattgtcttttgctgaaaatctg
tataaatcagccctagacaagctaaatctttctgagtggaaaaactctgttagtagtcct
gaagaatcatgtgcggcgagcatattgtccagaaaccagttggatgcagtgacattgttt
tccacaggggaggtgacaaaagtaaagatggaaaacaagtctagaaaggccaaaaaagca
tcacaaattttaccacaagagcaatgcctgatatctcagaataattcaaggttaactcgt
tccaagtatcgttcttgtcaggacaaaagtgtgagtgttcaaggtgaggaacaagccggc
cttactaaatattcaaatggaaaatatgtgcctgctggcactgatccttttagtcagaaa
ggttctcatgtggacgtaaaaagttcaatggctgacgttgggagtgaaattacatgcatt
tgtaacaaaatgaagtgttggcattgtcttcctatggaagtaatggaatctgggttggtg
aacaatttcatatttatgaagtgggagtttgttcgcaggcggttatcactgagattgctg
actggcataggaaaatgcttgggtggtcgtggagagattcatgaaactcatgaaattttt
ctgcaaagcatatttgttctaataagcagaaatccattctcttacggttcgagttatgtt
cggcccaatttcttgcttgacttaattgggaaggagattccaggagatgttttttcagtt
gaacatgcagcgataatttataacatctgttggttctctttgaagaactaccgctcacag
gatacaaggaacatttgctgtgatcagtctcacattcagataacgaaaatcgtatcttgg
ttgatgctagcctttgtactctgtcgtgaggttcctataatttttcagaaggtttctagg
ttgcttgctgctatttatgtgctttctgcctcaagtgagcctttttctctacctccatct
tcttgcaaagcactttcagagtgtcactgggcttcatattttcaccatgcttcccttggt
actcatcttaaccaccagttcttttcaaatatggctgggaaacttaaagcccaaaatctt
ctgaatgttgagggttcacattcaactggcccaaattgcatcagagcagaaacatataac
ttactcaggcttgcccctgaatcacttcagggccttgaggagtttgttatgaaatttttt
gaggaccttccttgcactacagtgatctgtattagtttgcttggaggtgctttggctagt
ctattaagagaattgctgaattatccttcctctgtcaatgcatgggtactattgtcacgc
ttgaatatgaagagtcaacctgttgttatacttctgcctgtggattcagttttagaagaa
gtttcagatgatgatgcaagctctgagtctggaatacactatgagcacaaagatttggac
aaacaatggcactgtccttggggctccactgtggttgatgatgtaactcctgcctttaaa
acgatactggaggaaaattatttatcatcttcaacatttcctctagatgatacaaaggag
aacagattgcagtggtggacacagagaaagaagcttgatcaccgtcttggcaaattgctg
agggacttggaagatttatggttgggcccctggagatacttgcttttgggggaatgtttg
gactgtgaacgcctggatttgatacataagaagctggtgcatgatctgaaatctaaatgt
aaaatggatgtaaatgagagccttcttaaaattattcttgggagtgccagatattcccat
ggaagagaacaatgttttttgcagctatatttaaacaaaggctgctatattggtagagtg
ggattttatgatgaaaaaacaaggtgtaaggtattctctaacccttgtgatagagttgaa
aagaaatctgcattggccaaccagctcatatctggagcagcagaagagcttgaagaggaa
gaaagtgtaaatagggaacctataattctggtgctagattgtgaggtgcagatgcttcca
tgggagaacataccagtgctacgaacacaggaggtttatcgcatgccttcaattggcagc
atctctgccatacttgacagaagccaccaccatcaagagcaggctggaatgaatgctgct
gcctttccgttgattgatcccttggatgcattttatttgttgaatcctagtggtgatctc
agcagctcacaagctgcatttgaaaagtggtttagagatcaaaacatagagggtaaagct
ggaattgcacccacagtcgaagaattggctggagctttgaaaagtcacgacctctttata
tatattggccatggaagtggggcacagtatattcccaggcatgagattcagaaactggaa
aattgtgctgctactctcctaatgggatgcagtagtggatcattgtctctaaatgggcaa
tacactccacaaggtactcatctttcctatctatcagctggttcccctgttatagttgcc
aatctatgggaagtgacagacaaggatattgaccgatttggtaaggccatgcttgatgct
tggttgagagaaagatcatctccttctgtggcttgtgcccagtgccgtttggttgctgaa
ttgaagtccatgagcataactggtggtaaaggagatgctaagaagaaaatcccaaggaag
aaattatctaaagcttgtagtagtgttgtatgtgaagattactgtaaccatagaccaaag
attggatcattcatgagtcaagctcgagaagcctgtacactcccttttttgattggggca
tcaccagtatgttatggtgtcccaactggtatacggaaaaagaaagactcatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (64)   
   KEGG ORTHOLOGY (1)   
   RefGene (59)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (2)   
All databases (86)   

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