KEGG   Salmo salar (Atlantic salmon): 106605901
Entry
106605901         CDS       T04363                                 
Symbol
adar
Name
(RefSeq) adenosine deaminase, RNA specific
  KO
K12968  double-stranded RNA-specific adenosine deaminase [EC:3.5.4.37]
Organism
sasa  Salmo salar (Atlantic salmon)
Pathway
sasa04622  RIG-I-like receptor signaling pathway
sasa04623  Cytosolic DNA-sensing pathway
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09150 Organismal Systems
  09151 Immune system
   04622 RIG-I-like receptor signaling pathway
    106605901 (adar)
   04623 Cytosolic DNA-sensing pathway
    106605901 (adar)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:sasa03041]
    106605901 (adar)
Enzymes [BR:sasa01000]
 3. Hydrolases
  3.5  Acting on carbon-nitrogen bonds, other than peptide bonds
   3.5.4  In cyclic amidines
    3.5.4.37  double-stranded RNA adenine deaminase
     106605901 (adar)
Spliceosome [BR:sasa03041]
 Other splicing related proteins
  Spliceosome associated proteins (SAPs)
   RNA binding proteins (RBPs)
    106605901 (adar)
SSDB
Motif
Pfam: A_deamin dsrm z-alpha TrmB
Other DBs
NCBI-GeneID: 106605901
NCBI-ProteinID: XP_014057378
UniProt: A0A1S3RYS3
Position
ssa05:complement(72053711..72078844)
AA seq 1353 aa
MSRGRGGPPIEHYHRPPLPQLQAKQQYYRAGPLGFHPRSPPQQAPHPNVHSYLGPVPPLV
PASAHSQPLYPSAPPPSGHSPALNQQSSCPSGPNSFRQQQVHFLRGQNTEAPQFRVSPRG
GAQSLSRGGPNGLYNESNQAQAGYSRYSQNGSRGRGGYSSERGRGNGRDFGYPPSQGPPR
GPTGPRFWNQKQTSTQKQGFNRQWSLHADCADGPSFSEGFQSLSLDRERSYRGRVDRGDS
FDKASVCSSNNSNNKSGPTFQPPDIREQVLQALAGLSPGEKLQAKCLAKTLRLPKKFINQ
ALYGLERDKKASKHGESPPEWTVYVEPQEEPEIRDSDPESPRSQPREHSVESQERPSEDC
SHFLSVKEEDVVIEAEIQQIEAQGPEGDKEEDYYVESDSHSSSSEPSESYRQHSQSQTQQ
PSINSSSNEELDLDLDESDMADCGSNQKELILQYLLEAGEATALVISKNLGLRAAKQVNP
TLYAMEKQGDVSRNAEVTPHIWELSVHRRERMERSLKAERSAPAKVEGMGSGFQAVPPGL
ESLEANAEAEDESNGGQWATDDIPEFLNAISRDGGGTVAVSLAAPPPQNLRAKLQEVRAK
NPVSGLMEFAQYQGHNCEFLLLDQSGPSHDPRFRMQVMLDGRLFPVAEASNKKVAKKDAA
AATLRILLREIEGGGAEEGLTAGVDQAMDPTSDVPEVVEGPPQALSRSLPGGKNPVSMLM
EYSQRTGNPIEFINTGQEGPPHDPRFMFRVKIGESLCAESSAPSKKAARQLAAEEAVKEL
MADGRLQLNKPQFPLCLSGDEGGFMPACPSLPPLTEEELRSAHEAGVGDLISHLNNNAVS
GLLEYARARGFAAEIRLVGQSGPPHEPKFTYQAKLGGRWFPPVCASNKKQGKQEAADAAL
RVLIGEAEKAARTGELTPAELPLSGGTIHDQIAMLSHQRFNALTTRIQHSLLGRKILATI
VMKRGEGLGTVVSLGTGNRCVKGEELSLKGDTVNDCHAEIISRRGFIRFLYAELLKHCEG
SEDSIFEPAEENKLRIKPDTTFHLYISTAPCGDGALFDKSCSEDAGDGQGHQPLFENAKQ
GKLRTKVENGEGTIPVESSTIVPTWDGIQHGERLRTMSCSDKILRWNVLGLQGALLSNFL
HPIYLASITLGYLYSHGHLTRAVCCRLARDGEAFSKSLPAPYTLNHPEVGRVSVYDSTRH
TGKTKESSVNWSHPDHITVEVLDGTKGKLDGPKLDVSRVSKSNIFRQFRSLCQQCGRQDL
LALPSYAQAKMAAMSFQVAKQQFFDALGSHGYGAWIGKPLEEKSFDEAAAFDGQGAGSVA
NNNQGYNNNNSYGSTTTDYNSSQWGSSAYTQAM
NT seq 4062 nt   +upstreamnt  +downstreamnt
atgagcagaggacgaggagggccccccatagagcattaccaccgaccccctctcccccaa
ctgcaggctaagcaacaatactacagagctggacccctgggatttcaccccagatccccg
ccgcaacaggccccacacccaaacgtccattcatacctaggcccagtcccccctctagta
ccagccagtgcccactctcagcctctctacccctccgcccctcccccatccggtcacagc
ccagccctgaatcagcagagctcttgtcccagtggtcctaactccttcaggcagcagcag
gtccacttcctgaggggacagaacactgaggctccccagtttagggtgagccccagagga
ggggcgcagagcttgagtcgagggggaccgaacggactctataacgaatcaaaccaggcc
caggcagggtacagcagatactcccaaaacggctctagggggagagggggatacagcagc
gagcgaggcagagggaacggtagggacttcgggtacccacccagtcagggaccccctaga
ggaccaaccggccctagattctggaaccagaagcagacttcaacccaaaagcaaggtttc
aacagacagtggagccttcatgcagattgtgctgacgggccgtctttctcagaaggcttt
cagagtttatccttagacagagagaggtcctacagaggaagagttgacagaggcgacagc
tttgacaaagcttctgtctgtagtagtaataattcaaacaacaagagtggccctacattt
cagccacccgacatccgagaacaagttttgcaagccttagcaggtctgagccccggggag
aagctacaagcaaagtgtttggcgaaaacgctgcggttgcccaaaaagtttatcaaccag
gccctttacggtctcgagcgtgataagaaagcttcaaaacacggtgaaagtcctccagag
tggactgtctacgtagaaccacaggaagaaccagaaattagagattctgatccggaaagc
ccacgttcccaaccgagggaacattctgtggagtcacaggaaaggccttcagaagattgc
tctcacttcctgtctgtgaaggaggaggacgttgtcatcgaggctgagatccagcaaatt
gaagcgcagggtccagagggcgacaaagaagaagattactacgtagaatccgattcacac
tcctcttcctcagaaccatctgagtcatatcggcaacattcccagtcccaaacccaacaa
cccagtatcaacagcagcagtaacgaagagcttgacctcgaccttgacgagagcgacatg
gcggactgcggcagtaatcagaaggagttgatcctgcagtatctgctggaggcaggggag
gccacggccctggtgatctccaagaacctgggcctgagggccgccaagcaggtcaacccc
accctgtacgccatggagaagcagggcgatgtgagccgcaacgcagaggtgacccctcac
atctgggagctatctgtccatcgcagggagaggatggagaggagcctcaaggccgagcgc
agcgctcctgcaaaggtcgaaggaatggggtccggattccaggcggtgccacccggattg
gagtctctagaggccaacgctgaggcggaggacgagtcgaacggagggcagtgggcgacc
gacgatatccccgaattcctcaacgccatcagccgggatggaggggggacagtagcagtc
tccctggcagcgcccccacctcagaatctccgtgccaaactccaggaggtgagggccaag
aaccctgtcagcggcctgatggagtttgcccagtaccagggacacaattgcgagttcctg
ctccttgaccaatcagggccctcacacgaccccagattccgtatgcaggtcatgctggac
ggcaggttgtttcctgttgctgaggcatctaataaaaaggtggctaagaaagatgctgcc
gcagcaaccctgaggattctgctgcgtgagatagagggtggaggggctgaggaggggctc
actgcaggggtggaccaggccatggaccccacctctgacgtccctgaggtagtggagggt
ccgccccaggccctgtcccgttccctgccggggggtaagaaccccgtgtccatgctgatg
gagtacagtcagcgcactggaaaccccatcgagttcatcaacactggacaggagggccca
cctcacgacccacggttcatgttcagggtgaagataggggaaagcctgtgtgctgagagc
tcagcccccagtaagaaggctgccaggcagctggctgcagaggaggcagtcaaggagtta
atggccgacgggagactgcagctcaacaagccccagttccccctgtgtctgtctggtgat
gaagggggcttcatgcccgcttgcccctccctgcccccgctgacagaggaggagctgcgt
tctgcccacgaggcgggggttggtgacctcatcagccacctaaacaacaacgccgtgtca
ggcctgctggagtacgcccgggccaggggctttgctgcagagatacgactggtcggccag
tcaggaccaccacacgagcccaagtttacctaccaggctaaactagggggtcgttggttc
cctcctgtctgtgcttccaataagaagcaagggaaacaggaagcagctgatgcagctctg
agggttctgattggagaggcagagaaggctgcccgcaccggggaactaacccctgcagag
ctgccactgagtggtgggacaatccatgaccagatcgccatgttgagtcaccagcgcttc
aacgccctcaccacacgcatacagcacagtcttctgggaaggaagatcctcgccaccatc
gtcatgaagaggggggaagggctggggaccgtggtcagcctgggaacaggaaatcgctgt
gttaaaggggaggagctgagtcttaaaggggacaccgttaatgactgccacgcagaaatc
atctccaggagaggatttatcaggtttctgtatgctgagttgctgaagcactgtgaagga
tcagaggacagcatatttgagccagctgaggagaacaagctccggatcaaacctgacacc
accttccacctctatatcagtactgctccgtgtggagacggggcgttgtttgataagtcg
tgcagcgaagacgcgggggacggccagggccaccagcccctgtttgagaacgccaagcag
ggcaagctgcgcaccaaggtggagaatggtgagggcaccatcccggtagagtcatcgacc
atcgtgcccacctgggacggcatccagcacggcgagcgtctgaggaccatgagctgcagc
gacaagatccttcgctggaacgtcctgggtctgcagggagccctgctctccaacttcctc
catcctatctacctggcttcaatcaccctgggctacctgtacagccatggccacctgaca
cgtgctgtctgctgccgattggccagagatggcgaagccttctccaagagtctacctgct
ccctacacactcaaccaccccgaggtgggcagggtgagtgtgtatgactcgacgcgtcac
acagggaagaccaaggagtccagcgtgaactggagtcacccagaccacatcactgtggag
gtgctggatgggaccaagggcaaactggacggccccaaactggacgtatcgcgggtctcc
aagtccaacatcttccgtcaattccggtcgttatgccaacagtgcgggcgccaggacctg
ctggccctcccgtcttacgcccaagccaagatggccgccatgtccttccaggtcgccaag
cagcagttcttcgatgcgctcggtagccatggttacggcgcctggattggcaagccattg
gaggagaagagctttgacgaagcagcggccttcgatggccaaggagcaggaagtgttgct
aataacaaccagggatacaacaacaacaatagctatggaagcacaaccactgactataac
agcagccagtggggtagtagtgcgtacacacaggccatgtag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (7)   
   RefSeq(nuc) (5)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (63)   

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