Aquarana catesbeiana (American bullfrog): 141127289
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Entry
141127289 CDS
T11018
Symbol
ESPL1
Name
(RefSeq) separin isoform X1
KO
K02365
separase [EC:
3.4.22.49
]
Organism
acat Aquarana catesbeiana (American bullfrog)
Pathway
acat04110
Cell cycle
acat04114
Oocyte meiosis
Brite
KEGG Orthology (KO) [BR:
acat00001
]
09140 Cellular Processes
09143 Cell growth and death
04110 Cell cycle
141127289 (ESPL1)
04114 Oocyte meiosis
141127289 (ESPL1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
acat01002
]
141127289 (ESPL1)
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
acat03036
]
141127289 (ESPL1)
Enzymes [BR:
acat01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.22 Cysteine endopeptidases
3.4.22.49 separase
141127289 (ESPL1)
Peptidases and inhibitors [BR:
acat01002
]
Cysteine peptidases
Family C50: separase family
141127289 (ESPL1)
Chromosome and associated proteins [BR:
acat03036
]
Eukaryotic type
Sister chromatid separation proteins
Separase
141127289 (ESPL1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Separin_C
CHAT
TPR_10
Motif
Other DBs
NCBI-GeneID:
141127289
NCBI-ProteinID:
XP_073469685
LinkDB
All DBs
Position
LG02:144209226..144319215
Genome browser
AA seq
2139 aa
AA seq
DB search
MKALKGADFIKLTSSTESVVKLQTELESCLSDLSSDPSRPDELSDQRVVCDRVLRACNHW
ASEKSCDGQHLNSLMPLAELASQGFYVSGTQRTPFYLEKIQFHLLKNVSSRESSKSCIQM
SDLLYSYLSRCPSDQQNDGDYLAVAKSSFQCLWKAAGELEQKRGPSPYNRKPLFLRLHAL
RFLMLLERTSSHAGSPITTHQHAKSAALAFDSKGMVCSQSDACFLSQSIEELLVKPLKES
GTLTHSWAKCLLELTLERIRILCKGSCFDQSKEVIQQAIASLNASDRCCLSGLMLLKFSV
EIHESKELRELEKRLVEIAEAVGGACGSGHGWQCQALCNCCQFTVSSLDGYFKHFGRSET
RGANRLLSLGKLLDVHFKLLDKQVSMVPKDGARQLRILKQQQFCGLQQFTNVANSFLQTC
KDITDNELRSILDACKDTVCKMLASIQGLSGQDAAEFLNITASCVHNLAYLFYSQRKYKE
ASDLVSPICEYLAEVHPEGDPELAVERLHRCFKLHVESCKKAGYTALGLAAVTLWLRALR
GQILQQMAEPVAVWVKLKIDSARNGDEDLRLHTLKDGFSNHPVDPELMVSLLAEELKGYK
SVHGDTGQERYNTICDLLDLCAENSQLHCHRALYLLELAQVLCYHDYSGQTECSALDAVQ
DCLRLLESIPESTENREQWLDVKAQALLWQYICTLEANMREGFEEQQRKEKLNSQKKWTG
VEYEPNDLNYEDKLLDDQSARDGICFTLAGETGPMKGLDEALNLWKDILVGPSVPSLNNN
EQTVFSLHLLASLFRLMGKPLQAMQSFQLVRHLCRCLGDFIREAGALCQLTRLLFYLESA
ECAQVTLQEAETTLQHADSTSETYMLAHCSCELLRSHLYRINNEVKNGVEVLTSLFQHPS
LQKSSKAWYLLKVQVLQELSAYLRLPPTMLLPDLYKKLCAQGWHNPETAQTEAHKLLRSI
VLLLVGNDVLTAPKSTTEMRFVDYGENLLQKWQVLADLLSCSQDLINTLSSLGSVSEAKS
FCLEGLRLAKTLHSMRHCADFLVRKAELETLRAEPQLCEEDLQYVVFLMESCTDFTAKAK
QKEVKIKISKGKKSNKKEKTPDFTPSPPAEDFLNGVQFQFVQTRDSMKPPESPTIVAPSE
KTLPYFVSHALGCTCPLCSDLILSLICTRWLVAKAENEHQCKELLHLALKRSQFLTKYFS
GILKEILNIKDCKSVSLGMNDGLIAQIYQSVVHMSPPPNLPEGILEEGLDFVSSRPASFP
KQWKASLLLAKALDSVYKLATKHGGCIADLFMQIWGWKPHIGKSVADLSSKSKQITNSAI
SNKKKGAQKLSVASLHDVFSPVESEPYLPSVSIKTPTILRKDRLTTQTNPVVPEIVKKSS
VSVYNEESPKPEVEPRAPRRRKTRTVIKVDFSDSDLEMPDNTDADPTWTSKKQTEQAKPA
SRRRPSSKSCTLPAASESDEEEVTAKSRSRRGRGSTKKAQKASSTPEMQRRRPHGKLDIA
PVEVLRSITEEPECLLDLSIDELRASDAEEQKPLRAASRAQKSSKKEKMGDCEILRRDVG
SEMQSWISVTKEQEADPNIFSMKGISSSLPALFSAADLEPVSCLLKEALESVAHFPPCVL
YAKLCRLLALCCGGQDPYMTAFLISESVSITLRHQLLSDIHRKLRKLKKEGLGDVSDKLQ
CLSLSDHKDPRIKYLSQLEALFQFPKQSIEMHAFKNRLQEIPANTVVCLFTLADSHQRSP
GDTLLLCRLEQGNAPVTVHIPTAQLKLSLSSALQEFDDIQKQQKIINNLTDKKEWWEGRR
ALDGRMKVLIQSLEEQVLDCWKVLLLPPCSASALNEEAQTLLKALTACGWRSGDPGLLKA
ILQGCHLLTTQQIQFFARGFSASRPEQVQELLNKSIDRLKSKIGHTEGHLVLILDKHLQK
LPWECMPCLLTRSVTRLPSLHFLLNYNLLKQHQPQSSLVRGVDPKKTFYVLNPHSNLPGT
EERFRDWFKNEPGWTGVVRSSPKSEMLQTALTTQDLYIYVGHGAGAHFLDSQTLQRLDCN
AVVLLFGCSSAALSVRGDLEGAGLVLKYLMAGCPTVVGNLWDVTDREIDRYTVAFLQDWL
KAGPGSQLLKYLAESRQAPKLKYIIGAAPVAYGLPVALQ
NT seq
6420 nt
NT seq
+upstream
nt +downstream
nt
atgaaggccctaaaaggagcagactttataaagctgacatcatcaacagagtctgttgtg
aaactgcaaacagaacttgagtcctgtctgtctgatttgtcaagtgatccatcaaggcca
gatgagctgtcggatcaacgtgtcgtgtgtgaccgtgtacttcgtgcctgtaatcactgg
gcatcagagaaatcttgcgatggtcagcacttaaatagtttgatgcccttggcagaactt
gcgagtcagggtttctatgtctcaggtacccagcgtacacctttttacctggagaagatc
caatttcatctgctgaaaaatgtttcttcacgggaatcctctaaatcttgcatccagatg
tcagatctcctttattcctacctcagtagatgtccttcagaccagcagaatgatggagac
tatttggcagtggctaaaagcagctttcaatgtctatggaaagctgctggagaactggag
caaaagcgaggtccatctccttacaaccgaaaacctttattccttcgacttcatgcgctt
agatttctcatgttgttggaaaggaccagttcacacgctggatctcctattacaacacac
cagcatgccaagtctgctgctttagcatttgattctaaaggaatggtttgcagtcagagt
gatgcttgttttctgagtcagagtatagaggaactgttggtaaaacctttaaaagaatct
ggaactttgacccactcatgggctaaatgtctgctggaattaacattggagaggattcgt
attctctgtaagggcagctgctttgaccagagcaaagaggttatccaacaagcaattgca
agtttgaatgcatcagatagatgctgcctctctggattaatgcttttaaagttctcagtt
gaaatccacgaatcgaaggaactacgtgagcttgagaaacgtttagtggagattgcagag
gccgttggtggagcctgtggttctgggcatggttggcagtgtcaggctctatgcaattgc
tgtcagttcacagtttcctctttagatggctatttcaaacattttggacgttcagaaaca
cgaggtgcaaacagacttctcagcctgggaaagttacttgatgtgcattttaaacttctg
gataaacaggtgtctatggttcctaaagatggggctcggcagctgagaatcttaaaacag
cagcaattctgtggccttcagcagttcactaatgtggcaaactcattcctgcaaacctgt
aaggacatcactgataatgaattgcgctctattctggacgcttgtaaagacacagtatgc
aaaatgctggcctccatccaagggctttctggtcaagatgcagcagaatttttaaacata
acagcatcctgtgtgcacaacttggcctatttgttctatagccaaaggaaatacaaagaa
gcctctgacctggtgtctcccatttgtgaatatcttgcagaagtgcatcctgagggtgac
cctgaattggctgtggaaaggctgcaccgttgtttcaagctgcatgtagagagttgcaag
aaagctggttacacagctcttggccttgcagctgtgactctatggctacgagctctgcga
ggtcaaatcttgcagcaaatggctgagcctgttgcagtctgggtcaaactcaaaattgac
agtgcaaggaatggagatgaagatctaagattgcacactctgaaggatggtttttcaaat
cacccggtggatccagagctgatggtttctctccttgcagaggagcttaagggctacaag
tctgtccatggtgatacagggcaggagcgttataatactatatgtgatctgctggacttg
tgtgctgagaacagccaactacattgtcatcgtgctctatacctgcttgagttggcccag
gttttgtgttaccatgactactcagggcagactgaatgttctgctctagatgcagttcag
gattgccttcgtcttctggagtccatcccagaatctacagaaaaccgagaacagtggttg
gatgtaaaagcccaggcactcctgtggcaatatatttgcactctggaagccaatatgcga
gaaggttttgaggaacagcaaaggaaagagaagctgaacagccagaaaaagtggactggt
gtagagtatgagcccaatgatctgaactatgaagacaaacttcttgatgaccaatctgcg
agagatggcatttgtttcactttggctggggagactgggcctatgaagggtctggatgaa
gctctgaatctgtggaaggatattctcgttggacctagtgttccatcactaaacaataat
gaacagaccgtcttctccttgcatctactggcctctcttttccgactcatgggcaagcct
ttgcaggccatgcaaagcttccagctagtaagacatctgtgcagatgtttaggggatttt
atacgcgaggctggagctctctgccagttaacaagacttctgttttacttggagagtgct
gaatgtgctcaggttactctccaagaggcagaaaccactttgcagcatgcagacagcacc
agtgagacatacatgttggctcattgcagctgtgagcttctccgcagccatctttaccgg
atcaataatgaggttaagaatggagtagaagttctcacaagtctttttcagcacccatct
ctgcagaagtcatccaaagcctggtaccttttaaaagtccaagtcttgcaggaactctct
gcatatctcagactcccaccaacaatgttgcttccagatctttacaagaagctttgtgcc
cagggttggcataacccagaaactgctcaaacagaagcacacaagttgctaaggagcatt
gtccttctcctagtgggaaatgatgtgttgactgctccaaagtctacaaccgaaatgcga
tttgtggattacggtgagaaccttctccagaagtggcaagtacttgctgacctgttaagc
tgctctcaggatcttatcaacactttgagctctcttggcagtgtttccgaggccaagtcc
ttctgccttgaaggactgcgattagccaaaactcttcatagcatgcgacattgtgcagat
ttcctggtaagaaaggcagaactggagactctacgtgcggagccccagctgtgtgaggaa
gatttgcaatatgtggtgtttctcatggaatcttgcacagatttcacagctaaagctaag
caaaaagaggtgaagataaaaatttccaaagggaagaaatcaaataaaaaagaaaagacc
ccagatttcactcctagccctccagcagaagattttcttaatggggttcagtttcagttt
gttcaaacaagagactcgatgaagccccctgaatccccaacgattgttgctccttccgaa
aagactcttccatattttgtgtctcatgccctgggatgtacctgtccactatgttctgac
ctgatactttcattaatctgcactcgatggctggtagctaaggcagagaatgaacatcag
tgcaaggaactgctgcacttagctctcaaacgcagtcagtttttaacgaagtacttctct
gggatcctgaaggagattctgaatattaaagattgtaagtctgtaagcctggggatgaat
gatgggctcattgctcaaatatatcaatcagtggttcatatgagtcctcctcctaatctt
ccagaaggcattttagaggaaggtttggactttgtctcttcacgaccagcctcttttccc
aaacaatggaaggcaagccttttactggccaaagctttagactctgtttacaagcttgcc
actaagcatggcggctgcattgctgatctttttatgcagatatggggttggaagcctcac
attgggaagagtgtagctgacttgagctctaagagcaagcagatcactaatagtgctatt
tctaataaaaagaaaggagcccagaaactttcagttgcaagtctccatgatgtcttttct
ccggttgaaagtgaaccttaccttccatctgtgtctattaagactccgacaatattgcgg
aaggaccgcttgactacacaaacaaatccagttgtaccagaaattgtcaaaaagagctca
gtctccgtgtataatgaagagtctcccaagccagaagtggagccaagagcacctagaaga
cgtaaaactagaacagtaataaaagttgattttagtgacagtgacctggaaatgccagat
aacactgatgccgacccaacttggactagcaaaaagcaaaccgagcaagccaagcctgca
tcacgaagaagaccttcttcaaagagttgtacattacctgcagcctcagaatctgatgag
gaggaggtaactgcaaagagcagatctaggagggggagaggaagcacaaaaaaagcccag
aaagcgagcagcactccagaaatgcagaggcgccgtccacatggcaaactagatattgca
ccagtggaagttcttagatcgatcacagaggaacctgaatgcctattggatctcagcatt
gatgagctacgagcttctgatgcagaggaacagaaaccattaagagcagctagtagagca
caaaagtcctcaaaaaaggaaaaaatgggagattgtgaaattctaagaagagatgttgga
tcagagatgcagagctggatatctgttacaaaagaacaggaagctgatccaaacatattc
agcatgaaagggatttcatcctcactaccagctttattcagtgccgctgatctggaaccc
gtgtcatgccttctcaaagaagcattggagtctgtagcccattttcctccttgcgtcttg
tatgcaaaactgtgtcgacttcttgctctctgttgtggtggacaagacccctatatgaca
gcctttctgattagtgaatctgtttccataacactgagacaccagttgctcagtgacatt
catcgaaaactgaggaaactgaagaaggaaggcttaggagatgtatctgataagctacaa
tgtttgagtctcagtgatcacaaggacccccggattaaatacctttcacagctagaggct
ctctttcaatttccaaagcaatctatagaaatgcatgcattcaagaatcgtctgcaggaa
attcccgcaaacactgtagtgtgtttattcaccctggctgactcccatcaaagaagccct
ggtgatactctactactctgcagacttgaacaaggaaatgcgcctgttactgttcatata
ccaacagcccagttaaagttgtcccttagttcggccctgcaggagtttgatgacattcag
aagcagcagaaaatcatcaacaatttaacagataaaaaagaatggtgggaaggacgcaga
gctctggatggtcgcatgaaggttttaattcagtcacttgaagaacaggtcttggattgt
tggaaagtccttttgttacctccctgttcagcttctgctctgaatgaagaagcccagaca
cttttaaaggctcttactgcatgtggttggagaagtggcgatccaggacttttgaaggct
attctgcaaggctgccacctcttaaccacccaacaaatccagttttttgcccgggggttt
agtgcctctaggccagaacaagtccaggagctgcttaataaatccattgatagacttaaa
tctaaaattggacatacagaggggcatctggttctcatactggacaagcacctccagaag
ctgccctgggagtgtatgccctgcttgctgaccagatcagtcactcgtcttccatctctg
cacttcctgctcaactacaacctccttaaacagcaccagcctcagagcagccttgttcgc
ggtgtggatcctaaaaaaacattttatgtacttaatccccattcaaatctaccaggcaca
gaggagcgattcagggactggtttaaaaatgaacctggatggacaggtgttgttagatct
tctccaaagtctgaaatgctccagacagcactaaccacacaagatctctatatttatgtg
ggacatggagcaggtgcacatttcttggattcacagactttgcagcggttggactgtaat
gcagtagtgttgctgtttgggtgcagtagtgccgccttgtctgtcaggggagatctggaa
ggtgccggtttagtcttgaaatacttaatggctggctgccctacggtagttggtaactta
tgggatgtcacagaccgagagattgaccgttacacagtggcgttcttacaggattggttg
aaggcagggcctggtagccaacttctgaagtacttggcagagtcacgccaggctccaaag
ctcaagtatataattggtgcagctcctgtggcttatggcttacctgtggcccttcagtga
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integrated database retrieval system
