KEGG   Sinocyclocheilus anshuiensis: 107704832
Entry
107704832         CDS       T04917                                 
Name
(RefSeq) LOW QUALITY PROTEIN: thyroglobulin-like
  KO
K10809  thyroglobulin
Organism
sanh  Sinocyclocheilus anshuiensis
SSDB
Motif
Pfam: COesterase Thyroglobulin_1 Ephrin_rec_like BD-FAE
Other DBs
NCBI-GeneID: 107704832
NCBI-ProteinID: XP_016363342
Position
Unknown
AA seq 2672 aa
MTAEKESSCILENIQNMEEMKHLFVIVTLLNIFSLTCGKISEYQLETESLSQCEQLRAVS
SAKGHEHVPQCSEDGCFRHVQCNRGGGECWCVNGEGLEIPGSRQNKSMVYCLTTCQIQRQ
RAMQTEGITLVPVCLDXGEFEPMQCDASRGQCWCVDQEGMEIYGTRQNGKPSKCPGTCEV
RQRRLLHGIGESSPPQCSDDGGFLPVQCKFVNTTDRMIFDLLHTFNRDPEVFQTFSAFRK
AYPELSSYCFXADSHGREMPSTGVELLLDEVYDTAFSDQTAGSTFAQSNMYRILQRCYLA
VQLAVSGRFRCPTPCESQRAAATQVGNSFVPSCTDNGAYVPTQCPSGGQCWCVDAVGKEI
FGTRQYGVPNCSTGVKDCLSERRQALSRLFYGPAGDFSKSNVFSVSKDTLSFLGTCSPEF
QELLANSGLLQSLPELERPNVRDILAEVLQGMFPSGDLALKALAPNPKRLQENLFGGKFL
KNAGNFNFTGTVGNSGTLSFSQVFSQVGLTQAATDLMQLAKTFTDDSASFKLDQEISDTF
GRSVNLKSNRDMIKLVSMALENEQFLTVLREAIKQLKAEESTQLGQLFRAIFQKSDVCKS
VTSTSTPYMPQCTEDGRYQEVQCQGSECWCVDSRGLEITGSRITGSRPRCSSQCEKEHQM
AIAVKASSSAGSEVFIPKCGTDGAYVAHQCLGKSCFCVDRSGTKLGIQSSGSSLQCPTSC
QATATQQFLSTVRSVLSDPSSIIQLSEVYIPHCAYDGSWHQIQCDGPPEQAIEFYREWVR
IINSGQDLPVSEALGILQTYAGNSEAMASFRTFVSELFKAGHHRVFPVLERFEKISDIPS
DMLDGNVEAIYGPSVFLNPLSLWRLIRGEDSGYPGPLSDFSLPLGSFHVHQCWCVNPQGD
MLASSKAPIGQIPKCPDPCSMVQNRVSEFLKQAEELISASNSSHVPVGYGFLLAESVYLS
PEELEQTHSSKIPITQTLLRNPNLALRRLAAHSTLHFYWQSKLMADDKDRQSLMLGYQPY
IPQCDAYDQWLPNQCYQSTGQCWCVDEEGRYITGSLMSRSAPSQQCQTKCQRLQSHFLLS
DWTQTSSNITYTYSPSCEEDGEFSVLQKPGLGHSQGLCVSPITGQVIQPAITSLSGEPQC
PGWCSLQKTLALQREIGVGYEPQCVQDGQRFSPLQCDLSYCWCVSQSGKELPATRTLRST
GQTPACDIPECPLPFGDVSHGAVLCSTANVAGQQTQCCKLFCDQGYVNTLVASFLCDPQA
KNWLDDAPLSYACQKPQVLQIVQVSLQLKLSLAEGQQSCSTQNVQLQAALLRDMRATGLC
SLQLTLSGQTSSVAVCEDSSVSLECLNDKEVTARITFRARLSDLPITSLPDLHDIDMALS
EERMLKGVRELIQSGSYQSIFLYDGSLALSIPPSFSCMDGYKQLPQSTGCVVCPAGSFSS
GGACTPCLRDTFQAEEVQVLCSPCPLGTSTVAQGAFSASHCLTECQQSKLSCTKKGEFLS
AQKDPMSGRWLCVSPQGEQLSWTSSDAPVTVEECKEKKSCGILALQSKGFLGNDGAETFQ
TLNCVLKIKGDDPNLMVLRKKGHEFSTAGPKSFERLSFRKTGSGVYRMLVFDARGSTLAD
VHRFCVNSCSRENCCDGFILNQNVLDGGSIMCGLMSAPSVLQCSEADWDVGGVASSSRIC
GAGVQYSKQLKRFAFNFGGQDFTITDAALPASSKNKTGYQETLISFQRIYLWKESDMNTR
PKTPSACSGSAVVEDSKFALSDSVKETXNGDVKVDQERQLPSQLYWIFKHQYTFQEAQLX
CLKRCEEEEFCHVSDIRDEGPLYFACVLYPDTRVCGAYDKPLRQACSLVMTQSLQTAYQK
KVSLSGSVKSFYSRVTFKKMVSYSVRSRVSLSSKSITEGFFECERRCDEDSCCRGIGYVQ
DSGVPGSDVLCLTLNSLGIQTCGENDSTNWRIQDCFPSKVQTEAYPSGWYEKPVNQWIKN
PXECPPFSLRSPSKNADLKNWKQLDAASVKVDSSVSAFDIVHISSDIAEDLDKVREWCLS
ACAESESCSAVSIDSRESAMRCVMCPDTHTCLPTTSGPCCFLVIKEPAQSVYIRTGIQPD
LTSVSIPDHGTLLGESEVKPITGSDSKRVTYFLGVPYAHPPIGELRFSPPQPADWTSTWN
ATFSESSCLQPGDPTDSTSSKDCLYLNVFVASSVGKNAPVLVFFHNSGSGLLDGSYLAAV
GNIIVVTASFKVAAFGFLSVGSSALPGNYGLQDQAAALDWVQKNIALFGGDPTKVTVGAE
RNGADIASLHLTSPSASSLFHRALLMGGSVFSPAVVMSTSKAQAQTASLARELGCLASNT
SQLLTCLRSKPAQSINAAQTKLLAVSGPLQAWSPVVDGTVVQEKPSVALRSGRFHKVELL
LGSSIEDGLISRAKNIKNFEQLQGRTDSKTAFYAALSNSLGGDDANAFVKEAATWFYSLQ
HSPTPSGCNVFSRALENATRDLFIICPAVDMAEFWAADTRSSVHMYHLPEDAAYNSVVLS
APMDVQYLFGVPLASETRDLFSTKERTLTLQIMNYMANFLKSGNPNLPLAASRTSFSKFL
PPWPQFMPHPGGRGYKELSFTLNNRKNLQSPQCSFWSQYVPALITSTAKFSCETSVGDSG
GIQSPTQEPKSIPDPSFSRTPSKPKSEKDAYN
NT seq 8019 nt   +upstreamnt  +downstreamnt
atgactgctgaaaaggagagttcttgcatcctagagaatattcagaacatggaagagatg
aaacacctttttgtaattgtcacactgcttaacatcttctccttgacatgtggaaagatt
tcagagtaccagctggagaccgagagtctgagtcaatgtgaacagctcagggctgtcagt
tcagcgaagggacatgagcacgtcccccagtgctctgaggacggctgctttaggcatgtt
cagtgtaatcgtggaggtggggaatgttggtgtgtgaatggagaaggacttgagatacct
gggagtcggcaaaataaatccatggtttattgtttaaccacatgccagatccagagacag
cgggcaatgcaaactgaaggcatcaccctggtgccagtatgtttggactgaggtgagttc
gagccaatgcagtgtgatgcatcccgtggccagtgctggtgcgtggaccaagaaggcatg
gagatctatggaaccaggcagaacggaaagccctcaaagtgtcctggtacttgtgaggtg
agacagcggcgactccttcatggtatcggcgaatcatctccccctcagtgttcagatgat
gggggcttcttacctgtgcagtgcaagtttgtcaacaccactgacagaatgatatttgac
ctgttacacacctttaacagagacccagaggtgttccagaccttcagtgctttcagaaag
gcctacccagagctctctagttattgtttctgagcggatagtcatggaagagagatgcca
agcacaggtgtggagctgctgttggatgaggtgtacgacacagcattttcagaccagact
gcaggaagtacatttgcacagtcaaacatgtatcgaatcctacagcgctgctaccttgcc
gtccagctggctgtgagcgggagatttagatgtccaaccccatgtgagagccaacgggct
gcagctactcaggttggcaattcttttgtaccctcctgtactgataacggagcatatgtg
ccaacccagtgtccgtccggtggccagtgttggtgtgtggatgctgttggaaaagagatc
tttggcacacgccagtatggagtaccaaattgtagcactggagtgaaagactgcctgtct
gagaggagacaagccctctccaggcttttttatggcccagctggagacttcagcaagagc
aacgtgttctctgtttccaaagacaccctctcttttcttggtacttgcagtcctgaattc
caggagcttttggccaactctggtcttcttcagtcattgccagagctggagcgtccaaat
gtcagagacatcctggcagaggtcctccaagggatgtttccctctggagatcttgccctg
aaagctcttgccccgaatcccaagagactccaggagaatctctttggaggaaaattccta
aagaatgctggcaatttcaacttcaccggcactgttggaaacagtggtacattgagtttc
agtcaagttttcagtcaagttggtttgacgcaagctgcgaccgacttgatgcagttggcc
aagacctttacagatgactctgccagttttaaactagaccaagagatctctgatacattt
ggacgttcggtgaacctgaaaagcaatagagatatgattaaacttgtttcaatggctctt
gagaatgagcaatttctcactgttcttcgagaagcaatcaaacagttgaaggcagaagaa
agcacgcagttgggtcaactgtttcgtgccattttccagaaatcagatgtttgcaagtct
gtgacttccacctcaactccatacatgccccagtgcactgaggatgggcgataccaggaa
gttcaatgtcagggctcagagtgttggtgtgtggactctcgtggtctggaaataacaggt
tctcgcatcactgggtccagaccgagatgctcatcccagtgtgagaaagaacatcagatg
gcgattgcagtcaaagccagcagttctgcaggatcagaggtcttcattcctaaatgtggg
actgatggtgcttacgttgcacatcagtgccttggcaaaagttgtttctgtgtggaccgt
tctggaacgaaactcggcattcagagctcaggaagctctcttcaatgtccaacaagctgc
caggcaacagccacccagcaattcctgtctacagtgcgctctgttctctctgatccatct
tcaataatccagctttctgaagtgtacatccctcattgtgcttatgatggcagctggcat
cagatccagtgtgatgggcctccagaacaagcaattgagttctaccgtgagtgggttcgg
atcataaattccggacaagacctgcctgtttcagaagctcttggaattctgcaaacctat
gcaggaaactcagaagcaatggcatcattcagaacatttgtatctgaattgttcaaagct
gggcaccaccgagtgttccctgtcctggagagatttgagaagatctctgatattccatct
gacatgttagatgggaacgtcgaggccatttacggaccatctgtttttctgaacccatta
tctttatggagactgatcagaggagaggattctggttatccaggcccactgtcagatttc
agtcttcctcttgggagctttcacgtacatcagtgctggtgcgttaaccctcaaggagac
atgctagcaagtagcaaggctcctattggacaaatccccaaatgtccagatccatgctct
atggttcaaaaccgggtctctgagttcctgaagcaagctgaagagctgatctctgcttca
aacagctcgcatgtgcctgtgggttacggttttctcctggcagagagtgtctatttgagc
cctgaggagctggagcagacacactcctcaaagatccccatcactcagactctgctgagg
aaccccaacttggcgctgagacgactcgcagctcattccaccctacatttctactggcag
agcaaactgatggccgatgacaaagacaggcagagtttaatgctgggataccaaccctac
atcccacagtgtgacgcttatgaccagtggctacccaatcagtgctaccaaagcacaggt
cagtgttggtgtgttgatgaggagggaagatacatcacaggctctctgatgtctcgttct
gcaccctctcagcagtgccaaactaaatgccaaaggctacaaagtcacttcctgctctct
gattggacacaaacaagctctaatatcacttacacgtacagcccatcatgtgaggaggac
ggcgagttttcggtactccagaagcccggtttaggccattcacagggattgtgtgtgagt
ccaataactggacaagtcatccaacctgccatcaccagtctttctggagaaccgcagtgt
ccaggttggtgttctctacagaagactctggcattgcagagagagatcggtgtgggctat
gagcctcagtgtgtgcaggacgggcagagattctcacccctgcagtgtgacctgtcctac
tgttggtgtgtttctcaaagcggaaaggaactgccagcgacacgcaccctccgcagcaca
ggacaaaccccagcctgcgacattcctgagtgtcctcttccatttggagatgtttcccat
ggtgctgttctgtgtagcactgcgaatgttgcgggtcagcagacgcagtgctgtaagctg
ttctgtgaccaaggttatgtcaacacccttgtcgccagcttcctgtgtgatccccaggcc
aaaaactggcttgatgatgctccactatcctacgcctgtcaaaagcctcaggttttacag
atagtgcaggtgtccttacagctgaagctgtccctggctgagggtcaacagagttgcagc
acccaaaatgttcagctacaggctgctttactgcgagacatgagagctacaggcctctgc
agcctacagctgaccttatctggccagaccagctctgttgcagtctgtgaagactcatct
gtgtctcttgagtgtttgaatgacaaggaagtcactgcacgcatcacctttagggccaga
ctctccgacctgccaataacatctctccctgatctccatgacattgatatggcacttagc
gaggagaggatgttaaagggcgtgagggaattaatccaaagtgggtcataccagtccatc
ttcctctatgacggttctctcgctctttctattcctccctcatttagctgcatggatggc
tataagcagctcccacaatccactgggtgtgtagtgtgtccagctggttctttttctagt
ggtggtgcgtgtactccgtgtctgcgtgatacttttcaagcggaagaagtgcaggtcttg
tgttctccctgccccttgggaacatccactgtggcccagggagcctttagtgcttctcat
tgtcttactgagtgccagcagagtaaactgagttgtacaaaaaaaggtgaattcctgtca
gcccagaaggaccccatgtctggcagatggttgtgtgtctctccacagggggagcaactt
tcttggacatcttctgatgctccagtgacagttgaagagtgcaaagaaaaaaagtcttgc
ggtattttggcattacagagcaaggggtttctgggaaatgatggtgctgagacgttccag
actctcaactgtgttctgaaaataaaaggagatgatcccaatctgatggtgctgagaaag
aaaggtcatgaattcagcacagcaggcccgaagagttttgagaggctgagtttccgaaag
accggttctggagtgtatcggatgcttgtgtttgatgcacgtggatccactctggcagac
gtccatcgcttctgcgtcaactcttgcagtcgtgagaactgctgtgatggattcatcctt
aaccagaatgtcctcgatggaggctctatcatgtgtgggctcatgagcgctccttcagtg
ctgcagtgcagtgaggcagactgggacgtggggggtgtggcctcctccagccgcatctgt
ggtgctggtgtccaatacagcaaacaactgaaacgtttcgctttcaactttggtggacag
gacttcaccatcactgatgcagccttaccggcatccagcaaaaataaaactggctaccag
gaaactctcatcagcttccaacgcatctacctctggaaagagtctgatatgaacacacgt
ccaaaaaccccctctgcttgcagtggatcagctgttgtagaagattccaaatttgctctt
tctgactccgtaaaggagacanncaacggtgatgttaaagtcgaccaagagaggcaactt
cccagtcagctttactggatctttaaacaccaatacactttccaggaggcacagctgtag
tgtctgaaacgctgcgaagaagaagaattctgtcatgtgtctgatattcgtgatgaaggc
cctctgtattttgcatgtgtattgtatcctgacacgcgtgtatgtggggcatatgacaaa
cccctcaggcaggcatgcagtttagtgatgacacagagtcttcagactgcataccagaag
aaagtttctctgtctggaagtgtgaagagcttttacagccgtgttacttttaagaagatg
gtgtcctactctgtacgcagtcgagtcagtctgtccagtaaatctatcacagaagggttt
tttgagtgtgagaggcgatgtgatgaagattcatgctgccgtggcataggatatgttcaa
gattcaggagtacctggatcagatgtgttgtgtctaactctgaatagtctgggtatccag
acgtgtggtgagaatgacagcactaactggaggattcaggactgcttcccatccaaagtg
cagactgaagcctatccctccggctggtatgaaaagccggttaaccaatggataaagaat
ccannagaatgtccaccatttagtctccgctctccatcaaagaatgctgatttgaagaac
tggaagcagttggatgccgcctctgtcaaggtggattcgtctgtttcagcttttgacatt
gtccacataagcagcgatatagcagaggatctggataaagtcagagagtggtgtctgtct
gcttgtgcggaaagtgagtcctgttcagctgtgtccatcgatagcagagagtcagccatg
agatgtgtgatgtgtccagacacacacacctgccttcctacgaccagcggaccatgctgc
ttcctagtcatcaaagagcctgctcaatctgtttacatcaggacaggtatacagccagac
ttgacttctgtttccatccctgatcacggcacacttctcggggagagtgaggtgaaaccc
ataactggctcagatagcaagcgtgtgacctacttcctgggtgtcccttatgctcatcca
ccaatcggagagctccgtttcagccctccacagccagctgactggactagtacctggaat
gccacgttttctgaatccagctgtcttcagcctggcgatcccactgactccacctccagc
aaagactgtctgtacctcaatgtatttgttgctagtagtgtgggaaagaatgctccggtt
ctggtgttcttccacaactctggatcgggtctcttagatggctcttacctcgctgctgtt
ggcaacataatagtagtgacagccagtttcaaggtggctgctttcggtttcctaagtgta
ggttccagtgctctgccggggaattatgggttgcaggaccaggcagctgctctggattgg
gttcagaagaacattgctctgtttggaggagaccccactaaagtcacagtaggagcagag
agaaacggagccgacattgcgagtcttcatctcacctcaccgtcagcttcatcacttttc
caccgtgctttattaatgggtggatcggtgttttctccagctgttgtaatgagtacatct
aaagcccaggcgcaaactgcatctctggctagggaacttggctgcttggcctctaatact
tcacagctgctgacctgcctaaggagtaaaccggctcagagcatcaacgctgcccagacc
aagttgttagcagtgagtggtcctctgcaggcctggtcaccggtggttgatggaactgta
gttcaggaaaagccttcagtggcccttcggtccggacgcttccacaaagttgaattactt
ctggggtcatccattgaagacggcctcatcagcagagccaagaacattaagaatttcgag
cagcttcagggaaggactgacagcaagacagcattttacgcagccctgtctaactctttg
ggtggagatgatgctaatgctttcgtgaaggaggccgcgacctggttctactctttacag
cactcccccacaccctcaggatgcaatgtgttctctcgcgcactggaaaatgctacaaga
gatctcttcatcatctgtccagctgtggacatggctgaattctgggcagccgacacacga
tccagtgttcacatgtaccaccttcctgaggacgctgcgtacaacagtgttgtcctgtca
gctccgatggatgtgcagtacctctttggagttcctcttgcctcagaaacacgtgacctc
ttcagcaccaaagagagaacacttaccttgcagatcatgaactacatggcaaacttccta
aagtctggcaaccccaacctgcctcttgcagcatctaggacgtccttcagtaagttctta
cccccatggcctcagttcatgcctcacccgggtggacggggctataaggaactgtccttt
actctcaataaccgcaagaacctccagagtcctcagtgttccttctggtctcaatatgtg
ccagctctgatcacctctaccgccaaattctcctgtgagacatcagtgggagattctgga
ggtattcaaagtccaacccaagagccaaagtcaatcccagaccccagcttctctcggact
ccaagcaaacctaaatctgagaaagatgcttacaattag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (11)   

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