KEGG   Anser cygnoides domesticus (swan goose): 106046352
Entry
106046352         CDS       T04896                                 
Symbol
TG
Name
(RefSeq) thyroglobulin isoform X1
  KO
K10809  thyroglobulin
Organism
acyg  Anser cygnoides domesticus (swan goose)
SSDB
Motif
Pfam: Thyroglobulin_1 COesterase Ephrin_rec_like Abhydrolase_3
Other DBs
NCBI-GeneID: 106046352
NCBI-ProteinID: XP_047905678
Position
Unknown
AA seq 2747 aa
MLSEYQTDSQPLRPCELQREKAFAGGDTYVPQCSENGQFRTVQCSRNGLSCWCVDENGVE
VPGSKQDGYPISCLSFCQLQKQRILVSRYINSSSISYIPQCTDSGAFDVVQCDTELGQCW
CVDLEGMEIYGTRQSGKPTECPGTCEIRDRRILHGVGEKSPPQCSADGEFLPVQCKFVNT
TDMMFFDLVHHYNRLPAAFQTFSSLRETFPEVSGYCYCSDSLGRELADTGLELLFDEVYD
TIFSALEPARTFAETSIYRILQRRFLGVQLATSGRFRCPSKCEVERYAAVRYQHAYVPSC
DPDGGYTPVQCQQGGQCWCVDTKGREVQGTKRRGQPPACGEEQICISERRRALSRIFYGP
AGYFSQPDLFSTPDVQSEKIAGYSRPCSPFFEELFQVSGLSSPVMQSPYANQIPGLESIL
SEAIRGIFPSRELAHVALQFTANPKRFQENLFGGKFLKNMIQFNFTGALGTSGKYSIGQF
FPEEDVAGKDNGQGLLESAEAFSLEVSKGSSILNQPLVGSFGRTVTLQDNQNTMKFLSSV
LELPAFFAFLQQVISVPGSIAEDLGEVVKIALGSKDCGEEPKDLFVPTCTTEGRYEEVQC
YAGECWCLDPSGNEVPGSRVRGERPRCPTDCEKQRRNLQNLKQSLPAGSDLFIPSCTKDG
DFLPLQCYGTNCFCVDLNGKTIPGIRGNTGKPMQCPSACQVKASQEFLKTVKVLLSDPSA
LSQPSSIYMPQCDADGAWRQLQCTGPPEQAFEWYERWMTENNEGKPLPAADLLNIITGYK
NVSSKGFSGFIKALYEAGHQNVFPAFTTYSSFADLPREVLEGNVTYESENVLLDPYTFWQ
LLNEQLTYYPGPYTDFSAPLSHFELRDCWCVDSKGEELQGTRAEVNQVPKCPGVCEGVKQ
EAMKFMEEAEQLIRASNTSHFPFGESFLMAKGIQLTDSDLLRSAQLYEPEVMVSEKLLSG
SDYSLQLAARSVLHFYWRSHFAVKGSAGGATELGFHPYIPQCDGLGNWEPTQCYESTGHC
WCVDERGHYVMDSLVSRSAELPKCQTSCQRSRANALISSWRQSGSKMDASAAYLFVPYCL
ETGEYAVLQRSYTDIWCIDPVSGEVFQRGSIDSDGNPECPSFCNMLKSKTSLREAGKGYI
PQCEGDKGMFSPVQCSQDEESCWCVFDNGEEVPGTRVSGGRPACESPQCALPFGASSILN
GAVICEKVSEQTSGVQQCRLVCRQGFRSAYSSTSFQCDLLQHRWVSAAPLYQACQKLQLF
QTVQAQTHFQLLLPPQKTCSSDYSGLLEAFQILILDELKARGFCHLQVDAFGNTVSVPVC
DNSSVYVECLSADRLGVNVTWRTQLENIPATSLPDLHYIEKAIVGENLIGAFIKEIEDGG
FQLYLDSKQFLADSFTDFPRDEEFDLSPSVQLGCRSGFRRTSTPGKTTPNARGCVVCPSG
SHFQNGECIPCPLGYYQYQTGRSSCIKCPTGKTTNSYGAFSIDHCITYCQGNEQGLQCDE
QGQYRPSQQDPDSKKSFCVDDFGAALEWTETDDLLTDYQCLLLRRFERVPASKLLYGSED
AQILQPQSFRRDLQSPAFQCISDCEKEEACSFVTVTPAGSEVVCELYSATEVNFNCTTSG
LVQGVLGNPAATRVGRLSCMLYIRNPEGDAVMVYLKKAQEFNSSGLKTFERTSFQNVLSG
VYQSMALSAASTSLTDAQLFCRQTCSRDSCCDGFILSQIALEGGTIFCSLMSSPDVLICN
ENSWNPTSVVEGICKGMSYDKKEMTFSFTLGGQVFSGSSKLAEEEERNFTTFQQVYLWRG
SDMVTRPKTSVCDATALKTENDLTLSDSTKDLFYLMDNSQIRSNPNYSIPYQQYWVFRQK
YSAEEAVLWCLTRCAQEDEFCQMADLQNATDTYFVCTLYPAAQICDGSIDQLPENCRTVL
PWQPQALYRKIVTLKSSVKSFYTRVPFQKVMGISVRNKTDMSRKAVSDGFFECERWCDAD
PCCTGFGFFNDSQLSGGKIVCLTLNSLGIQTCAEESRSAWQISSCSLPDAEVRIHPFGWY
QKPVDLTNTIPNLCPPVSLPFRPESEYLDIWQSLNATSVLMDSSISNFEVVQVSRDISND
FATAKDFCLSACSKNQTCTVVTLEIEPSAIRCLFYPDTQICLHGLRGHSCQVLLKEPATY
VYRRQDLFLPISESDLTPSVYIPSHGDLIGKSQVARIGSEWRNISQFLGIPYAAPPLAER
RFSPPEPFAWVETWNATVARSTCWQPGDGEASSYSVSEDCLYLNVFVPVTTVKNMSVLLF
FHNGGSGNTEAGKTTIDGSYLAAISNIIVVTASYRVGVFGFLSTGSSEASGNAGLLDQLA
ALKWVQQNIASFGGDASRVSIGADRSGADIVSIHLLTDTADTDLFRRALLMGGSAFSPAS
IITKRRAQTQAAVLAEEVGCSSPTNGEIMACLRQLPARVLNDAQTKLLAISGPFQYWGPV
MDGVYLREPLAKSLQRSQLRKVDLLIGSAQQDGLISRAKAIKKFEESQGRANSKTAFYQA
LQNSLGGEDSNKFIEDAATWYYSLEHSTDDYSSFSRALENATRDQFIMCPVINMANHWAA
NSRGNVFMYHVPESYSQSSSGLELLLDVQYAFGLPFYPKYDERFTLDEKRLSLQIMQYIS
NFVNSGNPNYPHSFSRRMSRLMPLWPMFLPNDDGDNYKEFTASLPTLKGLKKEDCSFWSD
YIRRLKESTGSASNGEQSAENSSSEAPSEGVTSQESQPVGDKVAYSR
NT seq 8244 nt   +upstreamnt  +downstreamnt
atgctttcagagtaccagacagattcccagccattgcgtccatgtgagcttcagagggaa
aaggcttttgcaggaggcgacacctatgtacctcagtgctcagaaaatggccagttcagg
acagttcagtgcagtaggaatggtctctcctgttggtgtgtggatgagaatggcgtagag
gtacctggcagcaaacaggatggatatcccatatcttgcttatccttctgccagctgcaa
aagcagaggatcttggtgagtcgctacatcaacagcagtagtatctcctacatccctcag
tgcacggattcaggggcatttgacgtggtgcagtgcgacacagagctggggcagtgctgg
tgtgtagatttggaaggaatggagatctatggcaccaggcagagtggaaagccaacagag
tgtccggggacctgtgagatccgagaccgtcgcattctgcatggggttggggagaagagc
ccacctcagtgctcggcagatggagagtttctgcctgtccagtgcaagtttgtcaacact
acagacatgatgttttttgatctcgttcaccattataacaggctcccggcagctttccaa
accttcagctccttgcgggagacattcccggaggtctctgggtactgctactgctcggac
agcctggggagagagctagcagacaccggcttggagctgctgtttgatgaagtttacgac
acaattttctctgcactggagcctgcccgcacgtttgcagagaccagcatttatcggatc
ctgcagaggaggtttctgggggtgcagctggctacctccggccggttcagatgcccctca
aaatgtgaggttgagcgatatgcagccgtgcgctaccagcatgcctacgtgccatcctgt
gaccctgatgggggctacacaccggtgcagtgtcagcagggagggcagtgctggtgtgtg
gacaccaaagggagagaggtccagggcaccaaaagacgaggacagcctccagcctgcggt
gaagaacaaatatgcatctctgagagacgacgagcattgtcaaggatcttttatggccct
gctgggtacttcagtcagcctgatttattttccacaccagatgtgcagtcagagaaaata
gctggctactcaagaccttgctctcccttcttcgaggagctgtttcaggtctctggacta
tcatccccagtcatgcaaagcccatatgccaaccagattcctgggctagaatccatcctt
agtgaagccatcagaggaatattcccatcaagggaactggctcatgtggcattgcaattt
actgccaatccaaaacgtttccaagaaaatctctttggaggaaagttcttgaagaatatg
atccagtttaacttcacaggggcacttggcactagtggcaaatatagcattggccaattt
ttcccagaggaagatgtggcagggaaggataatggccaaggccttctggaatcagctgag
gcattttcactggaagtatcaaaggggagctccattttgaaccaacctcttgtaggcagc
tttggccgcacggtaactctgcaggacaatcagaatacgatgaaattcctttcctctgtc
ctggaactaccagcattctttgcttttcttcaacaagtgatttctgtccctggaagcatt
gctgaagatttaggtgaagtggtgaaaatagcattgggatccaaagactgtggtgaggag
ccaaaggacctgtttgttccaacatgcaccacagaggggaggtatgaggaagttcagtgc
tatgcaggagagtgctggtgtttggacccttcaggtaatgaagttccaggctcaagagtt
cgaggtgaacgtccaaggtgtcccactgactgtgagaagcaaaggagaaacctgcaaaac
ttgaaacaaagcctgcctgcaggatcagatctttttattccctcttgtaccaaggatgga
gactttctgccactccagtgttatgggacaaattgcttctgtgttgacttgaatggcaag
actattccaggaataagaggaaatactggaaaaccaatgcaatgccccagcgcttgccaa
gtaaaagccagtcaggagtttctaaagactgtgaaagtcctgctgtcagatccaagtgcc
ctgtctcagccctccagcatttacatgccccagtgcgatgctgacggtgcctggaggcag
ttgcagtgcaccggtcctcctgagcaagcctttgagtggtatgaaaggtggatgacagag
aacaatgaaggcaaacctctgcctgctgctgatctattgaacatcataactggatataaa
aatgtctcttccaaaggcttttcaggttttattaaagctttgtatgaagctgggcaccag
aatgtcttcccagctttcaccacctattcctccttcgctgatcttccacgtgaagtgctg
gaaggaaatgtgacctacgaatctgagaatgttttattggatccatatacattctggcag
cttctgaatgagcagctaacctattatccaggaccctacactgatttcagcgctccatta
agccactttgaacttcgtgattgttggtgtgttgatagcaaaggagaagagctgcaagga
acaagggcagaagtgaaccaggttccaaaatgtcctggtgtatgtgaaggtgttaagcag
gaagccatgaaatttatggaggaagcagagcaactcatccgagcatcaaacacttcccat
ttcccttttggagagagcttcttgatggcaaagggaatacagctcacagacagcgacctc
ctacgttctgctcagctctatgagccagaggtgatggtctctgaaaagttgttatcgggc
agtgactattccctccaactggctgcacgatcagtcttgcatttctactggcggagtcac
tttgctgtgaaaggttctgctggaggagcaacagagctgggatttcatccctacatccca
cagtgtgatggcctgggaaactgggagccaactcagtgctacgagagcacaggccattgc
tggtgtgtggatgaaagaggacattatgttatggattccttggtctcgcgctcagcagaa
cttccaaaatgccagacgtcatgtcagagatctcgagccaatgccttaatttccagctgg
agacagagtggctcaaaaatggatgcctctgcagcatatctgtttgtcccctactgcctt
gagacaggagaatatgctgtgctacagagatcctacacagacatttggtgcatagatcct
gtgtcaggagaagtatttcagcgtggcagcatagattcagatggcaatcctgagtgtcct
agtttctgtaatatgttgaagtccaaaaccagtttacgagaggctggtaaaggctacatc
ccacagtgtgaaggggacaaggggatgttctcacccgtgcagtgcagccaggatgaagaa
agctgctggtgtgtgtttgacaatggagaagaggtgcctgggacacgagtaagcggagga
agacctgcatgtgaaagtccccagtgtgctctgccatttggtgcctcatctattctcaac
ggagctgtgatttgcgaaaaggtatctgagcaaacgtcaggcgttcagcagtgccggctg
gtgtgtcgccaaggcttccgcagcgcttactccagcacgtcgtttcagtgcgatttgctg
cagcatcgatgggtctcagctgcccctctctaccaggcctgccaaaagctccaattattt
cagacagtccaagctcaaacacactttcaactactgctacctcctcagaagacttgtagt
tctgactactctggattactcgaggcattccagatacttattttagatgagttgaaggct
cgtggtttctgtcacctccaggtagatgcatttggaaatactgtctcagttcctgtctgt
gacaattcctctgtctatgttgaatgtctgagtgcggaccgcctgggagtgaatgtcacg
tggaggactcagctggaaaacatcccagcaacttctctccctgacttacattatattgaa
aaagcaattgttggagaaaatctcattggagcatttattaaagagattgaggatggtgga
tttcagctgtatttggactccaagcaattcctagcagattcattcactgattttcctcgg
gatgaagaatttgatctgtccccgagtgtgcagctaggatgtagaagtggttttcgaaga
acttcaactcctgggaaaaccaccccaaatgcacgaggatgtgttgtttgtccttcaggc
agtcatttccagaatggtgaatgcattccctgccctcttggttactaccagtaccagaca
ggacgttcctcttgtatcaagtgtccaacgggtaaaactaccaactcttatggggcattc
agcattgatcactgtatcacttactgtcaaggcaatgagcagggtttgcagtgtgatgaa
caaggccagtacagaccttcccagcaagaccctgacagtaagaaatccttctgtgttgat
gacttcggagcagcactggaatggactgaaacagatgatctccttacagactaccagtgc
ctattgctcagaagatttgagagagttcctgcctccaaacttctttatgggtcagaagat
gctcaaattcttcaacctcagtcattcaggagagacctgcaaagtccagcttttcaatgc
atttcagactgtgagaaggaagaagcatgcagttttgtcactgtaacccctgctggttct
gaagttgtatgtgaattatatagcgccactgaagtcaacttcaactgtaccacctctgga
ttggtgcaaggtgttttggggaaccctgctgccactcgtgttggtcgtctcagctgcatg
ctttatatcaggaacccagaaggagatgcagtgatggtctatttgaagaaagcacaagaa
tttaactcatctggactcaaaaccttcgaaaggactagttttcagaatgtgctttctggt
gtgtatcagtccatggcgctctcagcagccagcacatctctgacggatgctcagctcttc
tgccggcagacttgcagcagggactcttgctgtgatggcttcatcttgagtcagattgcc
cttgaaggaggtaccattttttgtagtttgatgagctccccagatgtgctgatctgcaat
gaaaatagctggaatccaacttctgtcgtagaaggaatatgcaaaggcatgagctatgac
aaaaaagagatgacgttttccttcaccctgggagggcaagtgttcagtggaagttctaag
ctggcagaagaggaagagagaaattttaccacttttcaacaggtttatctgtggagaggc
tccgatatggtcacccggcctaaaacctctgtgtgtgatgctactgctttgaagacagag
aatgatctaacattatcagattccacaaaggatcttttctacctaatggacaacagccag
atacgaagcaacccaaactattcaattccttaccagcagtactgggttttcaggcagaag
tactcagcggaggaagcggtgctttggtgtctcacacgttgtgcacaagaagatgaattt
tgtcaaatggcagatcttcaaaatgccacagacacatactttgtgtgtaccctgtatcca
gcagcacaaatttgtgatggcagcattgaccagctaccggaaaactgtcgtaccgtccta
ccctggcaaccacaggcattgtatcgaaaaatagttactctgaaaagttctgtgaagagc
ttctacacacgtgtaccattccagaaagtaatgggaatctcagtgaggaataagaccgac
atgagcagaaaagcagtttcagatggcttttttgagtgtgagcgttggtgtgatgctgac
ccctgttgcacaggatttggcttttttaatgactctcagctgtcaggaggaaagattgtg
tgcctgactctgaacagcctaggaattcagacatgtgctgaggaatcaagaagtgcttgg
caaatttcaagttgtagtttgccagatgctgaagtcagaatacatccatttggctggtat
caaaagcctgttgatttgacgaacaccatccctaacctgtgtccgcctgttagtttacct
ttcaggccagaaagtgagtatttggatatatggcaatccttaaatgcaacctctgttctc
atggattcatctatctccaactttgaagttgtgcaagtaagcagggatatatccaatgac
tttgccactgccaaagacttttgtctatctgcatgttcaaagaaccagacgtgtacagtt
gttacactggaaatcgagccttcagcaataagatgccttttttaccctgatacgcagata
tgtttacatggcctgcgagggcacagctgtcaggttttactcaaagagccagctacatac
gtctacaggagacaagatttattcctgcccatctctgaatcggatttaaccccatccgtg
tacattccatcccatggagacttgatcggcaaatcccaggtggcgcgcatcggctcagag
tggagaaatatcagccagttccttgggattccctatgctgcacctccgcttgcagagagg
cgcttcagtcctccagagccgtttgcttgggtggaaacctggaacgctactgtggctcgg
tcaacttgctggcagccaggggatggagaggcgtcgtcatactctgtcagtgaagactgc
ttatatcttaatgtctttgttcctgtcaccacagtcaaaaacatgtcagtgctgttgttc
ttccacaacggagggagtggcaacactgaagcaggaaagacaaccatagatggctcatac
ctcgctgcgatcagtaacatcattgttgtgacggcaagctacagggttggtgtcttcggc
ttcctcagtacgggctcttctgaggcgagtggaaatgctggccttttggatcagttggca
gctctgaagtgggtacagcagaacattgctagctttggaggagatgcaagccgcgtgtct
ataggagctgaccgcagcggggcggacatcgtcagtattcacctactcacagacacagcc
gatacggatctcttcaggagggcattgttgatgggaggttcagctttttctccagcgtcc
attattactaagagaagagcccagacccaagcagcagtcctggctgaggaagtgggatgc
tcttcacccaccaatggggaaatcatggcctgccttcgccagttgcctgctcgtgtcctc
aatgatgcacagactaagctcctagcgataagcggcccgttccagtactggggtccagtg
atggatggagtttacctccgggaacctttagctaaatccctgcagcgctctcaacttcgg
aaagtagatctgctcattggaagtgctcagcaagatgggctgatcagcagagctaaggca
atcaagaaatttgaagaaagtcaaggaagagccaatagcaaaacagcattttatcaagct
ctgcaaaattctcttggaggagaagactccaataagttcattgaagatgcagctacgtgg
tattactcccttgaacactcaaccgatgattattcttctttttctagagctttggaaaat
gcaacccgtgaccagtttatcatgtgtcccgtcataaacatggcaaatcactgggctgct
aactccagaggaaatgtcttcatgtaccacgtacctgaaagctactcacagagcagttca
ggtctggagctcttgcttgatgttcagtatgcatttggactgccattctacccaaagtat
gacgaacgatttactctggatgaaaagcgcctttccttgcaaattatgcagtacatctcc
aattttgtaaactctggaaatccaaactaccctcacagtttctcgagaagaatgtcacgg
ttgatgccactctggccaatgtttctgccaaatgatgatggtgataactacaaagaattc
accgcttccttgccaactcttaaaggattaaaaaaagaggactgttctttttggtctgat
tatatcagaagactgaaagaatccacaggaagtgcaagtaatggagaacaatctgcagaa
aacagctctagtgaagcccctagtgaaggagttacctcccaggagagccagccagtggga
gacaaggtggcttacagcagatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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