KEGG   Larimichthys crocea (large yellow croaker): 104922500
Entry
104922500         CDS       T04659                                 
Symbol
adar
Name
(RefSeq) double-stranded RNA-specific adenosine deaminase
  KO
K12968  double-stranded RNA-specific adenosine deaminase [EC:3.5.4.37]
Organism
lco  Larimichthys crocea (large yellow croaker)
Pathway
lco04622  RIG-I-like receptor signaling pathway
lco04623  Cytosolic DNA-sensing pathway
Brite
KEGG Orthology (KO) [BR:lco00001]
 09150 Organismal Systems
  09151 Immune system
   04622 RIG-I-like receptor signaling pathway
    104922500 (adar)
   04623 Cytosolic DNA-sensing pathway
    104922500 (adar)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:lco03041]
    104922500 (adar)
Enzymes [BR:lco01000]
 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
     104922500 (adar)
Spliceosome [BR:lco03041]
 Other splicing related proteins
  Spliceosome associated proteins (SAPs)
   RNA binding proteins (RBPs)
    104922500 (adar)
SSDB
Motif
Pfam: A_deamin dsrm z-alpha
Other DBs
NCBI-GeneID: 104922500
NCBI-ProteinID: XP_010733636
Position
XIII:complement(15951345..15965532)
AA seq 1364 aa
MSRGRGGPSREHYHRHPPPDLQSKENYHRSGPSPHFPRPGPQQAPYSNYYHSPGHPVVPI
QPPAPALIPSAPPIPNYNKVAHNSSHQNHGPIPAPNSFHYQQIDFLRGQRFQAPQFRANP
RGGGGGVGPSSYQPQSGYSRYPNPNSSPRDRGGYNQDYSFGYSPSIRPPRGTPGGPRHLN
QNQLQAQSHNQYPSRQCCGETDSLSENFQSLSLYRDRPNRAGERFDRHSASSSLANSSFN
ITLTPDVQDHIYRALAFLKPNEAISAKLLAKKLRLPKKIVNKALYSLERSQKASKQGIHP
PEWALYREEEVQSPPSYLCVSAEHPPEAKVELKTETTENLGQIIEEDSDTESSSSNCSSL
ESSDSEESQSPGKGQHQEQQHPGTSGSPDQELKLPTMADQKELVLRYLLHSQEATALVIA
KNLGLRTTKQVNPTLYALEKQGEIIKNGEVNPPTWELSTRRRERMERSIKAAQSTPAEGV
QMEVGPSRDEKGGGSVFLPSPPLPPIAGLEPQPLPEGWMPEQSHSEASETSLQPPSSTSI
KEEETNEGQWATDDIPEFLNAIRRETDAGKLAAEKANAVGTVAVSLAAPPPQNLWAKLQE
VRMKNPVSGLMEYAQYLGQNCEFLLLDQSGPSHDPRFRMQVMLNGKLFPVAEASSKKVAK
KDAAAATLRILMGEMQGGASTGDEGNTASTDQDMDLLQDTSGSTESKGGSCGTGSVEGIG
MSEGPRQPLSRSLPGGKNPVSVLMEYSQRSGNPIEFIITGQAGPPHDPRFMYRVKVGESL
FSEASAPSKKAARQLAAEEAVKELMAGGRLQLNKPQLPLGSSRDSDGSGSGTTCPSLPPL
TADELRAAHEAGVGDLINHLNNNAVSGLLEYARARGFAAEIRLVGQSGPQHEPKFTYQAK
LGGRWFPPVCASNKKQGKQEAADAALRVLIGEAERAARTGELIPAELPVSGSTLHDQIAM
LSHQRFNALTTRIQHSLLGRKILATIVMRRGEGLGTVVSLGTGNRCVKGEELSLKGDTVN
DCHAEIISRRGFVRFLYSELLKYYDGTDDSIFEPAEKNKLQIKPDITFHLYISTAPCGDG
ALFDKSCSEAGDEGQGHQPLFENAKQGKLRTKVENGEGTIPVESSAIVPTWDGIQHGERL
RTMSCSDKILRWNVLGLQGALLSHFLHPIYLKSITLGYLYSHGHLTRAVCCRLARDGDAF
SQSLPSPFKLNHPEVGRVSVYDSTRHTGKTKESSVNWSFPDQHSVEVLDGTKGKLDGNKM
SVSRVSKSNLFGLFHSLCQRCGRTDLLALPSYSHAKMSAMSFQLAKQHFFRALGVHGYGA
WIGKPLEEKSFEAGEGIGNNGASVPVAYSSSRNGGVVEYKQEEA
NT seq 4095 nt   +upstreamnt  +downstreamnt
atgagcagaggtagaggagggccttccagagaacactatcacaggcatccaccaccggac
ctccagtccaaggagaattaccacagatctggtccgtccccacacttcccaagacctggc
ccacagcaggccccatattcgaattactaccacagccctggccaccccgtagtgcccata
cagcccccagcacctgctcttattccctccgctccacccattccaaactacaataaagtc
gcccataacagctcgcatcagaaccacggtcccattcctgctcccaattcttttcattac
caacagattgacttcctgagaggacagcgctttcaggcgccacaattcagagcaaatcca
cgtggagggggaggaggagtgggaccttcctcataccagccccagtcaggctatagtaga
tatccaaaccccaacagcagccccagggacagaggggggtacaatcaggactacagtttt
ggatactcacccagtataagacccccacgagggaccccaggaggccctcgacacctgaat
caaaaccaattacaagctcaaagccacaaccaataccccagcagacaatgttgcggcgaa
acagactctctgtctgagaattttcagagtttgtccctttatcgagaccggcccaacagg
gcaggagaaaggtttgacagacattctgcatccagtagcttggcaaattcgagctttaat
atcactcttactcctgacgtccaggatcatatttacagggctttggcttttttgaagccc
aatgaggctatctctgcaaaattgttagctaaaaagctgcgtctgcccaaaaagattgtc
aacaaggctctgtattctttggagcgctcgcagaaagcctccaaacaaggaattcatcct
cctgagtgggctctttacagagaggaagaagtacaaagtccaccttcctatctgtgtgtc
agtgctgaacaccctcctgaagccaaggttgagctaaaaacagaaacaacagaaaacttg
ggacaaatcatagaagaggactctgacacagaatccagctcttctaactgctcctcttta
gagtcatctgactctgaagaatcccagtcaccaggaaaaggtcagcatcaggagcagcaa
catcccggcactagcggctcccctgatcaggaacttaagctccccacaatggcagatcag
aaggagctagttctgcggtacctcctgcattcacaggaggcgactgctctcgtcatagcg
aaaaatctgggtcttaggactaccaagcaggtcaatcccaccctctatgccctggagaag
caaggtgaaatcattaaaaacggagaagtcaaccctcccacctgggagctctccacccgg
cgcagagagaggatggagaggagcattaaagctgcacagagcaccccagccgagggggtt
cagatggaggtaggacccagcagagatgagaaaggaggaggatctgtctttctgccatca
ccgccactaccaccaatagcaggcctcgagccacagccacttccggagggttggatgcca
gagcaaagtcatagtgaagcgtccgagacctcccttcagcctccctcctctacctcaatc
aaagaagaagagaccaatgaaggacagtgggccactgacgacatcccagaattcctcaac
gccattcgcagagagacagatgctggtaaactggcagcagagaaggccaacgctgtggga
acagtggctgtgtcgttggccgctccacctccccagaacctatgggccaaactacaggag
gtgaggatgaagaaccccgtcagcggcctcatggagtatgcccagtatctgggccagaac
tgtgaattcctgctcctcgaccagtcaggaccctctcatgacccaagattccgtatgcaa
gtgatgctcaacgggaagctgtttcctgtcgcagaagcttccagtaagaaggttgcaaaa
aaagacgctgctgcggccaccctgcgcattctcatgggagagatgcagggaggggcgagc
acaggggacgagggaaatactgccagtacggatcaagatatggatctactccaagacacc
agtgggtcaactgaaagcaaagggggaagttgtgggactggtagtgtggaagggataggg
atgtcggagggacctcgccagccactgtcgcgctctctgcctggtgggaagaatccggtg
tctgtcctgatggagtacagccagcgcagcgggaaccccatcgagttcatcatcactggc
caggcaggtccaccacatgacccaaggttcatgtacagggtgaaggttggcgagagcttg
ttttcagaggcctcggctccaagcaaaaaggcagcacgccagctggctgcagaggaggcg
gtcaaagaattaatggctggtggaagattgcagctcaacaagcctcagttgcccctgggc
tcttccagagacagtgatggcagtggttctgggactacatgtccctctttgccccctctc
acagcagatgagttgcgagcagcacacgaggcaggcgttggggacctcatcaaccacctg
aacaacaacgcagtgtctggtcttctggagtacgctagagcccgcggctttgctgctgag
atccgacttgtgggtcagtccgggccgcaacatgagcctaagttcacctaccaggccaag
ttgggcggacgctggttccctccggtgtgtgcgtccaacaagaagcagggaaaacaggaa
gcagcagatgctgctctccgggttctgattggagaggctgagagggcagcccgcactggg
gagcttatcccagctgagcttccagtgagtggcagcactttgcatgaccagatagcaatg
ttgagtcaccagcgcttcaacgccctgaccacacgtatccagcacagtcttctgggacgc
aagattctggccaccatcgtcatgaggaggggggagggcctggggactgttgtcagcctc
ggaactggaaatcgctgtgttaaaggggaggagctgagccttaaaggcgacactgttaat
gattgccacgctgaaatcatctccagaaggggatttgttcggtttctgtacagcgagctg
cttaagtactatgatggcacagacgacagtatatttgagccagcagagaaaaacaaactg
caaatcaaacctgacatcacctttcacctctacatcagtacggcgccttgtggggacggc
gccctgtttgacaagtcatgcagcgaggcgggggatgaaggccagggccatcagcctctg
tttgaaaatgctaaacagggcaagctccgcaccaaagtggagaacggagagggcacaatc
ccggtggagtcgagtgctattgtacccacctgggacggcatccagcatggtgagaggctg
cgaaccatgagttgcagtgataagatcctgcgctggaacgtgttgggtctgcagggggcg
ctgctcagccatttcctgcatcccatctacctgaagtccatcacgcttggctatctgtac
agccacgggcacctgacacgtgctgtttgctgtcggctggccagagatggcgacgctttc
tcccaaagtctcccttctcctttcaagctaaaccacccggaggtgggccgggtgagtgta
tacgactccacgcgtcacacgggcaagaccaaggagtccagtgtaaactggagctttcca
gatcagcacagtgtggaggtgctggacgggaccaaaggaaaactggatgggaacaaaatg
agcgtgtccagggtgtccaagtccaacctgttcggtctgttccactctctgtgccagcgg
tgcggccgcacagacctcctcgccctgccttcctactcgcacgccaagatgtccgccatg
tccttccagctagcaaagcagcactttttccgagctcttggcgtccacggttacggcgct
tggatcggcaagcccctggaggagaaaagttttgaggcaggcgagggaattgggaacaat
ggggcgagtgtccccgtggcttacagtagcagtaggaacggaggagtggtggagtacaaa
caagaggaggcatag

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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 (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (3)   
   Pfam (3)   
All databases (74)   

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