KEGG   Bipolaris oryzae: COCMIDRAFT_105673
Entry
COCMIDRAFT_105673 CDS       T03125                                 
Name
(RefSeq) hypothetical protein
  KO
K21989  calcium permeable stress-gated cation channel
Organism
bor  Bipolaris oryzae
Brite
KEGG Orthology (KO) [BR:bor00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:bor02000]
    COCMIDRAFT_105673
Transporters [BR:bor02000]
 Other transporters
  Pores ion channels [TC:1]
   COCMIDRAFT_105673
SSDB
Motif
Pfam: RSN1_7TM RSN1_TM PHM7_ext PHM7_cyt
Other DBs
NCBI-GeneID: 19118726
NCBI-ProteinID: XP_007691866
JGI: Cocmi1_105673
UniProt: W6YVP5
Position
Unknown
AA seq 2000 aa
MSAPSSHGRPSGDSDRWTASSNTYIASNAGANTDNGEGSSSPRRSQDSRPSNGALHGLGI
AMTSGDNDDAAQRKQRPRRSGGFLLDSTFPSGPRQRHGHRDAHGGDDSKGKRNSRHQATH
ENKRSSMLAASREHHGSDTNMDRNRRSVHQMPSTSDDRDPSPRTEPARQAIDPTHLVHMA
LNLSESRRRNINTGQLLASQPRAASGSHREGSFANYAAGGSLRHYLNEQRRVSRNISPMG
GRGSPSRHMSTSMQGSGSMAFPGSQSINPSASTLARVNKAKAYIELQMEYLRLLDFLPPL
KPDANAPGNFIFTSSSSPGSPQAHLTRTPSHAGKQHDLGRAYNPLQFIRNRRIRARERVV
LDHPPEEFEDIQQVRDWVDQIEQHAKHVGYRRNDAVHLPKIHQDHEVAAPPSKPPRPHKG
WFFTPEELLADAHWLEQGGNKTFVENRRGQKIFPPKEAQPRDSLQVRASKEFGDKRGKSW
ADALPAIALDHTTGDESDIASERGRKRRLLPALRTDSPRGGKHSRRGSRLRNHDEPDSSG
SESDTKRRKIRVATDPEHNTGPLALLLEQQAKEFQAKSPLAMSPNTPDKWGRNGDVAMDD
KPTRDSLDVPRFSNGFSYLKDHGNFKISPTPRKPLNLSSDDAEPRSSHEQQDSTAPNTPL
TKRFPYFGSEASPPQSRSNSQTRKPKRHKFNNIFHSHDHSEESQHEGRPGSSGTDRKGKS
HQNSGEAADDKNIGTAILAAPGAVMNLLGHRKNDSVSSLPSPDKLRRREAQEPQSAVTRF
FKGVRHEGTKVGDIIFRRDRADDSDSDTMSDSNSVEFDDDNGSARAKQSKRPSIARTNTG
GTEGSRISFHKDRSRLDLPSFRPVHAIDNEDSDEEHHISRQTRDRKGSRSPRIDRLLPPR
MDLSTISDRSSQGSLTLGRNNSQERLEESPVNHSDTGGLPAAGLRNVQERKASGSRPGMS
GRHWSIADGDDQAVDRKTNADMITQADIARVRALFLCSGVKANEIVRRAYATRDPPPNFL
VRAAALTNTKLYPVPRTQEHVLAARILVKDLEASTKAMQSTLETFRNKAIQQLTRQISTL
QSTVDSDLMPRILEGGDKAVRVTSEVSGQGSLQVKQITDEIDRMIRARKRRMRWMRGFGW
MLKVFVAQGSESSHAQSSKGPSSFAALAAAFVPTAVVAVLYVIIFIFIRPSFPKIYSPRT
YIGTVEEKHRTPCKKSPGYFDWFHTFRTLPDKFVLYHQSLDSYLFLRFLRTLIFICVVGA
AITWPILMPANWTGGGRSKELNRLGIGNVKDKNHLYAHAVVAWVFFSFVMFTVARERLWL
IGLRQAWNLSKTNAKRLSSRTVLYLSAPTAALDEANMQRFFGDDAVRIWPVTKGDKLVSL
VSERDSKVEKLESAELSFTLNINKEVKKSHNANIKYEQLPKQMKKSLRPTHKSKTPVVGK
EVDGISYYRDQIKEKEDEVQKARESNETAGNLGGAAAVFVEFRTQLAAQRAYQQIASADI
LSLTPRFVGTVPSEVVWSNLVLPPARRISQSGIALSLVIATIIFWSIPVSIVGAISNIQY
LAENFKWLAFLNKLPPSLMSLLSGLIPPLLLSALARWVPDIFRYIFTTFGDPTKSVIELK
VLKWHYVFQVLQVFLITTLSSGAAAVASQIAQDPSSVPQLLAERLPRASNTYLTYFVVQA
LTNAPSNILNYSDILFYVFYDKFIDKTPRQKYKSYTTLRGMAWGKLFPKYVNFVIIAIAY
SCIAPLVLGFAAIGLVIFYYSYRYQLLYTVQPKIDTKGHAYTLSLQHILTGIYIAELCLI
GIFSLRNARGPLFMLVLLLIATAIFNYTTNRYFAPLEQYLPADLALESEDDEQSPLLSSA
EEGESDALQHAESRVARISERTRVPPHVISPLARFLQPHVFASHTAMKSWVRDGDFDDEE
PEYSDDDVKKAYLHPAYSSKTPIVWLAKDPIGVSKNEISENENVGLKGSDEGAWVTSHGK
VKWAVDNFEEVPIFKKDIKW
NT seq 6003 nt   +upstreamnt  +downstreamnt
atgtcggcgccgtctagccatggccgtccttctggagactcggaccgctggacggcttcg
tcaaacacttacattgccagcaacgcgggcgcgaacaccgacaatggcgagggaagctcc
tcgccgcggcggagccaggattcacgacccagcaacggtgcactccatggcctgggaata
gccatgacgagcggcgacaacgacgacgctgctcagcgcaagcagcgcccacgaagaagt
ggcggcttcctcctcgactcgacttttcctagcggccctcgacagcgccatggccatcgc
gatgctcatggcggcgacgactcaaaaggcaagcgcaactcgcgacaccaggcaacacac
gagaataaacgaagttccatgctggctgcctctcgagaacaccatggcagcgacacaaac
atggacaggaataggcggagtgtacaccagatgccatctacaagcgacgacagagaccct
tcgccccggacagagccagcgcggcaagccatcgaccccacccacctcgtacacatggcc
ctaaatctcagcgagagccggcgcagaaacatcaataccggccagcttctcgcatctcag
ccacgcgctgcatcggggtcgcaccgtgaaggcagctttgccaactatgctgctggcggc
agtctaagacactatctcaatgagcagcgacgagtctcgaggaacatatccccaatgggc
ggcagaggctccccgtcgcggcacatgtctacgtccatgcaggggagcggctcgatggcg
tttccaggctcacagtccatcaatccatctgcttctacacttgcgcgagtaaacaaggcc
aaggcatatatcgagcttcaaatggagtatctgcgcctactggatttcctcccaccccta
aagcccgacgccaatgccccaggcaacttcatctttacgtcaagcagctccccaggtagt
ccccaagcgcatctcacccgtactccatcgcatgccggcaaacagcacgatctcggccgc
gcctacaaccccctacagttcatccgtaatcgccgcattagagctcgtgagcgtgtagtt
ttggatcaccccccagaagagttcgaggacattcagcaggtgcgcgattgggttgaccag
attgagcagcatgccaaacatgttgggtaccgtcgaaatgatgccgtgcatttgcccaag
attcatcaagaccatgaagtcgctgctccacccagcaagcccccaaggccgcacaagggc
tggttcttcaccccagaagaactgcttgcggatgcgcactggctagagcagggcggcaac
aaaacatttgtggaaaaccggcgtggccaaaaaatatttccgcccaaggaggcacagcct
agagactccctccaagtgcgtgctagcaaagaattcggtgacaagcgagggaagagctgg
gctgatgcattgcctgccatcgcacttgatcacacaacaggtgatgagagtgatatagca
agtgagcgcggacgtaagcgaagattgcttccagcgcttcgcacagatagccccaggggc
gggaagcactctagaagaggttcaaggttacggaaccatgatgagcctgatagctctggg
tcggagtctgatacaaagaggcgcaagatccgtgtcgctacggatccggaacacaacacc
ggaccacttgctctgctcctggagcagcaggccaaagagtttcaagccaagtcaccattg
gccatgtcgcccaacacacccgacaagtggggccgcaatggagatgtcgcaatggatgac
aagcctactcgggactcactagatgtaccgcggttttcaaacggtttctcatatctcaaa
gaccacggcaatttcaagatttcgcctacgccacgcaaacccttaaatctatccagcgac
gatgccgagccacgatcttcccatgagcagcaagacagcactgctccaaacacacccctt
accaaacggttcccatactttggcagcgaagcctcgccaccacaaagccgatccaattcg
cagacgagaaaacctaagcgacacaagtttaacaacattttccactcgcacgaccacagt
gaggaaagtcagcatgaaggacggccaggctcctctggcacagacagaaagggaaaatct
catcaaaatagcggggaggctgcggatgacaaaaacattggaacagcgatattggccgcg
ccaggtgctgtaatgaacctcttgggccatcggaagaacgacagtgtcagtagtttgccc
agcccagacaagctacgtcgcagagaggcccaggagccacagtctgctgttacacgattc
ttcaagggcgtcaggcatgagggcacaaaagttggagacatcatcttcagacgtgatcga
gcggacgattctgattcggacaccatgtctgatagcaactcggtagagtttgacgatgac
aatggctctgctcgagctaaacagagcaaacgaccatcgatagcccgtacaaatacagga
ggcacagagggcagcaggatttctttccacaaggaccgtagccgtctcgacctgccatcg
ttccgccctgttcacgccattgacaatgaagattctgacgaagaacatcacatttcgcgc
cagactcgagaccggaagggcagccgttcccctcgtattgatcgacttttacccccacgt
atggatttaagcactatatccgatcgttcttctcaaggctctctcaccctcggtcggaac
aatagtcaagagcgacttgaagaatcgcctgtcaatcatagtgatacaggcggcctccct
gctgctggcctgaggaatgtgcaagagaggaaagccagtggttcgagaccaggaatgagc
ggaagacattggagcattgctgacggcgacgatcaagccgttgaccgtaagactaatgcg
gacatgatcacacaagcagacattgctcgtgttcgcgcattgttcctctgctctggtgtc
aaagcgaacgaaatcgtgcgccgcgcctacgctacacgagacccacctcctaatttcctc
gtgcgtgcagctgctttgacaaacacgaaactgtatcccgttccgcgcacgcaagaacac
gttttggctgcacgcatattggtcaaagatctcgaggcttccactaaagctatgcaatca
acactcgaaaccttccgtaacaaggctatccagcagctgacaaggcaaatatctactttg
cagtcaactgtggattcggatcttatgccccgcatcttggaaggcggcgacaaggctgtg
cgtgtcacgagtgaagtatctggccagggatcactccaagtcaaacaaatcaccgacgag
atcgaccgcatgatcagagcacgaaagcgccgaatgaggtggatgcgaggctttggctgg
atgttgaaggtgtttgtcgcccaaggcagcgagagcagtcatgctcagtcgtccaagggt
ccgtcctcatttgcggcacttgctgcggcttttgtccctacagccgtggttgccgttcta
tacgtaatcatcttcatcttcatcaggccaagcttccccaagatctactctccaagaacg
tacattggaactgttgaagaaaagcatcgtacgccatgtaaaaagtcgcctggttacttt
gactggtttcacactttccggacactccccgataagtttgtgctataccaccagtcgctc
gattcgtacttgtttcttcgcttcctgcggacgctgatcttcatctgcgttgttggtgcc
gccattacttggccgattcttatgccggcaaactggacgggtggtggtaggtcaaaggag
ctgaatcgccttggtattggcaatgtgaaggacaagaaccacttgtacgctcatgctgtc
gttgcttgggttttcttcagcttcgtcatgttcacggttgcgcgtgagcgactatggctc
atagggttgcgacaagcgtggaacctgtcgaagaccaacgcaaagagactgtcctcacgc
actgtcctttacctctcagcacctactgcggctctcgatgaagccaatatgcagcgattc
tttggtgacgatgccgttagaatttggccagttaccaagggcgataagcttgtgtctctg
gtttctgaaagggactcgaaagttgaaaagctagaaagtgctgagctgtcgtttactctg
aacatcaacaaggaagtcaagaaaagtcacaatgccaacatcaaatacgagcagttgccg
aagcagatgaaaaagtcactaaggcctactcacaagtcgaagacaccagttgttggtaag
gaggttgacggcatcagttactatcgagaccagatcaaggagaaagaggatgaagtacag
aaagctcgcgaatcgaacgagactgctgggaatcttggtggagcagcagcggtattcgta
gagttccgcacacaacttgccgctcagcgagcatatcaacaaattgcatccgcggacatt
ctttctcttacacctcgatttgtaggaacggtgcctagcgaggttgtatggtctaacctg
gtgctgccgcccgctcgccgtatatcgcaaagcggtatcgcattatccttggtcatcgcc
accattatattctggtctattcctgtgtccatcgtaggtgccatctccaacatacaatat
ctcgcggaaaactttaaatggcttgccttcctcaacaaactaccgccgtccctcatgagc
cttctgagcggcctaattcccccgttgttgctgagcgctctggccagatgggtgccagac
atctttagatatattttcacaacttttggagaccctacaaagtcggtgattgaactcaag
gtgctcaaatggcactatgtcttccaagtacttcaagtcttccttatcaccacgctatcg
tctggagctgcagcggtagcatcccagatcgcacaagatccaagctcagtacctcaactt
ctggcagagcgtcttcctagagcatcgaatacctacctcacgtacttcgtcgtgcaggca
ttgacaaatgccccgagcaacatcttgaactactctgacatccttttctacgtcttttac
gacaagttcattgataagacacctcgccaaaagtacaagagctatacgacattgagaggc
atggcttggggcaagctgtttccgaagtatgtcaacttcgtgattattgcgattgcgtac
tcttgcatcgctcctcttgtacttggctttgctgcgatcggcctcgtcattttctactat
agctaccgataccaactgctttacactgtgcagccaaagatcgataccaaaggacatgcc
tatacgctttccctccaacacattctcacggggatatacattgccgagctttgcctcatt
ggaatctttagcttgcgcaatgccaggggtcctttgttcatgcttgtgctgctacttatt
gccacggccatattcaactacacaaccaatcgctactttgcccccctcgagcagtacctt
cccgcagaccttgctctcgaatcggaagacgatgaacagtcacctttactttcgtcagca
gaagaaggcgagtcagatgcgttgcaacatgcagagtcaagagttgctcgtataagtgag
cgaacacgtgtgccgccacatgtcatctcaccccttgcgcgcttcttacaaccacacgta
ttcgctagccataccgcgatgaaaagctgggtccgtgatggcgattttgacgacgaagaa
cccgagtatagcgatgacgacgtcaagaaggcgtaccttcacccggcttattcgagcaaa
acgccgattgtttggctagcgaaagatcctattggcgtgagtaagaatgagattagcgag
aatgagaatgtggggttgaagggtagtgatgagggtgcgtgggtcaccagtcatggcaag
gtgaagtgggctgtggataactttgaggaagtgcctattttcaaaaaggatatcaaatgg
tag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   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 (4)   
   Pfam (4)   
All databases (15)   

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