Xiphophorus maculatus (southern platyfish): 111612271
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Entry
111612271 CDS
T02923
Name
(RefSeq) uncharacterized abhydrolase domain-containing protein DDB_G0269086-like
Organism
xma
Xiphophorus maculatus (southern platyfish)
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Paralog
Gene cluster
GFIT
Motif
Pfam:
Asp-B-Hydro_N
Motif
Other DBs
NCBI-GeneID:
111612271
NCBI-ProteinID:
XP_023208861
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All DBs
Position
19:16787106..16798357
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AA seq
1353 aa
AA seq
DB search
MAEGAKSPSASAAGGSSRAAQTSSLKSKALEVVRKVKVSVELLIALAALLSWVVVGVVMF
DFVEYKAVPDVRQIITDPVQAVNDAADEVSSLLNKFQECAPDLSSPSSAASYAAEEVIEA
KDAFVRYFSDEEGTFYPSYIDPVVIGRRAFHSTNDFVYGVVGSFRDSLCATVDTVTDAVL
DTRKGKLDLSYIDPVIIGRGFFSVINNFVSEVGAFIQNLLCLLVDSTLDVVKGTTDISFI
DPVVFGRTFFNVINDTVGGITGYVQDILCAILDTILDVSKGTIDISYADPVVLGRKFFNT
INDAVNGIVGCIQDILCALLDIILDISKGTIDISFIDPVVIGRNIFPILDEFVNNITGHV
QNVLCVILDVVLDTVKDLQEAVGFRPLSALQTTAEIIKEHINIVMSYLSTTLIGEQAIIP
EVSVDPMKVVEDAVLEFTDKKDLFLGYMSSMLGGDQGEPVSPPAVNVVTEKDEAVVSPSD
ITLVRKKGEFLPPPEKVAEMMRAAEDEAASAAEEAEAEEAAGAADEAGVTKAEEDEVKQT
EDIQLETLLKEQIIDVGIEEETTVEEEKTADEVKPKEDPEQLAHEEKPEVEDKTLKTGPE
QEEGEVKIEDILLEEEEEETPTTEGELEEQEEEEKTKIEATVEDKGEEGEEEPETFEVLV
ERKEETEEKEELGEIKTEGREQDQEEKEDSTAEEKLIDSEGEDDKAQYEAGDEDLEKQSL
ARQPELLLSKTPVNDSGVSESGEQEEEKVGTSPDYKNEDYAELKHDHDENNNSESKKAKP
EEKRKTHVPFERMKKADYKVSPKEPAGQYETEHKEKERETTTTAEDKQILKEQIQVQIHT
EEKKSHTEEIKVKTTPKEEIKAEKPPKEETKVEKPPKEKVKAEKPPKEETKVEKRPKEKI
EIEKPPKEKSEVGKPQKEKLKVDKPPKEKVKEEKPPKEKIKVEKPPKEKPKVKKPPKEKV
KEEKPPKEKVKVEKPPKEERKVRKPPKEKLKVEKPPKEKSKVEKPPKEETKAEKPLKEKI
KVEKPHKEKAKVEKPPKEETKVEKLPKDKIEVEKPPKEKSEVGKPEKEKLKVDKPPKEKV
KKEKPPKQKVKVEKPPKEETKVEKPPEEKVKVEKPPKEKLKVEKPLRERVKAEKALKEKV
KVEKPPKEKVKVEEPPKTETKVEKPPEEKVKVEKPPKEETKVEKLPEEKVKVEKPPKEKL
KVEKPLVEETKVEKLRKEGIKVEKPLRERVKAEKALKEKVKVEEPPKKQTKVEKPLEEKV
KVEKAPKEETKVEKTPKEILKVEKPPEEKVKVERTPKKETKVEKAPKEKEKVEKPPKEKV
KVEKPRKEKVKVEKPPKEETKVEKAPKEKTKVE
NT seq
4059 nt
NT seq
+upstream
nt +downstream
nt
atggctgaaggagccaaatccccctcggcgagtgcagccgggggctccagcagagcagca
cagacaagctctctcaaatcaaaagctttggaggtcgtcagaaaggtgaaagtgtctgtg
gagctgctgatcgccctggctgctctcctgtcctgggtggtagtaggtgtggtgatgttt
gactttgtcgaatacaaagcagtaccagatgtacgccaaatcattacggacccagttcaa
gctgtaaacgatgctgcagacgaggtgtccagtctgctaaataagttccaagaatgtgct
cctgatttaagtagcccctcgtctgctgcgtcttacgctgctgaagaggttatagaagca
aaagatgcatttgttcgatacttttcagatgaagaaggaaccttttatccaagctacatc
gatcccgtggtcattggaagaagagctttccactcaaccaatgactttgtgtatggagtg
gttggctccttcagggattcactgtgtgctactgtggatactgtaacggatgcagttttg
gatacaagaaaaggaaaacttgatctcagctacattgaccctgtgataattggcagaggg
ttcttcagtgttattaataactttgtttccgaagtgggggccttcattcagaatttgctc
tgcctcctagtggactccacattggatgtagtgaaaggaaccactgacattagcttcatc
gatcctgtggtatttggcaggacatttttcaatgttataaatgacactgttggtggaata
acgggctacgtccaggacatactgtgtgccatcttagacaccatattggatgtatctaaa
ggaacaatagacatcagctacgccgaccccgtggtcctgggcaggaaattcttcaatacc
attaatgatgctgtgaatggaatagtgggctgcattcaggacatactttgtgctttatta
gacatcatattagacatctctaagggaaccattgacatcagctttattgaccctgtggtg
atcggcagaaatatcttccctattcttgatgaatttgtgaataacatcacaggacacgtc
cagaatgtgctttgtgtgatcttggatgtggtactggacacagtgaaagacctccaagag
gctgtgggattcaggcccttatcagctcttcagacaacagcagaaatcattaaagaacat
atcaacattgttatgagctacctctctacaacgctgataggtgaacaagcgatcattccg
gaagtttccgttgacccgatgaaagttgttgaggatgcggtactggaatttaccgacaag
aaggatttgttcttgggctacatgtcaagtatgcttggtggtgatcaaggtgaacctgtc
agtcctccggctgtaaatgttgtcactgaaaaagatgaagctgttgtttctccatctgat
atcactctggtgagaaagaaaggggagtttctacctccacctgaaaaagttgcagagatg
atgcgtgccgccgaagatgaagctgcctctgctgcagaggaggctgaggctgaagaggcc
gctggagctgccgatgaagcaggagtgaccaaagcagaggaagatgaggtgaaacaaacc
gaagacatccaacttgagactttgctgaaagagcaaatcatagatgttggaattgaggag
gaaacaacggtagaggaagaaaagacggcggatgaggttaaaccaaaggaagatccagaa
caactggcacatgaggaaaaacctgaggtggaagacaagactttaaaaacaggaccagaa
caagaggagggagaagttaaaatagaagacatcttgctagaagaagaagaagaggagacg
ccaacaacagagggagagttagaagaacaggaggaggaggaaaaaacaaaaattgaagca
acagtagaagataaaggcgaggaaggagaggaggaacctgaaacttttgaggttttggta
gagagaaaggaagagactgaggagaaggaagaattaggagaaataaaaactgaaggcagg
gaacaagatcaggaggaaaaggaggactccacagctgaagagaaactgattgacagtgag
ggggaagacgacaaagcacagtatgaagctggtgatgaagatttggaaaaacagtcatta
gctcgacaaccagaacttctgctttccaaaactcctgttaatgactctggtgtatccgag
tcaggcgaacaggaagaggaaaaagtaggaacatctcctgattacaaaaacgaagattat
gcagaactaaagcatgaccacgatgaaaataataacagcgagagcaaaaaggcaaaacct
gaagaaaagaggaagactcatgttccctttgagaggatgaagaaagctgactacaaagta
tcaccaaaagaacccgctggccaatatgagacagaacacaaggaaaaagaaagggaaact
actactaccgcagaagacaagcaaattctgaaagaacaaatacaagtacaaatacataca
gaagaaaagaaatctcacacagaagaaataaaggtcaagacaacgccaaaagaagaaata
aaagcagagaagcctcccaaagaggaaacaaaagtcgaaaagcctccaaaggaaaaggta
aaggcagagaagcctcccaaagaagaaacaaaagtcgagaaacgtcccaaagaaaaaatt
gaaattgaaaaacctccaaaggaaaaatcagaagtcgggaaacctcaaaaagaaaaacta
aaagtcgataagcctccaaaggaaaaagtaaaggaggagaagcctcccaaagaaaagata
aaagtagagaagccaccaaaagaaaaaccaaaagtcaagaaacctccaaaggaaaaagta
aaggaggagaaacctcctaaagaaaaggtaaaagttgagaaacctcctaaagaagaaaga
aaagtcaggaaacctccaaaagaaaaactaaaagtggaaaagcctccaaaagaaaagtca
aaagtcgagaaacctcctaaagaagaaacaaaagctgagaaacctttgaaagaaaaaata
aaagtcgaaaagcctcacaaagaaaaggcaaaagttgagaaacctccaaaagaggaaaca
aaagttgagaaacttcccaaagacaaaattgaagtcgagaaacctccaaaggaaaaatca
gaagtcgggaaacctgaaaaagaaaaactaaaagttgataagcctccaaaggaaaaagta
aagaaggagaagcctcccaaacagaaggtaaaagtcgagaaacctccgaaagaagaaaca
aaggttgagaaacctccagaggaaaaagtaaaagttgagaaacccccaaaagaaaaacta
aaagtcgagaaacctctaagagaaagagtaaaggcggagaaggctctcaaagaaaaagta
aaagttgagaaacctcccaaagaaaaagtaaaagtggaggagcctcccaaaacagaaaca
aaagttgagaaacctccagaggaaaaagtaaaagttgagaaacctcctaaagaagaaaca
aaagttgagaaacttccagaggaaaaagtaaaagttgagaaacctccaaaagaaaaacta
aaagtcgagaaacctctcgtagaagaaacaaaagttgagaaacttcggaaagagggaata
aaagtcgagaaacctctaagagaaagagtaaaggcagagaaggctctcaaagaaaaagta
aaagtggaggagcctcccaaaaaacaaacaaaagtcgagaaacctcttgaggaaaaagta
aaagtcgagaaagctcccaaagaagaaacaaaagttgagaaaactcctaaagaaatacta
aaagttgagaaacctccagaggaaaaagtaaaagtcgagagaactcctaaaaaagaaaca
aaagtcgagaaagctccaaaagaaaaggaaaaagtcgagaaacctcctaaggaaaaagta
aaagttgagaaacctcgaaaagaaaaagtaaaagttgagaaacctcccaaagaagaaaca
aaagttgagaaagctcccaaagaaaaaacaaaagtcgaa
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