KEGG T00041: AT2G29210

Arabidopsis thaliana (thale cress): AT2G29210

Entry

AT2G29210 CDS T00041

Definition

serine/arginine repetitive matrix protein 1

Orthology

K13171

serine/arginine repetitive matrix protein 1

Organism

ath Arabidopsis thaliana (thale cress)

Pathway

ath03013	RNA transport
ath03015	mRNA surveillance pathway

Class

Genetic Information Processing; Translation; RNA transport [PATH:ath03013]
Genetic Information Processing; Translation; mRNA surveillance pathway [PATH:ath03015]

SSDB

Motif

Pfam:

PWI

Other DBs

NCBI-GI:

NCBI-GeneID:

MIPS:

TAIR:

UniProt:

Position

AA seq 878 aa
MSGGFFRGTSAEQDTRFSNKQAKLMKSQKFAPELENLVDITKVKMDVMKPWIATRVTELL
GIEDEVLINFIYGLLDGKVVNGKEIQITLTGFMEKNTGKFMKELWTLLLSAQNNPSGVPQ
QFLDARAAETKKKQEEANEIMKKREGDKKNIEHDILRKIDSGVEHKETNGMDAKPSRDRP
EDGRRADEKNGVKERRRDLIPPRRGDASRSPLRGSRSRSISKTNSGSKSYSGERKSRSTS
QSSDASISPRKRRLSNSRRRSRSRSVRRSLSPRRRRIHSPFRSRSRSPIRRHRRPTHEGR
RQSPAPSRRRRSPSPPARRRRSPSPPARRRRSPSPPARRHRSPTPPARQRRSPSPPARRH
RSPPPARRRRSPSPPARRRRSPSPPARRRRSPSPLYRRNRSPSPLYRRNRSRSPLAKRGR
SDSPGRSPSPVARLRDPTGARLPSPSIEQRLPSPPVAQRLPSPPPRRAGLPSPPPAQRLP
SPPPRRAGLPSPMRIGGSHAANHLESPSPSSLSPPGRKKVLPSPPVRRRRSLTPDEERVS
LSQGGRHTSPSHIKQDGSMSPVRGRGKSSPSSRHQKARSPVRRRSPTPVNRRSRRSSSAS
RSPDRRRRRSPSSSRSPSRSRSPPVLHRSPSPRGRKHQRERRSPGRLSEEQDRVQNSKLL
KRTSVPDTDKRKQLPEKLLEVGRVEHYKEQERKSDKLSEKRSVHRHHGSQMSPVENSEGR
SRPVSSKVKDSEQVEKEDNSDLDANLSCDSKDTIRHQIKDKNRRKNKRSSREEVSSDDNG
SSDSDVDDRKEAKRRRKEEKKTRKEEKKRRREERHRKREERRGGKEKHKKQELSDTSEGE
VEARPKIKKGEESDPKRLEIELRNKALESLKAKKGISH

NT seq 2637 nt +upstreamnt +downstreamnt
atgtccggcggtttcttccggggtacttccgccgagcaggatactcggttttctaacaag
caagctaaattgatgaaaagccagaaatttgctccggagttagagaatctggtggatatc
actaaagtgaagatggatgttatgaaaccttggattgcgactagagtcactgagcttctt
ggtattgaagatgaagtgctgattaactttatctatggtctgcttgacgggaaggtagtg
aatggtaaggagattcagataacgctaactggattcatggagaaaaatactggcaaattt
atgaaagaactttggacacttcttctaagcgcacagaataatccaagtggtgttccacag
cagtttttagatgctagagctgctgaaacaaagaagaaacaggaagaagcaaatgaaata
atgaagaagagggagggagataagaagaacattgagcacgatatattgaggaaaatagac
agcggtgtagaacataaggagacaaatggcatggatgcaaaaccttcaagagatcgtcca
gaggatgggagaagggctgacgagaagaatggtgtaaaagaaaggagaagggatctgata
cctccacgtcgcggagatgcatcccgctcaccccttagagggtcacgttctaggtcaatc
agcaaaacaaattcaggctcgaaaagttattctggcgaacggaaatccaggagcacatct
caatcatcagatgcctccatctcacctagaaagcgaagattgtcgaattcaagacgtaga
tccagatcacgttccgtgcgtaggtctctgtctcctcggcgacgtaggatacactctcct
ttcagaagcaggtcgcggtcacctattagacgtcacaggcgacctacgcatgagggacgc
cgtcaatcaccagccccttcaagacgtcgccgttctccatccccacctgctagacggcgc
aggtcaccatccccacctgctagacggcgcaggtcaccatcaccacctgctagacggcac
aggtctccaacaccacctgcaaggcagcgcaggtcaccatcgccccctgctaggcgtcac
cgttctccaccgccagctaggcggcgtaggtctccttcaccgccagctaggcggcgtagg
tctccttcaccgccagctaggcggcgtaggtctccatctccactctacaggcgtaacagg
tctccatctccactctataggcgtaacaggtcacggtcaccgctggctaagcggggaagg
tctgactcaccagggaggtctccgtcaccagtggctaggctcagggatcccactggggca
agattgccttcaccatccattgagcaaagattgccttcaccacccgttgcacaaaggttg
ccttcaccaccccctaggcgtgcaggattaccttcaccaccccctgcgcaaaggttgcct
tcaccaccccctaggcgtgcaggattaccttcaccaatgaggattggaggatctcatgca
gccaatcacctggaatcaccatcacccagctcattgtcccctcctggtaggaaaaaagtg
ttaccatctccacctgttagaagacgcaggtcactgacacctgacgaagagcgagtctcc
ctgtcacaaggtggacgccatacttccccttcacatatcaagcaagatggatctatgtca
cctgttaggggtcgaggtaaatcttctccttcatctcgacatcagaaagcgcgctctcct
gttcggcgcagatcaccaacacctgtcaaccggcgaagtcgaagatcttcatctgcttca
cgatcacctgatagacgcaggagacggtctccatcttcgagcagatctccttctaggtcg
cgatcacctcctgttcttcatagatctccttctccacgtggaagaaaacatcagagagag
agaagatctcctgggcgtctatctgaagaacaagatagggttcaaaattccaagctgtta
aagagaacttcagtgcctgatactgacaagaggaaacaattaccagagaagttgctagaa
gttgggcgtgtagaacattataaggagcaggagagaaagagtgataagttgtcagagaag
cgatctgttcacagacaccatggttcacagatgtccccagtagaaaattcagaaggaagg
agtcggcctgtttctagtaaagtgaaagacagtgagcaggttgagaaagaggataacagc
gacctggatgcaaacctttcctgtgattctaaggataccatcagacatcaaattaaggat
aaaaatagaagaaagaataaaaggtcttcaagggaagaagtatcttcagatgataatggc
agttctgattccgacgtagatgataggaaggaggctaaaaggaggaggaaggaggagaag
aaaacgagaaaggaggagaagaaacgtaggcgagaggagagacatcgtaaaagggaagaa
cgtcgtggtggaaaggagaagcataagaaacaagagctttctgatacttcagaaggtgaa
gttgaggcccgtcctaagattaaaaaaggggaggaatctgatccaaagaggcttgaaatt
gagttgcgaaacaaagcactcgagtcattgaaagcaaagaagggcattagccactaa

All links

Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (9)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (3)   
   UniGene (1)   
   MIPS-ATH (1)   
   OC (1)   
   TAIR (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (1)   
   Pfam (1)   
All databases (20)   

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