KEGG   Zea mays (maize): 103654220
Entry
103654220         CDS       T01088                                 
Name
(RefSeq) separase isoform X1
  KO
K02365  separase [EC:3.4.22.49]
Organism
zma  Zea mays (maize)
Brite
KEGG Orthology (KO) [BR:zma00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:zma01002]
    103654220
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:zma03036]
    103654220
Enzymes [BR:zma01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     103654220
Peptidases and inhibitors [BR:zma01002]
 Cysteine peptidases
  Family C50: separase family
   103654220
Chromosome and associated proteins [BR:zma03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    103654220
SSDB
Motif
Pfam: Peptidase_C50 CHAT
Other DBs
NCBI-GeneID: 103654220
NCBI-ProteinID: XP_008679269
UniProt: A0A804NXD3
Position
4:182871045..182890829
AA seq 2209 aa
MEAAAADLIAALSSPSSFAGLYSRFAAYLQPFTPYLHSSNPNTKPPQKRATKQNKQPPPP
DAATLRPLAKRFLPFLGRALHLLPPLVRACPVSGDKGGEAADELLEIYGLLLDCLEAISP
CLAGKPYSVLLQRGRFICCLESRGHFARASAEAAATLDALRSALSPPTTSTKSRRGAAGV
DPVLLPDPGSAGEAGTDPEVTLLAVELTVCLANCSSKGKVKEPTPYERLISLFKQLKPWL
RILTNEVSRKYLPLLMNAMSRCTLFLVSESSLFNTDLVHGFCRYTMQECVGEGMIELLPA
IARKICSSVDLTWGGSTQLLLHVLKTVTDSVVRLKDDLPKSVNELLVFVAYFCRFILSAN
RDLSVGASELLYKQGGYFSEVSSPTASMLLLYATGLYLSAQQAESEIPPYLSVGIPKDQK
YLHALEKGLGTLARCPHDNTSLVTYLDSLEFISKILSQQVNTLWKDFSEGKPTHYSGNMD
YVLTALHQFIDSSFTSFSCRQMSQGDNERQHEQHGTLLTVLVSAIKFSFLTKKDIQKSLG
FIVCAISSKWFTLEELKFLIPSLGNIGVTLHNTGHVKEAPKALELCCQTIWAHISLFYYR
LSSRTKGNDIMTDLSMDTLKDMDIILDAFSRIAKMVDALCRCGTEIETPLVIVAKSLSIM
LPDGDNSEYNKCSFILIKAWVKAVHKDFRDTKVDDAPLLYPFLLKYRSPWPIKLIGLIVE
QELLAYGLTEARSIEFCSKMQIRIIDVLLHKIYCTKEHFLERSRVLIRKAGALRASGVEN
IKNCLESLRDAISLLQKISHDSTRTNTTANNQLAIAYCLYAQCAQEDKLGGEVIFDSAEK
ALNLWLDMEAFDHSSSDMVLQQPSKTIVPLICFLVDLLSMKGCFELQFKLCKVMIMIWKQ
EKLPIEKLLSLLFTSGRLSHACCYLPLDERFLSIAKEHLGVCCHDIEFWINCFKGDHPSL
CMFLQRTLPSALFIPQSCKHPFGRQFSFVTSVDEVSKVASSLVSGDTSNEQSTFLAGCLY
YDLSEKVFSRGQLFQAFSYGNKALHLRKKLLKKKFKINSGISGNMERQHCGQDISLEVCG
PTIVEIWPNSSSSVNTKDFFLTPWNVLRCYLESTLQVAMMHELIGNGAEAEVLLQTGKEI
SNFHGLSVFCIVFTSFLGQLYCKRQLWDEAESELNYARDLVKNDATISCKLCSLTLGISV
DMQVGDLSWSLFEKKIHKQITAGLSNTLGMYQSAIDKLNSTNLEYCNGSFDRHTTGYLVC
SKDCIPSKYEACNLGAEPLTSNDGLLSPCSVCMVIQVRRKNSGNAEAGPPLDAKARRSSR
NSSRLAKGQNVETLAKTRTRSSKRNACMKSEKVLTELNSKNNVTGSKELAADASVCGEAE
CFPDGIDHSKDDLCNMFGCWSCLFIKSLNSGCIQNILQLRLDYVHRHYLVSLLLKKARAL
GSHSNGDCEVHSVYWKCISLLFFRSLPQDCCRTYGPYLIGLIMDRSIGDFLPLECAEILF
NMSFFLLKSPLSEQSRDICCIFSSVTMADVVPWLLKAFVLSRESPSLVQEVCKLLACIFL
LSTTDSSIQLPLGSHKESLSLNHWATYFHQVSVGTNLNCHYFASLQASSEEKVPKDTYKD
FRNETDDNVSKFLRLSSRDIKYIEKHMTEFFQKLPDVPVLCISMLGGDYVNALLKFHCHP
PFFPAWMLLSRFDSTNEPTTLLLPVDSISAEMQFEDSCTKDLGNPTRVLDKWQCPWGYGI
TDYVAPVFRNILEENFMSLSSATLTIDDVNADRVRWWSHRMKLNNYLANTLKDIEDSWFG
PWKCLLLGHQLSDEHIETASSMIITGLDTEFEFEVNPMLIKAILGGAVSVDEVQECFLQL
ILYKGYFGRGGCCGKDRLKAFSSCQMDDGSMETLKRIITDASYELPQPADRDPVILVLDV
NVQMLPWENLPVLRNQEIYRMPSMGSIFLALSRTNNDYKDHSSPFPVIDPFNTYYLLNPS
GDLSSTQEEFVQLFRNYEWKGVAGNSPKADELVLALTNHDLFLYFGHGSGTQYISSKEVE
KIDNCAAALLMGCSSGTLHCKGSYAPRGAPLSYLFAGSPAIIANLWDVSDKDIDRFSKAL
LNSWLHDKSLDGNNCSKCCQLTMELESMSIASKENGKARRQGTRGKKQQHINDSTKCCSC
KQRRIASYISEARRACRLPLLIGASPVCYGVPTIIRKKVMTDSTTREMT
NT seq 6630 nt   +upstreamnt  +downstreamnt
atggaggccgccgctgccgacctcatcgccgccctctcgtccccatcctcattcgctggc
ctctactctcgcttcgccgcctacctacagcccttcaccccctacctgcacagctcaaac
cctaacaccaagccaccgcagaagagggcgacgaagcagaacaagcagccgccgcctccc
gacgcggccaccctccgcccccttgcgaagcgattcctgccgtttctcggtcgcgcgctc
cacctcctcccgccgctcgtccgcgcttgtcctgtttcgggcgataagggcggcgaagcc
gccgacgaactgcttgagatctacggcctcctcttggactgcctagaggccatatcaccc
tgccttgcggggaaaccctactccgtgttgctccaacgcggccgcttcatctgttgcctc
gagtcgcgcggtcacttcgcacgcgccagtgcggaggctgccgctaccctcgacgccctc
cgctccgcgctctctccacccaccacgagcaccaagtcgcgacgtggtgctgcaggcgtt
gatcccgtcctccttccggaccccggcagcgctggggaggctggcacggatcctgaagtc
accctccttgcggttgagctcactgtttgccttgctaattgttccagcaagggcaaggtg
aaggaacctaccccttatgaacgactcatcagccttttcaaacagctaaaaccatggctt
cgtattcttactaatgaagtcagcaggaagtatctcccgttgcttatgaatgccatgagc
cggtgtaccctttttctggtttctgagtcttcccttttcaatactgatctagtgcatgga
ttctgtcgttacacgatgcaagagtgtgtgggggaggggatgattgagcttttgccagca
attgctcgcaagatttgctcttctgtagatttgacttggggagggagcacacagcttttg
ctccatgtgctaaaaactgtcactgattctgttgtacgtttaaaggatgatttaccaaaa
tctgtaaatgagcttctggtatttgtggcgtatttttgccggttcattctttctgccaat
agggatttatctgttggcgcttcagaactactttataaacaaggtggttatttctctgag
gtttcctctcctactgcctcaatgcttcttctttatgcgactgggttatacttgagtgcc
cagcaagcagaaagtgaaataccaccctatttatcggtgggtattcccaaggatcaaaag
tatctacatgccttagagaagggtcttggcacattagcacgatgcccacatgataataca
tctttggtcacatacttggactctttggagtttattagcaagatattatcacagcaagtg
aatacactttggaaggacttctctgaaggaaaaccaacccattattctggtaacatggac
tatgtcttgacagcactgcatcagttcattgattcgagcttcacgtcttttagctgtagg
caaatgtctcaaggggacaacgagagacagcatgaacaacatggaaccttactgacagtc
cttgtttccgcgatcaagttttcctttcttaccaagaaagatatccagaagagcttgggt
ttcatcgtctgtgccatttcaagtaaatggtttacacttgaggagctcaaattcttgata
ccttcacttggcaacatcggagtgacacttcataacactggacatgttaaagaggcacca
aaggctttagaactgtgctgccaaacaatatgggcacacatcagccttttttactataga
ctatcttcaagaacaaaaggaaacgacattatgacagatctgtcgatggatacactgaag
gatatggatatcattttggatgcattttcaagaattgcaaagatggttgatgctctctgt
agatgtggcacagagatagaaacaccacttgtgattgttgcgaagagtttgtctataatg
ttgcctgatggcgacaattctgaatataacaaatgttcttttatactgatcaaggcatgg
gttaaggcagtacacaaggattttagggatactaaggtggatgatgctccacttctctat
ccctttcttctgaaatatcggtctccatggccaattaagctgataggcttaatagtagag
caggagttattagcatatggattaactgaagcccgaagcatagaattctgctctaaaatg
cagataaggatcatagatgttctgcttcataaaatttactgtacgaaagaacattttttg
gagagatcaagggttcttattagaaaggcaggtgcacttcgtgcatctggagtggaaaac
ataaaaaactgccttgagtctctacgtgatgccatatctttactgcaaaagatctcacat
gattcaactcgtaccaacactactgcaaacaatcagttggccattgcgtactgtttgtat
gcgcagtgtgctcaggaagacaaacttggtggggaggtaatatttgatagcgctgagaaa
gcacttaacttgtggttggacatggaggcttttgaccattcttcttctgatatggtcttg
caacagccatcaaaaactattgtaccacttatttgtttcctggttgatttgttgtctatg
aagggctgttttgagcttcagtttaagttgtgcaaggttatgataatgatatggaagcaa
gaaaaattacccattgagaagttgttgtccttgctgttcaccagtgggcgccttagtcat
gcatgctgttatctcccactggatgagcgatttctttctattgccaaagagcatcttggt
gtatgttgccatgatattgaattttggataaactgtttcaaaggagaccatccttctctc
tgtatgtttcttcagagaacgctgcctagtgccttatttattcctcaatcatgtaagcat
ccctttggaaggcagttcagtttcgtcacgagtgttgatgaagtcagcaaagttgcctca
tctctggtatctggagatacttcaaatgagcaatctacctttctagctggatgtttatac
tatgacttgtcagaaaaagttttttcacgcggacaacttttccaggccttttcatatgga
aacaaagccctccatttgcgcaaaaagctcctaaaaaagaagttcaaaatcaattcgggc
atatctggaaatatggaaagacaacactgtgggcaggacatctctcttgaagtgtgtggc
cctacaatagttgagatttggccaaattccagcagttcagtcaacactaaagattttttc
cttaccccatggaatgtccttaggtgctatcttgagagcactttacaggttgctatgatg
cacgaattgattggcaatggtgctgaagctgaagttctcttacagacaggaaaagagata
tcaaatttccatggtttatcagttttctgtattgtatttacatcatttctaggtcaacta
tattgtaagcggcagctatgggatgaagcggagagtgagcttaattatgcccgagatctt
gtgaaaaatgatgcaacaatttcatgtaagctctgcagtctgactttggggatatctgtt
gacatgcaagttggtgatctgtcttggagtctgtttgaaaaaaaaattcataaacagatt
acagctggtttgtctaacactttaggcatgtaccaatctgcaatagacaaattgaatagc
actaacttggaatattgtaacgggtcctttgatagacatacaactggttatcttgtgtgc
agcaaagactgtataccgagcaagtatgaagcttgtaatttgggggcagaacccctaact
tcaaatgatggattgttatctccatgtagtgtttgcatggtaatacaagttcgaaggaaa
aactcagggaatgctgaagctggtccacctttagatgcaaaagcaaggaggtcatcaaga
aattcatcacgtttagctaagggacagaatgtagagactcttgcaaagactagaactcgc
tctagtaaacgaaatgcatgtatgaaaagtgagaaggttttaactgagctaaatagtaaa
aataacgtaactgggagtaaggaattggctgcagatgcttctgtttgtggtgaagcagag
tgttttcctgatggcattgatcacagcaaagacgacctatgcaatatgtttggttgctgg
agctgccttttcattaaatccctcaattcggggtgcattcagaatattttgcagctgaga
ttggactatgttcaccgacactaccttgtgtcacttcttttaaaaaaagctagagccttg
ggatctcatagcaatggggactgtgaagttcatagtgtctattggaagtgcatatcactg
ctgttcttcaggtcccttccacaagattgctgtaggacttatgggccttatttaattgga
ctaatcatggataggagcattggtgattttcttcctttagagtgtgcagaaatactattc
aatatgagcttcttcttgctaaaaagccccctttctgaacagtcaagggacatctgctgt
atcttctctagtgtaacaatggcagacgttgtcccctggttgctcaaagcttttgttcta
tccagagagagcccctcacttgttcaggaggtttgcaagttacttgcatgcatattcttg
ctatcaactacagattcctcaattcaactgcctttgggttctcataaagaatctctttct
ttgaatcactgggccacatacttccatcaagtttctgtgggaactaatctcaattgtcat
tactttgctagcttacaagcatcgtccgaggaaaaggttccaaaggacacctataaagat
ttcagaaatgagacagatgacaatgtctcgaaatttctcaggttgtcatcaagggacatc
aaatatattgagaaacatatgacagaattcttccaaaaacttcctgatgtaccagttctg
tgcattagtatgcttggaggtgattatgttaatgcccttctgaaattccattgccatcct
ccgttttttcctgcttggatgttgctttcaaggtttgattcaacaaatgaacccacaaca
ttgcttcttccagtggattctatttcagcagaaatgcaatttgaagattcctgcaccaaa
gatttgggcaatccaacgagagttttagataagtggcaatgcccttggggctatggaatt
actgactatgtagccccagtttttagaaatatactcgaggagaattttatgtccctctcc
agcgcaacccttactattgatgatgtaaatgcagatcgtgtcaggtggtggtcccataga
atgaagctcaacaattaccttgctaacacattgaaagacattgaagattcttggtttgga
ccctggaaatgccttctgttgggccatcaattatctgatgaacacattgagactgcctca
tcaatgattatcactggtctggatacagaattcgaatttgaagtcaatccaatgctcatc
aaggctatccttggtggtgctgtgtcagtggatgaagtacaagaatgttttctccaactc
attttgtataaaggttactttggaaggggaggatgctgtgggaaagatagacttaaagct
ttctcttcctgccaaatggatgatggatctatggagacactcaaacgtataataacggat
gcatcatatgagttgcctcagccagctgatagagatccagttattttagttcttgatgtc
aatgttcagatgcttccttgggagaacctgcctgtactaaggaatcaagaaatttatcgc
atgccgtcaatgggtagcatctttttagcattatctcgaaccaataatgattacaaagat
cacagttctccttttcctgtcatcgatcctttcaatacatattatctgttgaatcctagc
ggtgatctgagtagcacacaagaagaatttgttcagttattcagaaactatgagtggaag
ggagtggctgggaattctccgaaggctgacgagctggttttggccttgacaaatcatgac
ctattcctgtactttgggcatggaagtggaacccagtatatttctagtaaggaagtcgaa
aagatagataactgtgcagctgctcttcttatgggatgtagcagtggaacacttcattgc
aaaggaagttatgctcctcgaggggccccattatcatatttatttgctggttcccctgct
atcattgcgaatctctgggatgtttcagacaaggacattgacaggtttagtaaggctttg
ctcaattcatggttgcatgacaaatctctagatggcaacaattgttcaaaatgttgccag
ctaacaatggagcttgagtccatgagtattgcttccaaggaaaatggtaaagcaagacga
caaggcacacgaggaaagaagcaacaacatataaatgatagtaccaagtgctgcagctgc
aagcagaggcgaatagcttcatatataagtgaagctaggagggcttgcaggcttccactt
ttgataggcgcatctcctgtgtgttacggcgtgcctacaatcattaggaagaaagtaatg
acggattctaccacgagagagatgacctaa

  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 (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (2)   
   Pfam (2)   
All databases (23)   

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