KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102457961
Entry
102457961         CDS       T02980                                 
Symbol
TG
Name
(RefSeq) thyroglobulin
  KO
K10809  thyroglobulin
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
SSDB
Motif
Pfam: Thyroglobulin_1 COesterase Ephrin_rec_like
Other DBs
NCBI-GeneID: 102457961
NCBI-ProteinID: XP_006123599
Ensembl: ENSPSIG00000004840
Position
Unknown
AA seq 2765 aa
MGPILLSSLFGFISVASANIFEYQAESQPLRPCELQREKAFSEGEVYVPQCLEDGQFRTV
QCDTNGRSCWCVDAKGIEVSGTKQTGVPIACLSFCQLQKQQILVSHYVNSSSISYVPQCL
NSGEFDPVQCDVVPGQCWCVDSEGMEIYGTRQIGKPTRCPGSCEIRDRRILHGVGERSPP
QCSADGEFLPVQCKFVNMTDMMVFDLVHSYNRFPDAFQTFSSFRSMFPEVSGYCYCADSL
GRELAETGLELLLEEVYDTVFTTLQPAHTFTETSLYRILQRRFLGVQLATSGRFRCPSKC
EVERSAAMRFRQAYSPSCEDNGNYAPVQCEQGGSCWCVDLKGQELQGTRRHGQLPFCGEE
RACASVRQQALTRLFYGPVGHFSQHSLFDPSDVKSEKTARFMSSCPSSFKELFADSGLLS
PITEKQDDSQLFALETILSDAIRGMFPSRQLARVALQFTINPKRFQENLFGGKFLKNLIQ
FNFTGALGTRGKFSIGQFFQQGGGTGMDIGGGFAELAKGMSLEASKERFNLSQPLVDSFG
RTVSLQDNQKGVEFLASVLELPEFFAFLQHVISVPENIAEDLGEVVKIAFKSQDCTEQPM
DLFVPTCTKEGRYEEIQCYAGTCWCVDSRGKEVRGSRVLGKRPRCPTACEKQRESLQRLK
QRQPAGSDLFIPSCTEEGNFLPVQCHGTNCICVDLEGRVIPGSSRKAGEPMQCPSACQIT
AAQVFLKTVQLLLSDPSVLPPLSSVYIPQCSTDGNWRQVQCNGPPEQAFEWYQRWITQNN
EGKTLPVVDLLNILLEYKESSSKGFAAFIKGLYAAGHQNVFPTLAEYSSFDALPPSVLEG
NVTTVPENILLDPYTFWQLLHGQLTHYPGSYTDFSALLGHFELRSCWCVDREGEELQGTK
AEVNKIPACPGACERIKKEAMQFIDEAEQLILASNETHIPMGESFLMAKGLRLTDNDLLH
FAETFRSGLTFSEKLLAGSDYAIRLAAQSTLHFYWRSHFISRGSPGQATLLGFHPYIPQC
DGLGNWEPVQCYESTGHCWCVDERGRYITNSLIVRSAQLPECQTSCQRSRANALISSWKQ
SGSKLSATAADLFIPSCRETGEYAVLQKSDTEAWCVDPTSGTIVQRSSKDSDGSPQCPGF
CSILKSQVSVREIGKGYIPQCEGDNGNFSSVQCNQNQESCWCVFENGEEVPGTRVRGERP
ACESPQCLLPFNVAYVVSGALVCANASDQNQSFQKCQLICRQGFQSAFSNVTFLCDRESR
HWISEPPLPQSCQKLQLFQTVQAQTHFELLLPSEKTCSSDYAGLLQAFQIFILDELKALG
FCHIQVNAFGNTDSVSVCDDSSVLVECSSADRLGVNITWKAQLEGIPAASLPDLHDIEKA
IVGENLIRRFLALIKGGGFVLQLDSKQFPADTSIHFPRDEDFDLSPSVQLGCQSGFRSSS
SGRTIPNSQGCVVCPAGSYSQNDKCMPCPTGFYQFQAGSSSCIRCPLGKTTISTGAFRAD
HCVTDCQRNRQDLRCTEDGQYRPSQADPTTKKSFCADSLGMMLDWTETDHPLTDSQCRVL
RQFERVPVSKLIYSAEDAGILRSETIQRDPQNALLKCISDCAVDELCGFVTVSAPGSEIL
CELHSASETTFNCTPSGLMKGAMGNPAATSIAHLSCRLKVRSQEKEEANVYLKKGQEFTI
AGLKTFDMTDFQNVHSGVYSSVVLLAAGMSLTDVHLFCRQTCSQDPCCDGFILSQVPLDG
GIILCGLMSYPDVLICHRNDWRQISKPGGDGICKGVNYDEKKQEFLFSLGGQEFTGTSEL
AEETEGAFSSFQRVYLWRGSDMMTRVKSAACGAAGSQTQTELLPDSVMKLFSPMDNSLVQ
LDQNRSLPSQQYQLFQHKYSAEQATLWCLTRCSEEDTFCQLATLQNTTGTYFACTLYPEA
QICDNYTNHIPENCQTVLPQQPQTVYHKIVTLEGTVKSFYTRLPFRKVTELSVRNKIDMS
GKAISDGFFECERRCDADPCCTGFGLLNESQSTGAEVLCMTLNSLGIQTCPEETGSTWQV
SDCSSPDVQIYPFGWYQKPAIMMNTTPNVCPPVLLPRSPENVPLDTWLVLGASSVLIDPS
LFIFGIAQVSREIADGFSVAREFCLSACSKSQTCTVITLEIQPSAIRCLFYPDTQICTHG
LQGRSCRVLLKEPATYIYLRQDSFSPISEPDLTSSVYIPSHGVLLGKSQVIRVGSEWRNV
SQFFGIPYAVPPEAENRFHPPEPFTWVQSWNATTVRANCWQPGDGLLQSSPVDEDCLYLN
VFVPASMGRNLSVLLFFHNGVSGEGEKGRSVVDGSYLASVSNVIVVTAGYRVGVFGFLST
GSSLAHGNWGLLDQVAALKWVQKNIASFGGDPSQISIAADRGGADIISIHLLAGAADSNL
FKRALLMGGSAFSPASVISEKKARDQVSVLANEFGCSSSSSEEILSCLRQLPANVLNDAQ
TRLLAISGPFQYWGPVVDGVYLQEPLTAALKRPRLTKVDLLIGSAQQDGLISRAKAIKRA
VWTRGRANSKTAFYQALQNSLGGEDSNSFIEDAATWYYSLQHSTADYASFSRALENATRD
HFITCPIISMAKHWADNSRGNVFMYHVPESASPSSSGLELLPDVQYAFGLPFYPQYEEQF
TLEEKSLSLKIMQYIGNFIKSGNPNYPYNFSRKLTGALSLWPMFLQHSNGDNYKEFIVSL
PNRKGLKKAECSFWSDYIKALKASTGRTVNGEQSAESPPSEEPGVRFTSEDTQSQSVEDK
VAYSK
NT seq 8298 nt   +upstreamnt  +downstreamnt
atgggccccatacttctcagctccctttttggctttattagcgtagcgtcagccaatata
tttgagtaccaggctgagtcccagcctctccgtccatgtgagctccagagggaaaaggcc
ttttcggaaggagaagtctatgtcccccagtgcttggaagatggccagttccggactgtg
cagtgtgatacaaatggccgctcctgctggtgtgtagatgccaagggtattgaggtttcg
ggcactaaacagactggagttcccatagcctgtttatccttctgtcagctccaaaaacaa
cagatcttggtaagtcactacgtcaacagcagcagcatctcctacgtcccacagtgcttg
aattcgggggagtttgacccggtgcagtgtgatgtggtaccagggcaatgctggtgtgtg
gactctgaagggatggagatttacggcacgaggcagatagggaagccaacacgatgccca
gggagctgtgagatccgagaccgtcgcattctgcatggggttggggaaaggagcccaccg
cagtgctctgcggatggagaatttttgcctgtccagtgcaaatttgtcaacatgacagac
atgatggtctttgatcttgttcacagttacaacaggttcccagatgctttccagacattt
agctccttcagaagcatgttcccggaggtgtctgggtactgctattgcgctgacagtctg
gggcgggaattagcagagacgggcttggaattgctgcttgaggaagtttatgatacagtt
ttcaccacgttgcaacctgcccacacgtttactgagaccagcctctatcggattctgcag
agacggtttctgggggtgcagctagcaacctctggcaggttcagatgcccctctaaatgc
gaggttgagaggtctgcagccatgcggttcagacaggcttatagcccatcttgtgaagat
aacgggaactatgcaccagtgcagtgcgagcagggagggtcatgctggtgcgtggacctt
aaggggcaggagctccaaggaacaaggaggcacgggcagctcccattttgtggtgaagaa
cgagcatgtgcctcagtgagacagcaggctctaacaaggcttttttatggacccgttgga
cacttcagtcagcatagtttgttcgacccctcagatgtaaagtcagagaaaacagccagg
tttatgagctcttgcccttcttctttcaaggagttgtttgcagactctgggttgctatct
cccatcacagaaaagcaggatgacagccagctgttcgcactagaaaccatcctcagtgat
gctatcagagggatgtttccatcaagacaattagctcgagttgcccttcagttcaccatc
aacccaaagcgtttccaagaaaatctgtttggaggaaagttcttgaagaacctgatccag
tttaactttacaggagcgctcggcactagagggaaattcagcattggccagtttttccag
cagggaggcgggacgggaatggacatcggaggaggttttgcagaactagcaaaggggatg
tcactggaagcatcaaaggagagattcaatttgagtcaacctcttgtggacagctttggc
cgcacagttagtttacaggacaaccagaagggggtggaatttcttgcttctgttctggaa
cttccagagttttttgcctttctacaacatgttatttctgtccctgaaaacatcgctgaa
gatttaggtgaggtggtaaaaatagctttcaagtcccaagactgcactgagcagcccatg
gatttgtttgttccgacatgcaccaaggaggggaggtatgaggaaattcagtgctatgca
ggcacgtgctggtgtgtggactcgcgaggtaaggaggtccgaggctcaagagtgttaggc
aaacgtccaaggtgtcccactgcgtgtgagaagcaaagggaaagtctccaaagattgaaa
caaagacaacctgcagggtccgacctgtttattccgtcttgtactgaggaaggaaacttc
ctgccagtccagtgtcatggaactaattgcatctgtgttgatttagagggcagagtgatt
ccaggaagttcaagaaaagctggagagcccatgcagtgtccgagtgcttgccaaataact
gctgctcaggtttttctgaagacagtgcagctactattgtcagacccaagtgtgttgcct
ccgctatccagtgtttacatcccacagtgcagcaccgatggtaactggagacaggtgcaa
tgcaatggcccccctgagcaagcctttgaatggtaccaaagatggatcacccagaataat
gaaggcaaaactctgcctgttgttgacctgttgaacatactacttgaatataaagagtca
tcttccaaaggctttgcagcttttattaaaggcttgtatgcggctggccaccagaatgtc
tttccaaccttggccgagtattcttcttttgatgctcttcccccttcagtgctggaaggc
aatgtgaccactgtgccagagaacattttattggatccatatacattctggcagcttctg
catggtcagctcacccactacccaggttcctacactgatttcagtgcccttttaggccac
tttgagctgcgcagctgttggtgtgttgatcgtgagggagaagaactgcaaggaacgaag
gctgaggtgaacaagatcccagcttgccctggtgcatgtgaaaggataaagaaggaagca
atgcagttcattgatgaagcagaacagctcatcctagcttctaatgagacccacattcct
atgggagagagctttttaatggcaaaaggacttcgattaacagacaacgatctgcttcat
tttgcggagacctttcgatcagggctcacgttctctgaaaagctgttggcaggaagcgac
tatgcaatccgcctggcagcgcaatcaaccttgcatttctactggaggagtcactttatc
tcaagaggttctcctggacaagctacgctcttggggtttcatccttacattcctcagtgt
gatggtctagggaactgggaaccagtccagtgctacgagagtacaggtcactgttggtgt
gtggatgaaaggggacgctacattacaaattctctgatcgtacgttcagcacagctccca
gaatgccagacatcatgtcagcgatctcgagccaatgcattaatttccagctggaagcag
agtggatcaaagctcagtgctactgctgcagacctgttcatcccttcctgtcgtgagact
ggagaatatgctgtgctacagaaatcggacacagaggcttggtgtgtggatcccacctca
ggaaccatagttcaacgcagcagcaaggattcagatggcagcccccaatgtcctggtttc
tgtagtattctgaagtcccaagttagcgtacgagaaattggcaaagggtacattcctcag
tgtgaaggggacaatgggaacttctcatcagtgcagtgcaaccagaatcaggaaagctgt
tggtgtgtctttgagaatggagaggaggtacctgggacacgagtaagaggagaaaggcca
gcatgtgaaagtccccaatgcctactgcctttcaacgtggcttacgtggtcagtggagcg
cttgtctgtgcaaacgcctctgatcaaaatcagagttttcagaagtgccagctgatttgt
cgtcaaggcttccagagtgccttttccaatgtgacattcctgtgtgatcgagagagtcgc
cattggatctcagaacccccccttcctcaaagctgtcagaagctccagttatttcagact
gtccaagctcaaacacactttgagctcttgctgccttctgagaagacttgcagttctgat
tatgctggtttactacaggcattccagatctttatattagatgaattgaaggcccttggt
ttctgtcacattcaggtaaatgcatttggaaacacagattcggtttctgtttgtgatgat
tcttcagtgctggtggagtgttcgagtgcagaccgactgggggtgaacatcacatggaaa
gctcagcttgaaggcatcccagcagcttctctccctgacttacatgatatcgaaaaagca
atcgttggggagaatctcattagacgctttctagcgctgataaaaggtggtgggtttgtg
ctacagttggactccaagcaattcccagcagatacgtccattcatttcccccgagatgaa
gattttgacctatctcctagtgttcagctgggatgccagagtggatttcgaagttcatct
tctgggagaacaatcccaaattcccaaggatgtgttgtttgtcctgcaggcagctactcc
cagaatgacaagtgcatgccgtgccccactggattctatcagtttcaggcaggcagctcc
tcctgcatcaggtgtcctctgggaaaaactaccatctctactggcgctttcagagctgat
cattgtgtcacagattgtcagagaaacaggcaagatttgcggtgtactgaagatggacag
tatagaccctcccaggctgatcccaccactaagaaatccttctgtgctgatagtcttggc
atgatgctggactggactgaaacagaccacccattgacagattctcagtgccgtgtgctc
agacaatttgaaagagttcctgtgtccaaactgatctacagtgcagaagatgctgggatc
cttcgctcggaaaccattcaaagagaccctcagaatgcgctcttgaagtgcatttcagac
tgtgcggtggatgagttatgtggctttgtcactgtatctgctccaggttctgagatactg
tgtgaattgcacagtgcttctgaaaccaccttcaactgtacaccttctggactgatgaaa
ggtgctatgggaaatcctgctgccactagcattgctcatctcagctgccgacttaaagtg
aggagccaagagaaggaggaagcaaatgtgtatctgaaaaaaggacaagaattcaccatc
gctggtctcaagacctttgacatgacggattttcagaatgtgcattctggtgtgtacagc
tcagtggttctcttggcagctggcatgtccttgactgatgttcatctattctgtcgtcag
acgtgcagccaggatccctgttgtgatggcttcatcctcagccaggttccacttgacgga
ggtattatcctatgtgggttaatgagctaccccgatgtattgatctgccatagaaatgac
tggagacaaatctcaaagcctggaggagatggaatatgtaaaggtgtgaactatgatgaa
aaaaagcaggagtttttattcagtctgggaggacaagagttcactggaacttctgagctt
gcagaagaaacggaaggagccttcagcagctttcagcgggtttatctgtggagaggttct
gatatgatgacccgggtgaaatccgctgcatgtggtgctgctggttcacaaacacagact
gagctgttaccagattctgtaatgaaactgttttccccgatggacaacagcctggtacaa
cttgaccaaaaccgttccctcccatcccagcagtatcagctcttccaacacaagtattct
gcagagcaggcaacactctggtgtctcacacgttgttcagaagaagatacgttttgtcag
ctagcaactcttcagaacaccacaggcacatactttgcctgtacgctctatccagaggct
cagatctgtgataattacacaaaccacatccctgaaaactgtcagacggtattacctcag
cagccgcagaccgtgtatcacaaaatagtcactctagaagggactgtgaagagcttctac
acacgtttaccattccgtaaagtaactgaactctcagtgagaaacaagattgacatgagc
gggaaagccatttctgatgggttttttgagtgtgagcgccgatgtgatgctgacccctgt
tgcacaggatttgggcttttaaatgagtcacaatcaacaggtgctgaggtgctctgcatg
actctgaacagtctgggaatccagacctgccctgaggaaacaggcagcacttggcaagtt
tcagattgtagttctccagatgtccaaatatatccatttggctggtatcagaagcctgca
atcatgatgaatactacacccaatgtgtgcccacctgttctgttacctcgcagtccagag
aatgtgcctttggacacctggttggtcttgggtgcctcctcagtactcattgatccatcc
ctcttcatcttcggcattgctcaagtcagcagagagattgctgatggcttctccgtggct
agagagttttgtctctcagcctgttcaaagagccaaacctgcacagtgattacccttgaa
atccagccatcagcgatacgatgccttttctaccctgatacacagatatgcacacatggc
ctgcaaggccgcagctgccgagttttactcaaggagccagcaacttacatctatttgagg
caagattcattctctcccatctctgaacctgatttaacttcatccgtgtacattccatcc
catggagttttgctcggcaagtctcaagtaatccgggttggttctgagtggagaaatgtt
agtcagttttttgggattccatatgcagtacctccggaagcagagaaccggtttcatcct
ccagagcccttcacctgggtgcaatcctggaatgctactacagttcgggctaattgttgg
caacctggagatggactgctccaatcttctcctgtcgatgaagactgcctgtacttaaat
gtgtttgtgcctgccagcatgggcagaaacttgtctgtgctgctgttcttccacaatggt
gtgagtggtgagggtgagaaagggaggtcagtcgtagatggatcctacctcgcttccgtc
agcaatgtcatcgttgtaactgctggttaccgtgtcggcgttttcggtttccttagcact
ggttctagcctggcacatggaaactggggccttctagatcaggtagccgctctgaaatgg
gtgcagaagaacattgctagctttggaggagatccaagtcagatttcaatcgcagctgat
cgtggtggggcagacattatcagcatccacctgcttgcaggtgcagcagattcaaatctc
ttcaagagggccttgcttatgggaggatctgctttttctccagcttcagtgattagtgag
aagaaagctcgagaccaagtgtcagttctggctaatgaatttggatgctcttcatccagc
agtgaggaaattctgtcctgtctccgccagttgcctgccaatgtgctcaatgatgcacag
acgaggctcctagctataagtgggccatttcagtactggggccctgtggttgatggagtc
taccttcaggaacctctcacagcagccctgaagcgtcctcgacttacgaaggtggatctg
ctcattggaagtgctcaacaagatgggttaatcagcagagccaaggcaattaagagggca
gtgtggacacgtggcagggccaatagcaaaacagccttttatcaagctctgcagaattcc
ctcgggggagaggactccaattccttcatagaagatgcagctacctggtactattccctc
cagcactcgactgccgattatgcctctttttcccgggctttggagaatgccacacgtgac
cactttatcacctgtcccattatcagcatggctaagcactgggctgacaactccagaggg
aatgtcttcatgtaccatgtgcctgagagcgcctctccgagcagttcaggcctggagctc
ttgcctgatgtccaatatgcctttggattgccattctacccacagtatgaagaacaattt
actttggaagaaaagagcctttccttaaaaataatgcagtatataggcaacttcataaaa
tcaggaaatccaaactatccttataatttctccagaaaattaactggagcgctgtccctg
tggcccatgttcctacaacacagtaatggtgataactataaggaattcattgtttccttg
ccaaatcgtaaaggactgaaaaaagcagaatgttccttctggtctgattatatcaaagca
ctcaaagcatctacaggcagaacagttaatggagagcaatcagcggaaagccctcccagc
gaagagccgggtgtaaggtttacttctgaagacacacagagccagtccgtggaagacaag
gtggcttacagcaaatag

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (78)   
   KEGG ORTHOLOGY (1)   
   RefGene (73)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (84)   

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