KEGG   Xiphophorus couchianus (Monterrey platyfish): 114159797
Entry
114159797         CDS       T05908                                 
Name
(RefSeq) uncharacterized protein LOC114159797
Organism
xco  Xiphophorus couchianus (Monterrey platyfish)
SSDB
Motif
Pfam: Asparaginase_2 Carn_acyltransf tRNA-synt_2 HIT tRNA-synt_2d
Other DBs
NCBI-GeneID: 114159797
NCBI-ProteinID: XP_027897777
Position
16:complement(18322152..18330534)
AA seq 1577 aa
MTLLNYPVPELDATLREVSRVLQLTLSPDLYLEFKSTLEQQRNALEEAQRKLEATATGQE
NWVTEQFKRGLLSCADPLPTSTALPVVLLPSKVKGCSQLGRAAALLWAAAKLYSEPVLLE
GDVPMEHTQQSEVFAASRIPGKSRDEIKVYPDSLHAIITCAGGAFPVDILWRPSTGGPVS
ARSFTDIYKQLAQVMDLPKAGEQKDPSLICSLSTLERKSWASLREEILKQGGDVQKSLEL
MESAVLTLCLEDSDAPSEMADVLNAVRLGGGGDTPCLRHYDKVLNLVVFKDSTAGMVFEH
SAVDGMVASLVTERVYHLSETVDLNLVNNDLEDMTKPETTDTVHSACPKALVFPFEGNLQ
QNPVLTTDNLVLTFDLPSYPDVFSTFRGQRGLYDAWVNFSLQLSLWQTLGESAAKHMLVT
PTHMRHYKHGRCDPTYSLTMHSRKLVNTLGSCIRPDNTIHYTKDLLQLFHFAFLEHKSLI
RSTKTGQGVGPHLAALRRSLPSDNPLRKFLDPFGCPSVYLTGSDMMEGVECGVGNAYAQD
QLAVTYLGKKDKVRLVLNGKGTFAVALKKLQENFKMSLKLLMLLAVRYAITSQMGALDCL
FKQQKTEQMLQCQENVEKGKGAIDPVSGMSSDYILVIHGGAGEESMLNSKVTEMIEFALQ
TALTLGAQILEQGGSSLDAVQRSVEALEDCFLFNAGRGSVFNKDGKNELEATIVDGSQMR
SGSVACVKSVKNPIKAARCVMEKSSHALIVGEGAEEFLQGLKDKEKPVGPEYFYTDIRHK
ELLSKISGGNASKNNHPQTVGAVAFDRWNTLAAATSTGGLVGKLKGRVGDTAVVGAGIYA
DDKVAITCSGDGDVFLRSSVAEKIASLYHNKGYSLRQACKEVIGQNLKDVCAGIIAVDKK
GDAVIETNAGVMFVASTSGGISRVEVLKPMKNYINVIWETKELVAYLNPNPWTPGSTILA
RKTLSGANSIFQLPTPDFVTMLQGAKTVSNLLCERLGVQRCALIFNPIPDKPAQIRLLPL
YGLEPKWQPHLAKEEEFHSYDTGFCNSKSGPRWNDEALTQVQAKIRNALPTPNAPFCFDY
FGDPSSDNLFSRIVRGEQQQWRVWEDSEHVAFLTPYPNRPGLTVVVPRKPLSSDIFSLDN
PDYKTLLLATYKVAQLLQEGMKASSVAMIFEGFEIDHAHVKLVPLLPSPNRTKAAELQPE
FFQTYPGFVSSLDGPPAGAESLKNTHLKITQCRPPNSWKDPQLHSTLAMKSQWYRNLFQI
QNTLFHSTVEYFHNSCQYSYALTPLTTDTISSPMGLGSDSEPVSVSLLGQDVYLADSMQF
VLEYFLRFQENLPGTYYISPSFRGEDPDTTHLNQFYHVECELVGDMDNAISIAEGYLVHL
TKSMLKNHSDIIQNSAGTLAHVTEILSKMEGKTALPRIPLAQAISMMPSADCLEWVQDGQ
PLFGRKLTRKGEHVLIEKFGGAVWLTEMDHLGVPFYQAYMEGTGRSKAKAADLLLGLGET
VGLGERHPTPEVVREALRHHAVPEESYKWYISMRKVKPLLTSGWGMGTERYLCWLLQHDD
VRDLHIIPRMKGIKYMP
NT seq 4734 nt   +upstreamnt  +downstreamnt
atgacgcttctcaactacccagttccagagttggacgctacactgcgagaagtgagccgt
gttctgcagctcacgctaagcccagatctttaccttgagttcaaaagcaccctggaacag
cagaggaatgccctggaagaggcccagaggaaattagaggccactgcaacaggccaggag
aactgggtgacagagcagttcaagaggggtttgctttcttgtgctgaccccctgcctact
tcaacggccctccctgttgttcttcttccatctaaagttaagggatgctctcagcttggg
agggcagctgctctgctctgggcagcagcaaagctgtacagtgaacccgttttactggag
ggcgatgttcctatggaacacactcagcagtctgaagtgttcgccgccagccgtattcct
ggcaagagccgagatgaaattaaggtctatccagatagcctccatgccatcatcacctgt
gccggtggagcattccccgttgacatactctggcgtcccagcaccggtggaccagtttct
gcacggtcctttacagacatctacaagcaactggcccaggtgatggatctgcccaaagct
ggggaacaaaaagatccctctctcatctgcagcctctcaactctggagcgcaagtcctgg
gcttccctcagagaagagattctcaagcaaggaggtgatgtgcaaaaatcactcgagctc
atggagagcgccgtccttacactctgtctggaagatagtgacgccccctctgaaatggct
gacgtcctcaatgcagtgaggctgggaggaggaggagacactccatgtctgagacattat
gacaaggtcctgaaccttgttgtgttcaaagacagcacggctgggatggtgttcgaacac
agcgctgtggatggaatggtagcttctcttgtgactgaacgtgtataccatctgtctgag
actgttgatttaaaccttgtcaataatgacttagaagacatgaccaagcctgagacaaca
gacactgttcattctgcatgtccaaaagccctagtgttcccctttgaagggaacctccaa
cagaaccctgtattgacaacagacaatctagttctcacttttgatctaccctcatatcct
gatgtgttttctacttttagagggcagaggggcttgtatgatgcttgggtcaatttttct
ttgcagctctccctttggcagactcttggggagtctgctgccaaacatatgcttgtcaca
cctacacatatgcggcactacaaacatggtcgttgtgatcccacgtactctctcacaatg
cactcccggaagttagttaataccttgggatcttgcatccgtcctgataacaccatccac
tacactaaagacttactgcagctgttccattttgcttttttagagcacaagagccttatc
cgaagcaccaaaactggccaaggtgttggtccacacctggctgctctgcgccggtcttta
ccatctgacaatccattaaggaaattcctggatccctttggttgtccatctgtatacctt
acaggttctgacatgatggaaggtgtagagtgtggagtagggaatgcttatgcacaagac
caacttgctgtaacctaccttggaaagaaagataaggtgcgacttgtgctgaatggaaag
gggacatttgctgttgctctgaagaagcttcaagaaaacttcaagatgagcttgaagttg
ttgatgcttttagctgttaggtatgccatcacaagccaaatgggggcactagattgcctg
ttcaaacaacaaaaaacagagcagatgcttcaatgccaagagaatgtagaaaagggcaaa
ggtgctattgaccctgtatctggcatgagctctgactacattcttgtgattcatggtggt
gctggagaggagagtatgctgaacagcaaagtgacagagatgattgagtttgcactgcaa
acagctttaacccttggggcccaaattcttgaacaaggtggcagtagtctggatgctgtt
cagaggtctgtggaagctttggaagactgctttttgtttaacgcaggtagaggttcagtt
ttcaacaaagatggcaaaaatgaactggaagccaccattgtagatggaagtcaaatgaga
tcaggatctgttgcttgtgtgaagagtgtaaaaaaccctatcaaagcagccagatgtgta
atggagaagagctcacatgcactgattgttggggaaggagctgaagagtttctgcaaggg
ctgaaggacaaagagaagccagttgggccagagtatttttacactgatatacgtcacaaa
gagttactctcaaaaatcagtggtggaaatgcctcaaaaaacaaccaccctcagacagtt
ggagctgtggcctttgatcgttggaacacattggcagctgctacctcaacaggtgggttg
gtggggaaattaaaaggacgagtaggggatactgcagtagtaggagcagggatatatgca
gatgacaaggtagcaattacttgttctggagacggcgatgtctttttaaggagcagtgtg
gcagagaaaatagccagtctataccacaacaaaggctatagccttagacaggcctgcaaa
gaagtgataggccaaaatctgaaagatgtgtgtgctggtatcattgctgtggacaaaaag
ggtgatgctgtcattgaaacaaatgctggtgtgatgtttgtggcctcaactagtggtggc
atttccagggtagaagttctcaagccgatgaagaactacatcaatgtgatctgggaaaca
aaagagctggttgcttacctgaacccaaacccttggactcctgggtcaaccattctggct
agaaaaactctgagtggggctaacagtatctttcagttgcccacacctgactttgtaact
atgttacaaggtgcaaaaacagtatcaaacttgctatgtgagcgactgggagtacaacgt
tgtgccttgatttttaatccaatacctgataaaccagcacaaattagattactgccactt
tatggattagaaccaaagtggcaacctcatcttgccaaagaagaggagttccacagttat
gatacaggcttctgtaactcaaaaagtggcccacgctggaatgatgaggcactgactcaa
gttcaagccaaaatcagaaatgcgctgcctacacctaatgcaccattttgttttgattac
tttggtgacccttccagtgataacctgtttagccgcattgtacggggagaacagcaacaa
tggagagtgtgggaagacagtgagcatgttgctttccttacaccatacccaaatagaccc
ggtctaactgttgtggtaccacgcaagcctctgtccagtgacattttcagtctagacaat
ccagactacaaaactctcctcttggccacatataaagttgctcaactgctgcaggaagga
atgaaggcttcaagcgttgcaatgatctttgaggggtttgagatcgaccatgctcatgtc
aagctggtgcctctgctaccttcaccaaataggacaaaagctgccgagctacaaccagaa
ttcttccaaacctatcctggatttgtgtcatccttggatggcccaccagctggtgctgaa
tctctcaaaaacacacacttgaaaatcacccagtgcagacctcctaattcatggaaagat
cctcaacttcactccactctggccatgaaaagccagtggtatcgcaacttgttccaaatt
caaaacactttgttccacagcacagtggaatatttccacaattcctgtcagtactcttat
gctctgacccctctcaccacagacaccatatcttcaccaatgggcctgggatccgactca
gagccagtgtctgtaagtctgcttggtcaagatgtgtacctggctgactcaatgcagttt
gttcttgaatacttccttcgctttcaggagaacctacccggaacctactacatatctcca
agctttagaggggaagatccagacaccacacacttgaatcagttctaccatgtagagtgt
gaattggtaggggacatggacaatgccatttccattgcagagggatacttggttcacctc
accaagtctatgttaaaaaatcactctgacataatccagaactctgctggaaccttagca
cacgtgacagaaatcctgagcaaaatggaaggaaaaactgctcttccgagaatccccctg
gctcaagccatttccatgatgccctctgcagactgcttagagtgggtgcaagatggccaa
cccctctttggtaggaagctaactcgcaaaggagagcacgttttaatagagaaatttggt
ggtgctgtatggctaactgagatggaccacctgggcgttcccttctaccaggcatacatg
gagggcacaggacggtccaaagccaaagcagcagaccttttgctggggcttggtgagact
gttggtcttggtgaacgccaccccacccctgaggtggtacgagaagctctcaggcaccat
gcagtaccagaagagtcttacaaatggtacattagcatgcgcaaagtgaaacctctcctc
accagtggatggggcatggggacagagcgctatttgtgttggctgcttcagcacgatgac
gttagagatctgcatattataccaaggatgaaaggaataaagtacatgccctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (10)   

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