Nanorana parkeri (Xizang Plateau frog): 108786827
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Entry
108786827 CDS
T04897
Symbol
ESPL1
Name
(RefSeq) separin
KO
K02365
separase [EC:
3.4.22.49
]
Organism
npr
Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04110
Cell cycle
npr04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
npr00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
108786827 (ESPL1)
04114 Oocyte meiosis
108786827 (ESPL1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
npr01002
]
108786827 (ESPL1)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
npr03036
]
108786827 (ESPL1)
Enzymes [BR:
npr01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
108786827 (ESPL1)
Peptidases and inhibitors [BR:
npr01002
]
Cysteine peptidases
Family C50: separase family
108786827 (ESPL1)
Chromosome and associated proteins [BR:
npr03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
108786827 (ESPL1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Peptidase_C50
CHAT
TPR_10
TPR_3
Motif
Other DBs
NCBI-GeneID:
108786827
NCBI-ProteinID:
XP_018411707
LinkDB
All DBs
Position
Unknown
AA seq
2141 aa
AA seq
DB search
MKALKGADFIKLTSSTESVIKLQTELKSCLSDVPSDPSKPDQLSDQRVVCDRVLRACNHW
VAESSCLGPHLSSLMPLAELASRGFHVSGAQRTPFYLEKIQFHLLKNVSTRESSYKPCIQ
LSDLLYSYLSRCPPELQNNGEYLAVAKSSFQCLWKAVIEQEQKRGPCPFNREALSLRLHA
LRFLMLVEKTNSHAGSPITTHQHAKCAIVAFESKSMLCSQSDACFLSQSIEELLVKPLKG
SGTLTHSWAKCLLELTVERIRVLCKGSCFDQSKEVVQQAIASLNASDRCCLSGFKLLKFS
IEIQESKKPREVEKRLVEIAEDVGEACGSGEGWQCQALCTCCQFTVSSLDGYFKHVGHSE
TQGARRLLSLRKFLDMHFKLLDKQVSMVCMLSTIETRYRTTFELSCSQQFTNVACSFLQS
SKVRQEDGLCSIVDACKDTVCKMLASVNGLSGQDAAEFLNITASCVHNLAYWFYSQKKYK
EASDLVSPLCEYLAAARPEGEPELAVERLHRCFKLHVESYRKAGYTALGLTAVTLWLRAL
QGHVLQQMAEPVAVWVRLKIDGAKNGDEDLRLQTLKDGFSDHPVDPELMVSLLAEELKGY
KSVHGDTGQERYNTICDLLELCAENSQLHHHRAPFLLELAQVLCYHDYSGQTECTALDAV
QDCLRLLESVPESTENREQWLDVKAQALLWQYICTLEANMREVLEEQQRKENLNSQKKWT
GVEYEPNDLNYEDKLHDDQSAKDGICFTLAGEAGPMKGLDEALDLWKDILSGTSIPSLNN
NEHTVFSLHLLGSLFRLMGKPLQAVQSFQLVRHLCGSWGDFIREVGALCHLTRLMFYLES
TECAQVTLQEAETALEHADRTSEAYILASCSCELLRSHLFRINNQVKNGVEVLTSLLQHP
SLQKSSKAWYLLKVQVLQELSAYLRLPPAMLLPDLYKKLCAQGWHNPETALTEAHKLLRS
IVLLLVGNDVLSAPKSTTEMRFVDYGENLLQKWQVLADLLSCSQDLISTLSSLGSVSEAK
SFCLEGLRLAKTLHSMRHCADFLLRKAELETLRAEPQLCEEDLQYVVFLMESCTDFTANT
KQKEVKVKVSKGKKSNKKEKTPDFTPSPPAEADDFLKRVQFQFVETRDLVKPPESPTIAA
PSEKTLPDFVSHTLECTCPLCSDLVLALLCTQWLVAKAENEPQSKDLLHLALKRSQFKTH
YFSEVLKDILHVKDCKSISLGINDWLIARIYQSVVYTSPPPNLAEGILEEGLDFVSSRPA
SFSKQWKASLLLAKALDSVYKLSLKHGGCIADLFMQVWGWKPHIAKRVADLSSKSNQICN
SAISNKKKGAQKLSVASLHDLFSPDESEPCLPFVSMKTPTILQKDLLTTQTKPVAPAVGR
KCSVSVYDEDSPKRELEPRAPRRRKTRAVIKVDFSDSDLEIPDNLDTDPTWNSKKQAVQA
KPTSRRRPSTKSCTLLAPSESDDEEVTAKNRSRRGRGSAKKAPKESSTPEMHRRRPQGKL
DIPPVDALRSIEEEPEWLLDLSIDELRASDAEDQKPTRAPGRIRKPSKKEKIGECEILRR
DVGSEIQGWTSVKEQEGDPNIFSMKGVSSSLPAIFSASDLEPVSSYLKEALESVAHFPPC
ALYAKLCRLRALCSGGQDPYMTAFLINESVAITLRHQLLSDVHRKLRKLKKEGSGDVSDK
LQSLSLDDHQDPQIKYLSQLEALFQFPKQSIKMHSFKDQLQEIPTNTAVCILTLADIHQR
SPGDTLLLCRLEKGNSPVTVHIPTSQLKMSLSTVLQEFADIQKQQKIVNNLTDKREWWEG
RTALDGRMKALIQSLEEQVLGCWKVLLSPPCSAPALEEEARVLSKALVVCGWRRADPGLL
KAILQGCHHLTAQQIQFIAQGFSAPRPEQAQELLNKSIDKLKSKTEHKEGHLILVLDKHL
QQLPWECMPCLLTRSVTRLPSLHFLLNYNLLRKHQPQSSLVRGVDPKKTFYVLNPHSNLP
GTEERFRDWFKNEPGWTGVVRSSPKSEDLQTALTKQDLYIYVGHGAGAHFLDAQTLQRLD
CNAVVLLFGCSSAALAVRRDLEGAGLVLKYLMAGCPMVVGNLWDVTDREIDRYTVAFLQG
WLKAGPGATLLKYLSESRQAPKLKHIIGAAPVAYGIPVALQ
NT seq
6426 nt
NT seq
+upstream
nt +downstream
nt
atgaaggccctaaaaggagcagactttataaaactgacatcatcaacagaatctgtcata
aaactgcaaacagagcttaagtcctgcctgtcagatgtcccaagtgatccctcaaagcca
gatcagctgtcagatcaacgagttgtgtgtgaccgtgtacttcgtgcctgtaatcactgg
gtagcagagagttcttgtcttggtccacacttaagtagtttgatgcccttggcagaactt
gcaagtcggggtttccatgtctcaggtgcccagcgtacaccattctacctggagaagatc
caatttcatcttctgaaaaatgtttctacacgggaatcctcttataaaccctgcatccaa
ctgtcggatcttctttactcctacctcagtagatgtcctccagagctgcagaataatggc
gaatatttagcagtagctaaaagtagcttccagtgtctatggaaagctgtgattgaacaa
gagcaaaagcggggtccatgtcctttcaaccgagaggctttatcccttcgacttcatgct
ctgagatttctcatgttggtggaaaagaccaattcacatgctggatctcccattacaaca
catcagcatgccaagtgtgctattgtagcctttgaatccaaaagcatgctttgcagtcag
agtgatgcctgttttctgagtcagagtatagaagaactgctggtaaaacccttaaaagga
tctggaactttgacccactcatgggctaaatgcctgttggaattgacagtggagaggatt
cgtgttctctgtaaaggcagctgctttgaccagagcaaagaggttgtccaacaagcaatt
gcaagtttgaatgcgtctgatagatgctgcctctctggattcaaacttttaaagttctcc
atagaaattcaggaatctaagaagccacgtgaggttgagaaacgtttagtggaaattgca
gaagatgttggtgaagcctgcggttctggggaaggttggcagtgccaggctctgtgcact
tgctgtcagttcaccgtttcctctttagatggctatttcaaacatgttggacattcagaa
actcagggtgctcgcagactgctcagcctgagaaagtttcttgatatgcattttaaactt
ctggataagcaagtgtctatggtatgtatgttgtctaccatagagactaggtatagaaca
acatttgagcttagctgctctcaacagtttactaatgtggcgtgctcattcttgcaaagc
tctaaggtaaggcaggaggatgggttgtgttctattgtcgacgcttgtaaagacacagta
tgcaaaatgctggcttcggtcaatgggctttctggtcaagatgcagcagaatttttgaac
ataacagcatcatgtgtgcataatttggcctactggttctatagccagaagaaatacaag
gaagcctctgacctggtgtctccgctttgtgaatatcttgcagcggcacgtcctgagggc
gaacctgaattggctgtggaaaggctgcaccgttgttttaagctgcatgtagagagttac
cggaaagctggttacacggctcttggcctcacagctgtgactctctggctacgagctttg
caaggtcacgttttgcagcaaatggccgagcctgttgcagtctgggtccgactcaaaatt
gatggtgcaaagaatggagatgaagatcttagactgcaaacgctgaaggatggcttctct
gatcaccctgtggatccagagctgatggtttctctacttgcagaagagcttaaaggctac
aaatctgttcatggtgatacagggcaggagcgttataatactatttgtgatttgctggag
ctgtgtgctgagaacagccaactacatcatcatcgtgccccattcctgcttgagctagcc
caggttttgtgttatcatgactactcaggacagactgaatgcaccgctctagatgcagtg
caggattgccttcgacttctggagtctgtcccagaatctacagaaaaccgggagcagtgg
ttggatgtaaaagcccaggcccttctctggcaatatatttgcactttggaagctaatatg
cgtgaggttctggaggaacagcaacggaaagaaaacctgaacagccagaaaaagtggacc
ggagtagagtatgaacccaatgacctgaactatgaagataaacttcatgatgaccaatct
gctaaagatggcatttgtttcaccttagctggggaggctgggcctatgaaaggtctggac
gaagctctggatctgtggaaggatattctctctggaactagtattccttctttaaacaat
aatgaacacactgtcttttccttgcatctactgggttctcttttccgactcatgggcaag
cctttgcaggccgtacaaagcttccagctagtaagacatctgtgtgggagttggggggat
tttatacgtgaggttggagctctatgccacttaacaaggcttatgttttacttggagagt
acagaatgtgctcaggtcactcttcaagaggcagaaaccgccctggagcatgcagaccgc
actagtgaggcttacattttggcttcatgtagttgtgaacttctccgcagccatctcttc
cggatcaataatcaggttaagaatggagtagaagttcttacaagccttcttcagcacccg
tctctgcagaagtcctccaaagcctggtaccttttaaaagtccaagtcttgcaggagctc
tccgcgtatctccggcttccaccggcaatgttgcttccagatctttacaaaaagctttgt
gcccagggttggcataacccagagactgctctgacagaggcacacaagttgctcaggagc
attgtccttctcttagtgggaaacgatgttttgtccgctccaaagtctacaacagaaatg
cgatttgtggattatggtgagaaccttcttcagaagtggcaagtacttgctgatctatta
agctgctctcaggatcttatcagcactctgagctctcttggcagtgtttctgaggccaag
tccttctgccttgaaggattgagattagccaaaactcttcatagtatgcgacattgtgca
gatttcttgttgagaaaggcagaactggagactctacgtgcagagcctcagctgtgtgaa
gaagatctgcaatatgtggtgttcctcatggagtcttgcacagattttacagctaacact
aagcaaaaagaggtgaaagttaaagtctccaaagggaagaaatcaaacaaaaaagaaaag
accccagatttcacacccagtcctccagcagaagcagatgattttcttaaaagggtgcag
tttcagtttgttgaaacaagagatttggtgaagccccccgaatccccaacaattgctgct
ccttctgagaagactcttccggattttgtgtctcatacactggaatgtacctgtcctcta
tgctctgacctggtacttgccttactctgcactcaatggctggtggctaaggcagagaat
gaacctcagagcaaggatctgttgcatttagctctcaaacgtagtcagttcaaaacgcat
tacttctctgaggtcctaaaggacattctgcatgttaaagattgtaagtctattagtctt
ggtattaatgattggctaattgctcgaatatatcagtcagtggtgtatacgagtcctcct
cctaatcttgcagaaggcattttagaagaaggcttggactttgtctcttcacgaccagcc
tctttttccaaacaatggaaggcaagccttttgctggccaaagcattagactctgtttac
aagctttccttgaagcacggaggctgcattgcagatctctttatgcaggtgtggggttgg
aaacctcacattgcgaagagagtagccgacttgagctctaagagcaaccagatctgtaat
agtgctatttctaataaaaagaaaggagcccaaaagctttcagttgcaagtctccatgat
ctcttttctcctgatgaaagtgaaccttgccttccatttgtgtctatgaagactccgaca
atattgcagaaagaccttttgacaacacagacaaaaccagttgcaccagcagttggcaga
aagtgctcagtctctgtgtatgatgaagattctcccaaacgggaactagagccaagagcg
cctcgaagacgtaaaactagagcagtaataaaggttgatttcagtgacagtgaccttgaa
ataccagataaccttgatactgacccaacttggaatagcaaaaagcaagctgtgcaggct
aagcctacatcccgaaggagaccttctacaaagagttgtacattactcgcaccctcagaa
tctgatgatgaggaggtgactgcaaagaacaggtctaggagagggagaggaagcgcgaaa
aaagccccaaaagagagtagcactccagaaatgcataggcgccgtccacaagggaaacta
gacataccaccagtggacgctcttagatcgattgaagaagaaccagaatggctgttggat
ctcagtattgatgagctgcgagcttctgatgcagaggatcagaaaccaacaagagcacct
ggtagaatacgaaagccctcaaaaaaagaaaaaattggagagtgtgaaatcctaagaaga
gatgttggatcagagatacagggatggacatctgttaaagaacaagaaggggatccaaac
atattcagcatgaagggagtttcatcctcactaccagctatattcagtgcttctgatctg
gaacccgtgtcatcctatctcaaagaagctttggagtctgtagcccatttccctccttgc
gccttgtatgcaaagctttgccgattacgtgcgctctgttctggtggacaagacccctat
atgactgcttttctgattaatgaatctgtggccatcacgctgagacatcagttgctcagt
gacgttcatcggaagctgaggaaactgaagaaagaaggctcaggggatgtatctgacaag
ctacaaagtttgagtcttgatgatcaccaggaccctcagattaagtacctttcacagctg
gaggccctgtttcagtttccaaagcaatctataaaaatgcattcatttaaggatcagctg
caggagattccaacaaacactgcagtatgtatattgaccctggctgacatccatcaacga
agccctggagatactctactactctgcagacttgaaaaaggaaattcccctgttactgtt
catataccaacatcccagctaaagatgtctcttagcacagtcctgcaagagtttgctgac
attcagaagcagcagaaaattgttaacaatttaacagataaaagggaatggtgggaagga
cgcacagctctggatggtcgcatgaaggctttaatacagtcacttgaagaacaggtcttg
ggttgttggaaggtccttttgtcacctccctgctcagctcctgctctggaggaagaagcc
cgggtgctttcaaaggctcttgtagtctgtggttggaggagggcagatccaggacttttg
aaggcaatcctgcaaggctgtcaccacttaactgcccaacaaatccagtttattgcccag
gggttcagtgcccccaggccagaacaagctcaggagctgcttaataaatctatcgataag
ctgaaatctaaaactgaacataaagaaggacatctcattcttgtactggataagcacctt
cagcaactgccctgggagtgtatgccctgcttgctgaccagatcagtcactcgtctccca
tctctgcatttcctgctcaactacaacctccttagaaagcaccagcctcagagcagcctt
gttcgcggggtggatcctaagaaaacattttatgtcctgaatccccattcaaatctaccg
ggcacagaggaacgattcagggattggtttaaaaatgaacctggatggacaggagttgtc
agatcttctccaaagtcggaagatctccagaccgctctaacaaaacaagatctttatatt
tatgtgggccatggagcaggtgcacatttcttggatgcacagactctgcaaaggttggac
tgtaatgcagtggtgttgctgtttggatgcagtagtgctgctttggctgtcaggagagat
cttgaaggcgctggtctagtcctgaaatacttaatggctggatgccctatggtagttggg
aacttgtgggacgtcacagaccgagagattgaccgatacacggtggcgttcttacagggt
tggttgaaggcagggcccggtgccacgcttctgaagtacttatcggagtcacgacaggct
ccaaaactcaagcatataattggtgcagctcctgtggcttatggcatacctgtggccctt
cagtga
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integrated database retrieval system
