KEGG   Monodelphis domestica (gray short-tailed opossum): 100018346
Entry
100018346         CDS       T01031                                 
Symbol
ADCY10
Name
(RefSeq) adenylate cyclase 10, soluble
  KO
K11265  adenylate cyclase 10 [EC:4.6.1.1]
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Pathway
mdo00230  Purine metabolism
mdo01100  Metabolic pathways
mdo04024  cAMP signaling pathway
mdo04371  Apelin signaling pathway
mdo04713  Circadian entrainment
mdo04714  Thermogenesis
mdo04935  Growth hormone synthesis, secretion and action
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    100018346 (ADCY10)
 09130 Environmental Information Processing
  09132 Signal transduction
   04371 Apelin signaling pathway
    100018346 (ADCY10)
   04024 cAMP signaling pathway
    100018346 (ADCY10)
 09150 Organismal Systems
  09152 Endocrine system
   04935 Growth hormone synthesis, secretion and action
    100018346 (ADCY10)
  09159 Environmental adaptation
   04713 Circadian entrainment
    100018346 (ADCY10)
   04714 Thermogenesis
    100018346 (ADCY10)
Enzymes [BR:mdo01000]
 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
     100018346 (ADCY10)
SSDB
Motif
Pfam: Guanylate_cyc AAA_16 AAA_22 Na_Pi_cotrans HisK_sensor
Other DBs
NCBI-GeneID: 100018346
NCBI-ProteinID: XP_007480773
Ensembl: ENSMODG00000002779
Position
2:complement(59728753..59862968)
AA seq 1606 aa
MNIGKAPFPDRTIVRIAAHLPDLIVFGDFTSERPSMDYFDGVLMFVDISGFTAMTEKFST
AMYMDRGAEQLVEILNNHISAIVEKVLIYGGDILKFAGDALLALWKVERNQLKNFITVVV
KCSLEIHGVFENQESEEGLDIRVKIGLSAGHIKKLVFGDEKSYFLVVGQAVEDVRFAQNM
AQMNEIILSPNCWQLCDRNVIEIERIPDQRAVKVNFLKLPSTYNFDEFFMKCMSNLSYYP
SGDHKNILRLASTLECDPELEMCLQKYIMGSILKQIDDKQLRGYLSELRPVTIVFVNLQF
KGQETADDIAQAIQDASVYINSVLKTFKGQINKVFMFDKGCSFLCVFGFPGEKAPDEITH
ALESAIVIFDYCSQIFKIRVVSIGVASGIVFCGIVGHAVRHEYTVIGQKVNIAARMMMYY
PGIVTCDSVTYSSCGLPSYFFKELPKQHMKGVAEPGPVYQCLGLNEKVMFGMSALNFYRY
KGYPLLGRDKEIRLFLHTMREFLQMRCSRVLMFQGLLGYGKSHLIRELGFLAQDDNHRVI
AIGLTKVSINHNFHTIQLLMASVLGLDTCKHYKERQHHLKEKVKNWLDVELYCILNDIFH
VQFPMTREASKISEVKKQTELEELFMNILSETSREEKLIFIIDESQHIDIASWKFMEELI
RKVSVFFILALSPFLETPCKAASAIMKNRNTTFVMIGEISSKDMLSKVCFDLHVVSIPKE
LEVYLVEGSCGIPFYGEELLKNLDHHKVLIIHQYQPEEKQKKNWNVLFKNYTKPQINVDM
YSVSTIERIDVCDIASGVRLKNVSPPATLKEISLVQLDSMSLSQQMLVRCAAIIGETFTT
SLLFEILPCWNMKMMVKALATLVQSSIFYCFQSHKELRHLTNRKNATFEVHHRSLALQSS
QKIEGLSGQIVEENEVTQSHILRFCKPIMQKTAYELWLKDQKSALHVKCARFLEEDAHKC
EHCGRGDFIPFHHFAVDIRLNTLDMETVNKMIETHAIRSTETMFPYSPVNEERAEFLSED
LSPEEIGEKILCLFDNTLIKISSTEEITAPTEPCQCLEILEYVLLPLAYHFTILEESSKA
LYYYLEVVAGYINLTDYYLAYVYLCEGERLLKSMKHEKSWSFKFEVAIFYALKGQVSFHV
GQMVLAKKMTRKALKLLNRVFPYNCFSVLLQTHIEKNKHANYINQKAQNLPPPQKRKMAQ
LYQQISCLSTIWQIYSLDCACHCKYFEHLAAMMQVNSALKTQDDFEIIKAYLDYSLHSQL
GRYQGLWFKYEVMAIETIFNKPLNKETIEMILHVAVKLSHIKFLMGYLELAIQLGFRAYR
MWQLTKSPNIEYMVLHRLGRALFLKNRYSKYIEVLQWMWSFAVEEEHTVSQGLFYFNCLD
ILLYGGFIYRTFEECLHFINEKEDNKILKFHCGLLLALYSDVAIWFARLEEWGSFEIFYN
KAKKLVQRRSISNIQCEGFSRYLECQVLNLQKQIQAQTENVQDIGVELLKSLENVVAQCS
TGPLYYPRIYHLMAYVCILMGDEDNCNLFLRTALQICDVHGNLLERSWLTISKKWWYSDK
VNTDESWLQIVLLLPQWDEIKLDELKIKNVEQNKFRFKIAITDSTF
NT seq 4821 nt   +upstreamnt  +downstreamnt
atgaatattggaaaagcaccctttcctgatcggactattgtcagaatagctgctcactta
ccagacctcattgtctttggagattttacctcagagcggccctccatggactattttgat
ggagtcctcatgtttgtggatatttcaggtttcacagcaatgactgagaagttcagtaca
gccatgtatatggaccgaggggctgaacagctggtggagattctcaacaaccacataagt
gccatagtagagaaggtgctgatttatggaggagacatcttaaagtttgcaggggatgca
ttgctagccctgtggaaagtggagcgaaatcagctgaagaactttatcactgtggtggtt
aaatgtagtctagaaattcatggcgtgtttgagaatcaggagtctgaagaaggcctggat
atccgagtcaaaattggactatctgctggccacatcaaaaagctggtgtttggagatgaa
aaaagttactttctggtggttggacaggctgtggaagatgtacgctttgcacagaacatg
gcacagatgaatgaaattattctgtcaccaaactgctggcaactctgtgaccggaatgta
attgaaattgagagaattcctgaccaacgagctgttaaggttaacttcctgaagctgccc
tctacttataattttgatgagtttttcatgaaatgcatgtccaacctgagttactatcct
tcaggtgatcataaaaatattttgagacttgcctctactctagagtgtgacccagaactg
gaaatgtgtctacaaaagtacatcatgggaagtattttgaagcagatagatgacaagcag
ttgcgaggttatttgtctgaacttcggccagtcaccattgtatttgtcaacctgcagttt
aaagggcaggagacggcagatgatattgcccaggccatccaagatgccagtgtatacatc
aactctgtcctgaagacattcaaaggccaaatcaataaagtctttatgtttgacaaagga
tgctcctttctttgtgtatttggtttcccaggagaaaaggcacccgatgagattacccat
gctttggaaagcgccatagtcatatttgactactgttctcagatcttcaaaatcagggtt
gtgtccattggggtggccagtggaatagtgttttgtggaattgttggccatgctgtgaga
catgagtacacagtcattggccaaaaagtcaacattgccgcccggatgatgatgtactac
cctggaattgtgacctgtgactccgtgacctacagcagctgtggcctcccttcctacttc
tttaaagagctcccaaagcagcatatgaaaggtgttgcagagcctggaccagtctatcaa
tgcctgggccttaatgaaaaagtaatgtttggcatgtcagctctcaacttttacagatat
aagggttatcctctactggggcgtgataaggagatcagattgtttctgcataccatgaga
gaatttctccagatgagatgcagtcgagttctaatgtttcaaggcttactgggatatgga
aaaagccatttaattagggaactaggttttctggcgcaagatgacaatcacagggtcatt
gctataggattgactaaggtcagcatcaatcacaattttcacaccattcagttactcatg
gccagtgtcctgggccttgacacctgcaaacattacaaggaaagacaacaccatctgaag
gaaaaagtcaagaactggttggatgtagagttatactgcatcctcaatgatattttccat
gttcagttccccatgacacgggaggcttccaaaataagtgaagtgaaaaagcaaactgaa
ttagaagaattatttatgaacatcctgagtgagacaagtagagaggaaaagctcattttc
attattgatgaatcccagcacattgacatagcatcttggaaattcatggaggagctgatc
cggaaagtcagtgtgttctttatcctggcattgtctcctttcctggaaaccccctgtaaa
gctgctagtgccatcatgaagaatcggaatactacctttgtcatgattggtgagataagt
tcgaaagatatgctgtccaaggtctgttttgacctccatgtggtcagcatccccaaggag
ctggaagtctatctagtagaaggaagctgtgggattccattttatggtgaagaactgctg
aaaaatctcgaccatcacaaggttctcatcatccatcaatatcaaccagaagaaaagcaa
aagaagaactggaacgtcttgttcaaaaattacactaaaccccagataaacgtagatatg
tattcagtctctaccattgagagaatagacgtctgtgacattgccagcggtgtcagatta
aaaaatgtgtcacctccagcaacattaaaagaaatctccctagtccagttagatagcatg
agcctttctcaacagatgttggtgaggtgtgctgccattattggagagacctttactaca
tcactactctttgaaatcctcccttgttggaacatgaagatgatggtcaaagccctggcg
actcttgttcagtccagcatcttctattgcttccagagccacaaagagcttcggcattta
accaaccgaaagaatgccacttttgaggtgcatcaccgatctctggctctgcagagctcc
caaaagatagaaggtttaagtggccagatagtggaggagaatgaggtgactcagagtcac
atcttgagattttgcaaacctataatgcagaagacagcctacgagctctggcttaaggat
cagaagtcagctcttcatgtgaaatgtgcccgttttctagaggaagatgctcataagtgt
gagcattgtggaagaggagacttcattcccttccaccattttgctgtggacattcgactc
aacaccttggacatggaaacagttaataagatgatcgaaacacatgcaattagaagtaca
gaaacgatgttcccatacagtccagtaaatgaagagagagctgaatttttgtcagaagat
ctcagtcctgaagaaataggagaaaagatcttgtgtttatttgacaacactttaataaaa
ataagctcaactgaggaaataactgcacctacagaaccttgtcagtgtctggaaatactg
gaatatgttttattacctcttgcctaccactttacaattctagaagaatcaagcaaagcc
ttatattactacttagaagttgtagctggttatatcaatctaacagattattatttggca
tatgtgtatttatgtgaaggggagagattgttaaaatctatgaagcatgagaaatcctgg
agcttcaaatttgaggttgccatcttttatgctcttaagggtcaggtctccttccatgtg
ggccagatggtgcttgccaagaagatgacgaggaaggcattgaagttactaaaccgtgtc
tttccttacaattgcttttcggttctcctccagacacatattgagaaaaacaaacatgcc
aattacatcaaccagaaggcacagaacctccctcctccacaaaagagaaaaatggctcag
ctttaccaacaaatctcttgcctgtccacaatatggcagatctacagcttggattgtgct
tgtcattgcaagtattttgagcacctagctgccatgatgcaagtgaattctgcactcaaa
actcaagacgacttcgaaatcattaaagcctacctggactactcattgcacagtcaacta
ggacgttatcaaggattatggttcaagtatgaagtcatggccattgagactatcttcaac
aagcctttgaataaagagactattgaaatgattcttcatgtggcagttaaattgtctcac
atcaagttcctaatgggttacctggagctggccattcagttgggctttagagcatatcgg
atgtggcagctgaccaagagtcccaacatagagtacatggtccttcaccgacttggtaga
gctctctttttgaaaaacagatactcaaagtatatcgaagtgctccagtggatgtggtca
tttgctgttgaagaagaacacacagtcagccaaggacttttctatttcaactgtctagat
atcttgctctatggtggctttatttataggacctttgaagaatgtctgcatttcataaat
gaaaaagaagataacaaaatcctcaaattccactgtggcctgttactggctctttattcg
gatgtagcgatctggtttgctagacttgaggagtggggaagttttgaaatattttacaac
aaagctaaaaagttggtccagagaagaagtatctcaaatattcagtgcgagggatttagc
agatacctggaatgccaggttcttaatctccagaaacaaattcaagcacaaactgagaac
gtccaagacatcggagttgaactactcaagagtttggagaatgtggtagctcaatgttcc
acaggtcctttatattacccaaggatttaccacctgatggcttatgtatgcatactcatg
ggagatgaggacaactgtaaccttttcctgagaacagccttacagatctgtgatgtccat
ggcaatcttcttgagagaagttggctaactatcagcaaaaaatggtggtactccgacaaa
gtgaatacggatgagagttggcttcaaatagtcttgcttcttccacaatgggatgaaatc
aaattagatgaattgaaaataaagaatgttgaacaaaacaaattccgatttaaaattgcc
attacggacagtaccttctag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (7)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (11)   
   RefSeq(nuc) (11)   
Protein domain (5)   
   Pfam (5)   
All databases (82)   

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