KEGG   Rattus norvegicus (rat): 313865
Entry
313865            CDS       T01003                                 
Symbol
Thada
Name
(RefSeq) thyroid adenoma-associated protein
  KO
K24169  thyroid adenoma-associated protein
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:rno04990]
    313865 (Thada)
Domain-containing proteins not elsewhere classified [BR:rno04990]
 Other domain-containing proteins
  Armadillo repeat domain-containing proteins
   313865 (Thada)
SSDB
Motif
Pfam: DUF2428
Other DBs
NCBI-GeneID: 313865
NCBI-ProteinID: NP_001178698
RGD: 1560519
Ensembl: ENSRNOG00000025899
UniProt: D3ZVT2
Position
6:15936593..16240523
AA seq 1937 aa
MGVKKKREMQFAALTVCHQDLETLRSFADVEGKNLASLLLHCVQLTDGVSQIHSVKQIVP
LLEKVDKNGVCDPIIQRCLDILASIYFSLTLKNPLKKVLASSLNGLPECFLNEAAHSFTF
HLQEELDTADLHSYRKVMDNISSCMENFNLGRASVVNLLQNVLHFLQKSLIEVQEENRKF
AGNHIVQTQLMNDLLVGVRVAMTLVQKVQGPQSNLWNDSSSPIWQSMCGLLSIFTRFLND
DDLLQTIQSTSGLAVILFIKTMFRPSEKLPGLISSLLLQSADCTSIPDWLMSSCRSLCCA
DVPASALLFLCQGTLAMLDWQDGSMGPSREALLLDTVHVLFTLSSQIKESTLEMFLSRIL
ASWTNSAIQILESSSPSLKDHLNGDSSIPRRLLEYVYTHWEHPLDALRHQTKIIFRNLLQ
MHRLTIEGADLVTDPFFLELTKSLLQLEWHIKGKYACLGYLVESLGIEHILAIDKTIPSQ
ILEVMGDQSLVPYASDLLETMFKNHKSHLKSQTVTNTWMDKWHETWVFPVLSVLCGGNLD
QRSYVIDYYLPRLLNYSPESLHYMVQILQTPIDTETGSCNHRGALGALMACLRTARAHGH
LQSATHAWENLVCSARVKQGLIHQHCQVRIDTLGLLCESSRSTEVVSREEMQWVQFFLTY
NLNSQSPGVRQQICSLLTKLFCRIQESSQVLYKLEQRNSTPDSEKRSTREQPSVSLQQYK
NFMSSVCNILFEALFPGSSYSTRFSALTILGSIAEVFPASKGNIQTVYQLSHDIDAGRFQ
ILMECFTSTFEEVKTLAFDLLMNLSSVTAGQLQGSEKLQDLFQAALELSTSTKPYDCVTA
SYLLNLLIWQDALPASLSASSAQQPTCGAGEKSAVVERNTLVVIKCLMENLEDEISQAEN
SLLQAASSFPMYGRVHCITRAFQKLPLHDLRLVSEWKPVLGKLLLLSYRLSTVVSPVIQS
SSPEGLIPMDTDSESASRLQVILNEIQPRDTNDYFSQAKILKECDSFDLEDLSTSVSNID
SSAEIKGKEEKACDVTAQMVLTCCWRSMKEVALLLGTLCQLLPLQPVPESAAGLLTVQQV
KEIGEYFKQHLLQSRHRGAFELAYTGFVKLTEILNRCSNVSLQKLPEQWLWSVLEEIKSS
DPSSKLCATRRSAGIPFYIQALLASEPKKGRMDLLRVTMRELISLALSADDSKGRVPQVH
ALNILRALFRDTRLGENIIPYVAGGAKAAILGFTSPVWAVRNSSTLLFSSLITRVFGVKR
GKDELSKTNRMTGREFFSRFPELYPFLLKQLETVANTVDSDLGDPDGHPGMFLLLLVLER
LYPSPMDGTASTLSLAPFVPFIIRCGRSPFYRSREMAARALVPFITIDQIPSTLHALLDS
LPSSTDQCFRQNHIHGTLLQVFHLLQAYITDSKHRINADFLQELSDITVCTKAKLWLAMR
QNPCLVTRAVYIDILFLLTHCLDRPEEGKHTALESLDFWEDVRRIILGSELITGFPWTFK
VPGLPQYLQSLTKLAIPEVWASLAEAEGQATAVPLSFSQLLKSSFPEVRLLALDALLERA
ASSEQGQKGPPPLLYSMGEEFLLLAMKEDHPGCFCRVLKILYHLNPSEWLPQTECSVHLS
PKEFLVWTMDIASNDRSEIQGVSLRLASKIIAYLVQSCEKNKDSVALELRRWVQLIVWSC
GDHLPTASRLAVAEVLSGTAPLFLTSPQPILDLQDTLSLWRCVLTLLQSEEQPVREAATE
TVTTAMSQGNTCQSTEFAFCQVDASIALTLAFAVLCDLLQQWDQLGPGLPILLGWLLEEG
GDLKDLMQSPHQGEEEHIFEKSEVNFWAETLTFVKYLCNQVFHLLCQSGCQSSHSQLSHL
QRTASEQHRLISQLFRELPLSAEFLKTVEYTRLRIQEERTLAVLRLLACLEGKEVLRAED
CPREWRQEMAPRTEAAC
NT seq 5814 nt   +upstreamnt  +downstreamnt
atgggtgtgaagaagaaaagagaaatgcagtttgctgcactgactgtctgtcatcaggac
ctggaaactctgagatcttttgctgatgtggaagggaaaaatctagcctctttgctgtta
cattgtgtacagctcacagatggggtgtcacaaatccactctgttaaacagattgtgcct
ctcctggagaaggtcgataaaaacggtgtgtgcgatcccattattcaacgttgtttggat
attttagcaagcatttatttttccttgactctgaagaaccccttgaagaaagttttggca
agctcactcaatggcctacctgaatgttttctaaatgaggctgcacacagttttactttt
catcttcaagaagaattagatactgctgacttacattcttatagaaaagtaatggataac
atatcttcctgcatggagaactttaacctgggtagagcaagtgttgtcaacctgcttcaa
aacgtgcttcattttctgcagaagagtctaattgaagtccaggaagaaaacagaaaattt
gctggaaatcatattgttcaaacacagttaatgaatgacttgctggtaggtgttagagtt
gccatgacattggtacagaaagtacaagggccccagagcaacctttggaatgattccagc
tctcccatctggcaaagtatgtgtggcttgctgagcattttcaccaggtttttaaatgat
gatgacctgctgcagactattcagagtacgtctggattagctgttattcttttcattaag
accatgttccgaccgtctgagaagctgcctgggttgatcagcagcttgcttctccagtca
gctgactgcaccagcatccctgattggctcatgagcagctgtaggagcctctgctgtgct
gatgtgccagcctcagctctcctgttcctgtgtcagggaacacttgccatgttggactgg
caggatggcagcatgggcccaagcagggaggctttgctcttggatactgtgcatgttttg
ttcaccttgagttcacagattaaggagtcaacactagaaatgttcctgtctagaatcttg
gcatcttggaccaattcagccatacaaatccttgaatcaagttccccaagcctaaaggat
catctgaatggggattcaagcatacctaggagacttttagaatatgtctatacacactgg
gaacatccattggatgctctgagacaccaaaccaaaatcatattcagaaatcttttgcaa
atgcaccggctcactatagagggggcagatttagtcactgaccccttctttctggaactg
actaagagtcttctgcagttggaatggcatattaaagggaagtacgcttgccttggctat
ttggttgagagtcttggaattgaacatattttggcaatagataaaactattccatctcaa
atcctagaggtgatgggagaccagtcattggtaccttatgcaagtgacctcttggaaacc
atgtttaaaaatcataagagccatttgaagtcccaaactgtcaccaatacctggatggat
aagtggcatgagacttgggtttttcctgtcctttctgtactgtgtggaggaaacttggat
cagaggtcttatgtgattgattattacttgccgaggttactgaattacagccccgagagc
ctacactacatggtgcagattcttcagacgcctattgatacggaaactgggtcgtgtaat
cacagaggggctttgggagctttgatggcatgtctacgaacagctagagctcatggacat
cttcagtctgcaactcatgcctgggagaaccttgtgtgtagtgccagggtaaagcaaggc
ttaattcaccaacactgccaagtgcggatagacacactaggcttgctttgtgaaagcagt
cggagcacagaagtggtctccagagaagaaatgcaatgggttcagttcttcctcacgtac
aatctcaacagccagtctccaggggtgcggcagcagatttgctcgctccttacaaagttg
ttttgtaggatacaagaaagttctcaggtactgtataaattagagcaaaggaactccaca
ccagactctgagaagcggtccaccagagagcagccttctgtctctttacagcagtataag
aatttcatgtcatctgtttgcaacattctttttgaagcattgtttcctggatcttcctac
tcaactagattttcagctttaaccattttaggatcaatagctgaagtgtttcctgcttca
aaaggtaacatccaaacagtgtatcagctgagtcatgatatcgacgctggccgtttccaa
atacttatggagtgctttactagtacttttgaagaagtgaaaaccttagcatttgatctt
ctgatgaatctgtcatcagtaaccgctgggcagctccagggttctgagaagctgcaagac
ctgttccaggcagcgctggagctcagcaccagcaccaaaccttatgactgtgtgacagcc
tcctacctgctgaacctgctgatctggcaggatgctctgccagcatccctgtctgcctct
tcagcacagcagcccacatgtggagctggagagaagtctgctgtggtggaaaggaacaca
ttagtggttattaaatgcttgatggaaaaccttgaggatgaaatatctcaagctgagaac
tcattgcttcaggctgcgtcttcgtttccaatgtatgggagagtccactgtataacaaga
gcgtttcagaagttgcctctacatgacctgaggctcgtgagtgagtggaagccagtcctg
gggaagcttctgctgctgtcctacaggctttccactgtggtatctcctgtcatccagagc
tcctcccctgaaggcctcatccctatggataccgactcagagtcagcaagccgcttgcaa
gtcattctcaatgagattcaaccacgggatactaacgattacttcagccaagctaaaata
ctgaaagaatgtgatagctttgatttggaggacttgagtaccagtgtctcaaatattgat
agttctgcagaaatcaaaggtaaagaagaaaaagcgtgtgatgtaactgctcagatggtc
ctcacgtgctgctggaggagcatgaaggaagtggctttacttcttggcacgctctgccag
ctcctccctctgcagcctgtgccagagtctgctgctgggttactgacagtgcagcaggtt
aaagaaataggagaatactttaaacagcaccttttgcagtccagacacagaggagcattt
gaactggcttatacaggttttgtgaaactcactgaaatattaaacaggtgctctaatgtg
agtctgcaaaagctgccggagcagtggttgtggagtgttttggaggaaattaaaagcagt
gatccctcatccaaactctgtgctacaaggcgtagtgctggaattcctttctacatacag
gcattgttggcatctgaaccaaagaagggtagaatggacttgttgagagtaacaatgagg
gagctgatctctttggctttgtctgcagatgactcaaagggcagagttccccaggttcat
gctttaaatatcctcagagccttgttcagagatacacgtctgggagaaaacattattcct
tatgttgctggtggagctaaggctgcaattctgggctttacatcacctgtctgggcagtg
agaaattcatccacacttctctttagttccttgatcacaagagtttttggagttaagagg
ggaaaggatgaactttccaaaaccaatagaatgacaggaagagagtttttctctcgcttc
ccagaactgtatccctttcttctcaaacaattggaaactgtagccaatacagtggacagt
gacctgggagaccctgatggccaccccggcatgttcctcttactcctggtgctagagaga
ctctacccatctccgatggatggcacggcgtctacactcagcttggccccttttgttcct
ttcattatcaggtgtggtcgctcacctttttaccgctcccgtgaaatggcagctcgtgca
ttggtccccttcattacgatagaccagataccaagtaccctccatgctctgctggactca
ctccccagcagcactgaccagtgtttccgacaaaaccatattcatgggacacttctgcaa
gtttttcatttgttacaagcctacattacagactccaaacacagaataaatgcagatttc
cttcaggagctgagtgacatcactgtttgtaccaaagccaaactctggctagccatgagg
caaaatccatgcttggtaaccagagctgtgtatattgatattctcttcctgctgactcac
tgcctggacagacccgaggaagggaagcacacagctctggagagtcttgacttctgggaa
gatgtgagaagaattatcttgggatcagagctgatcacggggttcccctggaccttcaag
gttccaggcctgccccagtacctgcagagccttaccaagttagccatccctgaagtgtgg
gcatcgctggctgaagctgaagggcaggctactgctgttcctctctccttttctcaactt
ctcaagtcttccttccctgaagtgcgcttgctggccctggatgcactgctggaaagggcg
gcttcctctgaacaggggcagaagggtccccctcccttgctgtacagcatgggagaggag
ttcctactgctggcaatgaaggaagaccacccaggatgtttctgcagggtcctgaagatt
ctctatcacttgaaccccagtgaatggcttcctcagacagagtgctctgttcacctctcc
ccaaaggagttcctggtctggactatggatattgcttccaatgacagatctgaaatccaa
ggtgtatctctgaggcttgcctccaaaataattgcctaccttgtgcagagttgtgagaag
aacaaagattcagtggccctggagctgaggcggtgggtccagctgattgtctggtcctgt
ggagaccaccttcctactgcatctagactggctgtggctgaagtcctctcaggcaccgca
cccctgttcctcaccagtccccagcccattctagacctgcaggatacactttctctctgg
aggtgtgtcctcacccttctgcagagtgaggaacaacccgtccgagaggcagccacagag
accgtgacaacagccatgtcacaaggaaacacttgccagtcaacagaatttgccttctgc
caggtggatgcctccattgctctcaccctggccttcgctgtcctgtgtgacttgctccag
cagtgggaccagctggggccaggactgcccattctcctgggatggctgctggaagagggt
ggtgacctcaaagacctcatgcagagcccacatcagggggaagaagagcacatatttgaa
aaatcagaagtcaacttctgggccgagactctgaccttcgtgaaatacctgtgtaatcaa
gtcttccatctcctctgtcagtctggctgtcagtcctctcactcccagctcagtcacttg
caaaggacagcgtcagagcagcatcgcctcatctctcagctcttcagagaacttccactc
tcggctgaatttttgaagacagtagaatacacaagactgcgcattcaagaggaaaggact
ttggctgtcctgcggctgttggcctgtctggaaggaaaggaagtcctcagagctgaagac
tgccctagagaatggagacaagaaatggccccaagaacagaagcagcttgttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (1)   
   Pfam (1)   
All databases (31)   

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