KEGG   Amborella trichopoda: 18424419
Entry
18424419          CDS       T02990                                 
Name
(RefSeq) separase isoform X1
  KO
K02365  separase [EC:3.4.22.49]
Organism
atr  Amborella trichopoda
Brite
KEGG Orthology (KO) [BR:atr00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:atr01002]
    18424419
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:atr03036]
    18424419
Enzymes [BR:atr01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.22  Cysteine endopeptidases
    3.4.22.49  separase
     18424419
Peptidases and inhibitors [BR:atr01002]
 Cysteine peptidases
  Family C50: separase family
   18424419
Chromosome and associated proteins [BR:atr03036]
 Eukaryotic type
  Sister chromatid separation proteins
   Separase
    18424419
SSDB
Motif
Pfam: Peptidase_C50 TPR_10
Other DBs
NCBI-GeneID: 18424419
NCBI-ProteinID: XP_020517181
Position
Unknown
AA seq 2236 aa
MEQLISTLHQTSNCAGLSDRFYEYLKPLLSLSESNPSHLRPLAKCFVSSLSRLLKVLPET
LKTCPSPITCETLAWSKELFKIYEMTITCISRILPCLDWKPYGLDQQRLLLARRRQIWGY
YNEAKVLCYQVLEGLQPGVTRDLCRDEVGACLLPDEVEKHESGLASLIVETVFCIVNCMY
ESKCVDSAAYRQILSLINLVRPWLRVLTFANMEKLHGALLHALYKCTLFIVKENTNFEGD
LVDCFSKLILAEYQQSPMNDLFPKIATGLMASFGSKWTSKPSLFLDILSCTLESLICNCK
LHVSCHADDILQFVNYFVGNCQNASSDIQKGAVKLLIEVANKSIQVSRHTYAVLSIYGAG
LYFLDRDVLARKSGLVSETRKIRAGIPLDGEETLGYLPGSVTLELLPVFVLELVSFIQRD
ETWEKTFPNLEGGQTSFSCGSLGLRSDGDRSCTHLHGEISSLSFLNALESLCKPFVEFVR
VEWECLPLENKGMPCYVSIDVVLYALHLFCVGFSIGSSHLLEQDMEKLHKSLPTFLLVIV
AYLKLSLMTLESPQRHVDCIDHILSRGWVRPQDLKFLISSLYNIVVSLYNMKQMKKASFV
LKLCHKAAWARVSLLCQKYTRKPVGTHSDFVSRELIVDSVSDACSKSAFFLNVLHQCGDS
AVKETFVDCLSKWSVADTMITRLAEPFDLVRQWVKIVCKDYGHVKEDDSAPLLYFLLSNP
YKWSKMTMGAILEQELLAYAEMEVRYSSFCLKMQQKIISILLGDIYVTENNYLLRSKILL
LKSRVAKASGLGGLNDCLQCLSESICLLNTKLAEDPAECNASLCHQLAMTYCLHALCTQE
ADQNSEVIHHDVSSALNLWAQIYVLGSSILDSHHELGMQNALPLLYHTVDLLSLKDFSKL
SLKFHELILQSLCTRKKIPLGECLAVFWGDRRLNHALCTAPIDDAFIAFLSKEFEVSADS
FNFWVSCIKGNPYLLLGFQQKFLLVDSIVRDTATNPSKECPLGTDISYEKIIEAASNLVS
NVAKDTRSIFIAGYLYYDLSERLVSSGKFLEALSYARKSLNLRKKLLQRNFLFSSKSSKT
EDIGDEEINVNDKAARFSLEILGSKTRNFWPEFVSCGKFDDSISPWNVLRTYLESALQVG
RIYEAIGCSDEAEHILSVGKEISCSQGFILFGVTFGSILGELYFRKQLWDQSEKELVNAK
QKLDDSKLPFACTLCKLTTYSILEMRIGNLIQNYHARVRDVPLKQISGSALDIYTSAQNK
LCHAELEYSFCLREKSSSGIISDKNVAVNEPGREVAKMSRAVPRNSTFDEDVTFPIDTNS
RKAMRSTKRANGFKNASTDAVIACKQQGPVRTSSTTRRTRSSSRKASNQEDDGNEQMPNV
YSNPNHVNLCPHIHSLRETKKSLGCICSPESKCDGGCLCDQTCWICHVAKVCAAGSMKNF
VALKWSFHHRSIFSRLHLKIGKCLRLNGKIHEVHDRFHHSLSFLFLVNRLSSFQTHSSGT
LFQFDYVEKQIPGDIFPIERALLLYEISCLTLRYCFSMHSRTWCCVPRIVGWLLQAFVGC
RELPLLFGKVSRLLAMIHLLSTSVGLYSLPVHYGKKLSAIHWAAYFHQASLGSSLNLQHL
AVLKEKIVSYNDNTLEGLHISSSTERIRKACDFLRFAPEKLDLLEGFIVKFFEDLPSFTC
ICISFIGSDYASFLGELSDVSSQAWMLLSRLNLMRQPVVLLLPVDSVLEDVQQDNWTTSV
GTISNNNGSSKEWSCPWNRNVLDDVAAQFRVILEENFLSSSTLFSVDTNENRSIWWNWRT
KLNDRLGTLLRSVEDSWFGPWSFLLLGELFDDTCLNAIQKKLAADLKRMYKLELDASLLR
ALISSVKSIPGLEACVSHLLSSKGWFGSGCSMKQRNRASANGECQLILKAARDLEIQWET
STSGSINREPIALVLDDDLVMLPWESIPILRKQEVYRMPSLGSISALSLLSSGHDRPQVR
WDQDNLDCAGGCDGADVGSLPSVDPLDAYYLLNPSGDLHHTQSTFEDWFRNQKWEGKAGI
IPTVDELVSALKNHDLFLYFGHGSGEQYIPGHNIQSLDHCAATLLMGCSSGCLYYKGCYA
PKGAPLYYLIGGCPVVIANLWEVTDKDIDRFSQSLLDSWLKVEPSLPVESTKSDSLVEEF
KSMKIIGRGIAKSSKSKRKAQLGKDVDGDPPFKCRDNDFRIASFISQARDTCRLSFLNGA
SPVCYGVPTLIKRKRV
NT seq 6711 nt   +upstreamnt  +downstreamnt
atggagcaacttatctctactctacaccaaacttccaactgtgcaggcctctccgatcgc
ttctatgaatacctcaagcccctcctctctctctctgaatccaatccctcacatcttcgc
cctctggcgaagtgcttcgtatcctctctctcccgactgctaaaagttttacctgaaacc
cttaaaacgtgcccatctcctatcacatgtgaaaccctagcctggtccaaagagctcttc
aaaatctatgagatgacaattacttgcatttcacgaattttgccctgtcttgattggaag
ccctatggtctcgatcaacaaaggcttctccttgctcgaagacgccagatatggggttat
tataatgaagctaaggttctatgttatcaagttttagagggattgcaacctggtgttact
cgggatttatgtcgggatgaagttggggcttgcttgctcccggatgaggtggagaagcac
gaatcagggctcgcatctttgattgtcgaaactgttttctgtattgtgaattgtatgtat
gaaagcaagtgtgtagatagtgcggcttataggcagatcctgtctcttattaatctggtc
aggccttggttgagagtcctaacatttgccaatatggaaaagcttcatggcgcactcttg
catgctctctacaaatgcaccttattcattgtcaaagaaaatacaaactttgaaggggat
ttggtcgattgcttcagcaaactcatattggctgaatatcaacaatctcctatgaatgat
ctgtttccaaagattgcaactggattaatggcctcatttggttcaaaatggacaagcaag
ccttcccttttccttgatattttaagttgcacattggaatccttgatctgcaattgcaag
ctacatgtgagttgccatgcagatgatatacttcaatttgtaaattattttgttggaaac
tgccaaaatgcaagtagtgatatccaaaaaggtgctgtgaaacttctaattgaagttgca
aataagagcattcaggtatcacgtcatacttatgcagtgcttagtatttatggtgctggc
ctatattttctagatcgtgatgtgctggctagaaagagtggtttagtttctgaaacgaga
aagattagagctggcataccactagatggtgaagaaacactggggtacttgcctggttca
gtgacactggagctcttgcctgtttttgtacttgaattggttagttttattcagagggat
gaaacatgggaaaaaacatttcctaaccttgagggagggcaaaccagtttttcatgtggt
tctctgggccttaggtctgatggtgatagatcttgcacacatctgcatggtgaaatttcc
tcattgtccttcttgaatgccctggagtccttgtgcaagccttttgtggaatttgttcgt
gtcgaatgggaatgtctcccattggaaaataaaggaatgccctgctatgttagcatagat
gttgttctctacgcactccatctattctgtgttgggttttctattggatccagtcatttg
cttgaacaggatatggagaagctgcataagagcctgcctacttttcttcttgtaatagtt
gcctatctgaagctttctctgatgactcttgagagtccccagagacatgttgactgcatt
gaccatatactgtcgagaggttgggtccggccccaagatctcaaatttctcatttcctcc
ttgtacaatattgttgtttcattgtataatatgaagcagatgaaaaaggcctcctttgtg
ctaaaattatgtcacaaagcagcatgggctcgtgtatctttgctttgtcagaagtacaca
aggaaaccagtggggactcatagtgattttgtgtcacgagaattgattgtagattctgtc
tcagatgcatgttcaaagagtgctttcttcctaaatgttcttcatcaatgtggtgactct
gctgtaaaagagacttttgttgattgtctttcaaaatggtctgttgctgatacaatgatt
acaaggttggctgagccgtttgatctggtgcggcaatgggttaagatagtgtgcaaggat
tatggacatgtcaaggaggatgattcggccccattgctatattttctgctatcaaaccca
tacaaatggtcaaaaatgacaatgggtgctattttggagcaagagcttttagcctatgca
gaaatggaggttcgttattctagtttttgtctgaagatgcagcagaaaatcatcagcatt
ctcttgggtgatatctatgttacagaaaacaattatttgctgagatcaaagattcttctt
ttgaaaagcagagttgctaaggctagtggacttggaggcctcaatgactgtcttcaatgc
ttatccgaatcgatttgtctgcttaatactaaactagctgaagatcctgctgaatgtaat
gcttcattatgccaccaattggctatgacgtattgtttgcatgcattatgcacccaggag
gctgatcaaaactcagaggtcatccatcatgatgtcagtagtgccttaaatttgtgggca
caaatttatgttttggggtcttccattttggattctcatcatgagctggggatgcaaaat
gcattgccattgttgtatcatactgttgatttgctgtcattgaaggatttttcaaagttg
agtctcaaattccatgagctgatacttcaatcattatgcacccgaaagaaaatcccattg
ggtgaatgcttggcagtgttttggggtgacagaaggctaaatcatgccctttgtactgct
cctattgatgatgcttttatagcatttctatcaaaagaattcgaagtttctgctgactct
ttcaatttctgggtaagttgtataaaagggaatccatatctattgttagggttccagcag
aaatttctgcttgttgattccattgtgagggatactgctactaatccttcgaaggaatgt
ccattgggtactgacatatcctatgaaaagataatagaggcggcatcaaatcttgtctca
aatgttgccaaagatactcggtcaattttcattgcaggatatttatactacgacttgagt
gagaggcttgtttcgagtgggaagtttttggaggctctttcgtatgcaagaaaatcactt
aatttgaggaagaaactccttcaaaggaatttcttattttcatctaaaagttcaaagacg
gaagacattggggatgaagaaattaatgtaaatgataaagctgctaggttttctctagaa
attcttggatcgaaaaccagaaacttttggccagagtttgtctcttgtggaaagtttgat
gattctatcagtccttggaatgtgcttaggacctatttagaaagcgcgcttcaggttggg
agaatttatgaagctattgggtgttctgatgaagctgaacatattctatctgtggggaag
gaaatatcttgttcgcaaggtttcattcttttcggggtgacatttgggtctatcttagga
gaattgtatttcaggaagcaactttgggatcaatctgaaaaggaacttgtgaatgccaag
cagaaattagacgactccaaattgccatttgcttgcacgttgtgtaaattgacaacgtat
tctatacttgagatgcgaattggaaacttgattcaaaactatcatgcaagggttagggat
gtacctcttaagcagatttctggttctgcccttgacatttacacttcagctcaaaataaa
ctgtgccatgctgaactggagtattctttttgcttgagagagaaatcaagttctggaatt
atatcagacaaaaatgttgctgttaacgagcctggtcgtgaagttgcgaaaatgagtcgt
gctgtccccaggaattcaacatttgatgaggatgtaacctttcccattgatacaaactcc
agaaaggctatgaggtctacaaaacgagctaatggctttaagaatgcgagtaccgatgcc
gtaatagcttgtaagcaacaaggacctgtgagaacttcatctactacaagaagaacacgt
tccagttctaggaaagcctccaatcaagaagatgatggaaatgaacagatgccaaatgtg
tattccaatcctaatcatgtgaatctttgcccccacatacactccctgagggaaactaaa
aagagtcttggatgtatatgcagtcctgaatctaaatgtgatggaggatgtttatgtgat
cagacatgttggatatgtcatgttgcaaaagtatgtgcagctggttcaatgaagaatttt
gttgctttaaaatggagttttcatcatagaagcatcttctcaagattgcaccttaagata
ggaaaatgcctaagacttaatgggaagattcatgaagtgcatgacagattccatcatagc
ctttcctttctcttccttgtcaatagattgtcatcttttcagacacattccagtggcaca
cttttccagtttgattatgttgagaagcaaattcctggagacatatttcctattgaacgt
gcacttctattatacgagatcagttgtttgacattgagatattgtttctctatgcattct
agaacttggtgctgtgtaccaaggatagtaggttggcttttacaagcctttgtgggctgt
cgtgaacttcccttactcttcggaaaggtctcaagattgcttgctatgatacatttactc
tctacttcagttggtctttattctctgcctgtgcattatgggaaaaaactctctgccatt
cattgggctgcatacttccaccaggcttcacttggtagtagcctgaatctacaacacctt
gctgttctgaaggaaaaaattgtatcatacaacgacaatactctcgagggtttgcatatt
tcaagttcaactgaaaggattaggaaagcatgtgacttcctcagatttgcgccagaaaaa
cttgatcttttggaaggattcatagttaaattttttgaagatctccctagcttcacatgt
atatgtataagttttattggaagcgactatgctagctttctcggagaactatcagatgtt
tcttcccaagcatggatgcttctttcacgcctcaatttgatgagacagcctgttgtattg
cttcttcctgtggattcggttcttgaagatgtccagcaagataattggaccacttcagtt
ggaaccatctcgaataacaatggatccagtaaagagtggagttgcccatggaaccgcaat
gtgttggatgatgtggctgcacagtttcgggttattctcgaggagaacttcttatcctct
tcaactttgttttctgttgatacaaatgagaacaggtccatttggtggaattggagaact
aaactcaatgatcgtctggggactctcctgaggagtgttgaggattcatggtttggtcca
tggagtttcttgctactaggtgagctctttgatgacacatgcttgaatgcaatacaaaag
aagttggccgctgatttaaagcgcatgtacaagctagagctagacgcaagtttactgaga
gccctcatctccagtgtgaagtccatacctgggttggaagcttgtgtttctcacttgctg
tcatctaaaggttggtttggttcagggtgttctatgaagcaaaggaatagagcaagtgct
aatggagaatgccaactgatacttaaagccgctagagatcttgaaatccagtgggaaacc
tcgacgtctggatccatcaatagagagcccattgcccttgtacttgatgatgacctagtg
atgcttccttgggaaagtatacctattctgaggaaacaagaggtgtatcgcatgccatca
cttggaagtatatctgcattatctcttctgagcagtggtcatgatcgaccacaagttaga
tgggatcaagataatctggattgtgctggtggctgtgatggtgctgatgttggttcatta
ccttctgtagatcctttagatgcatactatttgttgaatccaagcggtgaccttcatcat
acacagtctacattcgaggattggtttcgaaatcagaagtgggaggggaaagctgggatc
ataccaacagtcgatgaattggtctctgcattgaaaaaccatgatctcttcctttacttt
ggtcatggcagtggtgaacaatatattcctggacataatattcagagtctggatcattgt
gctgctaccctgttgatggggtgcagtagtgggtgcctctattacaagggctgctatgct
cctaaaggtgccccattgtactatctcattggtggttgtcctgttgtgattgctaaccta
tgggaggtaacagacaaagacattgacagatttagccaaagtctacttgacagttggttg
aaagtggagccaagtctccctgtagaatctacgaagtctgattcactggttgaggaattc
aaatctatgaaaataattggtaggggtatagctaaatcatccaagtctaagagaaaagcc
caattgggtaaggatgtggatggagatcctccatttaagtgtagagataatgatttccga
attgcctcttttataagccaagcaagggatacttgtaggctttcatttttgaatggggcc
tcaccagtttgttacggtgtgcctactttaattaagagaaagagagtatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (90)   
   KEGG ORTHOLOGY (1)   
   RefGene (86)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (2)   
   Pfam (2)   
All databases (110)   

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