KEGG   Austrofundulus limnaeus (annual killifish): 106520516
Entry
106520516         CDS       T06063                                 
Name
(RefSeq) glutamate receptor ionotropic, NMDA 2D-like
  KO
K05212  glutamate receptor ionotropic, NMDA 2D
Organism
alim  Austrofundulus limnaeus (annual killifish)
Pathway
alim04020  Calcium signaling pathway
alim04080  Neuroactive ligand-receptor interaction
Brite
KEGG Orthology (KO) [BR:alim00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04020 Calcium signaling pathway
    106520516
  09133 Signaling molecules and interaction
   04080 Neuroactive ligand-receptor interaction
    106520516
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:alim04040]
    106520516
Ion channels [BR:alim04040]
 Ligand-gated channels
  Glutamate (ionotropic)
   106520516
SSDB
Motif
Pfam: Lig_chan Lig_chan-Glu_bd SBP_bac_3 ANF_receptor
Other DBs
NCBI-GeneID: 106520516
NCBI-ProteinID: XP_013868127
UniProt: A0A2I4BK62
Position
Unknown
AA seq 1984 aa
MVAPRPTLSLLLAVLACSGPARPSPPLLLRPRERERDSGGINIAVVHSGSSLLPETAAVG
GVGVGEQGPGPGLGNGPGGGKGVTDTALASLAGVAGMASLSSSTSYLSLAALVAETVMTP
SGQANVIYLAVNESSPGTLLLQLCELLATTPLQGLVFEEERPPPPNRAPLAPMLEFVSAQ
TGVPVVAVGGGASLGREPQESGSIYLQFTCSTMLQLEVIFEVLEEYDWTAFSVVTTRHHG
YEDFLAVVEGLTDGSFIGWEKKSVVILNVTDDPGGARTRRLLKENEAQVRLLYCSQEEAE
LVFRAAWAAGQAGPSHMWFAVGPALSGLGMESLPRALFAVRPQGWRDEPRRRIAQGVSVL
THGALAMRKEYGTPGGPNFVTTCMTDANQTQRLRSRMRYFGNITLGRQDYSFNSDGYLAN
PFLDVISWTPGRGWEDVGWWENGVLKLRYPAWSRYGPFLKPPDDAQHLRVVTLEERPFVI
VELADSTSGTCIRDSVPCRRPLNASAIHEGVAPQKQCCKGFCIDILKRLAKIVGFTYDLY
LVTNGKHGKKIDGVWNGMIGEVVYKRADMAIGSLTINEERSEVVDFSVPFVETGISVMVS
RSNGTVSPSAFLEPYSPAVWVMMFVMCLTVVAVTVFIFEFFSPVGYNRSLQTGKKAGGST
FTIGKSVWLLWAIVFNNSVPVENPRGTTSKIMVLIWAFFAVIFLASYTANLAAFMIQEEY
IDTVSGLSDKKFQHPEEQYPPLKFGTVPNGSTEKNIRSNYPDMHQYMGKYNQKGVEDAIL
NLKTGKLDAFIYDAAVLNYMARKDEGCKVMTIGSGKVFATTGYGIALHKNSRWKRPLDLA
LLQLVGDDEIEMLERLWLSGICHNDKIEVMSSKLDIDNMAGVFYMLLVAMGLSLLVFAWE
HLVYWKLRHCMATSSGKLDFLLAISRGMYSCCSFEDETAPGGPKSLPSHHHTAMVTIPSQ
PHVVSTTVTNPVIAMAQQQPQPQQQQPQPVYKTPLPGSPPTVVHSGTGLGSSNTPIAGAP
LPCSTFLPRPDRRLAVVDRWRLPKTATATNPLAVRGAITDMGPFAQKVPPNWASTAGGGG
GLDGYKRYYGPIDPEGLGSCMEQQAGSQTPKTIPRGHPQPPPASVAFYTEKGMDCGVGKR
VVGGGSGGQGKGPVKPLGTPRLPPKSQAPLPPTPPLPHPSPPLPSSFWRKRRPKKPKEPG
GPLYENILPLGRRGGTRDGVREGGGRRARPLSPPLSLPIPVPLSPSYTPPSPSASLHYTS
SSSTSTSSSTSTSSSASSSRSTSPTYSYSSSRSTRDRTGGLDEEDDDDDEELTEESSLLL
GRGRERERSIIRPRSLSHGRLPPPIPPRKPRTSWGDRERERGRERGGSQLSQLQEWWASW
SERERGGTGGDAERQKREKKRRKEKEKEKKKKKKSKKRKKREERERERERERKRRKVKKK
KKKALKTKKRKKSTGGKRSEPEDGDVEPEREGEAEGERDGGIQDYSSFSAQYGSTFGEKG
RDSWEGERGRREGAEEDNDRDEDDSGRSRDRRPKSSHSRHRTPSKRYPNPNKFPASVKFW
MNGRGGDSNAPPLSLHPLLPSAKRRKSGGMDREDSGRVGERRPLLMHYEKEKAQTREGLS
FHEWDSDEDDDDDNDEEEEERDRVRERVEDRGRRMGRGAVSESERDRARVDDSYSDEGSS
GEFGRFERYWEEGAGGSGTGIGGGWFFGTYPSREKGGSINSRDDSLLGTRAEGWIGADFW
GSGHGVGWAPGGGSGGLDSQWPLPPTAFPPPRRYWSMDKIPVKGEKRWKSGGKRKGRSRE
RAEEAGRATVCSCSLYPQPHPYPHPHSRSHTSQSKRRASVLSHSQEELLPHCQSFSGGSR
PKPLPPKPDSNQAKSGSQSNLSLNTQPTDHQPQPSPSPPQQPSMSPTSLPMPIPPPPSSA
SISPPAGVGMVGQAQATASAKLQYQRLRSVPQPRRFYSPHLPLKAKSLCSRRGSAHFSSL
ESEV
NT seq 5955 nt   +upstreamnt  +downstreamnt
atggtggccccaaggcccaccctctcactgctattggctgtcctggcctgctcggggccc
gcacgcccctcgccccccctgctcctccggccccgggagagagagagggactcgggtggc
atcaacatagccgtagtccactctggctcctccctgctcccggagacggcggcagtggga
ggtgtgggggtcggcgagcagggtcctgggcccggtctgggaaacggtcccggaggagga
aagggcgtgacggacacggccttggcctcgctggcgggggtggccggcatggcctcgttg
tcctcctccacgtcgtacctgtcgctggcggcactcgtggccgagacggtgatgacgccg
tcgggtcaagctaacgtcatctacctggcagtgaacgagagcagtccaggcactttgctg
ctgcagctgtgtgagctgctggccactacacctctgcagggtttggtgtttgaggaggag
cgaccgccgccgccgaatcgtgcccctctggccccgatgctggagtttgtctcggctcag
acaggagttcccgttgttgccgtcgggggcggagccagtctgggacgggagccacaggag
agcggctcaatctacctccagttcacctgctccaccatgctccagctcgaggtgatcttc
gaagtgcttgaggaatacgactggacggcgttctccgtcgtgaccacccgccaccacggc
tacgaggacttcctggccgtggtggagggcttgacggacggctcgttcatcggctgggag
aagaagagtgtggtgatcctgaatgtgaccgacgaccctgggggggctcgcacacggagg
ctgctgaaggagaacgaggcgcaggtgcgtttgctgtactgctctcaggaggaggccgag
ctggtctttcgtgctgcctgggccgccggtcaggccggaccctcgcacatgtggttcgcg
gtgggcccggctctctcgggtctgggcatggagagcctgcctcgggccttgttcgccgta
cggcctcagggctggagggacgagccccgccgacggatcgctcagggagtgtctgtgctg
actcacggggcattggcgatgcggaaggaatatggaaccccgggtgggccaaactttgtc
accacgtgcatgacggatgccaatcagacccaaagactgcgaagcaggatgaggtatttc
ggcaacatcacgcttggtcgtcaagactattccttcaacagcgatggttacctggcgaac
cccttcttggacgtcatctcctggactcctggacgtgggtgggaagatgtaggctggtgg
gagaatggtgtgctgaagcttcggtatccagcctggtcccgctacgggccttttcttaaa
ccgcctgatgatgcccagcatctgcgtgtggtcacactggaggaaagaccatttgtcatt
gtggagcttgcagactccacttctgggacctgcatccgtgattcagttccctgcagacga
ccccttaatgctagtgccattcacgagggtgtggctcctcagaagcaatgctgcaaaggc
ttctgcatcgacatcctcaagcgtctcgccaagatcgtcggcttcacctacgacctgtac
ttggtgaccaacgggaaacacgggaagaaaatcgacggggtttggaacggcatgatcgga
gaggtggtgtacaagcgggcagacatggccattggctccctgactattaacgaggagagg
tcagaggtcgtggatttttccgtccccttcgtggagacggggattagcgtcatggtctcc
cgtagcaacggaacagtatcgccatcagcttttttagagccctacagtccagccgtgtgg
gtgatgatgttcgtcatgtgcctgactgttgtggccgtgactgtcttcatttttgaattc
ttcagccctgtgggctacaaccgcagccttcaaactggcaagaaggctggagggtctaca
ttcactatcggaaagtctgtctggcttttatgggctattgtcttcaacaactcggtgcca
gtagagaacccgagaggaaccacaagcaaaatcatggtgctgatctgggcttttttcgcc
gtcatcttcctggcctcttacactgctaacctggccgccttcatgatccaggaggagtac
attgacacagtttcaggcctctcggacaaaaagtttcagcatccagaagagcagtatcca
cctctgaagtttggtacagtgcccaatgggagcacagaaaaaaatatccgctccaactat
ccggacatgcaccagtacatgggcaaatacaaccagaaaggagtagaagacgccatactg
aacctcaagactgggaaactggatgcctttatttacgatgctgcggtgttgaactatatg
gccaggaaggacgaaggctgtaaggtgatgaccataggctcggggaaggtttttgccacc
acaggctacggtatcgccttgcacaaaaactcacgctggaaacgtcctcttgacctggct
ctgctgcagctggtgggagatgatgagattgagatgctggagcgcctctggctgtcgggt
atctgccataatgacaaaattgaggtgatgagcagtaaactggacattgacaacatggct
ggggtgttctacatgctgctggtggctatgggcctcagtctgctggtgtttgcctgggaa
catttagtctattggaaactgcgccactgcatggctacgagttcaggcaaattggacttc
ctcttggcaatcagcaggggcatgtatagctgctgcagctttgaggatgaaacagcacca
ggcggtcctaaatctttgccttcacaccaccacacagcaatggttaccatcccatcgcag
ccacatgtggtctcgacaactgtgaccaacccagtcattgccatggcgcagcaacagcca
caaccacaacagcagcaaccgcagcctgtttacaaaactcctctaccaggctctcctccc
actgtggtgcattctggaactggactgggctcttccaacaccccgatcgctggtgcgccc
ctcccttgctccactttcttgccccggccagaccgcaggctggctgttgtggatcgctgg
aggctgcctaaaactgctacagccaccaaccccttggctgtaagaggggccatcactgac
atgggaccgtttgcccagaaggttccaccgaactgggcttcaactgctggaggaggtggg
ggactcgatggctataagagatactatggtcccattgaccctgagggtctggggtcctgc
atggagcagcaggcagggtcccagacccccaagactatacctaggggccaccctcaaccc
cctccagccagtgtggccttctacacagagaaaggcatggactgtggggtggggaagagg
gtggtgggaggtggcagtggaggtcaggggaaagggcctgttaaacctctgggcactccc
agactgcctcctaagagtcaggcccctttgcctcctacacctcctctgccacacccctct
ccccctctcccttcatccttctggagaaagcgaaggcccaagaagcccaaagagcctgga
gggccactgtatgagaacattctgcctctggggcggaggggaggtacaagagatggtgtg
agagaaggaggagggaggagggcacgacccctttctcctccactttcacttcctatacca
gttcccctcagcccctcatatacccctccttctccctctgcatctttgcactatacatca
tcgtcatctacgtcaacatcctcgtcaacatccacgtcttcgtctgcctcatcttctcgc
tccacctctcccacctactcctacagctcctccaggagcacacgagataggactggagga
cttgacgaggaggatgacgatgatgatgaagaactgacagaagagtcaagccttctccta
gggagaggacgagagagggaacgctcaatcatacggcctcgttccctcagtcatggccgc
ttgccacccccgataccccccaggaaaccacgtacatcctggggtgacagagaaagagaa
cgggggagggaaagaggtgggagccaactgtctcagctccaagagtggtgggcaagctgg
agtgaaagggagaggggtggaacaggtggagatgctgagaggcaaaaaagggaaaagaag
aggaggaaagaaaaggagaaagagaaaaagaagaagaaaaagagcaaaaagaggaaaaag
agagaggaaagagaaagagaacgtgagagagaaaggaagcgcaggaaggtgaaaaagaag
aagaagaaagcactgaaaacaaagaaaaggaagaaatccactgggggaaaacggtctgag
ccagaggacggagatgtagaacctgagagggaaggagaagcggagggagaaagggatgga
gggattcaagactactcctctttttctgcacagtacggcagcacatttggtgagaaagga
cgggattcatgggaaggagaaagaggcagaagagagggagcagaagaggacaatgacagg
gatgaagacgacagcggaagaagcagggatagacgtcccaaatcgtcacactctagacac
cgcacccccagtaaacgctaccccaaccccaataagtttcctgcatctgtcaaattttgg
atgaatggcaggggaggtgactcgaatgctcctccattgtctctccacccactccttcca
tccgccaagcgacgaaaaagtggagggatggatcgagaagacagtggtagagtaggagag
cgtcgccctcttttgatgcattatgaaaaagagaaagcacagacaagagaagggctgtcc
tttcatgagtgggactcagacgaagacgatgacgatgacaacgatgaggaagaggaagaa
cgggatagagtgagggagcgggtggaggataggggcaggcggatgggtaggggggctgtg
tctgagtcagagagggacagggcaagggtggatgacagctactcggatgagggttcttca
ggggagtttggtcgttttgaaagatactgggaagaaggagcaggagggagcggcactggg
atagggggaggttggttctttggtacctacccatcgagggagaagggaggcagcatcaat
agtcgagatgattctttacttgggactcgtgcagagggatggattggtgctgatttctgg
ggatcgggacatggcgttggttgggcacctgggggagggagtggagggctggactcccag
tggcccctgcctccaacagctttccccccacctagacgatactggtctatggacaaaatt
cctgtaaagggagagaaaaggtggaagagtggaggtaagaggaaaggacggagtagggaa
agagcagaggaggcaggacgagcaactgtgtgttcttgtagcctttacccccaaccacat
ccttatccacatccccatagccgctcacacacctcccagtccaagagaagagcctcagtt
ctttctcatagccaagaagagcttcttccccactgccaaagcttcagcgggggctcacgt
ccaaaacctttgcctcccaaaccagattccaatcaagccaaatcaggcagccagtctaac
ctcagcctcaacacacagcctacagaccatcaaccgcaaccttcaccatcaccacctcag
caaccatctatgtctcccacatcccttccaatgcccatcccacctcccccctcttcagcc
tccatctcaccaccagcaggggtggggatggtaggccaggctcaggctacagccagtgcc
aaactgcagtatcagagactgcgctctgtgccacaaccacggaggttctactctccccac
ctgccactcaaagccaagagcctgtgctcacgtcgtgggtcagcccacttctccagcctg
gagagtgaggtatga

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

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