KEGG   Drosophila melanogaster (fruit fly): Dmel_CG42636
Entry
Dmel_CG42636      CDS       T00030                                 
Symbol
Gyc76C
Name
(RefSeq) guanylyl cyclase at 76C, isoform A
  KO
K01769  guanylate cyclase, other [EC:4.6.1.2]
Organism
dme  Drosophila melanogaster (fruit fly)
Pathway
dme00230  Purine metabolism
dme01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dme00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    Dmel_CG42636 (Gyc76C)
Enzymes [BR:dme01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.2  guanylate cyclase
     Dmel_CG42636 (Gyc76C)
SSDB
Motif
Pfam: Guanylate_cyc PK_Tyr_Ser-Thr ANF_receptor Pkinase HNOBA
Other DBs
NCBI-GeneID: 8674026
NCBI-ProteinID: NP_001163473
FlyBase: FBgn0266136
UniProt: Q7JQ32 A4V243
Position
3L
AA seq 1525 aa
MTRWPFNLLLLLSVAVRDCSNHRTVLTVGYLTALTGDLKTRQGLAISGALTMALDEVNKD
PNLLPNVYLDLRWNDTKGDTVLATKAITEMICDGIATIFGPEGPCYVEAIVSQSRNIPMI
SYKCAEYRASAIPTFARTEPPDTQVVKSLLALLRYYAWNKFSILYEDVWSPVADLLKDQA
TKRNMTINHKQSFIDNRVKCCEQMLDCCRSGYWYQLVQNTMNRTRIYVFLGAANSLVDFM
SSMETAGLFARGEYMVIFVDMMVYSEREAEKYLRRVDQITFMSNCHSTENFNQMARSLLV
VASTPPTKDYIQFTKQVQKYSSKPPFNLEIPRLFVESNFSKFISIYAAYLYDSVKLYAWA
VDKMLREETRVLTDDVIFEVASNGTRVIDTIIKNRTYMSITGSKIKIDQYGDSEGNFSVL
AYKPHKWNNSNNMPCNYHMVPVAYFHQGEEHPEYKLINGSIDWPSGGEKPADEPMCGFAN
ELCKKDDTHYTSTVAAVVLGVLLFCSGVITMSIYRKWKIELEIEGLLWKIDPNEIKGYSG
NEIVSSPSKVSLMSAQSYGSRWTNQFVTSTGRLRGAVVRIKELKFPRKRDISREIMKEMR
LLRELRHDNINSFIGASVEPTRILLVTDYCAKGSLYDIIENEDIKLDDLFIASLIHDLIK
GMIYIHNSQLVYHGNLKSSNCVVTSRWMLQVTDFGLHELRQCAENESIGEHQHYRNQLWR
APELLRNHIHGSQKGDVYAFAIIMYEIFSRKGPFGQINFEPKEIVDYVKKLPLKGEDPFR
PEVESIIEAESCPDYVLACIRDCWAEDPEERPEFSVIRNRLKKMRGGKTKNIMDQMMEMM
EKYANNLEDIVTERTRLLCEEKMKTEDLLHRMLPQSVAEKLTMGQGVEPVSYDLVTIYFS
DIVGFTAMSAESTPLQVVNFLNDLYTVFDRIIRGYDVYKVETIGDAYMVVSGLPIKNGDR
HAGEIASMALELLHAVKQHRIAHRPNETLKLRIGMHTGPVVAGVVGLTMPRYCLFGDTVN
TASRMESNGEALKIHISNKCKLALDKLGGGYITEKRGLVNMKGKGDVVTWWLTGANENAI
QKKLVDMMDMPPPLFSRPRKSPKLNPDSRQPSIQAMHFCGTGSRRQSTVPRAMDGESTYS
LQGSVRESPRMVSKRDRDRERPPINGLGAGHFVGGALLESAQASLSTLNHSETNETNCDM
DGGSGGVSGSGSGLVRQPNALHKPLAMVRPHRIISAAQLPQLGDNDDDSADTLLRESRSL
DPMPMQQLRKRHDRVKLPPSKLSKNNSRSLDTGVSLISGNPNGEVHSSQLDLDNEMTANP
VDATDGYDDELGLLMRHDNGQLPALRYSGSFPNAQISIVPTGRSAGGGGGGREGGGSNCA
KHLNNNCNGGVNVEDDLESPLLQRQASLSVPPEEMLAHNKRWHSLEHMDGPGGHGGNSVS
YAADIDNRHPGDLDFFSGSSNQHHRSKAAGGSKLTNWMTNIFKGNGVRSGEARRVGILPS
GVHGARTGFTDMAASAAARDRESIV
NT seq 4578 nt   +upstreamnt  +downstreamnt
atgacgcgttggccctttaatctactactcttgctgtcggtggcggtacgcgactgtagc
aatcatcgcaccgtcctcactgtcggctacctaacggccctcactggcgatctcaagacg
cgtcagggactggccatttccggtgccctgactatggccctggatgaggtcaacaaagat
cccaatcttctgccaaatgtgtacctggatctgcgctggaatgacaccaagggggacacg
gtactggccaccaaggccatcaccgagatgatatgcgatggcatcgccaccatttttggc
ccggaaggaccttgctatgtggaggccatcgtctcgcagagtcgaaacattccaatgatt
tcctacaaatgtgcagagtaccgtgcatccgccataccgacattcgcccgcaccgagccg
ccagatacacaggtcgttaagtcgctgcttgcccttctgcgatattatgcgtggaataag
ttttccattctgtacgaggatgtgtggagtccggtggctgatctgctgaaagatcaggcc
accaagagaaatatgacgatcaaccacaagcagtcgttcattgataatcgagtcaagtgc
tgtgagcagatgctggactgctgtcgttctgggtattggtaccagctggtgcaaaacacg
atgaatcgcacacgaatctacgtatttctgggggcggcgaatagtctggtggactttatg
agttccatggagaccgctggtctgtttgcccgtggcgagtatatggtgatctttgtcgac
atgatggtctattccgagagggaggcagaaaagtacttgcgcagagtggatcaaataaca
ttcatgtccaattgccatagcacggagaacttcaatcaaatggcccgcagtcttctcgtc
gtggcatccacgccacccacaaaggattacatacagttcactaaacaagtgcagaagtac
agctcaaagccgccgttcaatttggaaattcccaggctgtttgtagaaagtaattttagc
aagttcatatcgatctatgccgcgtacctgtacgattcggtaaagctgtatgcctgggct
gtggacaaaatgctgcgggaggagacccgagtcttgaccgatgatgtgatcttcgaggtg
gccagcaacggaacacgtgtaatcgataccataatcaaaaaccgtacttatatgagcata
actggatccaaaattaagatcgatcaatatggcgattcggagggtaatttttcggtcctg
gcctacaagccacacaagtggaataactcgaacaacatgccctgcaactatcacatggtt
cctgtagcttactttcatcaaggcgaagaacatccagagtacaagctcatcaatggctcc
atagattggccatcgggcggtgagaagcccgcagatgaaccgatgtgcggttttgcaaac
gagctgtgtaaaaaggacgacacccactatacgtccactgtcgccgctgtggttttgggc
gtattgctcttctgctcaggtgttatcaccatgagtatatatcggaagtggaagatcgag
ttggagattgagggcttactctggaagatcgatccgaacgaaataaagggttattctggc
aacgagattgtctcctcaccgagcaaagtcagtttgatgagtgcccagagctatggttcc
cgctggaccaaccagtttgttacctccacgggtcgccttcgcggggccgtggttcgtatt
aaggagttgaaattcccgcggaagcgagacatatccagggagatcatgaaggagatgcga
ttgttgcgcgaactgcgtcacgataacatcaacagcttcattggcgccagcgtggagcca
acacgcattcttctagtcaccgattactgtgccaaaggcagtctttacgacatcattgag
aacgaggacattaagttggacgatctattcatcgcctcgcttattcacgacctcataaag
ggcatgatctatatacacaactctcagctcgtctatcatggtaaccttaaatcctcaaac
tgtgtggtcacctcgcgttggatgctccaagtcaccgatttcgggctgcacgagttgcgg
cagtgtgccgaaaacgaatccatcggggagcatcagcattatcgaaatcaactttggcgc
gctccagagctgctgcggaatcacattcacggcagccagaagggcgatgtctatgccttt
gccatcatcatgtacgagatatttagtcgtaagggtccgttcggacaaattaactttgaa
ccaaaggaaatcgtagactatgtcaagaagctgccgctcaagggagaggatccctttcgg
ccggaagtggagtccattatagaggccgagtcctgtccggattacgtactggcctgcatc
agggactgctgggctgaagatcccgaagagcggcccgaattcagtgtcatacgcaatcgc
ttgaagaagatgcgtggtggtaagaccaagaacatcatggatcaaatgatggaaatgatg
gagaagtatgccaacaacttggaggacattgtcaccgagcgcacgcgtctcctgtgcgag
gaaaagatgaaaacggaggatctcctgcatcgcatgctaccgcaatcggtggctgaaaaa
ttgaccatgggtcagggtgtcgagcccgtttcatatgatttggtaaccatatattttagc
gacattgttggttttactgcaatgtcggcggagagcacaccgctgcaagtggtgaacttt
ttgaatgatctctacacagtgttcgatcgcatcatacgcggctatgatgtctataaagtt
gaaaccattggagatgcttacatggtggtttcgggtctgccaattaagaacggagatcga
catgcaggcgagatagcttcgatggccctggagctgctccacgctgtcaagcagcaccgc
atagcccatcgtcccaacgagacgctgaagctgcgcattggaatgcacacgggtccggtg
gtagcgggcgtggttggtctcaccatgccgagatactgcctttttggtgacaccgtgaat
acagcgtcccggatggagagcaacggagaggcgctaaagattcacatttccaataagtgc
aagctggcgctggacaaactgggtggtggctacataaccgagaaacgtggcctggtcaat
atgaagggcaagggcgatgtggttacttggtggctaaccggagccaacgagaatgctatt
cagaagaagttagtggatatgatggacatgccgccgccgctgtttagtcgacctcgaaag
agtccaaagctaaatcccgactcccgtcagccaagcatccaggccatgcacttctgcggc
accggatcaagacgccagagcacagttcccagggcgatggacggcgaatcaacgtatagc
ctccagggatccgtgagggaatcaccgcgcatggtcagcaaacgtgacagggatcgagag
cgaccccccatcaatggactgggcgcagggcacttcgtggggggagctctcctcgaatcc
gcacaggcctcgcttagcacgctgaatcattccgaaacaaacgaaactaactgtgatatg
gatgggggatcgggaggagtgtcaggatctggatctggattagtgcgtcaacccaatgca
ctgcacaaaccgttggccatggtgcggccgcaccggattattagtgctgcccagctaccc
caactgggagataacgatgatgactccgcagacacgctgttgcgggagtctcgctccctg
gatcccatgcccatgcagcaactgcgcaaacgtcacgacagggtaaagttgccgccctcg
aagttgtccaagaacaattcccgatcgctggacacgggtgtatcgctgatcagtgggaat
cccaacggtgaagtgcactcgagtcaactggatttggataacgagatgaccgccaacccg
gtggatgccaccgatggctacgacgatgagctgggccttctgatgcgccacgacaacggc
caactgcctgctctccgctattcaggcagctttcccaacgctcagattagcattgttcct
acaggaaggtcagcaggaggaggaggaggaggaagagaaggaggtgggagcaactgtgcc
aagcatctgaacaacaactgcaacggaggagtgaacgtcgaggatgatcttgagtcgccc
ctgctgcaacgccaggcatcgctgtcggtgccgccagaggagatgctggcgcacaacaaa
cgttggcactcactggagcacatggatggtcccggtgggcatggcggaaatagcgttagc
tatgccgccgatattgataaccgccaccccggagatctggacttcttcagcggttcctcc
aatcagcatcatagatccaaagcggctggtgggagtaagctgactaactggatgactaac
atcttcaagggcaacggcgtgcgtagcggtgaggctaggcgagtaggaatcctgcccagc
ggtgtgcacggcgcacgaaccggattcacggatatggcggcatcggcagcagcccgcgat
cgtgagagtatagtatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (61)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (7)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (92)   

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