KEGG   Arabidopsis thaliana (thale cress): AT3G56410
Entry
AT3G56410         CDS       T00041                                 
Name
(RefSeq) hypothetical protein (DUF3133)
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: zinc_ribbon_12
Other DBs
NCBI-GeneID: 824808
NCBI-ProteinID: NP_001325603
TAIR: AT3G56410
UniProt: A0A1I9LLR2
Position
3:complement(20916172..20921338)
AA seq 1399 aa
MRTTHREYNSRPSTSVERGYHPETVYKPETSDIRREWMRRTDDFSETGDSDVFTSERSSP
YNTRSNAAQWAQHEGRYADPPRVPFYPASPSPSSAYEYGYSSPFHGSYVSASEQSYYHQQ
PNQFEQYSREGWFQESSVASPTRFPGETSDGKYYHRSSQSQLHDLQYHNLYEPSRSETPH
HSVYSERSYVPAAAPHRSTYSEHSVGISKSDTSSEKSILRNKKRYVRERNPVVKRHILPS
AGGAPFATCSYCLELLQLPQVSPQGKRQRYQVRCGSCSGVLKFSIREKADTVLDSPSFVD
YGMDFADETVTNHQDSASEGHEEINPDGSHLTCLDDDSGETICKSNDAVILSQKILETFE
DKGIKEDIRNISTKFLDLKLEALQPHLKPMGNRRLSEQQPTSSETIGETSKIHLEQSQEA
HSEKSTEMDNNICDIEEPEYEKNEIIKPEEIVGEGSGESLEVPVNQNERMSESSEEDERV
AERSVSHSEELLYKKEYVSETRVQSENTGDTYEFEWEETQETEEYEGESTLEEIGDKPQL
HLDKSRYTRDSICDSSLSYGEPFEDTSVKEDTEHISNTISDAKSATTHSPLNSLVNENQR
FIGHLDQSGEATVTISRIQEHSKYEYENLSERQELEMTISDRVTCKLEESRYETNETLEP
SKVGEDGSLVSFEKVSEAFETIIEGKTGEERLVSHQMDSPNENVENSYGTLEPVYLEESG
FAGERTWEGTIEDRAGLHLEEYESNYENYSRPFEWTSETAPTFRMHDYELGTILEPDEYA
DGRSESSSRGSFNDDGGSEERVVFHESQVAIPEQSHYEYENSSKRQELSDTVFDIARSEL
QEYRYERNETLEPSKMVGDGSVVPVEKAGETFISKKNEDSSVSHQMESQNEDMENSYGTK
EPVYPEGSRCESENSWAETMGDGAGLKLEEYNSNPFEWTSEKAAAFHLHEYERWTVPEPE
EDANERSITSSRDSFNDHENLKGIAVSHEEEPWLVDENRTEALKVGVMVEDEPSLHLTKF
ENETMKLEETLEWTSERAPTFRLPEYELGEMLESDNDVDERSEYSSKGSFNDHEIPRELL
NEEDPQLVIDGRTEAVQVGEMAKDTVSLHLEECGNESMKLDETFEWTSGRTLTFRRHGYE
VETKLEADEDADGRSESSSRGSFNDRGSSKERAVLHEDGSWLVDDYETKALKVGVMAEDG
SSLQLEKGENGKMDLDETLEPRDDIFRLSLDDTLEQERMTFHLKMSQDKQESLRQTFKQG
DAEKDSDVFSEGHEFPSKMAELDSDTEEEIVEEQLEHLQKENEKLSLTFEQHDHIYSTTE
PSEIVGLRHALYQTQNSPLRSPLTSPIHTPIGSPLHYLMASQIRSPIASTMHSHIVSPLR
SPINSSGSLSDVLFFSKKT
NT seq 4200 nt   +upstreamnt  +downstreamnt
atgagaactactcaccgggagtacaattcaaggccatcgacttctgttgaaagaggttat
catccagaaactgtttacaagcctgagacatctgatatccgcagagaatggatgagaagg
actgatgacttcagtgagaccggtgattctgatgtgtttacttcagaaagaagctctcca
tataacacacgcagcaatgctgcgcaatgggcacaacatgagggaagatacgcagatcca
cctcgggttcctttctatccagcaagtccttccccttcttctgcatatgaatatggctac
agtagtccttttcacgggtcttacgtttctgcatcagagcagtcttattatcatcaacaa
ccaaaccaattcgagcagtatagcagagaaggctggtttcaagaatcttctgttgcttca
cctactcgttttccgggtgagacatctgatggaaagtactatcacaggtcttctcagtct
cagctacatgatcttcagtatcataatctttatgaaccaagtagatctgaaaccccgcat
cactctgtgtactctgagcgtagttatgtaccagctgctgcgccacaccgctctacatac
tctgagcattctgtagggatttctaagagtgacacaagtagtgaaaagagcattctaagg
aacaaaaaacggtatgtcagggaaaggaatccggtagtgaagcgccatattctcccttca
gccggcggtgcaccttttgcaacttgttcctattgcttggaacttctacagcttcctcaa
gtgtctccccaaggaaaacgtcaaagatatcaagtgagatgtggcagttgttccggtgta
cttaagttctctattcgagagaaagcagatactgtcctggattcacctagctttgtggat
tatggcatggattttgcagatgagactgttactaatcaccaggattcagcatcagaaggt
catgaagagattaatcctgatggaagtcatctgacgtgtttagacgacgattctggagaa
acaatctgcaaaagtaacgatgctgttatattgagtcaaaaaattctagaaacatttgag
gataaagggattaaagaagacataaggaatatatccaccaaatttttagatttgaaattg
gaggcattacagcctcatctaaaacctatggggaaccgcagattaagcgagcaacaacct
acatcaagtgagactattggagagacttccaagattcatctagagcaatctcaggaagct
cattcagaaaagtcaaccgagatggataataacatttgtgatatagaagagcctgaatat
gagaagaacgaaattattaagccagaagaaattgtaggagaaggatcaggtgagtccttg
gaagttccagtaaaccagaacgaaaggatgagtgaatcaagtgaagaagatgagagagtt
gcagagagatcggtatctcatagtgaggaacttctatacaagaaagaatacgtcagtgaa
acacgtgtacagtctgagaataccggagacacttacgagtttgaatgggaggagactcaa
gaaactgaagaatatgaaggtgaaagtacattagaagagatcggagacaaaccgcagttg
catttggataaatctaggtacactcgagattctatatgtgacagcagcttaagctatggt
gaaccatttgaggatacatcagtcaaggaagatacggagcacatatcaaacacaatttca
gatgcgaagtcagctacaacacattctcccttgaactctttggtgaatgagaatcagagg
tttataggacatcttgaccaatcaggcgaggctacagtaacaatatccaggatccaggag
cactccaagtatgaatatgagaatttaagcgaaagacaagagttggaaatgaccattagt
gacagagtcacgtgtaagttagaggagtctagatacgagacaaatgaaactcttgagccg
agcaaggtgggcgaagatggatctcttgtttctttcgagaaggtgagcgaggcattcgaa
acaatcatagaaggcaagacaggtgaagagagactggtatctcatcaaatggattctcca
aacgagaatgtagaaaattcttatggaacattagaaccggtttatctagaagaaagcggg
tttgcaggtgaaagaacatgggaagggacaatagaagatagagcggggttacatttggag
gaatatgaaagcaactatgagaattacagcagaccatttgaatggacttcagaaacagct
ccaacatttcgcatgcatgattatgagctagggacaatacttgaaccagacgagtatgct
gacggaagatcagaatcaagttcacggggctccttcaatgacgatggaggttcagaagag
agggtcgtttttcatgagtctcaagttgctatacctgagcagtcccactatgagtatgag
aactcaagcaaaagacaagagttgagtgacaccgtttttgacatagcaaggtctgaatta
caagagtatagatatgagagaaatgaaacacttgagccaagtaagatggttggagatgga
tctgttgttcctgttgagaaggcgggtgaaactttcataagcaaaaagaatgaagacagc
tcggtatctcatcaaatggagtctcaaaatgaagatatggaaaattcctacggaacaaaa
gaaccggtttatccggaaggaagcagatgtgaaagtgaaaattcatgggcagagacaatg
ggagatggagcggggttgaagttagaggaatataatagcaatccatttgaatggacttct
gaaaaagctgcagcatttcatctgcatgagtatgaacgatggacagtgcctgaaccagaa
gaggatgctaatgaaagatcaataaccagttcacgggattcctttaatgaccatgaaaat
ttaaaagggatagctgtgtctcatgaggaggagccctggctagtggatgagaacagaacg
gaagctctaaaagttggtgtaatggtggaagatgaaccatcgctgcacctgacgaaattt
gaaaacgaaacaatgaaattggaagagacacttgaatggacttcagaaagagctccaaca
tttcgtctacctgagtatgagctaggggaaatgcttgaatcagacaacgacgttgatgaa
agatcagaatatagttcaaagggttccttcaatgatcatgaaattccaagagagttgtta
aatgaggaggatccccagctggtgattgatggcagaaccgaagctgtacaagtaggcgaa
atggcaaaagatacagtatcactgcacttggaggaatgcggaaatgaatcaatgaaactg
gatgagacatttgaatggacgtcagggagaactttaacgtttcgtcgccatgggtatgag
gtagagacaaagcttgaagcagacgaggatgctgatggaagatcagaatctagttcaagg
ggttccttcaatgatcgtggaagttcaaaagagagagctgtacttcacgaggatgggtct
tggctggtggatgattatgaaaccaaagcgctaaaagtaggcgtaatggcagaagatgga
tcatcgctgcagttggagaaaggcgaaaatggaaaaatggatttggacgagacacttgaa
ccaagggatgatatattcaggctcagtcttgatgacacacttgagcaagaaaggatgacg
tttcatttaaagatgtctcaagataagcaagaaagtctaaggcagacctttaaacaaggt
gatgctgaaaaagattcagacgtattttcagaaggccatgaatttccaagtaaaatggca
gaactagatagtgacactgaagaggagatagtggaagaacaattagaacatttgcagaaa
gagaatgagaagttaagtctaacctttgaacaacatgatcacatctacagcacaacggag
ccttctgaaattgtgggtttgcgtcatgcgttataccaaacgcaaaattcacctctacga
tcacctctcacttcaccaattcatactcccattggttctccgctgcattacctgatggct
tcacaaatacgttctccaatagcttcaacaatgcatagtcacatagtttcaccgcttcgt
tctcccatcaactcctctggatcactctctgatgtattgttcttcagcaagaaaacttga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (1)   
   Pfam (1)   
All databases (37)   

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