KEGG   Agaricus bisporus var. burnettii JB137-S8: AGABI1DRAFT80141
Entry
AGABI1DRAFT80141  CDS       T03136                                 
Symbol
AGABI1DRAFT_80141
Name
(RefSeq) hypothetical protein
  KO
K01768  adenylate cyclase [EC:4.6.1.1]
Organism
abp  Agaricus bisporus var. burnettii JB137-S8
Pathway
abp00230  Purine metabolism
abp01100  Metabolic pathways
abp04113  Meiosis - yeast
Brite
KEGG Orthology (KO) [BR:abp00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    AGABI1DRAFT80141 (AGABI1DRAFT_80141)
 09140 Cellular Processes
  09143 Cell growth and death
   04113 Meiosis - yeast
    AGABI1DRAFT80141 (AGABI1DRAFT_80141)
Enzymes [BR:abp01000]
 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
     AGABI1DRAFT80141 (AGABI1DRAFT_80141)
SSDB
Motif
Pfam: PP2C LRR_8 LRR_4 Guanylate_cyc LRR_9
Other DBs
NCBI-GeneID: 18831643
NCBI-ProteinID: XP_007334086
JGI: Agabi_varbur_1_80141
UniProt: K5XL67
Position
Unknown
AA seq 1433 aa
MKIYRPNGAPIQTAMGISLTVYDLIPTLLKRMVGDERRLNRLFLMERGKERIMDIRELPL
NLICRRMTEAGYSWNDGRILLSGDRLAFLLKFIFRDPDMGLGRRSLTADAPYQIPESELR
LHNFETLDLSGRSLRTIPVALHQHADQIISLKLSRNPMIDLPLDFVEACTSLCDLRLSNM
SMRKIPANLVAAKALKRLDLSSNHIKIKELENANLQLIPELRGLLLHNNLLKDLPQKFAD
FENLLNLNISSNRLPTIPDVVLQIKTLTELDVSFNYITDLPTNVGDMTSLQRFLFVGNSI
KSIPNSFWKLRNLEHVDCRRNQIGDLGIVMNLPRLETLNADHNAIHLLDLSMGKHVMKID
LSNNEITKVMVSLPPFGSTSLQLTTLDVSYASLTTLDGAVLRNLPTLVTLRIQHNSLAYL
PDSIEELVHLETLICYENRLQRLPDTIGKLSKLITLDAHSNNLREVPVAIWQCPSLCILN
LSSNFLTTFPVPPLIPLYPMPDQTGRIADPPKNYDASHVISSILYPPLMFSLENLSISEN
KISSIDSLRNISFFRSLLSLNLSYNDISDLPKGFFRKMYRLEEFHICGNDLTMIPGHEEF
SNLRELRRLFLSGNKLTSLPAELGRLKRLKVMDVSNNCLRYNINNYGYDWNWNNNEDLYY
LNLSGNKRFQVKRDNRHTFGSSRSSRELHNPLSGFSSVPKLRILGLMDVTVTASDLPDEH
EDRRVRSTSSLVGGLGYGIADSLNIDDSMTMLDLVHEFPPINGTSRALFAMFGNAKPPKL
PIGVSPNKHAKFLHDHFIPFFQNQLDHPYLQESNHFAVDVLRRSFLGLHQTIHDMWFPPV
QRKASMASVAGGLPTVNVDSGTARTGCSGLVVYIEGNRLFAANVGSAHGVISRKGQPFLV
TRIHCPWDEDELKRMRKSEGWVSPEGLVNNEVDVSRSFGYYQLLPVVNASPDIVEYEISE
TDEYLVLGNRALWDFVSYQTAVDIASGRGEPSMIAQKLRDFAISYGSTGNIMVMVVRLKD
YHERPLVRTPSMIESDSPFSPALYIPKSNHMVVDKSVRRAEPEVPPPTGHIALVFTDIRN
STPLWELNPGMPAAIQIHNDLMRRRLRECGGYEFKTEGDAFLCSFPTIMAAVWFCLSVQN
QLLQENWPKEILECEDGKVIVDSEGNVLWKGISVRMGIHSGTPVCLQDPVTHRMDYYGPV
INRAARVSGLAKGGQIFCSAEVVQEIKASVLEAIEKTSLSKSQPAKAIAEVKQLGVIIKE
VGEMKLKGLEVPEFISAIYTPGLEGRHDFDAEEDPAPASVYLDVAHVREIGMLCLRLEAL
TSGRIFKPSNTARDLNLTIPLEDDPEDEDNPELWRDLEVDPENLLPPMTTRWTDHDLLTT
LDSFTCRIQNALQTLIKAYEADRINAPNIMNVLRNAGLDADTLLVMAELIGHS
NT seq 4302 nt   +upstreamnt  +downstreamnt
atgaagatttaccgcccgaatggtgcccccattcagactgcaatgggtatcagtttgacg
gtatatgatttgataccaacgctgctcaaaagaatggttggagatgaaaggcgtttgaat
cggttgtttctaatggaacgtggaaaggagcgcatcatggatatcagagaattacccctc
aatcttatttgccgtcgaatgacggaagctggatattcatggaacgatggtcggattctt
ctcagcggcgatcgtctagcctttcttctcaaattcatcttccgagatccagacatggga
ctcggtcgtcgatcactcaccgccgacgccccataccaaatccccgaaagcgaacttcga
ctacacaattttgaaactctcgatctgtcaggtcgaagtctacgtactatccccgtcgcc
ctacatcaacacgctgatcaaatcatttcattgaaactttcccgaaatccgatgattgat
ttacctttggattttgtagaggcttgtacgtcattatgtgacttgcggctgtccaatatg
tcgatgcggaagattcctgcgaatttggttgcggctaaggcgttgaagagactggacctt
tcgtcgaaccatatcaagatcaaagaactcgagaacgcgaatttgcaacttataccggag
ctgagggggttgctgttgcataacaacctgctcaaggatctaccacagaagtttgctgat
ttcgaaaatctactgaatctcaatatctcgagtaatcggttaccgacgataccggatgtt
gtgttacagatcaagacactcaccgagctcgatgtttccttcaattatatcactgacctt
ccaaccaatgttggtgatatgacgagcttgcaacggtttttgttcgtcggcaactccatc
aaaagcattcctaatagcttttggaaactacgcaatctggagcatgttgattgtcgaaga
aatcaaattggggatttgggtatcgtgatgaatttgcctcggctcgagacattgaacgcc
gatcataatgccattcacctactcgacctctccatgggaaaacatgtcatgaaaatcgac
ctgtcgaataacgagattacgaaagtcatggtttcgttaccgccttttggttcgacgtca
cttcaacttacgaccttggacgtttcgtatgcgagtttgacgacattagatggggcggtt
ttgcgtaaccttccgacattggtcactcttcgaattcaacacaattcccttgcctatcta
cctgattctatcgaagaactcgttcacctggaaaccctcatctgttatgaaaatcgatta
caacgacttccggataccattggaaaactttcaaaattgattaccttggatgcgcatagc
aacaaccttcgtgaagttcctgttgcaatctggcaatgcccttcgctgtgtatacttaat
ctttcatcaaactttctaacgacttttcctgtaccgccattaattcctttataccccatg
ccggatcaaacaggtcgtatagctgacccgccaaaaaattatgatgcttcgcacgtcatt
tcaagtatcctatatccgccactcatgttctccctcgaaaatctctctatatccgaaaac
aaaatttcgtcaatcgacagtctacgcaatatctcatttttccgttccctgctctcatta
aacctctcctacaatgatatcagcgatttgcccaaagggttctttcgaaagatgtatagg
ttggaggagtttcatatttgtgggaacgatttgactatgattcctggtcatgaggaattt
agcaatttgagggagttgaggaggttgtttttgagtgggaataaattgacgagtttgccg
gcggagttggggaggttgaagaggttgaaggtgatggatgtgagcaataattgtttgagg
tataatattaataattatggatatgattggaattggaacaataacgaggacctttattat
ctcaacttatcgggaaacaagcggttccaggtgaaacgtgacaatcgacatacgtttgga
tcttcgaggagcagtcgtgaactccataatcctctttctggattttcgagtgtgccgaag
ttacggattctgggattgatggacgttacggtcaccgctagtgatcttccagatgaacat
gaggatcgtcgagttcgttccacgtcttctctcgttgggggccttggatacggtatcgcc
gacagtctgaatatagacgattcgatgacaatgctcgacctcgtacatgaatttcctcct
atcaatggtaccagtcgcgccttgttcgccatgtttggtaatgccaaaccgccgaaactc
ccaataggcgtctcacccaacaagcatgcgaaattcctccacgatcatttcattcccttt
tttcaaaaccaattggatcatccgtatttgcaagaaagtaatcattttgcggtggatgtt
ttgaggagatcgtttttggggttgcatcagacgatacatgatatgtggtttccaccggtt
cagaggaaagcgtctatggcgagtgtggctggtggtttaccgactgtgaatgtcgattct
gggactgctaggacgggttgttcgggtttggtggtttatattgaggggaacagattgttt
gcggcgaatgtgggttcggcgcatggtgttatctcgaggaagggtcaaccgtttttggtt
acgaggattcattgtccttgggatgaagacgagttgaagaggatgaggaagtcggagggt
tgggtgtcacctgaaggattggtgaataatgaagttgacgtttcgaggtcgtttggctat
tatcaacttttacccgtcgtcaatgcttctcctgacattgtggaatacgagatttcggag
acggatgagtatttggttttggggaatagggctttgtgggactttgtgagctaccagacg
gcggtggatatcgctagtgggagaggtgaaccgtcgatgattgcgcagaaattgagagat
tttgcgataagctatggatcgacaggcaatattatggtgatggtggtaaggctgaaggat
tatcatgaaaggccgcttgttcggacaccatcgatgattgaatcggattcacccttctct
ccggccttgtatatccccaaatcgaatcatatggtggtggacaagagtgtacgacgagcc
gaaccagaagtccctccaccaacaggtcatatcgcgttggtattcactgacatccgaaac
tcgactcctttatgggaactgaaccctggtatgccagcggccattcaaattcacaacgat
ttgatgaggagacgattgagggaatgtggtgggtacgaattcaaaacagaaggagacgct
tttttgtgcagttttccgactatcatggctgctgtgtggttctgtctttcggtgcagaat
caattgttacaggagaactggccaaaggagattttagaatgcgaggacgggaaggttatc
gtggattcggaggggaatgtgctttggaaaggtatctcggtcaggatgggtatccatagt
gggacgccggtgtgtttgcaggatcctgtgacacataggatggattattatggtccggtt
attaatcgagcggcgagggttagcggattggcgaagggaggacagattttttgtagtgcg
gaggtggtacaagagatcaaggcatcggttttggaggctatagaaaagacgtctctgtcg
aaatcacaacctgcaaaagcgatcgcggaagtcaagcagttgggggtcattatcaaggag
gtcggagagatgaaactcaagggtttggaggtacctgaatttatttcagcgatttatacc
ccgggactggagggcagacatgatttcgacgcggaggaagatcctgcacctgcgagcgta
tacttggatgttgctcatgtacgcgagataggtatgttgtgtcttcgactggaggcgttg
acatctggacggatattcaaaccttcaaataccgcgagggacctgaatttgaccattcct
ctcgaggatgatcctgaagacgaagacaaccctgagctatggagagatctggaggtggat
cctgaaaacctgttacctccgatgacgacgagatggactgatcatgacctcctcacgacg
ctggactcatttacttgtcgaattcagaacgcccttcagacgcttatcaaggcatacgaa
gcggatcgaattaatgcaccgaatatcatgaatgttctccgtaatgctggactcgatgct
gatacgctactggtcatggcagaacttattggacattcttaa

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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 (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (36)   
   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 (5)   
   Pfam (5)   
All databases (63)   

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