KEGG   Scleropages formosus (Asian bonytongue): 108926218
Entry
108926218         CDS       T04919                                 
Name
(RefSeq) cyclic nucleotide-gated cation channel beta-1-like
  KO
K04952  cyclic nucleotide gated channel beta 1
Organism
sfm  Scleropages formosus (Asian bonytongue)
Pathway
sfm04744  Phototransduction
Brite
KEGG Orthology (KO) [BR:sfm00001]
 09150 Organismal Systems
  09157 Sensory system
   04744 Phototransduction
    108926218
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04040 Ion channels [BR:sfm04040]
    108926218
Ion channels [BR:sfm04040]
 Voltage-gated cation channels
  Cyclic nucleotide-gated channel (CNG)
   108926218
SSDB
Motif
Pfam: cNMP_binding Apolipoprotein
Other DBs
NCBI-GeneID: 108926218
NCBI-ProteinID: XP_029109376
Position
7:complement(20272501..20334328)
AA seq 1540 aa
MARATGQRMLSNPDLIIAPKTEVRTTVFPSRMNPLELTTITASAEEMYKPIVFTREIFCK
YSGYIPTPQMMQFNQGGVLSWLSNGLASALPQPIGTAQLAQASTNGKTEAKQPAPQETTA
DTRQGGGVIGWIVQELVKVVPQPEEKSKEADKSKEPEPPRAPETVTEVVHDASTIPDAEP
LPHIPVVEVVSEKEPSEVDNNNQPVSPRVIDWLKQSFEKVIPQPPEIQAPLNTEESLKKE
ASAASPAPSPAAAPAPTPSQAPAPAETMKESLFRDPNEHEDEDEDGRTDASPSVLCPSSG
VVGWIFQELNRMIPQPVVKPKENTPEGVSVAQNTCIAQDPGQMVLEDVDSDWENEKEELP
PSRDPPRPMSPPLSFLPQVMAMHQEDAETQTDRWTPLVERIKKEAEESVMATLEERLRQE
RLESARMAEEVARAAAETAVRQLAEQQGTGREPVAQDEEEEKEGQEEADGGEQLPNIQED
ENEEDPELLEIREESEEETADNKTEPTSPEEARRTPSPVEDSRPSPVQELLNEPEAESTR
SPSPQAKAPELEADETSAPRDPETNIIKGASPPPEEAEPLRAPSPSAEEPEPVRRASPEV
VKEESSTVTEQPGPSEDPCVSPASAQEEEKKAEGCEARCLSVKSCLMRVPYVPECLDRFR
QLLRENNISVPKLPPMPELPPQVVQFNQRLQPHLAQFNQHLQPCLDQFSQKLQPHLTQLK
QQLQPPLAQLKPQLPQQVTQLPQKLVELPQRVAQLPHLTQSSRLSIHPAVNVEDVDSEGE
LGGGPSNIPQILAPHTPKFKTLTVPGVNVATRRKKLYTEEENDEEEPGTAIKAWPSQTSL
LSVDDGTKDRPGSALSQTSMVVNDRLQELVKLFKERTERVKEKLIDPDSSDDESPSTSPS
KKSAAPPPPPEEKKEEVPGPSDKEVEECYRDVLCCKVKLPPWVRAVLNYRFPDSIDPFTN
LVYVLWLFFVTMAWNWNVWLIPVRWAFPYQRPDNIHLWLMADYLCDTIYILDILVFQPRL
QFVRGGDIVCDKKEMRGNYMKSLRFKMDVISLIPLELLYIKTGVNSLLRFPRLLKFMAFF
EFNDRLEAILSKAYIYRVIRTTTYLLYSLHCNACLFYWGSTYQGLGSTSWVYDGVGNSYI
RCYYFAVKTLITIGGLPSPTTLFEITFQLVNYFVGVFAFSIMIGQMRDVVGAATAGQTYY
RACVDNTIKYMNSYRIPRDVQNRVKTWYDYTWQSQGMLDEQGLLVQLPDKMRLDIAVDVN
YAIVSKVALFQGCDRQMIFDMLKRLRSVVYLPGDYVCKKGEIGREMYIIKAGEVQVVGGP
DGKTVFATLRAGSVFGEISLLAVGGGNRRTANVVAHGFANLFILDKKDLAEILVHYPESQ
KLLRKKAKKMLTKDKKPAGDKTEAKETPQVIPPRPETPKLFKAALEVTEKSGIKGTFSKL
KEKSVRSSSTLEPSPTTSSPIPPPSPVHRRSPVPRKVVEEDNDDEMVSETTDSSMLIRMA
PRPHGEEILSVEVVPGDEEEEEEEGGKSVEEEKEEATPKE
NT seq 4623 nt   +upstreamnt  +downstreamnt
atggcgcgagctaccggacagaggatgttgagcaatcctgacctcatcattgctccaaaa
acggaagtgcgtaccactgtcttccccagcaggatgaatcccctggagctgaccacaatc
actgcctcagcggaggaaatgtacaagcccattgttttcacccgggagattttctgcaaa
tacagtggctatattccgactccgcagatgatgcaattcaaccagggtggggtgctatcc
tggctctccaatggactggctagcgcattgccccaacccattggaactgcccaacttgct
caggccagcaccaatggcaaaacagaagccaagcagccagcgccccaggagaccacagct
gacaccaggcaagggggcggagtcatcggctggatcgtccaagaactggtgaaggtcgtg
ccgcagccggaggagaagtccaaagaagcggacaagtctaaagagcctgagccgccacgt
gctccggagacggtcacggaagtggttcacgatgccagcactattccagatgcagagccg
ctcccgcacatacccgtggtggaagtggtgtctgagaaggagccctctgaggtggacaat
aacaaccagcccgtttcccccagggtgatcgactggctaaagcaaagctttgagaaggtc
atcccccagccgccagagatccaggctcctctgaacaccgaggagtctctgaaaaaggag
gcctctgctgcttctccagctccttctcccgctgcggctcctgctcccaccccttcacaa
gccccagctccagcagaaacaatgaaagagagtttgtttcgggaccccaatgagcacgag
gatgaggatgaggatggccgaaccgatgcgtctccctctgtcctctgcccctccagcggc
gtggttggctggatcttccaggagctgaaccgcatgataccgcagcctgttgtgaagcct
aaggagaatacgccggagggagtcagtgtcgcacaaaacacttgtattgctcaggatcct
gggcagatggtactggaggacgtggactcggactgggagaacgagaaagaggagttacca
ccttcccgggaccctccacggcccatgagccctcctctgagcttcctcccccaggtgatg
gccatgcatcaggaggacgctgagactcagacagaccgctggacaccccttgtggagcgc
atcaagaaggaggctgaggagtctgtcatggcaacactggaggagaggctcaggcaggag
aggctggaatctgcacgcatggcagaggaggtggcccgggcggcagcagagacggccgtg
cggcagctagcggagcaacaggggaccgggcgagaaccggtggcccaggatgaggaggag
gagaaagaggggcaggaggaggctgatggtggagagcaattgcccaatatccaggaggac
gagaacgaagaagatccagagttactggagatccgtgaggagagtgaggaggagacggca
gataataagacagagccgacatctccagaagaagccagaaggaccccgtcgcccgtggaa
gatagccggccatcccctgttcaggagctgctgaatgaacctgaggcagaaagcaccagg
agcccatctcctcaggccaaggcaccagagctagaagcagatgagacgtctgctccacgg
gatccggaaacaaacatcataaagggagcatctcctccacctgaggaagcagaaccgtta
agggcaccatcaccttcagctgaagaaccagaaccagtaaggagagcatccccagaggtt
gtaaaggaagagtcctccactgtgactgagcaaccggggcccagcgaggacccatgtgtc
tctccagcctctgcacaggaggaagaaaaaaaggccgagggatgtgaagcccgctgcctc
tcagtaaagagctgtctaatgcgagtcccctatgtgcctgaatgcctcgaccgcttccgt
cagctgctgcgagagaacaacatctctgtgccaaagctgcccccgatgcccgagcttcct
ccgcaggtggtccagtttaaccagaggctgcagccgcatctggcccagttcaaccagcat
ctgcagccctgcctggaccagttcagtcagaagctgcagccgcacctgacacagctgaag
cagcagttgcaacccccgttggctcagctgaaaccacagctgccccaacaggtcacccag
ctgccccagaagctcgtggagctgccccagcgggtcgcacagcttccccatctcacccag
agctcgaggttgagcatccaccctgccgtcaatgtggaggacgtggactcagagggagag
ctgggagggggtcccagcaacatacctcaaattctcgcccctcacacacctaaattcaag
actcttactgtccccggcgtgaacgtggcaactcggagaaagaagctttatactgaagaa
gaaaatgatgaagaagagccagggacagccatcaaggcttggcccagccagaccagcctc
ctcagtgttgatgatggaacgaaagaccgcccaggctcagccctcagccagacgagcatg
gtggtcaacgatcggctccaggagctggtcaagctcttcaaggagaggacagagcgtgtc
aaggagaagctcatcgatccagactcctccgacgacgagagcccctccacctccccatcg
aaaaagtctgcggcacctcccccgccacctgaggagaagaaggaggaagtccccggacca
tcggacaaggaggtggaggagtgctaccgcgatgtgctgtgctgcaaggtgaaactgcca
ccgtgggtgagggcggtgctaaactaccgcttcccggacagcatcgaccccttcaccaac
ctggtttatgttctctggctcttcttcgtcaccatggcctggaactggaatgtgtggctc
atcccggtgcgatgggccttcccttaccagcgtcctgacaacatacacctgtggctgatg
gccgactacctgtgcgacactatctacatcctggacatcctggttttccagcctcgcctg
cagttcgtccgcggcggagacattgtgtgtgacaaaaaagaaatgagaggaaactacatg
aaaagccttcgtttcaagatggatgtcatctccctcattcccctagagctgctgtacata
aagactggagtcaattctctccttcgcttccctcggctattgaagttcatggcgttcttt
gagttcaatgaccgcctggaagccattctgagcaaagcatacatctacagagtcatccga
accaccacgtacctgttgtactctctgcactgtaacgcctgccttttctactggggctcc
acctaccaagggcttgggtccaccagctgggtgtatgatggtgtcggaaacagctacatc
cgctgttactactttgctgtcaagaccctgatcaccatcgggggccttcctagccccacc
acgttgtttgagatcaccttccagctggtcaactactttgtgggagtgtttgctttctcc
atcatgattggacagatgagggatgtggtgggtgcagccacagcaggacagacctactac
agggcctgcgtggacaacaccatcaagtacatgaactcctaccgcatacctcgtgatgtg
cagaaccgagtcaagacctggtacgactacacttggcagtctcagggcatgctggacgaa
caggggttgctggtgcagctcccggacaaaatgaggcttgacatcgcggtagatgtcaat
tatgccattgtcagcaaagtggctttattccaggggtgtgaccggcagatgatctttgat
atgttgaagagactcaggtctgtggtttacctgccgggcgactacgtttgcaaaaaggga
gagatcgggagagagatgtacattatcaaagctggggaagtgcaggtggtgggcggaccg
gacgggaagaccgtttttgcaacactgagggcggggtctgtgtttggagaaatcagtttg
ttggcagttggaggggggaaccggcgaacggccaacgtggtggctcacggtttcgccaac
ctcttcattctggacaagaaggacctggctgagattctggtccattatccagagtcccag
aagctcctgcgcaagaaggccaagaaaatgttgaccaaggacaaaaagccagcaggcgac
aagacagaggcaaaggagacacctcaggtcatccctccacgacctgagacccccaaactg
ttcaaagcagcgttggaggtgacggagaagtctggcattaaaggcaccttctccaagctg
aaggagaagtcagtcaggtcaagctcgaccttggagccgtcccccacaacctcgtcaccc
atcccccctccatcccccgtccaccgccgctccccagttccacgcaaggtggtggaggag
gacaatgacgacgaaatggtgtctgagaccaccgatagctctatgctgatccgcatggct
ccacgtccgcatggggaggagatactttctgtagaggttgtccctggggatgaggaagag
gaagaggaagagggagggaagtctgtagaggaagagaaggaggaagcaacacccaaggag
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (50)   
   KEGG ORTHOLOGY (1)   
   RefGene (46)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (58)   

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