Syngnathus scovelli (Gulf pipefish): 125977377
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Entry
125977377 CDS
T08785
Symbol
espl1
Name
(RefSeq) separin
KO
K02365
separase [EC:
3.4.22.49
]
Organism
sscv
Syngnathus scovelli (Gulf pipefish)
Pathway
sscv04110
Cell cycle
sscv04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
sscv00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
125977377 (espl1)
04114 Oocyte meiosis
125977377 (espl1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
sscv01002
]
125977377 (espl1)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sscv03036
]
125977377 (espl1)
Enzymes [BR:
sscv01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
125977377 (espl1)
Peptidases and inhibitors [BR:
sscv01002
]
Cysteine peptidases
Family C50: separase family
125977377 (espl1)
Chromosome and associated proteins [BR:
sscv03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
125977377 (espl1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Separin_C
TPR_12
CHAT
PP1_bind
TPR_1
Motif
Other DBs
NCBI-GeneID:
125977377
NCBI-ProteinID:
XP_049589754
LinkDB
All DBs
Position
11:complement(7932508..7942479)
Genome browser
AA seq
2144 aa
AA seq
DB search
MKCLAVEDLINRTASLSGALLLCQELERLAKRVPLYGGTLCDRVIRACNHQFGLKTLEFD
HISQLVTLVELAVHGYDVYSRNQSSPLYMEKIIFHVVNNLSSLQVHTLCSRIAALLYTRL
TSKSQDEHYYVLARSCFSVLWNSLSATMDQKVLSPQDKLRCQFQALNFRLLLDTETSNLS
KAPAYIASAIFEFAKSREALNEKDASFVLHEMHALFSRWSSSQDCKIDGSMPSIDTTSIY
TLLEMVLVIIKMLCKAGYHNLASTFLNEMGVKVRKYADCRVEALELGKRAVEIHSMGTPA
ECSDKFLRACARTLRSLPSKLGEREAHSVLEGCQLVMWVVENCHKKGFSSPVLLAWFSFL
EEHQDLIKKILESSILQSERSSLQQSLCISILKGFGFANKSLLESQLDDSETLARVLLYC
QATAGHMMTEMCKLPDEDFVAQAVAEVSNLGCGLYNRRLYDQAFTLLELLCRDLSKNCPV
SLSTARLNRPFMLAVQSSRRAGHLERALEWVILWLKVLGNKMALHMTEPISLWAKTKIDA
ARNSEEDIRLRTIRDGFGHEVPDERTMLCLLDEELRAYKEEAGDTSQERYNTLCDLLDIC
HEESAHNHLRAVYLCEMAQVVCFKDFSEQTDCAAVDFAHEALRLLEEEMETPENTNQLKD
NKAQALLWIFICTLEKNLEEAIERDIKLRQMREQTPCVENPVGTNDFDYEDKQQNEKNIL
VYDGLKFSLSAQNKFCQPLERALTEWATLVRTPGLPSIRNPKQTSDSIAMTAALFQLMGK
PLKALEAYQLAIELSRQLGDTQGCAYALCQSASLLLEMGSSELALIQTEEAEKMVTSDAS
TEESFILSLVIILLKSRCCYITGQVDRGVSYLCDVLKETNEQKRSKGWYMLRAQALQTCS
SYFSLDTASLPPTQRSRISQHGFKSPDTALGESLKLLSGLLVTFVGKGLYGSPGNAADVR
FINTGNNLMFKWRLLSELLNCSMKVIVMRTSYGAISDARLQCREALKLAIKLQALSQCAE
LLVVKAELELKQGETAESGFDLDKVKNLLEMYTDFSDPKSKLEVKIKPRKGRPSQKSRPF
PVMEDDDLKDILSTRWTLKEPVVRDEGSSPPLKTKPRRWLSCLMHKPTCQCPCCSEPFLG
RVTARWAAGQADMVLQLDPSEAENAFKLYWAALARCKTVTAKLEAKLTEFMPQQSPAKAL
LMHDVMGRAYLHMAVSGLEARQSKVCSIWKVLEAGLALVDSVHSPELRAVKAGLMVTKAI
ALLVTLSTKKECKLEELFSNVWTWKAPKQVKVLKLQQCSLKQPEGLPKSEKKKTKVKASQ
INFQFPSYTAKGKSLGPITPVIPMSPFPKTPVVKSKFSAKELSVFDFSTVACTPIKKGKA
PASVQSAQKTAPKMEFQVFDQFLPTQDKVKPVPAAPRRTKKSRFKVEFSDDSDAEDNPRE
VADEKLSKKKNTARQATSKDKAASATKIQPTRQAKKKSCALPQSTSSEDETPACRASSTR
RGRARKVSAKELAFEEEPEKMRAIEEETNEILDMSIEYLRTSDKEEKDSAASDTNFVEVL
RRELCCDLEGNDLFTKKCGRQARGPQTPLPYPDLTPDNVSFEDIQVLLRSAWLALQHFPL
PTIFPNLCALLALSTGQQDPGTTAMLHSQSLGITSRHRTIRHLASSLKRLKKTSGELADQ
MDSLSLNESSATTEQRLSQLEDIFSFPTSDASAFPQSHCQELIQQLQHLPSGVTVCVMSV
VGVRSHEMGDSILLSRLEKGSAPVTVHIPTSTEPRSIRWLVQEMDSILVDQKALSSVSNK
DQWWEGRRALNSRVECLLKDMEKLLGCWKSLLLPLSSDPKLSAKAQHLCKTLCAKGVTAS
EEMLKVLLSAVPRLSQKELKSFALGVCPEWDDNCEQFLQSAGLDFADKEEPCGHVVLILD
KYLQKLPWESISTLKFRSMSRMPSLQSLIGLSIQKENDPQSILKHGVDPKNTFYILDPDG
NLQNSKKEFQEWFSGEPDWDGVCGHAPETGQLEEAVAAKDLYIYLGHGAGARFLDSHAVL
MRPMKAASLLLGCSSAALAVRGDQEGQGIILSYLIAGCPFVLGNLWDVTDRDIDRFTKAL
LKSWLSSESGSALLDYMGPSRQATYLQYLIGAAPVVYGLPIHMR
NT seq
6435 nt
NT seq
+upstream
nt +downstream
nt
atgaagtgtttggccgtcgaagacttgatcaaccggacagcttcgttgagcggggcactg
ctgttatgtcaagagctcgagagacttgccaagcgtgtaccactttatggtggcacgcta
tgtgatagggtcatcagagcctgtaaccatcaatttgggcttaaaacgctggagtttgat
cacataagccaattggtaacgcttgtggagcttgccgttcatggctatgatgtctattct
cgcaaccaaagcagtccactatacatggaaaagatcattttccatgtagtcaacaaccta
agctctcttcaagtccacactctctgcagccgtatcgctgcattgctatataccaggctg
acctcaaaatcacaggatgagcactattatgttcttgcgcggagctgcttctccgttttg
tggaacagtctctctgctaccatggatcagaaggtcctcagtccccaagacaaacttcgt
tgccagttccaagccctcaacttccgtctgttattggacacagaaacttctaatctttct
aaagctcctgcatacatagcgagcgccatctttgaatttgcaaaaagtcgtgaagcactc
aatgaaaaggatgcctcatttgttctccacgaaatgcacgctcttttctccagatggagt
agtagtcaagattgcaagatcgatggctctatgccatctattgatacaacaagcatttac
acacttcttgaaatggtgcttgtcataatcaagatgctgtgtaaagctgggtaccataat
ttggcttccacctttctgaatgaaatgggggttaaggtgcggaagtatgctgactgtcgc
gttgaagctctggagctcgggaaacgggcagttgaaatccactctatggggacacctgct
gagtgtagtgataagttcttgcgagcgtgtgccaggaccttgaggtctcttccatcgaag
ttgggtgaacgtgaagctcattctgtcttggaaggatgtcaactggtgatgtgggttgtg
gaaaattgccataagaagggatttagtagccctgtgctgctggcttggttttcctttctt
gaggagcaccaagacctgatcaagaagatcttggagagctcaatattacaaagtgagcgc
agcagtctgcagcagagcctctgcatcagtattctcaaaggctttggatttgccaataag
agcttgttagagtcccagctggatgacagtgagactctggccagagtgttgctctactgc
caagccacagctggacacatgatgactgaaatgtgcaaactgccagatgaagactttgtc
gcccaagcagtggctgaggtgagcaacttaggctgtggcttgtataatcgtcgtctgtat
gatcaggccttcacgcttcttgagctcctgtgtcgcgatctgagcaagaactgtcctgtt
tcgctctctactgctcggttgaaccgacccttcatgctagctgtgcaatcttcccggcga
gcggggcacctggaacgagcgctggagtgggtcatcctgtggctgaaggtcttggggaat
aaaatggctttgcatatgacggagccgatctctttgtgggcgaaaaccaagatcgacgcc
gctcggaactctgaagaggacatccgactcaggactatacgtgatggttttggtcacgag
gttcccgatgaaagaacaatgctttgccttttggatgaggagttgcgtgcttataaggag
gaagcaggtgacacctcgcaggagcgctacaacactctttgcgatctgctggacatctgt
catgaggagagcgctcacaaccacctgcgtgctgtctatctctgcgaaatggcccaggtt
gtttgttttaaggacttcagtgaacagactgattgtgcggccgttgatttcgctcatgaa
gctttacggctcctggaagaagaaatggagactcctgaaaacacaaaccaactgaaggac
aacaaggctcaagctttgctctggatttttatctgcactcttgagaagaatctcgaggag
gcaatcgaaagagacatcaagcttcggcagatgcgtgagcagactccctgtgtggaaaat
ccagtagggaccaacgattttgattatgaagacaagcagcagaatgagaagaacattttg
gtatacgatggtctgaaattcagcctgtctgctcagaacaagttttgccaacctttggaa
agagcgctgactgagtgggctactcttgtgcggacaccaggtttgccttccatcaggaat
cctaaacagacatcagattctattgcaatgactgcagctctcttccaactcatgggaaag
cctcttaaagctttggaagcatatcaacttgctattgaactttcccgccaacttggtgac
actcaaggatgcgcatatgccctctgtcagtcggccagcctcctcttggaaatgggctcc
tctgaactggctttgattcaaactgaagaagcagaaaaaatggtgacgagtgatgcaagc
acagaagaatccttcattctctcgctggtcatcattttgctgaaatctcgatgctgttac
attactggacaggtggatcgtggggtttcttatctgtgtgacgtgcttaaagagaccaat
gagcagaaacgttccaagggctggtatatgttgcgagctcaagcactccagacttgcagc
tcctatttcagtttagacacggcttccctgccaccaacccagcggagccgcatttcacaa
catggttttaaaagcccagatactgctttgggtgaaagtctgaagcttctcagcggcctg
ctggtcacttttgtgggaaaaggcttgtatgggagtcctggaaatgccgccgacgtgcgc
ttcatcaacacaggaaataatcttatgtttaaatggcggctgctatcggaactgttgaac
tgctcaatgaaagtgattgtgatgagaaccagctacggtgccatcagtgatgctcggctg
cagtgtcgggaagccctgaaactggccatcaagttgcaagcactgagccaatgtgctgag
ctgttggtggtgaaagctgagttggaactaaagcaaggggagacagcagaaagtggattt
gatttagacaaagtcaagaaccttctggaaatgtacacagatttttcagatccaaagtcc
aagttggaggttaaaatcaagccaagaaaaggtcggccgtcgcagaaatctcgtccattt
cctgtgatggaggatgatgacctgaaggacatcctgagtacaaggtggactctcaaagag
ccagttgtgagggatgaaggtagctcgccaccgctcaagaccaaaccacgtcgttggctc
tcctgcttgatgcacaaaccaacctgccagtgcccttgctgctcggagcccttcctagga
cgagtcaccgcccgctgggctgccggacaggccgatatggttctccagcttgacccttct
gaagccgaaaatgcttttaaactttactgggcggcattggctcgttgcaagacagtcact
gccaaacttgaggctaaattgactgaattcatgccacagcagagccccgcaaaggccttg
cttatgcatgatgtgatgggccgtgcgtaccttcacatggctgtttctggccttgaagcc
agacaaagtaaggtttgcagcatatggaaagtactggaagctggtttagctttggttgat
tctgtgcactccccagaactcagagctgtgaaagcaggtctcatggtaaccaaagccatt
gcattattagttaccttatctacaaaaaaagaatgcaagctggaggaacttttctcaaat
gtgtggacgtggaaggcaccaaaacaagtgaaagttttgaaattgcagcaatgctcactc
aagcagcctgaaggtttaccgaagtctgaaaaaaagaagacaaaggtcaaggcctcgcag
ataaatttccaattcccaagctacacagccaaagggaaaagcctgggtcccatcactcca
gttattccgatgagtccgtttcccaagaccccagtcgtcaagtccaagttttctgcaaag
gagcttagcgtttttgacttcagcacagtggcctgtactccaataaagaaaggtaaagca
ccggcctcagtgcagagtgcgcagaaaactgcgcccaagatggagtttcaggtgtttgat
cagttcctacccactcaagacaaagttaagcccgtacctgctgctccaagacgcaccaag
aaatctcgattcaaggtggagtttagcgatgacagtgacgcagaggataaccctcgggaa
gtagcggatgaaaaactgtccaaaaagaaaaacaccgcaagacaagctacatctaaagat
aaagccgcctctgctacgaagatccaaccgacaaggcaggcgaagaagaagagctgcgca
ctgcctcagagcacctcgtccgaagatgaaactcccgcgtgtcgagcgtcctcgacaaga
cgtggacgagccagaaaggtgtctgccaaggagttggcgttcgaggaggagccagaaaaa
atgagggccattgaggaggaaacgaatgaaattctagacatgagcattgagtatttaagg
acgtcggacaaagaggagaaagactcggctgcttcagacacaaattttgttgaggtgttg
cggagggagttgtgttgcgatttggagggaaatgacttgtttactaagaaatgtggacgt
caagcaagaggtcctcaaaccccgcttccttatccggacctcacaccagacaatgtttca
tttgaagatattcaggtgttactccgctcagcttggctggctcttcagcacttccccctt
cccaccatatttccaaacctgtgtgcccttctggcactatcgacggggcagcaggatccc
ggaactacagcaatgcttcattcccagtctttgggcatcacaagccggcatcgcaccatc
aggcacctcgccagctctcttaagaggctaaaaaaaacatccggcgagctagcagatcaa
atggacagcttaagtctcaacgagtcgagtgccacgacggaacagaggttgtctcagttg
gaggacatcttttcctttccaacatctgatgcttcagccttccctcagagccactgtcaa
gagttgattcagcaactccaacaccttccttcaggcgtgactgtgtgtgtgatgtcagtg
gttggtgtcagatctcacgaaatgggggacagcatccttctgtcccgtcttgaaaagggc
tcggctcctgtgactgtacacattcccacgtccacggagccgcgctctattagatggctg
gtccaggagatggatagtattctggtggatcaaaaggctctgagcagtgtgtcgaacaaa
gatcagtggtgggagggccgaagggcactcaactctcgagttgagtgtttactgaaagac
atggagaaattgttgggctgctggaagagcctccttctgcctctttcatcggatcccaag
ctctccgcaaaggcccagcacctttgcaagactttgtgcgccaagggagtgacagccagt
gaagaaatgttaaaggttctcctttcagcagtccctcgactgtcccaaaaagaattgaaa
agctttgctcttggagtttgtcccgaatgggatgacaattgtgagcagtttctccaatcg
gctggtttggattttgctgacaaagaggagccttgtggtcacgtggttctcattctggac
aagtaccttcagaagctgccctgggaaagcatctccactttgaagttccgttccatgagc
cgcatgccatctctgcagtcattaattggactgagtattcagaaagaaaatgaccctcag
tctatcttgaagcacggtgtggacccaaagaatacattttatattttggaccctgatggc
aatttacaaaactcaaagaaagaatttcaagagtggttcagcggtgaaccggattgggat
ggtgtgtgtggacatgctccagaaacgggacagctggaagaagctgttgcagctaaggat
ctatacatttatttgggccatggtgcaggggcacgtttccttgacagccatgcggtcctg
atgcgaccaatgaaagccgcctccctactgctcggctgcagcagtgctgctctggctgtg
cggggggatcaggagggacaaggaatcatcctcagttatctcatagcaggctgccccttt
gttttgggaaacctgtgggatgtaactgatcgggatattgatcgcttcaccaaagcgctg
ctgaaatcctggttatcatcagagtccggaagtgccttgctggattatatgggcccttca
cgccaggccacttacctgcaatatctcataggagccgcaccggtggtctatggtttacca
attcacatgcggtaa
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integrated database retrieval system
