KEGG   Pyricularia oryzae: MGG_11205
Entry
MGG_11205         CDS       T01027                                 
Name
(RefSeq) dynein heavy chain
  KO
K10413  dynein cytoplasmic 1 heavy chain
Organism
mgr  Pyricularia oryzae
Pathway
mgr04145  Phagosome
mgr04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:mgr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04145 Phagosome
    MGG_11205
  09142 Cell motility
   04814 Motor proteins
    MGG_11205
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mgr03036]
    MGG_11205
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mgr04812]
    MGG_11205
   04147 Exosome [BR:mgr04147]
    MGG_11205
Chromosome and associated proteins [BR:mgr03036]
 Eukaryotic type
  Centromeric chromatin formation proteins
   SAC (spindle assembly checkpoint) factors
    Motor proteins
     Dynein complex
      MGG_11205
Cytoskeleton proteins [BR:mgr04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     MGG_11205
Exosome [BR:mgr04147]
 Exosomal proteins
  Proteins found in most exosomes
   MGG_11205
SSDB
Motif
Pfam: DHC_N2 AAA_6 DHC_N1 AAA_9 AAA_8 AAA_7 MT AAA_5 Dynein_heavy AAA_lid_11 Dynein_AAA_lid AAA_22 AAA AAA_18 AAA_33 nSTAND3 T2SSE AAA_29 Mg_chelatase AAA_lid_1 AAA_25 DUF6449
Other DBs
NCBI-GeneID: 5051175
NCBI-ProteinID: XP_003714413
UniProt: G4MSJ0
Position
2:3602321..3616200
AA seq 4353 aa
MEVVASPPTASPGANGVGPPPFASVDPERVIDYLTNLLEIALGATREELHAEGSFLSDNL
RQDALKASSRFANDNHVSLLIQKEIAGGEITEDDAGEPQIPQHVYKIVQEMSDAAHVVGY
LNILKRPQPLDPSIPLSAQIQMLNLPGPAYLAATTSEQGLTASPFEILQLYLHNGLGPYF
EASSKSQKHANNNTRTRVDADAKTGIPVTRKRWTELELSLSHLLQNVEIPEVILPLPPAV
QSVLEDAASRNIKPSASMISESLLRDSHFLNSLQATVQTWIKSIQTITKMTRDPTTSTAN
QEINFWLSMETALEHIEGQLRGDGVMITLDILKQAKRFQATVSFSADTGLKEAMEKVQKY
NSLMRDFPLDEMLSATSLAKVEETINQIFVHINRKLKISPYPIRRALLLVEMISADLDGV
LHRLVSGTELADVDYQQFGSIMKMADAIFATWDVNVKDFTGVCRDIMRRRNEKFVLLKVN
SKHAELQSRMTYIKNFRDNHEQLQRTISSVLSPKSSPEGLTVAVVDPHSRNADNLEELGE
MDAIQEVKEAWEYLRNVDLLDVSEEGTRAWARAEGLYNEKTQRVENSIIARLRDRLATAK
NANEMFRVFSKFNALFVRPKIRGAIAEYQTQLIDNVKQAIAGLHERFKVQYALSAAHPMD
SVHDMPPVAGAIIWARQIERQLNNYMKKVEDVLGDGWKMHHEGGQLANESDLFRKKLDTT
LIFNDWLAGVSKRKHASVSGLLFTINKIRSANNALDLAVNFDPQVIVLFKETRNLIWLGF
SVPHHVVHWAKEAKRVYPYAVSLMESVRTLGQTIRQITEMPEVSMLLNGLRNDVYALINK
GLPLKWATFASSHELFFNTPSLPNGAPDRVVAKTESPHVQFVREFAAKVSMLQTKTATLA
AVHQTVQKALSELATCPYEAKSFDEKLQIIQKGVDTLSLEQYVNLGYWVKKLNRQIKSIL
LTRLHRAIHVWIEAFEDDVPEGRRKTGVDVTDMATGVPSMRKLVHEVTMRNQVIYLDPPL
EFARASWYLQLQEWLGVICHLKKIRATRYKMTLDTTATEDPRFDDLPSECANQLSRVQVT
VDKKLQEISSYVDEWLRFQSLWDLQSEQVYEILGDQLDKWLQLLQEIRKTRQTFDTTEVS
RSFGHITIHYDQVQTKVNGKYDQWQLDIVNKFGTRLGTRLREVHSELEKARSDLESQRLE
ASSTEQAVQFITVVQTCERKVKQWAPEVEVFSQGENMLRRQRYQFPNDWLHSQQLEGLWE
ALNELLARRSKVVQEQSDVMKAKIIAEDQIIRDKITEVASEWNDQKPVSGTIAPEDASKT
LATFETRIVKLQDQSIMVAKAKEALNIETSTDNSLDMILDEVNDFKSVWASLSLIWKSLN
ELGETLWNSVQPRKIRSAIDGLIKMTKEMPSRMRQYAAFEHIQNILRTYLKANTLLSELK
SEAVRDRHWVKIYKQIKPSKRYSSVSMTLADVWGLNLVATETIIRDIIAQAQGEMALEEF
LKQVRETWSGYNLELVNYQNKCRLIRGWDDLFAQCSEHLNSLQAMKHSPYYKEFEEEASA
WEDKLNRVHVLFDVWIDVQRQWVYLEGVFTGNADIKHLLPIESSRFQNINSEFSAVMKKV
YKQPYVLDVLNIPNVQKSLERLADLLNKIQKALGEYLEKERVSFPRFYFVGDEDLLEMIG
NSNDTLRIAKHFKKMFAGLSGLVMDDEAIISGFTSKEGEVVRLKKEISVVKTPRINDWLA
LLENGMKATLAELLAEAVEQYTPIFASEQVDKAALQEFMDAYPSQIVVLATQVVWTTVVD
QSLVDGGNNLQSIYDREVQVLRLLADTVLGDLDVLLRKKCEQLITECVHQRDTIEKLIKL
NASSPTHYLWLLQMRYVYVPEGDFIQRLHIKMANAKLAYGFEYLGVPERLVRTPLTDRCF
LTLTQALCQRLGGSPYGPAGTGKTESVKALGVQLGRFTLVFCCDDTFDFQAMGRIFLGIC
QVGAWGCFDEFNRLEERILSAVSQQIQNIQLGLKQGAEDEKAQIELVGRQLHVNANTGIF
ITMNPGYAGRSNLPDNLKKLFRSVAMSKPDKELITEVMLYSQGFNQAKQISKQTVPFFDQ
CSAKLSKQPHYDFGLRALKSVLVSSGGLKRARLTESEGDIGAEELVEPEILVQSIRETIA
PKLIKNDVEIMTDIEKSCFPGISYVPANLQKLEEAMRTLAEERHLVVNDTWMTKVLQLYQ
IQKIHHGVMMVGSSGSGKSAAWKLLLDALQKVEGVEGVSHIIDSKVMSKEALYGNLDSTT
REWTDGLFTSILRKIVDNLRGEDSKRHWIVFDGDVDPEWVENLNSVLDDNKLLTLPNGER
LNLPANVRIMFEVENLKYATLATVSRCGMVWFSEDTVTPGMLVENYIDTLRAVAFEDLDE
DAVATGQNSEKALAVQRQAADVLNAHLTTDNFINEALKQAEGFNHIMEFTVARVLNTLFS
LLNKAVRDVVEYNSQHTDFPMDPEQVESYVSKKLLLALVWSLTGDCPLNDRKAYGDILGG
LATFGNSPLDGTSSLIDFNVSLPRAEWTSWQTEVPQIEVNTHSITQTDVVIPTLDTIRHE
DVLYSWLAEHKPLLLCGPPGSGKTMTLFSALRKLPNLEVVGLNFSSATTPDLLIKTFEQY
CEYKKTLNGVVLSPTQIGRWLVVFCDEINLPAPDHYGTQRAISFLRQLVEHNGFWRTADK
SWVTLDRIQFVGACNPPTDAGRTPMGARFLRHAPLIMVDYPGELSLQQIYGTFNTAVLKI
IPSLRGYSESMTNAMVKFYLESQQRFTPKIQPHYVYSPRELTRWVRGVYEAIRPLETLSV
EGLVRIWAHEALRLFQDRLVAEDERQWTEDAVRRIALDFFPTIDEEKALSGPILFSNWLS
KNYVPVDREQLRDFVKARLKTFCEEEIDVPLILFNDVLEHVLRIDRVFRQPQGHLILIGV
SGSGKTTLSRFVAWMNGLKVYQIKVHGKYSGDDFDDDLREVLRRCGCKGEKICFIMDEAN
VLDSGFLERMNTLLANAEVPGLFEGDELAALMTACKEGAQKQGLLLDSQEELYKWFTAQI
VKNLHVVFTMNPPEGGLASKAATSPALFNRCVLNWFGDWSDQALFQVGHELTHSVDLDRA
SFQAPDTLPVAYRGLNLPPSHREAVVNSMVHVHQSLHQFNAKLLKQQGRITFLTPRHYLD
FVAQYVKLYNEKREDLEEQQRHLNVGLEKLRDTVDKVRDLRVSLAEKKTQLEKKDAEANA
KLQIMVKDQQEAEQKKADSQVLQKSLGEQEKDVAARRAVVMEDLSKAEPAVEDAKASVSK
IKRQHLTEVRSMSSPPQGVRLALDSVCTLIGHKVTDWKSIQAIVRRDDFIASIVNFDNER
QMTKNLRQKMRTEFLSNPEFTVEKVNRASQACGPLVQWVGAQVEYAEILDRVGPLRDEVA
RLEEAAIQTRANAQAVEKNINTLEEKIATYKAEYAELVSETQAIKAEMSRVQFKVDRSVK
LLDSLSSERVRWEEGSKSFETQISTLVGDVLVAAAFLAYSGLYDQQYRKSMMEDWLHQLQ
MSGINIKQHNPVTEYLSTADERLAWQANSLPVDDLCTENAIILKRFNRYPLIIDPTGRIT
EFLTKECKDRRLTVTSFLDDAFTKQLESALRFGNPILIQDAEHLDPILNHVLNKEYQKTG
GRTLIQLGKQQIDFSPAFRIFLSTRDPSATFPPDICSRTTLVNFTVTQSSLRTQTLNDVL
KAERPDVDERRSNLLKLQGEFKVHLRQLEKRLLQALNESRGNILDDDNVIETLETLKTEA
ADITVKMGNTEGVMAEVEEITLQYDIIARSCSAIFSVLEQLHCLNHFYQFSLQYFIDIFH
SVLHNNKNLANETNHVVRRDVIVKDLFVAAFQRTALGLLQKDRVTLAILLAQATPFKMDR
TLIDVILDTRVEGRDVSTDKGAKDEVFARAMRLPCLKDKLENVGDAQWDRFFNEELAEFV
IPEIWDDSTEANDRALLGLVLVKLFRLDRFVPAAERFAVLVFGAGLFDIVEDLEKTVAQV
PPTRPVALVSSPGFDASFKVDSLVQRKGVRCNNIAMGSSEGLASADKAISNAAQMGSWVL
VKNVHLAPTWLQSLEKRMESLNPHSDFRLFLSMESSPKIPVNLLRASRVLMYEQPAGVRA
NMKDSMSSLSQRPTNKGPVERGRLYLLLSFLHAVVQERLRYAPNLGWKGFWEFNDSDYEC
SAYIIDTWVDAVANNRSNIAPHNIPWDMIRSLITEMYGGKIDDEGDFKMLSQLIHKFLTP
EAYEINHKLVEGAGETNNDGGDAAGDLVVPQGTSMQEFWGWIQALPEREPPTYLGLPANA
EKLLLVGLGQGLIDNVRTVTDRLEEGDQMMAEA
NT seq 13062 nt   +upstreamnt  +downstreamnt
atggaagtggtagcatcacctcctaccgcgagcccaggggccaacggggtcgggccgcct
ccattcgcctcggtcgaccccgagagggtgatcgattatctgacaaacctcctcgagatc
gcgctgggagccacgcgcgaggagctgcatgccgagggcagctttctatccgataacttg
cgtcaggacgctctgaaagccagctcgcggtttgccaacgacaaccatgtgtctctcctt
atccagaaagagatagctggtggcgaaatcacagaagatgatgcgggagaaccgcaaatt
ccccaacatgtctacaagatcgtccaggaaatgtcagacgccgcccacgtagttggctat
ctcaacatcctcaagcgtccacaaccactcgaccctagcattcccctcagtgcacagata
caaatgctaaatttgcctggacccgcgtacctggctgccacaaccagcgagcaaggcctg
acggcttccccttttgagattctccagctctaccttcacaacggtctcggcccgtacttc
gaagcgagcagcaagagtcaaaaacacgccaacaacaataccaggaccagggtcgatgcc
gacgccaagactggtataccagtcacccgaaagcgctggacggagttagagctgagcttg
tcgcacctgctgcaaaatgttgagatacccgaggtcatcctcccgttgccgcctgcagtt
cagtcggtgctggaggatgcggcgtcgcgaaatataaagccatctgcgagcatgatatca
gaaagcctcttgcgcgatagccactttctcaactccttgcaggccaccgtacagacctgg
atcaagtcgatccagaccatcaccaagatgacgagagatccaaccacgagtaccgctaac
caggagatcaacttctggctgtccatggaaactgctctggaacacattgagggtcagctg
cgtggcgatggagttatgatcactctggacatcttgaagcaggccaagcgattccaggcc
acggtcagtttttcggccgatacaggtctcaaggaggccatggagaaggtccagaagtac
aattctctcatgcgcgacttccccttggatgagatgttgtctgcgacgtctctagcaaag
gttgaggagacgatcaaccagatcttcgttcatatcaacaggaagcttaagatttcccca
taccccatccgtagagctctcttgctagtggagatgatttctgcggacttggatggggtt
ctgcaccggttggtttccggtactgaacttgccgacgtcgactaccagcagtttggctcc
attatgaagatggcagacgccatatttgccacatgggacgtcaatgttaaggatttcacc
ggtgtctgccgtgatatcatgcgtcgccgtaatgagaagttcgttctactaaaggtcaac
tcaaagcatgcggagcttcagagtcgcatgacgtacatcaagaatttccgcgataaccac
gaacaactccagcggacgatcagcagcgtcttgtccccaaaatcttcccctgaaggtctt
acagttgccgtcgtagacccccattcccgtaatgccgacaacctggaggagctcggagag
atggacgccattcaagaggtcaaggaagcctgggagtatctgaggaatgttgacctcttg
gacgtttcagaggaaggcaccagagcctgggcacgggcggagggcttgtataacgagaag
acccaaagagttgagaactcaatcattgccagattgcgagatcgactggccactgccaag
aacgccaacgagatgttccgcgtcttctcaaagttcaacgctctctttgtccggcctaag
atccgtggagctatcgccgaataccaaacacagctcattgacaacgtcaagcaggccatt
gcaggtcttcacgagcggttcaaggttcagtatgcactttctgctgcacacccaatggac
tcggtccatgatatgcctcctgtcgcgggagccatcatctgggctcgtcaaattgagcgt
cagctcaacaactacatgaagaaggtcgaagacgttctcggtgatggctggaagatgcat
cacgaaggaggccagcttgctaacgaaagcgacctcttccggaagaaactggacaccaca
ctcatctttaacgattggcttgctggcgtctccaagaggaagcatgcctcagtctccggc
ctcctcttcaccataaacaagatcaggtccgctaacaacgctctggatctcgctgtcaac
tttgacccacaagtcatcgtcctcttcaaagagactcgcaatctcatttggctgggattc
tccgttccccatcacgtcgtccattgggcaaaggaggcaaaacgggtttacccatatgct
gtcagcctgatggagagcgtacgcacactgggccagacaattcggcaaatcacagagatg
cccgaggtttctatgctgttaaacgggcttcggaacgacgtttatgccttaatcaacaag
ggattgcccctgaaatgggctactttcgccagctcccatgagctcttcttcaacacgccg
tccctaccaaatggagcccctgaccgcgtggttgccaaaactgagagccctcatgttcag
ttcgtccgagagttcgccgccaaggtttccatgctgcagaccaagacagcaacgcttgct
gctgtacaccaaactgtccagaaggctctctctgagttggctacatgcccctacgaggcc
aagtcttttgacgaaaagctgcaaatcattcaaaagggtgtcgataccctcagcttggaa
caatacgtcaaccttggctactgggtcaagaagctgaatcgtcaaatcaagtcaattctt
ctcacacgccttcaccgcgccatccatgtgtggattgaggctttcgaggatgatgttcct
gagggaaggaggaagacaggggttgacgtcactgacatggcaactggcgtgccatcaatg
cggaagttggtgcatgaggtcacaatgcgcaatcaagtcatctaccttgatccgccattg
gagtttgctcgagcaagctggtatctgcagctgcaagaatggctaggtgtgatttgccac
ctgaagaagatcagggccacccgttacaagatgactctggacaccactgccaccgaagat
ccacgctttgacgacctacccagcgagtgcgcaaaccagctctcgagagttcaggtgacc
gttgacaagaaactccaggagatcagcagctatgtagacgagtggcttcggtttcagtct
ctttgggatctgcaatcggagcaggtctatgagatactcggtgaccaactcgacaagtgg
ctccagcttctccaggagatcaggaagacccgccagacctttgatacaaccgaggtcagc
cgctcgtttggccacatcactatccactacgatcaagttcagaccaaggtcaacggcaag
tacgaccaatggcaattggacattgtgaacaagttcggtacgcgcctcggtactcgtctc
agggaagtccacagtgaacttgaaaaggctcgcagcgaccttgaaagccaacggctcgag
gcttcatcgactgagcaggctgtacagttcatcacggtcgtgcaaacctgtgagcgcaaa
gtcaagcaatgggctcctgaggtcgaggtctttagccaaggagagaacatgcttcgtcgt
caacgctatcagtttcccaacgactggcttcattcgcagcaactggagggtctttgggag
gcactcaatgagcttctcgctcgtcgttccaaggttgtgcaggagcagtccgatgtcatg
aaggcaaagatcattgcggaggaccagatcatcagggacaagatcaccgaagtcgctagc
gagtggaacgaccaaaagcctgtttctggcaccattgctccggaggatgcctccaagacc
ttggccaccttcgagactcggatcgtgaagctacaggaccagtctatcatggtcgccaaa
gccaaagaagccctcaacatcgagacgtcgactgacaactcccttgacatgatcctagac
gaagtcaacgattttaagtcggtatgggcgtcgttgtcgctcatctggaagagtctcaat
gaacttggcgagacgttgtggaatagtgtccagcctagaaagattcggtctgccattgat
ggtctcatcaagatgaccaaggaaatgccgagcaggatgcggcagtacgccgcatttgag
catatccagaatattcttcgtacatacctcaaggccaacactctcctgagcgagctgaag
tccgaggcagtccgggacaggcattgggtcaagatctacaagcaaatcaagcccagcaag
cgttactcttcagtttcaatgactctcgccgatgtctggggtttgaatctcgtcgccacc
gaaaccataatcagggacatcatcgcccaggcgcagggtgagatggcattggaggagttc
ctcaagcaggtcagggagacatggtcgggatacaacctcgaacttgtcaactatcagaat
aaatgccgccttatccgtggatgggatgacctgtttgcccagtgcagtgagcatctgaat
tcactccaagccatgaagcattcgccttactacaaggaattcgaggaggaggcaagcgcg
tgggaggacaagctcaaccgtgtacatgtgctcttcgacgtttggattgacgtccaaagg
cagtgggtatacctggaaggtgtgttcactggcaacgccgacatcaagcatctgttgccc
atcgagtcctctcgtttccaaaacatcaacagcgagttctctgctgtcatgaagaaggtc
tacaagcaaccttatgttttagacgtgctcaacatccccaacgtccagaaatctctggag
cgtttggccgacctcttgaacaagattcagaaagcgctcggagagtacctggagaaggag
cgcgtgtccttcccccgcttttactttgtgggtgacgaggacttgctggagatgatcggt
aacagcaacgatactcttcgaatcgccaagcacttcaaaaagatgtttgctggtctttcc
ggcctcgtaatggacgacgaggctataatctccggcttcacctcgaaagagggtgaggtt
gtccgtctgaagaaagaaatctcagttgtcaaaacgccgaggatcaacgattggcttgcc
cttctggaaaacggaatgaaagccacactggccgaactgttggccgaggctgtagaacag
tacaccccgatctttgccagcgagcaagttgacaaggccgctctacaagagttcatggac
gcttatcccagccagattgtggttttggcgacccaagtggtttggaccaccgtggtggat
cagtcgctcgtcgatgggggcaacaatttgcaatccatctatgatcgggaggtgcaggtg
ctgcgcctgctggcagacaccgttttgggcgatctggatgtccttctcagaaagaaatgt
gaacagctcattaccgagtgtgtccatcagcgcgacacaattgagaagctgatcaagctt
aatgccagctctcctacccactacctctggctgctacaaatgcgctatgtttacgttcct
gaaggagactttatacagcgtctgcacatcaagatggcaaacgccaaactcgcctatggc
tttgagtacctgggagtgccagagaggctggtacgaacgcctctcaccgacaggtgtttc
ctcactctcacacaggctctttgccaacgtcttggtggatccccatacgggcctgcggga
actggtaaaacggaatcagtcaaggccttgggagttcagcttggaaggttcacgcttgtt
ttctgctgtgacgatacttttgacttccaggccatgggccgcattttcttgggtatctgc
caggtgggcgcttggggatgctttgacgagttcaaccgtttggaggagagaattctctca
gccgtttcacagcaaatccagaacattcagttgggtctgaagcagggcgccgaagatgag
aaggcacagatcgagctcgtcggtcgtcagctgcacgtcaatgccaacacgggcatcttc
atcaccatgaaccccggttatgccggacgttctaaccttccggacaacctcaagaagctg
tttcgaagtgtcgccatgtccaagcccgacaaggaactcattaccgaagtcatgttgtac
tcgcaaggtttcaaccaagccaaacaaatctcaaaacaaacagtgcctttcttcgaccag
tgctctgcgaagctgtcgaaacagccgcactacgactttgggctacgtgctttgaagagc
gttctagttagctctggtggtctcaagcgtgctagacttacggaaagcgaaggtgatatc
ggcgctgaggagctggtggagcccgagatcctcgtccagtcgattcgggagaccattgcg
cccaaacttatcaagaacgatgtggagattatgaccgatattgagaaatcctgcttcccc
ggcatttcgtatgttcctgcaaacctgcagaagctggaggaggccatgcgcaccttggca
gaggagagacatttggtggtcaacgatacctggatgaccaaggtcctgcagctgtatcaa
atccaaaagattcatcacggtgtgatgatggtcggaagctcaggatccggcaagtcggct
gcatggaagctcttactcgatgctttgcaaaaggtggaaggcgtcgagggggtttctcac
attattgattccaaagtcatgtcaaaggaggccctctacggtaatcttgactcgactact
cgtgaatggactgatggtctgttcaccagcatattgcgaaagattgtcgacaatctacgt
ggcgaggattctaagcgccactggatcgtctttgatggtgatgtcgaccccgaatgggtt
gagaacttgaacagtgtgttggatgacaacaagttgcttacccttcccaatggtgaacgt
ctgaacttgcctgcaaacgtgcgcatcatgttcgaggttgagaacctgaaatacgcaaca
ctcgccacggtgtcccgttgtggtatggtctggttcagtgaggacactgtcaccccaggc
atgcttgtcgagaactatatcgacaccttgcgagcagttgcctttgaggacctcgatgag
gacgcagtcgctactggccaaaacagcgagaaggcgcttgctgttcagagacaagctgcc
gacgttctcaacgcacaccttacaacggacaactttattaacgaggcgctgaagcaagct
gagggcttcaatcacatcatggagttcactgttgcgcgcgttcttaacactctgttctcc
cttttgaacaaggctgtgagggatgtggttgaatataactcgcaacacactgatttcccc
atggaccccgaacaggtggaaagctatgtttccaagaagcttctgttggcgctggtctgg
tcactcaccggcgactgtcctctcaatgaccgcaaggcatacggtgatatccttggaggt
cttgccacctttggcaactccccgttggatggaactagctccctcattgacttcaacgta
tctctcccacgtgccgagtggacttcttggcaaaccgaggttccccagatcgaggtcaac
actcattccattacacagaccgatgtggttatcccgactctcgacacaatcagacacgag
gatgttctgtactcgtggctggctgagcacaaaccgctcctcctttgcggcccgcccggt
tcgggtaagacaatgacgcttttcagcgccctacgcaagctgccaaatctggaggttgtt
ggtctgaatttctcgagtgccacaacgccagacctgctcatcaagacatttgagcagtac
tgcgaatacaagaagacgctgaacggtgtggttctctcgcctacacaaatcggacgttgg
ctggtagttttctgcgatgagatcaacctgcccgcccccgatcactacggcacgcagagg
gcaatctctttcctccgccaactcgtggagcacaatggattctggcgcacagcagacaag
tcctgggtgactctcgaccgcattcaattcgtgggtgcctgtaaccccccgaccgatgct
ggccgtactccgatgggagcccgtttcctccgccacgcccctctcatcatggtcgattat
cctggtgagctttctcttcagcagatttacggcactttcaacactgctgtgctcaagatt
attccttcgttgcgcggctactctgagtcgatgacgaatgccatggtgaaattttacctc
gagtctcagcaaaggtttacgcccaagatccaacctcactacgtctacagtcctcgtgag
cttaccagatgggttcgtggtgtttacgaagccattaggcctcttgagacattatctgtc
gagggcctggtacgcatatgggctcacgaggccctgcgtctctttcaggatcgtctggta
gccgaggatgagcgccaatggacagaagatgcagtgcgacgaattgcgctcgactttttc
ccgaccatcgatgaggagaaagcacttagtgggcccatcctgttctccaactggctctcc
aagaactacgtgcctgttgaccgtgagcagcttcgagactttgtcaaggcaaggctcaag
acattctgtgaagaggagatcgacgttcccctcattctgttcaatgatgttcttgagcat
gtccttcgcattgatcgagtctttaggcagcctcaaggccatttgattcttatcggtgtc
agcggaagtggcaagaccacactctcccgcttcgtggcttggatgaacggtctcaaagtc
taccagatcaaagtccacggtaaatactctggagacgactttgatgacgaccttcgtgag
gttctgcgtcgctgtggttgcaaaggcgaaaagatttgcttcatcatggacgaggccaac
gttctcgattcgggtttccttgaaaggatgaacacactgcttgccaacgccgaggtccca
ggtttgttcgagggtgatgagcttgcagcgcttatgactgcctgcaaggagggtgctcag
aagcagggtcttctgctggactcgcaggaggagctgtacaaatggttcacggcacaaatc
gtcaagaatcttcacgtggtcttcacaatgaaccctcccgaaggcgggctcgcttcaaag
gccgccaccagtcctgcgctgttcaaccgttgcgtactcaactggttcggtgactggtct
gaccaggcattgttccaggttgggcacgagttgacacactcggtcgacctggatagagca
agcttccaagcgccagacacgttacctgttgcttaccgtggtctcaaccttcctccttca
caccgtgaggcggtggtcaactcgatggtgcatgtccaccagtcgcttcatcagttcaac
gctaagttgctaaaacagcaaggtagaatcaccttcctcactccgcgccactacctggac
tttgttgcccagtatgtcaaactgtacaacgagaagcgcgaggacctcgaagaacaacag
cgccatcttaacgtcggtcttgagaagctgcgtgacactgtcgacaaagtgcgcgatctg
cgtgtcagcctggccgagaagaagactcagctggagaagaaggacgccgaagccaacgcc
aagctgcaaatcatggttaaggaccagcaggaggccgagcagaaaaaggcagattctcag
gtcctgcaaaagtcacttggggagcaagaaaaggacgtcgctgctcgccgggcggttgtc
atggaagacttgagcaaagcagagcctgctgtcgaagacgccaaagcaagtgtcagcaag
atcaagaggcagcatctcacagaagtccgatccatgagctcacctccccaaggtgttagg
cttgctttagattctgtctgtacacttatcggtcacaaggtaacagactggaagagcatc
caggctattgtcaggcgagacgatttcattgcaagcattgtcaactttgacaacgagagg
cagatgacaaagaatttgcgccaaaagatgcgtactgagttcttgagcaacccggaattc
actgtcgagaaggtcaaccgagccagtcaggcctgtggtccccttgttcaatgggttggc
gctcaggtcgagtatgccgaaattcttgaccgtgtcggtcctctccgtgatgaggttgct
cgtctcgaagaggcagccatccaaacgcgcgccaatgctcaagccgtcgagaagaacatc
aacacactcgaggagaagatcgcgacctacaaggccgagtatgctgaactcgtcagcgag
acgcaggcaatcaaggcagagatgtcgcgtgttcagttcaaggttgatcgcagtgtgaag
cttctggacagtctttcgtcggagagggtgcgatgggaagagggcagcaaatcttttgag
acacaaatcagtactctggtgggcgacgtcctggtcgccgccgcattcttggcctacagc
ggcctatacgaccagcagtaccgcaagtctatgatggaggattggcttcatcaattgcaa
atgtccggcatcaacatcaagcagcataaccccgtcaccgagtacctatcgacggctgac
gaacgcctggcttggcaagcaaactcgctaccggttgacgatttgtgcaccgaaaacgcc
atcatcttgaagcgcttcaaccgctaccctctgatcatcgaccctacaggcaggatcacc
gagttcctcaccaaggaatgcaaggatcgccgtctcactgtgaccagcttcttggacgac
gccttcaccaagcagcttgagagcgcactgcgctttggcaaccctatcctgatccaggat
gcagagcaccttgaccccatcttgaaccatgtactcaacaaggagtaccagaagactggc
ggacgtacgcttattcaacttggcaagcagcaaatcgacttctcgcccgcgttcaggatt
ttcttgtctactcgtgatccttcagctacctttcctccggacatctgcagtcggacaaca
ctcgtcaactttaccgtcacgcagagtagtttgcggacccagacccttaacgatgtcctc
aaggccgagaggccagacgtcgatgagcgccgctcgaacctgctcaagctgcagggtgag
ttcaaggtgcaccttcgacagcttgagaagcgcctgttgcaagcactcaacgaatcccgc
ggcaacatccttgatgatgacaacgtcatcgagaccctcgagactctcaagacggaagca
gcagatatcactgtcaagatgggtaacaccgagggcgtcatggccgaggttgaggaaatc
actctgcagtacgacattatcgcgcgttcctgcagtgccatcttctcggtcctagaacag
cttcactgcctcaaccacttctaccagttctcgctgcaatactttatcgacatattccac
tcggttctacacaacaataagaacctggccaatgagacgaaccatgtcgtgcgccgagac
gtcatcgtcaaagacctcttcgtcgcggccttccaacgcacggcccttggtctccttcaa
aaggatcgtgtcacgcttgccattctgttggctcaggctacacctttcaagatggatagg
acactcattgacgtaatccttgacacccgagtcgagggtagagacgtatctaccgataag
ggtgccaaggatgaggtcttcgcgcgggcaatgaggctgccttgcctcaaggacaagttg
gagaatgttggagacgcccagtgggacaggtttttcaacgaagagctggcagaattcgtg
atccccgagatttgggacgacagcaccgaggccaacgatagagcgcttctgggactggtt
ctggtcaagctcttccgtctggatcgttttgtaccggcagccgagcgatttgcagttttg
gtgtttggtgctgggctcttcgacattgttgaagacctcgagaagactgtggcccaggtg
ccgccgacgcgcccagtcgctcttgtctcaagccctggtttcgatgccagcttcaaggtc
gactcgcttgtgcaacgcaagggcgtgcgctgcaacaacattgccatgggttctagcgaa
ggtctcgccagcgcagacaaggccatcagcaacgcggcacaaatgggctcctgggtcttg
gtcaagaatgtacacctggctcctacatggctacagagcctcgagaagcggatggagtct
ctcaaccctcattcagacttccgactgttcctatcgatggagtccagccccaagatcccc
gtcaacctactccgggcgtcacgtgtgctgatgtacgagcagcccgctggtgtcagggca
aacatgaaggactccatgtcttcgctctcgcaacggccaactaacaagggcccggttgaa
cgcggaaggctttacctgctgctttcctttttgcatgccgtcgtgcaagagcgtttgcgt
tatgcccccaaccttggatggaaaggattctgggaattcaacgatagtgattacgagtgc
tcggcgtatattatcgacacatgggttgatgcagttgccaacaaccgctccaatatcgcc
ccgcacaacataccatgggacatgatccgcagcctgatcaccgagatgtatggcggcaag
atcgatgacgagggcgatttcaagatgctgtcgcagttgatccacaagttcctcacaccc
gaagcgtacgaaatcaaccacaagcttgtcgagggtgccggagagaccaacaatgacgga
ggcgatgcggctggtgacctcgtggtgccgcagggcacgtcgatgcaggaattctgggga
tggatccaggcgctgccggagcgcgagccgcccacatatctggggctgcctgccaacgct
gagaaacttttgcttgtcggactgggccaaggcttgattgacaacgtcaggactgtcacg
gaccggttggaggaaggagaccagatgatggcggaggcgtag

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (55)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (22)   
   Pfam (22)   
All databases (91)   

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