KEGG   Arabidopsis thaliana (thale cress): AT3G55160
Entry
AT3G55160         CDS       T00041                                 
Name
(RefSeq) thyroid adenoma-associated-like protein
  KO
K24169  thyroid adenoma-associated protein
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:ath04990]
    AT3G55160
Domain-containing proteins not elsewhere classified [BR:ath04990]
 Other domain-containing proteins
  Armadillo repeat domain-containing proteins
   AT3G55160
SSDB
Motif
Pfam: DUF2428 HEAT
Other DBs
NCBI-GeneID: 824682
NCBI-ProteinID: NP_001326117
TAIR: AT3G55160
UniProt: F4JFA0 A0A7G2ET22
Position
3:complement(20444502..20452626)
AA seq 2130 aa
MSAKWRALQHRHRYTYSAVLFPSSFTASLSQSSLSQSCPKFYSNIEELVSLNSIYAQVNH
AKKVVASFGEFLAKANENEGGERETVSVREAIRFYLEILFMENSLPLHKTLVSALAKTTK
FHSVISSCFKELCDEYGGFEDGGNRFCVSRVALSVMGMPKLGYLVDIIEDCALLVGYDIV
SGLNGIVLDTEACDRPPPTVMEQCQEALSCSYYLFQRFPLKFKGLVGEDASFMESVLAVQ
VSILKSLAFSRDCYVAAGVSFCAALQVCLKDEELGLFIAQCIFCWSSVVRLADIVSKIPF
AGDICSEICSFSSLSRLCLIRGILTTVSRGILVSSFARLSNSDCDHKTILYDGILLELCD
LCENPIDSHLNFHVLTVMQICMQQIKTSMLTDLSEGYDPMPDSMAARVLRIIWNNLEDPL
SQTVKQVHLMFDLLLDIQTTVHQTDDKVGMRESLLKIVNYLLRLGSRCKGRYVPLASLTR
RLGAKTLMDMSPNLLFEMANAYIDDDVCYAVTSFIKCFLELLRDESWGSEGVDQGYARYR
EHCLPPFLYGLASGKSKLRSNLNTYAVQVLLELDVDSIFLLLAYISIGPSEEETKLNYTE
LSNMSMELTVEQKVVVLVSLLKVCRTLAFLEGDIEQKRSTDAFAVVQIKGIELKIPIEWL
KMALTHVDESVRVDAAETLFLNPKTSSLPSPLELYLMKEAVPLNMRSSSTGFQMKWTSLF
RKFFLRVRTSLEKQYKLGSLQPLKSDKNAVLRAESLFKFMRWLSSFLYLSCYPSAPYRRK
IMATELIQIMIEVWPVVASKDPTSHQGHLYPYCDIVTSHDSTLLLVGSIVDSWDRLRENS
FRILLHFPTPFTGISSEDMVQIIIPWAKQLVCSPRVRESDAGALTLRLIFRKYVLDLGWI
VKVSTTVFCCERECENIDCRNQNSKPKYPVVEYIKSLIQWLDASVTEGERDLSEACKNSF
VHGVLLALRYTFEELDWNSNAVLSISEMRKELEKLLKLVTRITTLALWVVSADALCLPED
MDDIIDDDSFFSNVQDDSAAVLSEEHTSTYPKHVHETVQSEQVVMVGCWLAMKEVSLLLG
TIIRKIPLPTSSLRPLENGDTASSVPNDLVIGNSESLLDLKQLEKIGDHFLEVLLKMKHN
GAIDKTRAGFTALCHRLLCSNDPRLCKLTESWMEQLMERTVAKGQTVDDVLRRSAGIPAA
FIALFLSEPEGSPKKLLPRALRWLIGLAEKPLMEPLEQKGSKHMVEEINSSDMHSNEKLS
KVRDEGVVPTVHAFNVLKATFNDTNLSTDTSGFSAEAMIVSIRSFSSPYWEVRNSATLAY
TALVRRMIGFLNVQKRGSTRRALTGLEFFHRYPLLHPFIYSELKAATDLLDTSGSSDSNL
ANLVHPSLWPILILLSRLKPSPIASESGDDLDPFVFMPFIMKCSTQSNLRVRVLASRALV
GLVSNEKLQSVLLRIASTLPSNGAQGGSFNYLHGILLQLGNLLDTNCRDLADNSKKDQII
GKLINVLANCSWLASPLTCPCPILCTSFLRVLDHMRVIEWTCSESKNLRDIYKLHLDLST
NCLDADASYGFSYYDPSIAELREQAAVSYFGCVFQPSDEAAEVFQITQRPNLQSQKVPEA
LDFPHLNERLLRCISDQSYEVRLATLKWFLRFLKSEDSSFSESSSIWNWAKNGLQVILLE
LLDKEKNHKCENYILRILFQWNLLMFKKSCNKESVEGIYVGSLNYDSVFHLWGRLTSLYE
STRRAKTRGTLMCCLAICVKHLTGLFIHKNESEKEEEPRWSCITDCVSYFVNLIKQKSLP
SEQVNVRHASAEAIIASGILEQAKLIGPLVSNHQISSETTPSKFQKACDVYAYQILEMWF
TCIKLLEDEDDVIRSKLATDVQKCFFTAVEVPTQVDKVLELSFNHLSSILGHWNEYSQYL
SRWVFNTADYTSPPKGGSDLVRRVFDKEIDNHHEEKLLILQFCCYHLQKLPNRDFSLAQL
LDWRSKFHNQLLAFAKDHVSKQRESWVGGVGNHKDVFLPLYGNLLGLYVFSDCIFRFSTD
SNDKKTLFSDIIELGEALKPFLRNPLVSNMFRVVVRLHEKLLNDSLMDLSTVLSGEIWEG
FDPYFLLTEGEIKVRSFYSDESGACSPPLG
NT seq 6393 nt   +upstreamnt  +downstreamnt
atgtctgcgaagtggcgagctctgcagcatcgccatcgttatacttacagtgctgttctg
ttccccagctcgttcactgcttctttgagccaatctagtttgtctcagtcttgtcccaag
ttttactccaacattgaagaattggtttcgttgaattcaatctacgcgcaagttaatcac
gccaagaaagttgttgcttcgttcggagagtttctcgccaaggccaatgagaatgaagga
ggcgagagagagacagtttctgtaagggaagctattaggttttacttggagatactcttc
atggagaattctttgcctcttcataagacccttgtttcagccttggctaaaaccactaag
tttcattcagtgatcagttcatgttttaaggagctttgtgatgaatatggcggttttgaa
gatggtggtaatcgattctgtgtgtctagagttgctttatcagtgatgggcatgccaaag
ttgggatatttagttgatataattgaagattgcgcgcttctggttggttatgatatcgtt
tcagggttgaatggtatagtcttagacactgaagcttgtgataggcctcctcctactgtt
atggagcaatgccaagaagctttgtcttgctcgtattacttgtttcagcggtttcctttg
aagtttaagggtttagttggggaggatgcaagttttatggagagtgttttggctgttcaa
gtaagcattttgaagtcgctggcattttctagggactgttatgtggctgctggtgtgagt
ttctgtgctgctctgcaggtctgtctcaaagacgaagagcttggattgtttatagcgcaa
tgtatattttgctggagtagcgtcgttaggttggctgatattgttagcaaaattccattt
gccggggacatttgttctgagatctgcagtttttcatctttgagtagactctgcttgatc
cgaggcattcttactacagtttctaggggtattcttgtttcctcttttgctcgattgagc
aacagtgattgtgatcacaaaactattctgtatgacggaattttgctcgaactttgtgat
ttatgcgagaaccccattgacagtcatttaaattttcacgtactaactgtgatgcagatt
tgcatgcaacagatcaagacatctatgttaactgatttatcagaaggttatgatccaatg
ccagacagcatggcagctcgagtactcagaattatatggaacaatttggaggaccctttg
agccagacagtcaaacaagttcacctcatgtttgacctcttactagacatccaaaccact
gttcatcagacagatgataaagtgggaatgagggaatctttgttgaaaattgtcaactat
cttcttcgtttaggatcacgttgtaaaggaagatatgttccattagcatccttgacaagg
cggttaggtgcgaagactttgatggatatgagtcctaacctgttgttcgagatggcaaat
gcatatattgatgatgatgtctgctatgctgtaacatcatttataaaatgtttccttgaa
ctgttgcgtgatgaaagctgggggagcgaaggtgttgaccagggttatgcgcgttatcga
gaacattgtttgcctcctttcctttacgggcttgcttctggcaagtcgaaactcaggtcc
aatctaaatacttatgcagtacaagttttgctagaactggatgtagacagtatatttctt
ttgcttgcgtatatatctattggaccgagtgaggaagaaaccaagctaaactatactgag
ttgagtaacatgagtatggaactaacagttgaacagaaagtggttgttttagtatcattg
ctgaaagtttgtcgtacacttgcattccttgaaggggatattgaacaaaaaagaagtaca
gatgcatttgcagttgttcaaatcaagggtattgagttaaaaattcccattgagtggcta
aaaatggccttaacccatgttgatgagtcggttcgtgtggatgctgcagagacactcttc
ttaaaccccaagacttctagccttccatctcccttagagctttatctcatgaaggaggct
gttcccttgaacatgaggtcatcgtctacaggttttcaaatgaaatggaccagtttgttc
aggaaattttttctccgggtccgtacgtcgctggaaaagcagtataagctagggagcttg
caaccacttaaaagcgacaaaaatgcagttctacgagcagagagtttgttcaagtttatg
aggtggctaagttcctttttgtatttatcttgctacccttctgccccttacaggagaaaa
ataatggcgacagaacttatacagatcatgattgaagtctggcctgttgtggcttctaag
gatcccacttctcatcaaggccatctttacccatactgtgatattgtcacttcacatgat
tcaacgttattgctagttggatcgattgttgatagttgggacaggcttagggaaaattct
ttccgtattttgctacattttccaactccatttactggcatttcaagtgaagacatggtc
caaatcattattccttgggccaaacaactagtctgcagtccacgggtaagagagagtgat
gcaggtgctttgactcttaggcttatcttcagaaagtacgtattggaccttggttggata
gtcaaggtttccactactgttttttgttgtgaaagagagtgtgaaaacatagattgtcgt
aatcagaactctaaaccgaagtatcctgtggttgagtatattaaatcacttattcagtgg
cttgatgcttctgtgacggagggagagcgtgatctctctgaagcatgtaaaaacagtttt
gttcatggggtattattagctttgcgatatacttttgaggaattggactggaactctaat
gcagtgttaagtatatcagagatgagaaaggaactggaaaagcttctgaaactggtgacg
agaataactacattagcactttgggtggtttctgcagatgctttgtgtttgcctgaggat
atggatgacataatagatgatgatagtttcttttcaaatgttcaagatgattctgccgct
gttctctcagaggaacacacaagtacatatccaaaacatgtgcatgaaacagtacaatca
gaacaggtagttatggttggttgctggctcgctatgaaagaggtgagtcttcttttggga
accattataagaaagattccattgcctaccagcagccttagacctttagaaaatggtgat
acagcttcttcagtccccaatgatttagtgataggaaattctgaatcactgcttgacctg
aagcaacttgaaaagattggagaccacttcttggaagtacttttaaaaatgaagcacaat
ggtgcaatagataagacaagagctggatttacagctttgtgccaccgtttactatgttcg
aacgatccaagactttgtaagctgacagaatcctggatggagcaacttatggaaagaact
gtggcaaaaggacagacagtggacgatgtgttaagacgaagtgcaggaattcccgctgca
tttattgctctttttctctcagaaccggaaggttcaccaaagaagcttctcccacgggcg
cttaggtggctaataggtcttgcagagaagcctctcatggaacccctggaacagaaaggg
tctaaacatatggttgaggagatcaattcttctgatatgcattcaaatgaaaaactttca
aaggtccgtgatgaaggagttgttccgacggtgcatgcgttcaatgttctcaaagctact
ttcaatgacacaaacttgagcactgatacttctgggttttctgcggaggctatgattgtt
tcaataagatccttctcttcaccatattgggaggtcagaaacagtgccacacttgcatac
actgccttggtccgtcgaatgattggattccttaatgttcaaaaacgtggatctacccgt
cgtgccttgactggacttgaattttttcacaggtaccccttgttgcaccctttcatatac
agtgaactaaaggcagcaactgatttacttgacacatctggttcatctgattcaaacctc
gcaaatcttgtccatccgagtttatggcccattctgattcttttatctaggcttaagccc
tcacccattgcaagtgaaagtggagatgacctggacccgttcgtttttatgccctttatt
atgaaatgctctactcaaagtaatctccgtgttcgtgttttggcatcacgtgctctagta
ggtcttgtttccaatgagaaactccaaagcgttctgctccgaattgcctcaacattacct
tctaatggggcccaaggtgggtccttcaattatcttcacggtattttgttgcaacttggt
aatctcctagatacaaactgtagagaccttgctgataactctaagaaggatcagattatt
ggaaaattgatcaatgtccttgcaaattgctcatggttggcttctccattgacgtgccct
tgcccgatcctctgtacatcttttttgagagtgcttgatcatatgcgagtaattgaatgg
acatgctctgaaagcaaaaatctcagggacatctataaattgcacttggatctatctaca
aattgcttggatgcagatgcttcttatggtttctcctattatgacccttcaatcgctgag
cttagagaacaagcagctgtatcttattttggttgcgtatttcagccatctgatgaagca
gcggaagtttttcagattactcaaagaccaaatttgcaatcgcagaaagttcctgaagca
ttagattttcctcaccttaacgaaaggctccttcgttgtatatctgatcaatcatatgaa
gttcgtcttgcaacactgaagtggtttctgcggtttttgaagtcagaagattccagtttc
tcagagtcgagcagtatttggaactgggcaaaaaacggtctccaggtgatattattagag
ctgttggacaaggagaaaaaccataaatgtgagaactacattttaaggattcttttccag
tggaatcttcttatgttcaaaaaatcatgtaacaaggaatctgttgaaggcatttacgtt
ggttcgttgaactatgattcggtgtttcatctttggggcaggctgacttctctatatgag
agcacacgacgtgctaaaacccgaggtacactcatgtgttgcctggcaatttgtgtgaag
catctcacggggttgttcatccacaaaaacgaatctgaaaaagaagaggaaccaagatgg
agttgtataactgattgtgtctcctactttgttaacttgatcaaacagaaaagcttacca
tccgagcaagtaaatgttcgccatgcatctgcagaggctattatagcatccggtatactg
gaacaagcgaagctcataggtcctcttgtctcaaatcaccaaatttcctctgaaactaca
ccaagcaaatttcaaaaagcttgtgatgtatacgcatatcaaattctagagatgtggttc
acttgtatcaaattgttggaggacgaagatgatgtcatcaggtcaaaactcgctacggat
gttcagaagtgtttcttcactgccgtggaagttcctactcaagtagataaagtcttggaa
ctgagcttcaaccatttatcttccatcttagggcactggaatgagtattcgcaatatctc
tcgagatgggtcttcaacaccgcagattacacatccccaccaaagggaggtagtgatcta
gtgaggcgggttttcgacaaggaaatcgataatcaccatgaagaaaagcttctgatcttg
cagttttgctgttaccatctacagaaactaccaaacagagacttttccctggcacaacta
ctcgactggaggagtaaattccacaatcagctacttgctttcgctaaagatcatgtcagc
aaacaaagagaaagctgggtaggcggtgttgggaaccacaaggatgtgtttttgccactc
tatggtaatcttcttggtctctacgtcttttccgactgcatattcagattctcaactgat
agcaatgacaagaaaactctgttttctgatatcattgaacttggggaggcactgaaaccc
tttttgaggaaccctttggtgtctaatatgttccgagtagttgtcagattacatgagaag
ttgctaaatgattctttgatggatttatctactgttctttctggagagatttgggaaggt
tttgatccatattttcttctcactgagggagaaatcaaagtcagatctttttattcagat
gaaagcggagcctgctctcctcctctcggctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (2)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (2)   
   Pfam (2)   
All databases (60)   

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