Siniperca chuatsi (mandarin fish): 122867223
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Entry
122867223 CDS
T08948
Symbol
espl1
Name
(RefSeq) separin isoform X1
KO
K02365
separase [EC:
3.4.22.49
]
Organism
schu
Siniperca chuatsi (mandarin fish)
Pathway
schu04110
Cell cycle
schu04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
schu00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
122867223 (espl1)
04114 Oocyte meiosis
122867223 (espl1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
schu01002
]
122867223 (espl1)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
schu03036
]
122867223 (espl1)
Enzymes [BR:
schu01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
122867223 (espl1)
Peptidases and inhibitors [BR:
schu01002
]
Cysteine peptidases
Family C50: separase family
122867223 (espl1)
Chromosome and associated proteins [BR:
schu03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
122867223 (espl1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_C50
CHAT
TPR_12
Enkurin
Motif
Other DBs
NCBI-GeneID:
122867223
NCBI-ProteinID:
XP_044033667
LinkDB
All DBs
Position
LG2:19303378..19318031
Genome browser
AA seq
2163 aa
AA seq
DB search
MKCLKVDEYIKRTASVKETELLLKELESYVKSQPGLQGRTLCDRVIRACNHQLGVGSPEF
DHVSQLVQLVELSLHGYDISAALVAQSSPLYMEKIIFHIVKKLSSLGAHSLCSHVAGLLY
SRLTPAQQAEDYCVLVRSCFSVLWSGLSATKDRKILNPCDKLHCQMQALSFLLLLDTESA
TLSISKAPIYTEDAITDFESSCGAITKDDASFLLQEMHTLFNRCRTGGRDCEGDWSKQST
ETSSLYVLSEMGLIIVKVLCKAGHYDLASTFMNEIESKIRDGADCQCTAVVLGKWAVKIH
STMTAGGESGQALTECARALRSISADLGGQEAHAVLEGCGLVVWAVESGHSKGLSGPVLL
AWFSFLEEHQEQILKMLKKSSTCQAEGSRLQQALCFSIYQGFVFAYESMLASQLENSDTL
DRVLLYCQATAGLMMTELRKLSSENLLIKAVIAVSNLACGLYNRRLYDQAFTLVEILCRD
LCKNCPVSLSVDRLSRPFMLAVQTSRRAGHLERALDWVILWLKALGDKITTHMAEPVSLW
VKTKTDAARNSEEDIRLRTLHDGFGPDVPDERVMLCLLEEELHAYKEVAGDTAQERYNTL
CDLLDICHEESSHTHLRAVYLCEMAQVVCYQDFSEQTDCTAVDFTHEALRLLEEEPEIPE
NADRLKDDKAHALLWLYICTLEKNLQEAIESDNKQRELREQTRCVANPIGTNDFDYEDKQ
KTQDSILVYEGLHFNLAAENKLCKPLERALDEWSALLQSKVLPSVRNPKQTCSSIAVTAA
LFKLMGKPLKALEAYQLAIGLSRQLADAHGCASSLCQSASILLDMGTPELVLAQLEQAER
FLTSDSTADGPSSLSMLAILLKAQYCYSTGQVDLGVPYLCEVLKEVNEQRQSKSWYLLRA
RTLQTCSSYLSLDTAALPQAQRGHITQHGINSPDTALYESLKLLCSLLVTLVGKGLYGTN
CSSSEVRFVDQGDNLMLKWQLLSELLNCSMKMVAVRSSCGAINDARLQCLEALKLANKLQ
ALSQCAELLVMKAELELMQGEREESGIDLDKVRNLLELCTDFSDQVKKAEVKIKPRKGRP
AQKSQSPLPTIEDDFKGILSTRWTAKEPVVRDLASSPPLKAQPRRWLSSLAHESECQCPC
CSEPCLGRATARWAATQADLVLQLDPSEARVSLKLQWATIARCKSVSAKLGVKLTKLFPP
CGPAKGFFKPSLMHDVVGRVYLRMALSVLEPGLNKVCGIWKVLEAGLAFVDSTPSPVLRP
VRAGLMATKAIVSLVTLAAKKGCTPEELFSNVWTWNAPKVDKELKSEQKTVPPSSLLKKP
KESIKNPDMPNKTKEAKKVKVVKPTIQVTSSSTKGKDLVPMTPVMVKSKASVRELGSFDF
NTVVPTLAFTPVQKMKTPAPKIQFHVYEEVSPVQGKAQPVPAAPRRTKKSRFKVEFSDES
DTEANSQTEPKEKADVPKKRTTTRRAAHSKTAPDPPAEKVAPKRQAKGKKSTAVLRSTSS
EDDETSVCQPASTRRGRTRRELSRAEADSVGEPDKMRTIEEENPEVLDISIEQLRTSDTE
NEENPASSQGIDKDFEVLRRDMCRDLERDDLSELRSRGHLRDAPQTHLSHSDTRPDNLSL
EDVQSLLRSSWLALQHFPSPTIYTTLCALLALTMGQQDPITTAMLHAQSLGLTSRHRTIR
HLASCLKKLRKASSELADKMDALSLDESKNCTEQRLSQLENIFSFPTADSCTFPKSHCQE
FIQQIQHLPPGVTVCVMSVLGVKPGKMGDSIILSRLEKGSAPVTVHIPTSKQQHPISWLV
QEIDSIQVEQKVVSCVSEKAKWWEGRRALDSRVERLLTEMEGLLGCWRSFLLPLTSDPEL
TKQAQHLCKSLSARGVTVSEEMLKAVLSASPVLSQEDLKRFALGVSPQWDVECDQLLHRA
VSRLADRDEPHRHVVLILDKYLQKLPWESISILRSRSVSRMPSLHSLIGLSIQKETESQS
VLKQGVDTRQVFYVLDPDANLGNSQDRFKEWFSSKLDWEGVCGVAPDSGQLEEAVATKDL
YIYVGHGAGARFLDSQAVLKRQMRAASLLFGCSSAALAVRGDQEGQGIILNYLIAGCPFV
LGNLWDVTDRDIDRFTKALLESWLSAGSGAPLLDYMGPSRQATHLKHLIGAAPVVYGLPV
HLQ
NT seq
6492 nt
NT seq
+upstream
nt +downstream
nt
atgaagtgtttgaaggtggacgaatacatcaagcggactgcttctgtgaaagagacggag
cttttacttaaagaactagagagttatgtgaagagtcaaccaggccttcagggtcgcaca
ctgtgtgacagggtcatccgagcctgtaaccatcaacttggagtcggatcgcctgagttt
gaccatgtcagtcagttggtacagctggtggagctttcccttcatggctatgatatttct
gcagcacttgttgctcagagcagtccactgtacatggaaaagatcattttccatattgtc
aagaagctaagctccctaggagctcatagtctatgcagccatgtagctgggttgctttac
agcaggcttaccccagcccaacaggctgaggactactgtgttcttgtgcgcagctgcttc
tcagtgctctggagcggattatctgccaccaaagacaggaaaatcctcaatccctgcgac
aaactccactgccagatgcaagctctgagcttcctcctgttgttggacacagaaagtgca
actctctctatctccaaagctcccatatacacagaggatgccatcactgattttgagagt
agctgtggagcgataaccaaggacgatgcttcttttcttctccaggaaatgcacacactt
ttcaacagatgccggactggtggtcgagactgtgagggggactggtccaagcagtctacc
gagacatcaagtttatatgtgctttccgaaatggggctgattatagtgaaggtgctttgt
aaggccggccactatgatctggcctccaccttcatgaatgaaattgagagcaagatcaga
gacggtgctgactgtcagtgtacagctgtggtgctcggcaaatgggcagtaaaaattcat
tctacaatgacggctggtggggagagtggccaggctttgacggagtgtgccagggccttg
aggtctatttcagctgacttggggggccaagaagcacatgctgttctggaaggttgcgga
ttagtggtgtgggctgttgaaagtggccacagcaagggattaagcggacctgtgctcctg
gcttggttttcttttcttgaggagcaccaagaacagatattaaagatgctgaagaagagt
tcaacatgccaggctgagggcagcagactgcaacaggccctttgcttcagtatttaccaa
ggctttgtatttgcttatgagagcatgctcgcatcacagctggagaacagtgacacactg
gacagagtgctgctgtactgtcaagccacagctggactgatgatgactgaactgcgtaaa
ctgtctagtgaaaaccttctcatcaaagcagtgattgctgtgagcaacttagcttgtgga
ttgtacaaccggcgtctctatgaccaggccttcacgctagttgagatcctctgcagggat
ctatgcaagaactgtcctgtctcgctctctgtcgataggttgagccgacccttcatgctg
gctgtgcagacgtctcggcgggctggacatctggaacgagcgctggactgggtgatcctg
tggctgaaggctctgggcgacaaaatcactactcatatggccgaaccggtctctctatgg
gtgaaaacaaagactgacgcagcccgtaactctgaggaggacatccgtctcaggacattg
catgatggttttggtcctgacgtccctgatgaacgagtaatgctttgccttttggaggaa
gagctgcatgcctataaggaggtggcaggggacacggcccaggagcgttacaacactctc
tgtgatctgttggacatctgccatgaggagagctcccacacccatctacgtgccgtctac
ctttgtgaaatggcccaagttgtgtgttaccaggatttcagtgaacagactgactgcaca
gcagttgattttacccatgaagctttacggttacttgaagaagaaccagagattccagag
aatgccgacagactcaaggatgacaaggcccatgctttactgtggctctatatctgcacg
cttgagaagaatcttcaggaggccattgaaagtgacaataaacagcgagagttgcgtgag
cagacaaggtgtgtggccaatcccataggaaccaatgattttgattatgaagataagcag
aagacacaagacagcatcctggtctatgaaggcctgcatttcaacctggctgcagagaac
aagttgtgcaagcctttggaaagagcactggatgagtggtccgctcttctgcagagtaaa
gtcctgccttctgtcagaaaccccaaacagacctgcagctccattgctgtgactgcagct
ctcttcaaactcatgggaaagcctctaaaggctttggaagcataccaacttgcgattgga
ctttcacgtcaacttgctgatgcccatggatgtgccagctccctctgtcaatcagccagt
atccttctggatatgggcacccctgaactggttttggcccagctcgagcaagcagaaagg
tttctgacctcagattccacagctgatggaccttcttcgctctctatgctggccattctg
ttgaaagctcagtactgttacagcacaggacaggtggatcttggtgtgccttatctgtgt
gaggtgcttaaagaagtgaatgagcagagacagtcaaagagctggtacctgctgcgtgct
cggacgctccagacctgcagctcctatctgagtttggacacagctgcactgccacaagcc
cagcggggccatatcacacagcatggtataaatagcccagacactgccctgtatgaaagt
ctgaagcttctctgcagcctgctggtcactttagtagggaagggcttatatgggactaac
tgcagcagctcagaagtgcgcttcgtcgaccaaggagataacctgatgctgaagtggcag
ctgctctcagagctattaaactgttctatgaagatggtggctgtgaggagcagctgtggg
gccataaatgacgcccggcttcaatgcctagaagctctcaaactggccaacaagctgcaa
gcacttagccaatgtgctgagctgctggtgatgaaagctgagttggagctgatgcagggg
gagagagaggaaagtggaattgatttagacaaagtcagaaaccttctggagctttgcaca
gatttttctgatcaggtgaagaaggcagaagtgaaaatcaaacccaggaaaggtcgtcca
gctcagaaatctcagtctccccttcctaccatagaggatgattttaagggcatcctgagc
actaggtggactgccaaagaacctgtagtgagggatctggccagctccccacctctcaaa
gcccagcctcgccgctggctctcctctctggcccatgagtctgagtgccagtgcccctgc
tgctctgagccctgtctgggccgtgccactgctcgctgggcagctacacaggctgatcta
gttctccagctggatcccagtgaagccagagtcagtttgaaacttcaatgggcaacaata
gcccgctgtaagagtgtctctgccaaacttggggtaaaattgactaaactcttccctccc
tgtggccctgccaaaggctttttcaaaccctccctgatgcatgacgtggtgggtcgtgtg
taccttcgcatggccctgtctgtactggaaccagggctcaacaaggtctgtggcatatgg
aaagtactggaggctggcttagcatttgttgattccacaccctctcctgtgttaagacct
gtgagagcaggcctaatggcaaccaaagccatagtgtcattggttaccttggctgccaaa
aagggctgtaccccagaggagctcttctcaaatgtttggacttggaatgcaccaaaagtg
gataaagagctgaaatcagaacagaaaacagtgcctccctcatccttgcttaagaaacct
aaagagtccattaaaaacccagatatgcccaacaaaacaaaggaggcaaagaaggtcaag
gttgtcaagcccacgattcaagtgacaagctcctcaaccaaaggaaaggacctggttccc
atgacaccagtgatggttaagtcgaaggcctctgttagggagcttggctcttttgacttt
aacacagtggtacctactttggcctttactcctgttcaaaagatgaaaaccccagcccct
aagatacagttccatgtgtatgaagaagtgtctccagttcaaggcaaagcccaacctgtg
cctgctgctcccagacgcacaaagaaatcacgtttcaaggtggagtttagcgatgagagt
gacacagaagccaatagccagacagaacccaaagaaaaagcagatgtccctaaaaagcga
accaccacaagaagagctgcccacagtaaaacagccccagatccacctgcggagaaggtc
gcacccaagaggcaggccaagggtaagaagagcactgcagtgcttcgttccacctcctct
gaggatgacgagacttcggtctgtcagcctgcctcaacaagaagaggaagaaccagaagg
gagctgtccagggcagaggcagattcagtgggggagccagacaaaatgaggaccattgag
gaggaaaatcctgaagttctggacataagcattgagcagcttaggacatcagacactgag
aatgaagagaatcctgcttcaagccaaggtattgacaaagattttgaggtgttgcggagg
gatatgtgtcgtgatttggagagagacgacttgtctgaactgaggagcagaggtcatctg
agagacgctccacaaacccacctctctcattcagacaccaggccagataatctttctctg
gaggatgttcagtcattgctccgctcatcctggttggcccttcagcacttcccctccccc
accatctacaccaccctctgtgctcttctggccttgaccatgggacagcaggaccctata
accacagcaatgctgcatgcccagtccttgggcctcacaagtcgtcatcgcacgatcagg
catttagccagttgtctcaaaaagctgagaaaggcgtccagtgagctagcagacaagatg
gatgctctgagtctagatgagtccaagaactgtaccgaacagaggttgtcgcagttggag
aacatcttctccttcccaactgctgactcctgtactttccccaagagccactgtcaagag
tttatccaacaaattcaacaccttcccccgggggtgacagtgtgtgtgatgtctgtgctt
ggagtgaaacctggtaagatgggtgacagcatcatactgtcacgtcttgagaagggatct
gcccctgtcaccgttcacatccccacctctaaacagcagcaccccattagttggctggtg
caggagatagatagtattcaggtggaacagaaggtcgtgagctgtgtgtctgagaaagcc
aagtggtgggaaggccgcagggcgctcgactctcgagttgagcgactgttgacagagatg
gagggcttgctgggatgctggaggagctttcttcttccccttacatcggatcccgagctc
accaaacaggcccagcacctttgcaagtccttgtctgcacggggagtgacagtcagtgag
gagatgttgaaggctgtgctgtctgcctctcctgtgctctcccaagaagaccttaaaaga
tttgctctgggagtttcgccacagtgggatgtggagtgtgaccagcttctccatagagct
gtgtcccggctcgctgacagagacgagccccaccgtcacgtggttctcatcctggacaag
taccttcagaagttgccgtgggaaagcatctccatcttaagatctcgctctgtcagccgg
atgccttctctgcactcactaattggactgagcattcagaaagagactgagtctcagtcc
gtcctgaagcaaggtgtggatacaaggcaggtgttttatgtgctggaccctgatgccaat
ttaggaaactctcaagacagattcaaggaatggtttagcagtaaactggattgggagggc
gtgtgtggagttgctcctgactctggtcagctggaagaagctgttgccaccaaggatcta
tacatttacgtgggtcacggtgcaggcgcacggttcctagacagccaggcggtgctgaaa
cgacagatgagagcagcctctctgctctttggttgcagtagtgccgctctggcagtgcgc
ggggatcaggaaggacaaggcatcatcctcaactacctcattgcaggatgcccctttgtt
ttgggaaacctgtgggatgtgacagatcgggatattgatcgcttcactaaagccttgttg
gagtcctggttatctgctgggtctggagctcccctcctggattatatgggcccatcacgc
caggccacacacctgaaacacctcataggagctgcccctgtggtctatggcttaccagtc
cacctgcagtag
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integrated database retrieval system
