KEGG   Camelina sativa (false flax): 104702684
Entry
104702684         CDS       T05044                                 
Name
(RefSeq) RNA-binding protein 28-like
  KO
K14573  nucleolar protein 4
Organism
csat  Camelina sativa (false flax)
Pathway
csat03008  Ribosome biogenesis in eukaryotes
Brite
KEGG Orthology (KO) [BR:csat00001]
 09120 Genetic Information Processing
  09122 Translation
   03008 Ribosome biogenesis in eukaryotes
    104702684
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:csat03009]
    104702684
Ribosome biogenesis [BR:csat03009]
 Eukaryotic type
  Pre-60S particles
   Other pre-60S particles
    104702684
SSDB
Motif
Pfam: RRM_1 RRM_7 RRM_Rrp7
Other DBs
NCBI-GeneID: 104702684
NCBI-ProteinID: XP_010416890
Position
7:complement(26250140..26255687)
AA seq 986 aa
MGKNNKKERKDGEEKSPHSAATVCVSGLPYSITNAQLEEAFSEIGPVRRCFLVTNKGSNE
HRGFAFVTFALPEDVKRAIELKNGSTVGGRRITVKQATHRRPLPERRIKAAEGISLPDNS
QAQSDKGTLIPETDKKVLPTEEKVDKPIERKKEEKLIERKKEEKPIERQKVEKPFERKSK
TKLHVDLPDKETCSDKQRVARTVIFGGLVNPEMAELVHSRVKEIGTVCSVRYPLPKEELQ
QNGLAQDGCRAEASAVLLTSVKSACAAVAKLHQTEIKGNFIWARQLGGEGSKAQKWKLII
RNLPFKATPKDIKEVFSAEGFVWDVFIPKNFETGLPKGFAFVKFTCKKDAESAIQKFNGY
MFSKRPIAVDWAVPKNLYNGAAEATTASANGDKEGSDGDSDNSSVDLEEVDNAVESHPPS
GDDTDDDEEEDGSGKLSESDALERDVGTDVNFEEEADVARKVLKNLLASSKDSISPDGDT
EDADKSKLKNSTTKPVADSFGVSEPLESGTTKVVAPKERQENDDFERTLFIRNLPFDVTK
EEVKQRFAVFGEVESLFLVLHKVTKRPEGTAFLKFKTADASVAAISAANTPSGVGVLLKG
RQLNIMRAVGKKAAQDIELKKTEEKNLDHRNLYLAKEGQILDGTPAAEGLSAEDMDRRRR
LHENKMKKLQSPNFHVSRTRLVIYNLPKSMNKKQLHKLLVNAVTSRATQQKPSIRQIKFL
QNEKKGKVDTKNYSRGVAFVEFTEHEHALVALRVLNNNPETFGPQHRPVIEFAVDNVQKL
KIREAKQQQFQQRDKHYESEQQQRDNHNESEQQQSNGEADAPDNRYKRKTREGEDNTGPR
KENGARFKKGPVRPREEGKEEAKSNIAVKGDAAAEKKRRNIRTQEKQSSNQKGQRMRQKE
ANEKPNQKNSKDMSDDVPRKRKLEEIRGEESRNGQRKKNKKQGEGQGGAEVGDKLDMLVA
IYKSKFSQTSAKTGGPQKPLRRWFES
NT seq 2961 nt   +upstreamnt  +downstreamnt
atggggaaaaacaacaagaaagagaggaaagatggagaagaaaaatctccacactctgcc
gccactgtttgcgtttcagggttgccttattccatcaccaatgctcagcttgaagaagcc
tttagtgaaattggtcccgtcaggcgttgctttctcgtcacaaataaaggatcaaatgaa
caccgcggctttgcttttgttacatttgctttaccagaggatgttaagcgtgctattgag
ttgaagaatggttctactgttggaggacgtaggattacagttaaacaggccacacatcgc
cgtcctcttccagagcgtcgtataaaagcagctgaaggtatctctttacctgataattcc
caggcacagagtgacaagggcactttgatccccgagactgataagaaagttcttccaacc
gaagaaaaagtagataaaccaattgagcgcaagaaagaagagaagctaattgagcgcaag
aaagaagagaagccaattgagcgccaaaaagtagagaagccatttgagcgcaaaagcaaa
acaaagcttcatgttgatttaccagataaagaaacatgttcagacaagcaaagagttgca
agaactgtaatctttggtggccttgttaatcctgagatggcagagctagtccatagtcgt
gtcaaagagattggcactgtgtgctctgtcagatatcccctccccaaagaggagctccaa
caaaatggtcttgcccaagacggatgcagggcagaagcatcagctgttctcttgacgagt
gtcaaatctgcttgtgctgcggttgcaaaattacatcaaactgagataaagggaaatttc
atttgggctcgtcagcttggtggtgagggttcaaaggctcagaagtggaaactaattatc
cgaaatcttcctttcaaggctacacctaaagatattaaggaggtcttttcagcagaaggg
tttgtctgggatgtttttattcctaaaaattttgaaactgggctacctaaggggtttgca
tttgtcaaattcacgtgtaagaaagatgcagagagtgcgattcaaaagttcaatgggtac
atgtttagtaaaaggccgatagctgtagactgggctgtacctaagaatctttacaacggt
gctgctgaggccactactgcttcagcaaatggtgacaaagaaggaagtgacggggacagt
gataacagtagtgttgatttggaggaggttgataatgctgtagaaagccacccaccttct
ggagatgatactgatgatgatgaggaggaggacggcagtggcaaactgagtgaatcagat
gcactggagagagatgttgggaccgatgtgaattttgaagaggaagcagatgttgcgaga
aaggttcttaagaacttgcttgcgtcttcaaaagattctatttctcctgatggagataca
gaggacgcagataaaagcaaacttaaaaattcaacaactaagccagtcgctgactctttt
ggtgtctctgaacctttggaatctggtacaacgaaagtggtggctcctaaagaaaggcag
gaaaatgatgattttgagagaacgttatttataagaaacctcccatttgatgttactaag
gaagaagtcaaacagaggtttgctgtatttggggaagttgaatctttattcctggttctc
cacaaggtcacaaagcggccagaagggactgcttttctcaagttcaaaacagcagatgca
tcagttgcagccatttcagctgctaatactccctcaggtgtaggtgtccttcttaaaggc
agacaactgaacattatgagagctgtgggtaagaaagctgcacaggacatagagctcaaa
aagaccgaggagaagaatcttgaccatcggaatctttatcttgctaaggaaggtcagatc
cttgatggtacacctgctgcggagggtctgtctgcggaagatatggacaggcgacgaaga
ttgcatgaaaacaagatgaaaaagcttcagtctcctaacttccatgtatctcgaacaagg
cttgtgatctataatttgcccaagtccatgaataaaaagcaactacacaagctcttagtt
aatgctgttacctcacgagctacacagcagaagccgtctattcgacagatcaagttctta
cagaatgagaagaagggtaaagttgatactaagaactactcccgtggtgttgcctttgtc
gagttcacggagcatgaacatgctcttgtagccctgagagtacttaacaacaatcctgag
acatttggtcctcaacaccgccctgttatagaatttgctgttgataacgtccagaagctt
aagatacgagaagctaagcagcagcagtttcagcaacgggataaacactacgaatctgag
cagcagcaacgcgataatcacaacgaatctgagcagcagcagtcgaatggtgaagcagat
gcacctgacaatagatacaaaagaaaaacgagggaaggggaggataacactggtccaagg
aaagagaatggagccaggtttaagaagggacctgtgcgcccacgtgaagagggtaaagaa
gaagcaaaatccaatatagcagtaaaaggtgatgcagcagcagagaagaagagacgtaat
atacgcacacaggaaaaacagtcttcaaaccagaaagggcaaaggatgaggcagaaagag
gcaaatgagaaaccaaatcagaagaattccaaagatatgagcgatgatgtaccaagaaag
aggaagcttgaggagatcagaggtgaagagagtagaaatgggcagaggaagaagaataag
aagcaaggtgaaggtcaaggtggtgcagaggtaggtgacaaacttgatatgttggttgcg
atatacaagtcaaagttctcccagacctcagccaaaacggggggcccacaaaaaccactc
aggagatggttcgaatcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (15)   

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