KEGG   Serpula lacrymans: SERLADRAFT_415332
Entry
SERLADRAFT_415332 CDS       T03135                                 
Name
(RefSeq) hypothetical protein
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
sla  Serpula lacrymans
Pathway
sla00230  Purine metabolism
sla01100  Metabolic pathways
sla04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:sla00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    SERLADRAFT_415332
 09140 Cellular Processes
  09143 Cell growth and death
   04113 Meiosis - yeast
    SERLADRAFT_415332
Enzymes [BR:sla01000]
 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
     SERLADRAFT_415332
SSDB
Motif
Pfam: PP2C LRR_8 LRR_4 Guanylate_cyc LRR_1 LRR_9 Ad_cyc_g-alpha
Other DBs
NCBI-GeneID: 18813374
NCBI-ProteinID: XP_007318114
JGI: 415332
UniProt: F8NV37
Position
Unknown
AA seq 1828 aa
MTLEIHHGSVTGEDFGRKEEEFESPHRHNNFPRIPEQLSSAAASLPVLQKEDLLPPHILV
PHAPNDEENTVIAPWLDESSAAPGKRSFGLPQKASFSSFSLPRQGSTASLLSRTRNSESH
SIAESYTSSIQSEATLVSSSPESRKGKSSMSIFNIIKKSRSRSRLASDSDRLGLLSRSHS
PPNRPSQTFTDTFMTSLSIPEPPPPPPPPLPKKDKLVRPRRKAQNRPPPLPPKDGVYKLD
TDIDHMEGIIKLTALPNQNMESTSSPGSGIESQQSSALSFSDASIHHASSSPTGSFFINP
FLPSIVAKGKAHLVHDQRKVSPKTIFPMDGEAPEGDDRDDQEMDPVWIAPESWAVHKRRE
GNLGPEEASSEESLAVVGAKLPASNLSVNGGGTNKPKMRRKTNKTLMPPVHDGKTYRVRI
YRADNTYHVATISLLSTVAELTPLLDMKLTDENAESHRLYLKERGREKPAEIVRRRLEHA
GYDQADSLDFLGGEDMTFLMKFIYKTHLLGPTAEDLTFDEFEYVDLTGRAIPAIPIVLHQ
NASSIIYLNLSRNPMVEIPLDFLQACTTLRELRLCNMAMKKVPSSVRHTASLHRLDLSCN
RIMDLDDAGLDRIPELTNLKLQNNRIEKLASYFPGMRSLKYLNISNNMFSHFPSVICEMP
SLVDLDVSFNTITELPDKIGLLKKLERLVILGNQVSKLPDECAALVSLRVLDCRRNGISD
LSPVCQLSRLDTLLADHNALHALDLSQLPLLTTLDVSHSDITRLTLLPNPACQVPYPLTS
LDISHAKLSSFSDLDLSQLSSLQHLKIDNNSFRSIPDSLGELSRLITLCCSNNQLDALPS
SIGQLQRLETLEAHNNSLKELPETLWNCASLTLINVTSNLLETWHDPPSVSVTPSVGVNL
EAVSPSRPSYQERKMSSAASITSSTTSPLPSLAHSLERLYVGENRLTDEALPPLTILKEL
RVLNLSFNEIKQVPPSFLKNLVKLEELYLSGNNLTSIPIEDLHRLQNLTVLFLNGNQLQT
LPRELVKIKNLSVIDVGSNLLKYNINNWEFDWNWNFNKNLKYLNLSGNKRLEIKPEKSKS
QSENEEGDRVLLAGFTELTQLRVLGMMDVTTTFLPNIPDEGDDRRVRTSLSVVNGMSYGI
ADNIGKNGHLQMLDLVQPEFRERKNEAVFAMFGRFQAVTNNNRLSRFLHDKFIPIFSSQL
SSLDRSKDEHVPDALRRTFLRLNKTLHDELYSNTSSRKMSQASVSTAGTVGYDVSYIRSG
ASGIVLYFVDKLLYVANVGQALAVISRQGSAELISTEHVPFNRSETARIRAAEGWISPKG
LIHDETDTSRSFGFYHDFPVVNSRPDICVRPLTELDEFVIIGNRGLWDYVGYQTAVDIAR
SERGDPMIASQKLRDFAISYGADGSTMIMVISVADLFHSPDLLDPNSYTSLKRRGGKKAD
IADRQISRLDGEVSAPVGHLALAFTDIRNSTHLWEANAGMPTAMRLHNQLLRRQLRLCGG
YVVKTEGDAFMCSFPTTLSALRWCLAVQVELLNQPWPSEILECDDGREFYDTQGNLVARG
LSVRMGIHCGMPVCEPDPITNRMDYFGPMVNRSARITGSAAGGQIMCSADVVREINAKIF
ESGPDTEYSDVQPPQAIDAIRSMKIVVVPVGEVKLKGLEVPEMLSLVYPLELIGRQSPEK
YTPHPMAMMQPILPPQPLGPPQPMVTSSKVHPKISHVRDLAILCLRLEALASCRVFRPRE
QNERLGEERLDSSVMQGDLRLLLPPLDEKTSDLEILMHLDSLSIRIENAIASLTLKRLAC
HSDSIVSALGRGGLDERTLQLLLSSLSC
NT seq 5487 nt   +upstreamnt  +downstreamnt
atgacactggaaatccatcatggatcagtgacaggagaggattttgggcgaaaagaggag
gaatttgaatccccccacagacacaacaacttcccaaggataccagagcagctttcctca
gcagctgcctctctccccgtcctccaaaaggaagatttactcccgccacacattctcgtg
ccccatgcccccaacgatgaggagaacaccgttatcgccccatggctcgacgaatcatct
gccgcaccaggaaagcggtcctttggactccctcaaaaggcctccttttcctccttctct
cttcctcgtcaaggcagcacagcaagcctcctcagtcgcactcgtaacagcgaatcacac
agcatagccgagtcctacaccagctccatacagtccgaggctaccctcgtctcaagctca
ccggagagccgcaagggaaaatcctctatgagcatcttcaacattatcaagaagtctcgt
agcaggagcagactcgcaagtgactcggatcgactcggactgctctcacgttctcactcc
cctccaaaccgtccttctcagacgttcacggacaccttcatgacatctctgtccatacca
gaacccccgcccccacctcctcccccactcccgaagaaagacaaactggtgcgaccaagg
agaaaggctcagaacagacctccacctctccctccaaaggatggcgtatacaagctagat
accgatatcgaccatatggaaggaatcatcaagctgacagcattaccgaatcagaacatg
gagtctaccagttcgcctgggagcggtatcgaaagccagcaatcaagcgcgctaagcttc
tcagatgccagcattcatcatgcttcttcgtcacctacaggctctttcttcatcaaccca
ttccttccatcaattgtggcgaaaggtaaggctcacctagtacacgaccagagaaaggtt
tccccgaagaccatatttcctatggatggagaggcacctgaaggcgatgacagagatgac
caggaaatggacccagtctggattgctccggaaagttgggcggtccacaagaggagagaa
ggtaacttggggccagaggaagccagttcagaagaaagcttggctgtggtgggagcaaag
ttgccagcgtcgaatctaagtgttaatggcggagggacgaataaacctaagatgcgacgc
aaaacgaataagacactcatgcctcctgtccacgatggcaagacatatagagtacggatc
tatcgggccgataacacttaccatgttgctaccatctcccttctatcgactgtagcagag
ctgacaccactattggacatgaaacttacggatgaaaacgctgaaagtcatcgactgtac
ttgaaggagcggggtcgggaaaaacccgctgaaatcgttcgaagaagattggagcacgcc
ggctacgaccaagcagacagcttggattttttaggaggcgaagacatgacgtttttgatg
aagtttatttacaagactcatctcttgggtccaacggcagaggatcttacgtttgacgag
tttgaatacgtcgatcttacaggccgagcaattccggcaattcctatcgtcctacaccag
aatgcgagctcgattatatatctaaatctttcgcgcaatcccatggtagaaattccgctc
gacttcttacaggcttgtactacgctgcgtgaactgcgtctatgtaacatggctatgaag
aaggtaccctcgagtgtacggcatacggccagccttcatcgcttagacctatcgtgtaat
cgaatcatggatctggacgacgccggactcgaccgcattccagagctcacaaaccttaaa
ctacaaaacaaccgaatcgaaaagctcgcctcatatttccctggaatgcgcagcctcaaa
tatcttaacatttcaaataacatgttttcccactttccatcggttatctgtgagatgcca
agtctagtggaccttgatgtttcgtttaatacgatcacggagcttccagacaagataggt
ctgctcaagaaacttgagcggctagttattctaggaaaccaggtctcgaaactaccagac
gagtgtgcagccttggtcagccttcgtgttctggactgtaggaggaacggtatatcggac
ctctcaccagtgtgtcaactctcaaggctagatacacttctagcagaccacaatgcactc
catgctctagacttgtctcaattaccccttctaacgacgctagacgtgtcccatagtgat
atcacacgattgaccctcttaccaaatcccgcatgccaggttccttatcctcttacgtct
cttgatatatctcatgcaaaattgtcgtcattcagcgatctggacctctcgcagttatcc
tcgctccagcatttgaagattgataataattcattcaggtcgatacccgattctcttggc
gaacttagtcgcttaatcaccctttgctgttccaacaaccagctcgacgcactgccatct
agcataggacaactacagcgactcgaaacgcttgaagcccataacaatagtctgaaggaa
cttcctgaaacgctctggaattgtgcttcgttgacgctcatcaatgtgacatccaatcta
ttggagacctggcacgacccaccatctgtttctgttacgccttctgtcggtgtgaacctg
gaggctgtttcaccgagtcggccatcatatcaagaaagaaagatgtcgtctgcagcgtcg
attacgagctctacgacatcgccccttccctcccttgcacactccttggagcgattatac
gttggtgaaaatagactcaccgacgaagcgctgccacctctgacaatattgaaagagctt
cgtgttctgaatctatcctttaacgagattaaacaggtacccccatcattcttgaagaat
ctcgtcaagctggaggaactttatctgagtggcaacaacttgacgagtatcccaatcgag
gacctgcaccgattgcaaaacctcactgttctgttcctcaatggcaatcaattgcagaca
cttcctcgtgaactggtgaaaatcaagaatctctctgtcatcgatgtaggcagtaacctc
ctcaaatacaacatcaacaattgggagtttgactggaattggaatttcaacaagaacctg
aagtaccttaatctatctggcaacaagcggttagagatcaaaccagagaagagtaaatcc
cagtcagagaacgaggaaggcgaccgagtattgctcgctggattcactgaacttactcag
ttgcgtgtgttgggcatgatggatgtgacgacgacatttctgccaaacatacctgacgaa
ggcgacgatcgtcgtgtacggacgtcactttccgttgtcaatggaatgtcatatggtatc
gcagataacataggcaaaaacggccatctacaaatgcttgatctcgtgcagccagagttc
cgagaaaggaaaaacgaagctgtctttgctatgtttggtcgctttcaagccgtcactaac
aataatcgactgtcacggttcctgcacgataaatttattcccatcttctcatctcagcta
tcttctctcgatcgatctaaagacgagcatgtcccggatgcgttgcggcgtaccttcctt
aggctcaacaaaaccctgcatgacgaactttactccaatacttcctcccgcaagatgtcg
caagccagcgtatcaacagcaggtactgtaggctatgatgtctcttatattcgaagtggt
gcttcaggaatcgtgctgtacttcgtggataaactactgtatgttgccaacgtcggtcaa
gcgcttgccgtgatatctaggcaaggttccgctgagctcatctccacggaacatgtccca
ttcaatcgatctgaaacggctcgaatacgagcggctgaaggctggatatctcccaaaggt
ctcatccatgatgaaactgatacttcacgttccttcggtttctaccacgacttccccgtc
gtgaattcacgtcctgatatctgcgttcgccctttgaccgagcttgacgagttcgtcatt
attggtaatcgtggtttatgggattacgtcgggtaccaaactgctgtcgatattgcacgc
tctgagaggggtgatcccatgattgcgtcgcaaaagttgagagatttcgctatcagctat
ggtgccgacggaagtactatgatcatggtcatttctgttgccgatctctttcatagccct
gaccttctggatcctaactcttatacctctctgaaacggcgtggtggcaagaaggctgat
attgctgatcgccagatttctcgattggatggtgaagtgtcggctcctgtgggacatctc
gccttggctttcactgatatccgaaactccacgcatctgtgggaggccaacgcgggtatg
ccaacagccatgcgtttgcacaatcaattgttgcgacgccaattgcgcctgtgtggcggc
tatgtggtgaagacagagggcgacgccttcatgtgttctttcccgactacactttccgca
cttcgatggtgtcttgcggttcaagtagagcttcttaatcagccttggccttctgaaatt
ctggaatgcgatgatggcagagagttttacgatactcaggggaatcttgttgctcgaggc
ttgtctgttcgcatgggtatacattgtgggatgcctgtgtgtgagccagatcccatcact
aaccggatggattactttggtccgatggtgaaccgttctgctcgtatcacgggaagcgct
gccggtggacaaataatgtgcagcgcagacgttgtccgggaaatcaatgcgaagatattc
gagagtggtcctgataccgaatattcagatgtgcaacctccccaagcgattgacgccatt
cgcagtatgaaaattgtcgttgtgcctgtgggcgaggtgaaactaaaggggctggaagtt
ccggagatgctgtcgttagtctatccccttgagttgataggacgacagagtcccgaaaag
tacacaccacacccgatggctatgatgcagcccatactaccgccgcagccattagggcca
ccgcagccgatggtcacatcctccaaagttcatcccaagatctcccacgtgcgagatctt
gccatcctgtgcctgcgtttggaggcgttggcgtcctgtcgggtgttccggcctcgagag
cagaacgagcggttgggcgaggaacggctggactcgtctgtcatgcagggtgatctgaga
ctcttgttgcctccactggacgagaaaacgtctgatcttgaaattttaatgcatctggat
tccttgtccattcggatagagaatgccatcgcgtccttaactttgaagcgtttggcatgt
cactcggactcgatcgtatcggcgttgggacgaggagggttggatgaacggacgttgcag
ttactgttgtcttcgctctcatgctaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (67)   

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