KEGG   Nothobranchius furzeri (turquoise killifish): 107378974
Entry
107378974         CDS       T05163                                 
Symbol
adcy3
Name
(RefSeq) adenylate cyclase type 3
  KO
K08043  adenylate cyclase 3 [EC:4.6.1.1]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu00230  Purine metabolism
nfu01100  Metabolic pathways
nfu04020  Calcium signaling pathway
nfu04114  Oocyte meiosis
nfu04261  Adrenergic signaling in cardiomyocytes
nfu04270  Vascular smooth muscle contraction
nfu04371  Apelin signaling pathway
nfu04540  Gap junction
nfu04912  GnRH signaling pathway
nfu04914  Progesterone-mediated oocyte maturation
nfu04916  Melanogenesis
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    107378974 (adcy3)
 09130 Environmental Information Processing
  09132 Signal transduction
   04371 Apelin signaling pathway
    107378974 (adcy3)
   04020 Calcium signaling pathway
    107378974 (adcy3)
 09140 Cellular Processes
  09143 Cell growth and death
   04114 Oocyte meiosis
    107378974 (adcy3)
  09144 Cellular community - eukaryotes
   04540 Gap junction
    107378974 (adcy3)
 09150 Organismal Systems
  09152 Endocrine system
   04912 GnRH signaling pathway
    107378974 (adcy3)
   04914 Progesterone-mediated oocyte maturation
    107378974 (adcy3)
   04916 Melanogenesis
    107378974 (adcy3)
  09153 Circulatory system
   04261 Adrenergic signaling in cardiomyocytes
    107378974 (adcy3)
   04270 Vascular smooth muscle contraction
    107378974 (adcy3)
Enzymes [BR:nfu01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.1  adenylate cyclase
     107378974 (adcy3)
SSDB
Motif
Pfam: Guanylate_cyc AC_N HNOBA Adcy_cons_dom
Other DBs
NCBI-GeneID: 107378974
NCBI-ProteinID: XP_015804982
UniProt: A0A1A8A4G1
Position
sgr05:complement(42914500..42971629)
AA seq 1124 aa
MPRNQAFAEPEYSAEYSADCSVTLPSDPGQAVGRTHEVTVRSSGCCLCLPRFLRLTFAPE
SLESLYQTYFRRQRHETLLVLVVFAALFNSYVLFSCVMVYSSDRLASVLVASAGLTGDII
LYLLCRFGLLPDRISRRVVPYALWVLIAAQIFCYLGLNFARFHQASDTVGWQAFFSFSFF
LTLPLRLTPIVLITTVSCGVHTLVLGVTIAQQQQQQNEDIQGAALARQLLANLVIYICAI
TVGVMSYYMADRKHRKAFLEARQSLEVKLNLEEQSQQQERLLLSILPKHIADEMLQDMKK
EPSQKEMQQFNTMYMYRHENVSILFADIVGFTQLSSSCTAQELVKLLNELFARFDKLAAK
YHQLRIKILGDCYYCICGLPDYREDHAACSIMMGLAMVEAISYVREKTQTDVDMRVGVHS
GTVLGGVLGQKRWQYDVWSTDVTVANKMEAGGIPGRVHISQSTMECLHGEFDVEPGNGGD
RCDYLRERGIETYLVVVPKGPQGKSVISGVKLSVTSSNGNSPLLINTTECNGSVNTTCTT
PEEPEEVDMRVVNPSFPNPRRRLRLRDLAERVVDAQENEQELNKLLNEALLERETVQALK
GKHTNKLSLRFLDPELETRFSVEKEKQSGAAFCCSCVVLLFTVIMEALIDPWLISNYITF
AVGEVLLLILTICSLAAIFPRVFPKKLVTFSTWIDHTRWVRNSWAMAAIFIVTMADLVDM
LSCLPQVPNSGSTTKAPSSSFPSRPSLEGCLNNPKYYSYMSVLALMATIMLVQVSHMVKL
TLMLLITMTTGIVNIYSWKEIFDRYDMLRFQDYRSKILPSNITVTVMIFIMMVSFYYFSR
HVEKLARTLFLWKLEVNEQKEKVYEMRRWNDALVTNMLPEHVARHFLGSKKRDEELYSQS
YDEIGVMFASIPNFSDFYTEESINNGGIECLRFLNEIISDFDSLLDEPQFCCITKIKTIG
STYMAASGVTSDISNGYTCTKKEEQSDRERWQHLADLADFALAMKVTIMNINYQSFNNFM
LRIGLNKGGVLAGVIGARKPHYDIWGNTVNVASRMESTGVMGNIQVVEDCYNILKEYGFR
FVRRGPIFVKGKGELLTYFLKGRDKQGSFINGSSVTLPHQVVDS
NT seq 3375 nt   +upstreamnt  +downstreamnt
atgccaaggaaccaagcttttgctgaaccagagtattctgcagagtactcggcagactgc
tctgtgaccctgccctctgaccctggacaagctgtagggcgaacacacgaggtcacggta
agaagctctggatgttgcctttgccttccacgctttttgcgcctcacgtttgctccagag
tctttagagagtctctaccaaacatacttcagacgacagagacatgaaacgctgctggtg
ctcgttgtgtttgctgcccttttcaacagctacgtcctcttctcctgtgtgatggtctac
agctctgacaggctcgccagtgttttggtggcatcagcgggactcaccggtgacattatt
ctctacctactgtgccgctttgggctgcttccagaccgcatctcgagacgggttgtgcca
tatgctctctgggtgctcatagcagctcagatattttgctacctgggtctgaactttgct
cgctttcaccaggccagtgacacagtaggctggcaggcttttttcagtttttcctttttc
cttacactacctttgagactgacgcccattgtgctcatcaccactgtttcctgtggggtc
cataccctggttttaggggtcaccattgcccagcagcagcagcagcagaatgaggacatt
caaggggcagcccttgccagacagctattggccaatcttgtgatctacatttgtgccatt
actgtgggagtcatgtcatactacatggctgaccggaaacatcggaaggccttcctggag
gcaagacagtcattagaggtgaaacttaaccttgaagagcagagccagcagcaggagcgt
cttctgctttccattctgccaaaacacatagcagatgagatgcttcaggatatgaagaag
gagcccagtcagaaagagatgcagcagttcaacaccatgtacatgtacagacatgaaaat
gtcagtattttgtttgcagatattgtaggcttcacccagctgtcgtcttcttgcactgcc
caggaactggtgaagttgctgaacgagctctttgctcgctttgacaaacttgctgcaaaa
taccaccagcttaggatcaaaattttgggagactgctactactgcatctgtggccttcca
gactacagggaggaccatgctgcctgctccatcatgatgggcttggcaatggtggaagcc
atctcgtatgtcagagagaaaacccagactgacgtagacatgagagttggagttcacagt
ggaactgttctgggtggagttctgggccagaaacgatggcagtatgatgtttggtccaca
gatgtaactgtggccaacaaaatggaagctggagggattccaggtcgtgttcacatatca
cagagcacgatggagtgtcttcatggtgagtttgacgtggagccaggaaatggaggagac
cgctgtgactacctgagggagcgaggtattgagacctacctggtggtggttccaaaagga
ccacagggaaagtccgtcatcagtggagtgaagctgtctgtgacctcttccaatggaaac
tccccactgctaatcaacaccacagagtgtaacggcagcgtgaatacgacctgcacgaca
ccagaagaaccagaagaagtggacatgagggtggtaaatccgtctttcccaaatcctcgg
aggcgtttgcgtctgcgggacctggctgaacgggtggtcgatgctcaggagaatgaacaa
gaactcaacaagctgctgaatgaagcactgttagaacgtgagacagttcaagcactgaag
ggaaagcacaccaacaagctgtccctgaggtttttggatccagaactggagacacggttt
tctgttgagaaagagaagcagagcggagcggctttctgctgctcctgtgtggttcttctc
ttcactgtgatcatggaggccctcatcgacccctggctgatttcaaactacatcactttt
gcagtaggagaggttttgctgctcatcctgaccatctgctctctggcagccatttttccc
agggtctttcccaaaaagctggtcaccttctcaacatggatcgaccacacccgttgggtt
cggaactcctgggccatggcagccattttcattgtgactatggcagaccttgttgatatg
ctgagttgtctgcctcaagtcccaaattcaggcagcaccacaaaggccccctcttcttct
tttccctcacggcccagccttgaaggttgcctgaacaatcctaaatattacagctacatg
tctgtgcttgcactcatggccaccatcatgctggttcaggtcagtcacatggtcaagctc
acactgatgctgctcataacaatgacaactggcattgttaatatctacagctggaaggag
atctttgaccgctatgacatgctccgcttccaggattacaggtcaaaaattctaccttcc
aacatcacagtgactgttatgatcttcattatgatggtcagcttctattacttctccaga
catgtggagaagcttgctcgaactctctttctgtggaagctcgaggtcaatgagcaaaag
gagaaggtgtatgagatgcggcgctggaacgatgctctggtcacaaacatgttacctgaa
catgtggcccgacactttctgggctccaagaaaagggatgaggagctgtacagccagtcc
tatgatgagattggagtcatgtttgcctcaattcccaacttctctgacttttatactgaa
gagagcatcaataatggtggcattgaatgtttacgttttctcaacgagatcatctcagac
tttgacagtctgctagatgaaccacaattttgctgcatcacaaagatcaagactattggc
agcacctatatggcagcatcaggtgtcacctcagatatcagcaatggttatacctgcacg
aagaaggaagagcagtctgaccgagagcgttggcaacacctggcagacctggcagacttt
gctttggccatgaaggtcaccatcatgaatatcaactaccagtcattcaacaacttcatg
ctgcgcattggtctaaataagggcggggtgctagcaggggtcatcggtgcacgcaagcct
cactatgacatctggggcaacactgtgaatgtggccagtcgcatggagtctacaggggtg
atgggaaatattcaggttgtggaggactgctacaacatcttgaaggagtatggtttccgc
tttgtcaggagagggcccatcttcgtgaagggaaaaggggaactcctcacttatttcctc
aaaggaagagacaaacaaggctcatttattaatggctcctctgtaactctaccacaccaa
gtggtggatagctga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (11)   
   KEGG PATHWAY (11)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (48)   

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