KEGG   Saccharomyces cerevisiae (budding yeast): YJL005W
Entry
YJL005W           CDS       T00005                                 

Symbol
CYR1, CDC35, FIL1, HSR1, SRA4, TSM0185
Name
(RefSeq) adenylate cyclase
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce00230  Purine metabolism
sce01100  Metabolic pathways
sce04113  Meiosis - yeast
sce04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:sce00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    YJL005W (CYR1)
 09140 Cellular Processes
  09143 Cell growth and death
   04113 Meiosis - yeast
    YJL005W (CYR1)
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    YJL005W (CYR1)
Enzymes [BR:sce01000]
 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
     YJL005W (CYR1)
SSDB
Motif
Pfam: PP2C LRR_8 Guanylate_cyc LRR_4 Ad_cyc_g-alpha LRR_9 PP2C_2
Other DBs
NCBI-GeneID: 853452
NCBI-ProteinID: NP_012529
SGD: S000003542
UniProt: P08678
Position
X:425157..431237
AA seq 2026 aa
MSSKPDTGSEISGPQRQEEQEQQIEQSSPTEANDRSIHDEVPKVKKRHEQNSGHKSRRNS
AYSYYSPRSLSMTKSRESITPNGMDDVSISNVEHPRPTEPKIKRGPYLLKKTLSSLSMTS
ANSTHDDNKDHGYALNSSKTHNYTSTHNHHDGHHDHHHVQFFPNRKPSLAETLFKRFSGS
NSHDGNKSGKESKVANLSLSTVNPAPANRKPSKDSTLSNHLADNVPSTLRRKVSSLVRGS
SVHDINNGIADKQIRPKAVAQSENTLHSSDVPNSKRSHRKSFLLGSTSSSSSRRGSNVSS
MTNSDSASMATSGSHVLQHNVSNVSPTTKSKDSVNSESADHTNNKSEKVTPEYNENIPEN
SNSDNKREATTPTIETPISCKPSLFRLDTNLEDVTDITKTVPPTAVNSTLNSTHGTETAS
PKTVIMPEGPRKSVSMADLSVAAAAPNGEFTSTSNDRSQWVAPQSWDVETKRKKTKPKGR
SKSRRSSIDADELDPMSPGPPSKKDSRHHHDRKDNESMVTAGDSNSSFVDICKENVPNDS
KTALDTKSVNRLKSNLAMSPPSIRYAPSNLDGDYDTSSTSSSLPSSSISSEDTSSCSDSS
SYTNAYMEANREQDNKTPILNKTKSYTKKFTSSSVNMNSPDGAQSSGLLLQDEKDDEVEC
QLEHYYKDFSDLDPKRHYAIRIFNTDDTFTTLSCTPATTVEEIIPALKRKFNITAQGNFQ
ISLKVGKLSKILRPTSKPILIERKLLLLNGYRKSDPLHIMGIEDLSFVFKFLFHPVTPSH
FTPEQEQRIMRSEFVHVDLRNMDLTTPPIIFYQHTSEIESLDVSNNANIFLPLEFIESSI
KLLSLRMVNIRASKFPSNITKAYKLVSLELQRNFIRKVPNSIMKLSNLTILNLQCNELES
LPAGFVELKNLQLLDLSSNKFMHYPEVINYCTNLLQIDLSYNKIQSLPQSTKYLVKLAKM
NLSHNKLNFIGDLSEMTDLRTLNLRYNRISSIKTNASNLQNLFLTDNRISNFEDTLPKLR
ALEIQENPITSISFKDFYPKNMTSLTLNKAQLSSIPGELLTKLSFLEKLELNQNNLTRLP
QEISKLTKLVFLSVARNKLEYIPPELSQLKSLRTLDLHSNNIRDFVDGMENLELTSLNIS
SNAFGNSSLENSFYHNMSYGSKLSKSLMFFIAADNQFDDAMWPLFNCFVNLKVLNLSYNN
FSDVSHMKLESITELYLSGNKLTTLSGDTVLKWSSLKTLMLNSNQMLSLPAELSNLSQLS
VFDVGANQLKYNISNYHYDWNWRNNKELKYLNFSGNRRFEIKSFISHDIDADLSDLTVLP
QLKVLGLMDVTLNTTKVPDENVNFRLRTTASIINGMRYGVADTLGQRDYVSSRDVTFERF
RGNDDECLLCLHDSKNQNADYGHNISRIVRDIYDKILIRQLERYGDETDDNIKTALRFSF
LQLNKEINGMLNSVDNGADVANLSYADLLSGACSTVIYIRGKKLFAANLGDCMAILSKNN
GDYQTLTKQHLPTKREEYERIRISGGYVNNGKLDGVVDVSRAVGFFDLLPHIHASPDISV
VTLTKADEMLIVATHKLWEYMDVDTVCDIARENSTDPLRAAAELKDHAMAYGCTENITIL
CLALYENIQQQNRFTLNKNSLMTRRSTFEDTTLRRLQPEISPPTGNLAMVFTDIKSSTFL
WELFPNAMRTAIKTHNDIMRRQLRIYGGYEVKTEGDAFMVAFPTPTSGLTWCLSVQLKLL
DAQWPEEITSVQDGCQVTDRNGNIIYQGLSVRMGIHWGCPVPELDLVTQRMDYLGPMVNK
AARVQGVADGGQIAMSSDFYSEFNKIMKYHERVVKGKESLKEVYGEEIIGEVLEREIAML
ESIGWAFFDFGEHKLKGLETKELVTIAYPKILASRHEFASEDEQSKLINETMLFRLRVIS
NRLESIMSALSGGFIELDSRTEGSYIKFNPKVENGIMQSISEKDALLFFDHVITRIESSV
ALLHLRQQRCSGLEICRNDKTSARSNIFNVVDELLQMVKNAKDLST
NT seq 6081 nt   +upstreamnt  +downstreamnt
atgtcatcaaaacctgatactggttcggaaatttctggccctcagcgacaggaagaacaa
gaacaacagatagagcagagctcacctacggaagcaaacgatagaagcattcatgatgag
gtaccaaaagtcaagaagcgtcacgaacaaaatagtggtcacaaatcaagaaggaatagc
gcatatagttattacagcccacggtcgctttctatgaccaaaagcagggagagtatcact
ccaaatggtatggatgatgtaagtatttcgaacgtggaacatccaaggccgacagaaccg
aaaatcaaaaggggtccatatttactgaagaaaacattgagcagtctttcaatgacgagc
gcgaatagtactcatgatgataataaagaccacggttacgctttgaattcatccaagacg
cacaactacacatctactcataaccatcatgacggtcatcatgatcatcatcatgttcag
ttttttcccaataggaagccatcattagcggaaaccctattcaaaaggttttcagggtca
aacagtcacgatggcaataagtcaggaaaggaaagtaaagttgctaacctttccctttca
acggtaaatcctgcacctgctaataggaaaccttctaaagactccactttatctaatcac
ttggctgataacgtgccaagcactttacgaaggaaagtgtcctcattggtacgtggttct
tccgtccatgatataaataatggtattgcagataaacagattagaccaaaggctgttgcg
caatcagaaaatacattacattcatccgatgttcccaatagcaaacgctcgcacagaaaa
agctttctgctaggctccacatcttcttcaagcagtagaagaggttcaaatgtcagttca
atgactaacagtgacagtgcaagtatggcgacgtcgggtagtcatgttctccaacataac
gtatctaatgtttctccaactactaaaagtaaggacagcgttaacagcgaatccgccgat
cacactaataataaatccgagaaagtgactccagaatataatgagaacattccggaaaat
tctaactctgacaacaaacgcgaagccacaacgcctactatagaaacacccatttcatgt
aaaccatcccttttcaggctagatacaaaccttgaggatgttactgatattacaaagacg
gtgccacccaccgctgtcaattctacactaaattctacacacgggactgagactgcctca
cccaaaacggtgatcatgcctgaaggtcctaggaagtcggtgtcaatggctgatctctcc
gtcgctgccgcagcacctaatggtgaattcacatcaacttccaatgatagatcacaatgg
gtagcacctcaaagctgggatgtggaaaccaaaaggaaaaaaacaaaacctaaagggaga
tcgaaatcaagaaggtcaagtatagatgctgatgaacttgatcccatgtcaccggggcca
ccttcaaaaaaagactctcgtcatcatcacgatcgaaaggataacgaatcaatggtcact
gcgggtgacagtaactcaagttttgttgatatatgtaaagaaaacgttccgaatgatagc
aagaccgcactcgatactaaatctgtgaaccgcttaaaaagtaatttggctatgagtccc
ccaagtatacgatatgctccatcaaatttagatggggactacgacacgtcttccacttcc
tcatctttaccgtcctcatctattagttcagaagatacatcttcctgcagcgattcctct
tcgtacactaacgcgtatatggaggccaaccgagagcaggataataaaacaccgatcctg
aataaaacgaaatcgtataccaagaaatttacatcctcttcggtaaatatgaattcacca
gatggtgcccagagttctggattattactacaagatgagaaggacgatgaggtcgagtgc
caactggaacattactataaagatttcagtgatttagatccaaagaggcactatgctatt
cgtatattcaatactgatgacacttttacgactctctcatgtactccagcgactaccgtc
gaagagataatacctgcacttaaaagaaaatttaacattacagcgcaagggaattttcaa
atttccctgaaggtgggaaagttgtcaaaaattttgagaccaacttcgaaacctatttta
attgaaagaaaacttttacttttgaatggttatcgaaagtcagacccacttcatattatg
ggtatagaggatttaagttttgtttttaagtttcttttccatcctgtcacaccttctcac
tttactcctgaacaagaacaaagaataatgagaagcgaatttgttcacgtagatttaagg
aatatggatctgactacacctcccatcattttttaccagcatacgtcagaaatagaaagt
ttagacgtttctaataacgcaaatatattcctacctctggagttcattgaaagctcgatt
aaattattaagtttgagaatggttaatattagagcatctaaatttccttccaatatcact
aaggcgtataaactagtatctttggaattacagagaaacttcataagaaaagtaccgaac
tcaatcatgaaactgagtaatttaacgatattaaaccttcaatgtaatgagcttgaaagc
ctaccggctggatttgttgaactgaaaaatctgcaattgctagacttgtcttcaaacaag
ttcatgcactacccagaagttattaactactgcaccaatcttttacaaatagacctatca
tataataaaatccaaagcttaccacagtccactaagtacctagtaaagcttgcgaagatg
aacctttctcataacaaactaaattttataggcgacttatcggaaatgacagatttgagg
acgctgaacctaagatataacagaatatcatcaattaagacaaatgcgtctaacttgcag
aacctttttttaacagataatagaatttcgaactttgaagacactttgccgaaactaaga
gcccttgaaattcaagagaatccaatcacttctatatccttcaaagatttttatccaaaa
aacatgacaagtttgacgttgaacaaggcacagttatcgagtattcctggagaattactc
accaaactatctttcctcgagaaacttgaacttaatcagaataatttgactagactgcca
caggagatatccaagttgactaaattagttttcctttcagtggcgagaaacaaactagag
tatattccacccgagctatctcaactgaaaagtttgaggacattagatctacattctaac
aacataagggactttgttgacggtatggaaaaccttgaactaacatcgctaaatatttca
tcgaatgcattcggtaactctagcttagaaaattctttttaccataacatgtcatatggg
tcaaagttatctaaaagcctgatgttttttattgctgcagacaatcaatttgatgatgct
atgtggcctcttttcaattgctttgtcaatctgaaagtgctaaatctttcttacaacaat
ttttcagatgtatcgcacatgaaacttgagagcattaccgaattgtacctctccggtaat
aagctcacgacattgtcgggtgatacagttttgaaatggagctctttaaagactttaatg
ttgaatagtaaccaaatgttatctctgcctgcagaattatcaaatctctcacagctaagt
gtatttgatgttggagcaaatcaattaaagtataatatatcaaactatcattacgattgg
aactggaggaataataaagaactaaaatatttgaatttttcaggaaatcgaaggtttgaa
ataaagtcatttataagtcacgatattgatgctgatttgtcagatctgacagtattacct
cagttaaaggtactaggtttaatggacgtaactttaaatactaccaaagtaccggatgaa
aatgtcaatttccgtttaaggacaactgcatcaataataaatgggatgcgctacggtgtt
gctgatacattaggtcaaagagactatgtgtcatctcgtgatgttacctttgaaagattc
cgcggaaatgacgacgaatgcttactatgtcttcatgatagtaaaaaccaaaatgcagat
tatggccacaatatatcaagaattgttagagatatttacgataaaatactgatcagacaa
ctggaaaggtatggagacgaaacagatgataatataaaaactgcacttcgtttcagtttt
ttgcaactgaataaggagattaacggaatgctaaattctgttgataatggtgccgatgtt
gccaatctttcatatgcagacttgctaagtggcgcttgctctactgtgatatatatcaga
gggaagaaactcttcgctgcaaatttaggtgactgtatggctattttatccaaaaacaat
ggtgactaccaaacgctaaccaaacaacatctcccaacaaagcgggaagaatacgagagg
atcagaatatctggcgggtatgtcaacaatggaaaattagatggtgttgtagatgtgtct
agagcagtgggtttttttgatttgcttccccacattcatgcttctcccgacatatctgtc
gtgacattaacaaaagcagacgagatgcttattgtagcaacgcataagttatgggaatac
atggacgtggatacagtttgtgatatcgcgcgtgagaatagtactgatccactccgtgcc
gcagctgagttgaaggatcatgccatggcttacggctgtacagagaatattacaattttg
tgccttgctctttacgagaacattcagcaacaaaatcggttcactttaaataaaaactct
ttaatgactagaagaagtactttcgaggatactacattaagaagacttcaacctgagatt
tctccgccaacaggtaacctagcaatggtcttcactgatatcaaaagctcaaccttctta
tgggagctattccctaacgcaatgaggaccgcaataaaaactcacaatgacattatgcgt
cgtcaactacgaatttacggtggttacgaagtaaagacagaaggagacgcctttatggtg
gcatttcctacgccaactagtggtctgacatggtgcttaagtgttcaattaaaactcttg
gatgcacaatggccggaggaaattacctcagttcaagacggctgccaagttacggataga
aatggtaacattatctatcaaggcctatcagttagaatgggtattcattggggctgccca
gttccagagcttgatttagtgactcaaagaatggactatttggggccgatggtcaataag
gcagcaagggtccagggcgtcgctgacggtggtcagattgcaatgagtagtgatttttac
tctgaattcaacaagataatgaagtatcatgagcgagtagtgaagggcaaggaatctctc
aaggaagtttatggtgaagaaattatcggagaggttcttgaaagagaaattgccatgctg
gaaagtattggttgggcattttttgactttggcgagcataagctaaagggactcgaaacc
aaagaactcgttactattgcgtatcctaagattcttgcttccagacacgaatttgcatct
gaagatgagcagtcaaaattaatcaatgaaacgatgttgtttcgtttaagagtcatttca
aacagactggaatctataatgtcagctttaagcggcggatttattgaactagactctcgg
acggagggaagttatattaaatttaaccctaaagttgaaaatggtattatgcaatcgatt
tctgagaaggatgcgttgttattttttgatcatgtaattactagaatcgaatccagtgtg
gcattattacatttacgacaacagaggtgttcaggactggaaatttgcagaaacgataaa
acatctgctcgaagcaatattttcaatgttgttgacgaacttttacaaatggttaagaac
gcaaaggatttatcaacttga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (58)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (84)   

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