KEGG   Guillardia theta: GUITHDRAFT_97557
Entry
GUITHDRAFT_97557  CDS       T02925                                 
Name
(RefSeq) hypothetical protein
  KO
K10408  dynein axonemal heavy chain
Organism
gtt  Guillardia theta
Pathway
gtt04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:gtt00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    GUITHDRAFT_97557
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:gtt03037]
    GUITHDRAFT_97557
   04812 Cytoskeleton proteins [BR:gtt04812]
    GUITHDRAFT_97557
Cilium and associated proteins [BR:gtt03037]
 Motile cilia and associated proteins
  Dynein arm
   GUITHDRAFT_97557
Cytoskeleton proteins [BR:gtt04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     GUITHDRAFT_97557
SSDB
Motif
Pfam: DHC_N1 AAA_6 DHC_N2 AAA_8 Dynein_C AAA_9 AAA_7 AAA_lid_11 MT Dynein_heavy AAA_5 Dynein_AAA_lid AAA_lid_1 AAA AAA_18 AAA_22 AAA_16 AAA_14 nSTAND3 Rad17 TniB Csa1 AAA_19 T2SSE cobW Mg_chelatase Viral_helicase1 NTPase_1 DEAD
Other DBs
NCBI-GeneID: 17293232
NCBI-ProteinID: XP_005823447
JGI: Guith1_97557
UniProt: L1IK30
Position
Unknown
AA seq 4325 aa
MSRIYVPAVSSNSTWPDSFRKEFSGQIHKFMAILTESSHQIHGNTVLYVPRDDLTDLDAC
VKDKELVQRLETNLIHWTRQIKEVIAGSDASHSDAQHEDRGPLAEIQHWKSRSDDLSGIS
SQLERSDVKRICSVLEKAKSSYLKPFSDLAQEIMDGSEEARDNLKFLQILFDPCTKLASA
KPKDISQHLPEILNLIRVIWSLSKYYHTPERIMGLLRKVSNEIILRCCENINLKDIFDGK
IEEPSQVLQESIKSGDDWKEIYRKMVERMKIIDPEKAWNYDESRIFAQIDAFMQRCRDLL
EVCESQNQFSPSEESEIPVFSGVQGDEISKNLTKIQQSFKKLITNFSNLKYNILDVKATK
WHDDYNVFKSGVKDLEMMMQNVITSAFETVSTVEQGLRMLEAFHHMAKREAIKRTVQNKS
SFVYSLFFNELTKVGREFNQNRSSPPISQGIPKYSGSAVWAKSLQKRLQDQMTVLNSTYY
LRSCREHEEAQSNFYALSGAIDEYIKKNYQDWASNIDENYASKLERNLLVQVAGGFLEMN
FDKDLIRLFQEVRYWEKLVFPIPYTAMEMASQREKFRVIRENVLLVVRDFNKILSITDKG
ERKLFQEKLNNLKRIINPGITKMHWSSRGIVDYYCRQCRTHCEEVYRLVLTFKSNHDQIM
KLGNMIADTLLVKIENKRIYEEGSFEQVQDEHRSDVKNKLKNAHEEIKNLISKSYEMFSN
DMEEIQREWHRYVSKIDRMVEDALRTTVKKSLQEISKAINGDAKTEVHPIFKVNMTLERE
RVEFKPTMNNLTQMVNNVSKELITVVTIIPKLKDLHDSKETFYSRISNDEDILKIMVSVM
GGMSSSLDKLQKYLTFWEKYKHTWDYDKDAYIRRYAKANRTLATFEQDIQRYRELQNDIL
AEDTIVNMNFICIDCSPLKQAIVGHCIGWQNKFTSLLHSNATSELNALRDLFFSNTQKFQ
THPSNLDELAELISQCKKLQEETDSISARFEPLYDHYKLLEKFDIIIPEEEKEQVESLPN
EFVKFKAMLTDSERSLHSSKEKMKGNLIQSLEQFKIDVANKRKKFLSEGPFDPNTDLQKA
FSQIQHWKQMTSADREGESKMQAGVDLFGLDRPVYKDISLVEKDLELLEQCWNLVKEWNE
MWELWKNGRFTDLHTEEMEEAAAKFNKKLQRIGKEVKNWDIWEKTREKVDQFKRALPLIQ
DLRNEALRDRHWIQLMEHIGKTFEPSDDDFTLNKVMELQLPSFAEVIGTISNSASKELMI
EKAVNNMESTWNVMKLDIHKYKEDYLMLRSTEEVFAALEDNVVSLSTMKSSKYALSFLPE
LEKWEKTLSLVSETVESILTVQRYWMYLENIFVGSEDIRKQLPTESKLFDQINTTWKQIM
KRLQQENNVVSACKLDGMLKTLNNLESNLEKIQKSLDQYLETKRQAFPRFYFISNDDLLE
ILGQARDPLAVQPHLKKCFEAIKSLKLEPPGKDGRRNYEAIAMNSPDGESVLFTSHITID
GPVEVWLLEIENVMRQTLRKVLNQTLSSMKGTKREKWVNDFPGQLLITAGQMQWTSECEK
GLLDSEKGNKVGVRTAKKKQVVLLNKYAEMVRGQLNKLNRNKVVAIITIEVHARDVIDKM
IKNGTAYLNDFEWMSQLRFYWDKEIDDCLTKQNQSKFVYGYEYQGNNGRLVITPLTDRCY
MTLTTALHLKRGGNPLGPAGTGKTETVKDLGKAIAMYVLVFNCSDGLDYKSLGRMFSGLC
QQGAWSCFDEFNRIDIEVLSVVAQQILQILTAVKEMQNSLIFEGIHIKLIKTLGIFVTMN
PGYAGRSELPDNLKALLRPIAMMVPDLALIAEIMLSSEGFQNGKVLGKKLITLYQLMQQQ
MSKQDHYDYGMRAIKAVLVVAGSVKRVDPEMSEEVILLRAVRDMSIPKLVGSDIHLFNAL
CGDLFPGVELPVVDYGDLLQGIKESLTESKLQHNQNIILKTIQIYEAKACRHGNMLVGRT
KTGKTTAWSTLQKAHNSLKKQNKSGWERVVTFVLNPKAFSLGELFGEYNLMTREWTDGTL
SSCMREACSDEKPDNKWILLDGPVDTLWIESMNTVLDDNKLLTLINGERIALPPMVKCLF
EVEDLAVASPATVSRAGMIYFDLSGLGWRSYTDSWLESKKGKEEDAEMVPLISNLIDKYI
DKILENKKHNVTELIPLSPLNTVISLTKLFDALSTKANGIVPGSDTLAKMTEMWFIYCLA
WSLGAGADENGRRKLDVCIREIDAQLPGKNTVYDYFVDVHKVQWSPWEEKVTAKQWRPTA
DTPFFKLIVPTIDSIRNTSLLDVLIREHRDVIITGPVGCGKTTIIQQCLAQLPESMTDLN
IQFSAQTSSNRVQETIEASVEKRTKDTYAPPANKKMIIFIDDMNMPQKDTFGSMPPLELL
KMWLEYGFWYDRAKQLKRFIKDCFVLGALGPPGGGRNWLPQRFQSKFHCVNFTFPDDSQV
RRIFGTLINMKLQHFADEIKPLGDIMTQATIEIYNTVKAELLPTPSKSHYMFNMRDLSRV
FQGVLRADEQFTDSRDAMTRLWIHESFRLFHDRLTDDVDRAWFRKLMEGKLETLFQTSWS
QIYIGNGNPTMFVDFLRAGYDPPPYEEVMDEAAFKTFVEEKLDEYNTEPGVVQMNLVLFR
DALAHLSRICRVIKLPRGNCLLIGVGGSGRQSISRLACYICEFKVFMIEISKSYRYNDFR
EDLKKLFEMAGAKNQPTVFLFNDSQIVEEFFLEDINCLLGSGEVPGLFAPDEVSNYRELM
RNEARAAGMEETPTVLWQLFIERCRQNLHLILCMSPIGEAFRTRVRMFPNLVNCCTIDWF
PAWSNEALQEVSLKFLNESTNQNLKEATQGVSNIFAVVHTSVIDSTARMLQELKRNNYVT
PTNFLELVKVYLSVLTQKQKELEDQIFKFRNGIEKLDNSREQVEVMSQELEVKKKEVSVA
QKECEEMLVVIVRDRKIVDEQQRSIQAESEKVQREEAETQKIADDAQKDLDEALPALSAA
EEALNALNKKDLSEIKAYAKPPPLVEMVMEAVMVLRKGQSSWEEAKKELGNPSFLSELIN
YDKDANLNESMLSKVSKYTSKPEFDPEQVGKQSGAAKSLCLWVRAMVVYGRVAKNVAPKK
AKLKAAMDSLVKKRSQLKAAQDDLQEVTDKMLALKNKYDESVGLKERLMNESAELEAKLD
RAQRLVGGLGGERDRWDESATNLESKITKLIGDCAISAAYLSYCGPFTAEYRLDLVHNSW
IPNLKKLEIVASDNFSFSEFLAEPSTVRTWNIQGLPPDSFSTENGVLVTLGRRWPLCIDP
QFQANKWIKNLEKSQGLKVMDLNMSDWMRQMENAIQFGNPVLLQDIGEELDSSLEPVLSK
AVTKKGNSMILKLGDKEVDFNPDFKLYITTKLSNPHYTPEISTKTTVINFAVKEDGMEDQ
VLGLVVKKERPDLEEKNQELIVNVAQGKRTLVDLENKILALLSSSKGSLLDDASLVDTLQ
TSKLTAEEVSSQLQISEGTKEQIDKARESYRPCATRASILYFVITDLTNLDTMYQFSLDY
YFDLYNQSIDKSAKSEDLEERIRHLNTYHTASAYRNICRSLFEKHKLLFSFQMCVKILQK
SSKINNDEYQFFLRGPGLVDKSSHPPNPAPEWIAESAWEAICEMDNRLSNLRNITSSLEQ
NTSDWKKWYVNQEPESSPLPGEWENKCTELQRLVLIRFLRPDRVIFAVSSFVANNLGPKF
VEPPAFDLDLVYNDSLPTAPLIFVLSPGVDPVVMLKLKAEQKGIGDKFYSLSLGQGQGPI
AGRMLDEGMRDGHWVFLANCHLCLSYMGELEKRVAELPSRQLHPEFRMWLSSAPTPKFPM
SILQSGLKMTTEPPRGIKPNLTRLLNKFTEPQFERSKKLSKYKKMCFVLCYFHASLLERR
KFKNLGWNIPYDFNDSDFDICEDLLVLYLDNYEQTPWEAIRYLIGEANYGGRVTDNWDRR
LVTTYLESWYSETLFDTENFKLSSLPTYYIPEDGPLQSYKDYVAQLPNFDAPEAFGQHRN
ADIASQIEDTNEMLEALLMLQPRVIDGSGASREQIVDGIATELLEQLPHDMDLDAFMAAK
MDDQSALHVVLFQEVERYNLLMRDVRGQLTELKKAIKGTVVMTSDLDEVFVCLFDGRIPN
QWLKGYPSLKPLATWSRDLLDRVKQFSDWGTGTYPVVYNLGYFTFPTGFLTAVLQNSARR
NSVSIDVLSWDFVIQVNEVKEPPREGVYIGGTFLEGAGWDAEATCLQEPNPMELLISMPV
INFKPTESKKKASKGIYQCPCYYYPVRTGTRERPSYIITVELRSGKAEADHWIKRGTAML
LSAAT
NT seq 12978 nt   +upstreamnt  +downstreamnt
atgagcagaatctacgtgccggcggtttcgtccaacagcacatggccagatagctttaga
aaggaattcagcggacagatacacaagtttatggcaatcttgactgaaagctcgcatcag
atccatggcaacaccgtgctgtacgtgccgagagacgatctgactgacttggatgcctgc
gtgaaagacaaggagctagtccagcgcctggagacaaacctgattcactggacgaggcag
atcaaagaggtgattgctgggtccgatgcctctcacagcgatgctcaacacgaggacaga
ggccctctagcggagatacagcattggaaaagccgctcagacgatttgagtggaatcagc
tcacagctcgaacgatcagatgtgaagcggatctgctcggtccttgagaaagcaaagtcg
tcatacttgaaaccgttcagcgacctagcgcaagagatcatggatggcagtgaagaagct
cgcgataacctcaagttcctccaaatcctcttcgatccctgtaccaaactggcaagcgcg
aagccgaaagacatttcacaacatctcccggagattttgaatctgatccgcgtgatatgg
tctctgtctaagtactaccatacgcctgagcgaatcatggggttgctgagaaaagtcagc
aacgagatcattctacgttgttgtgaaaacatcaacttgaaagacatcttcgacggtaaa
atagaagaaccctcccaagttttgcaggaaagcataaagtcaggagacgactggaaagaa
atctaccgcaagatggtagaaaggatgaagataatcgatcccgaaaaagcatggaactat
gacgagagtcgcatcttcgcacaaatagatgccttcatgcagagatgccgtgacttgctg
gaggtatgtgagagtcaaaatcaattcagcccctcggaggaatcagaaatacctgtcttc
agtggcgtgcaaggagacgaaatctcgaaaaaccttacaaagattcagcagagtttcaag
aagctcatcactaacttttcaaacctcaagtataatattttggatgtgaaggcgaccaaa
tggcatgatgattacaacgtattcaaatctggagtcaaggatttggagatgatgatgcaa
aacgttatcacaagtgcgttcgagacagtctccaccgtagagcaggggctgaggatgcta
gaggcattccaccatatggcaaagcgcgaagcaatcaagaggacggtgcagaacaaatcg
tcgtttgtttactcactgtttttcaatgagctgacaaaggtaggacgtgagttcaatcag
aatcgttcttcccctcctatcagtcagggaattcccaagtattccggttcagccgtatgg
gccaagtccttgcagaaaaggttgcaggatcagatgacagtcttgaactcgacctactac
ctgagaagctgcagagagcatgaagaggctcagtcgaacttttacgcgctcagcggcgcg
atcgatgaatatatcaagaagaactatcaggactgggcgtctaacatcgacgagaactac
gcgagcaagctggagcgaaaccttctcgtccaggtggccggaggcttcctggagatgaac
ttcgacaaggacttgatccgattgttccaagaagtccggtactgggagaagttggtgttt
cctatcccctacacggctatggagatggcttctcagcgtgaaaagttcagggtgatccga
gagaacgtgctgcttgttgtgcgagatttcaacaagattctgtctattacagacaaggga
gaacgtaaattattccaggagaaactcaacaacctgaaacggatcatcaaccctggtata
actaagatgcattggtcctcccgcggtatagtcgactactactgcagacaatgccgtaca
cattgtgaagaagtctatagactcgttctgaccttcaagtccaatcatgatcaaatcatg
aaacttgggaacatgattgcagataccttgttggtgaagatagagaacaagcgtatatat
gaagaaggaagctttgaacaagtgcaagacgaacaccgttctgacgtcaagaacaaattg
aagaatgcgcatgaagagatcaagaacctgatttcaaagagttacgagatgttcagcaac
gacatggaagaaatacagagagaatggcacaggtatgtttccaagatcgatcggatggtt
gaagatgccctgcgtacaaccgtgaagaaatctttgcaagaaatatcgaaggcaatcaac
ggcgatgccaagactgaggtgcaccctatcttcaaggtgaacatgacgttagagagggag
agagtggagtttaaacccacgatgaacaacttaacgcaaatggtgaacaatgtctccaag
gagctcatcacagtggtgacaatcatccccaagttgaaggacctccatgactcaaaggag
acattttactcgcggatctcgaatgacgaagatatcctcaagattatggtgagcgtgatg
ggaggaatgagctcaagcctggataaacttcaaaagtacctgacgttctgggagaagtac
aagcacacgtgggactatgacaaagatgcatacatccggaggtatgccaaagcaaaccgc
accttggcaaccttcgagcaggacattcaacgatacagagagctgcagaatgacatactt
gccgaagatacaatagtcaacatgaacttcatctgtatcgattgctcgccattgaagcaa
gcaattgttggccactgcattggttggcagaacaagttcacttccttgcttcacagcaat
gcaacatcagaattaaatgccttgcgagatctcttcttttcaaacacgcagaagtttcag
acacatccttccaatctggatgagctggccgaactgatttcacaatgtaagaagctgcag
gaggaaacagattctatcagcgcaaggtttgagcctttgtacgatcactacaagctgttg
gagaaatttgacatcatcattcccgaagaagaaaaagagcaagtggagtctcttcccaat
gagtttgtcaagttcaaggcgatgctaacagactcagagcggtcgcttcacagcagcaaa
gagaagatgaaaggcaacctgattcagagcctggaacaattcaagattgatgtcgccaac
aagaggaagaagtttctgtcggaaggacctttcgatcccaacactgacttgcagaaggcc
ttcagtcagatccaacactggaagcaaatgacatcggcagaccgagaaggtgagagcaaa
atgcaggccggagttgacttgtttggtctggatagaccggtgtacaaagacatatctctg
gtggagaaggacctggagctattggagcagtgttggaatttggtgaaggagtggaatgaa
atgtgggagttgtggaagaacggaaggttcacggaccttcacacagaggaaatggaggag
gcagcagcaaagttcaacaagaagttgcagaggattgggaaggaggtgaagaactgggac
atctgggaaaagacgagagagaaagtggaccagttcaagagagcgctgcctctcatccaa
gacctcaggaacgaggcccttcgtgatcgtcactggatacaactgatggagcatattggc
aagactttcgagccttccgatgacgatttcaccctgaacaaggtgatggaactacagctt
cccagttttgcagaggtgatcggtacaatctcgaactctgccagcaaggagttgatgatt
gagaaagcagtcaacaacatggaaagcacttggaacgtcatgaagctagatattcacaag
tacaaggaagactacttgatgttgagatctacggaggaagtgtttgcagccttggaggac
aacgtggtctcactttcaaccatgaagtcatccaagtatgccttgtcgtttctccccgag
cttgagaagtgggagaaaacgctgtcactggtctcagagaccgtcgagtcgatcctcacg
gtgcagagatactggatgtacctggagaacatcttcgtgggctcagaagacattcggaag
cagctgccgaccgagtcgaagctcttcgatcagatcaacaccacatggaagcagatcatg
aaacgtctgcaacaggagaacaacgtcgtgagtgcctgcaaactggacggaatgctgaag
acgctgaacaacttggagtcgaacctcgagaagatccaaaagtcgttggaccagtacctg
gagaccaaacggcaggcgttcccgcgattctacttcatctccaacgacgaccttctggag
attttagggcaggcaagagaccccctggctgtccagcctcacttgaagaagtgcttcgaa
gccatcaagtccctcaaacttgagccgcccggcaaagacggtcggaggaattacgaagcg
atcgccatgaactcgccggacggagagagcgtgctgttcacgagtcacatcacgatagat
ggacctgtcgaagtttggttgttggagatcgagaatgtcatgcgccagaccctccgcaag
gttctcaatcaaacccttagctccatgaaaggaaccaagcgagagaagtgggtcaacgac
tttccgggtcagctcctgatcactgccggtcagatgcagtggacgtctgagtgtgagaag
ggtctccttgatagcgagaaaggcaacaaggtcggcgtccgcaccgccaagaagaagcag
gtggtgctgctcaacaagtatgcggagatggtgagaggccagttgaacaagctcaaccga
aacaaggtcgtcgcaatcatcaccatcgaagtccatgctcgagatgtaatcgacaagatg
atcaaaaacggcacggcgtacctcaacgacttcgagtggatgtcacaacttcgattctat
tgggacaaagagattgacgattgcctgacgaagcagaatcagagcaagttcgtctacggc
tacgaataccaggggaacaacggaaggcttgtcatcacccctctcactgacaggtgctac
atgaccctcaccacagctctgcacctcaagagaggaggaaatcccctgggcccagctggc
accggcaagacagagacggtgaaggacctcggcaaggcgatcgccatgtacgtgctagtc
ttcaactgctcggatggcctcgactacaagtctctcgggcgcatgttctcaggtctttgc
cagcagggagcgtggtcatgcttcgatgagttcaacaggattgacatagaggtcctctca
gttgtagcccagcagatccttcagatcctcacggctgtcaaggagatgcaaaactctctc
atcttcgaaggaattcatatcaagctgatcaagaccctcgggatcttcgtcaccatgaac
ccgggatatgccggccgttctgaacttcccgacaatttgaaagctcttctgaggccgata
gcgatgatggtgccggatcttgctttgatagctgaaatcatgctgagctctgagggattt
cagaacggaaaagtgttgggaaagaagctgatcacgctctaccagctgatgcagcagcag
atgagcaagcaggatcactatgactacgggatgagagctatcaaagccgtcctcgtcgtc
gcaggttctgtcaagcgagtcgatccggagatgtcggaggaagtgatccttctgcgggca
gtgagagacatgtccatcccgaagctggtgggctcggacatccacctcttcaacgctctt
tgcggggatcttttcccaggggttgagctgcctgtggtggactacggagatctgctgcaa
ggcattaaagagtccctcaccgagtcaaagctgcagcacaatcaaaacatcatcctcaag
accatccagatctacgaggccaaggcctgccggcacggcaacatgctggtagggcgaacc
aagacaggaaaaaccaccgcctggtccaccctgcagaaggctcacaactcgttgaagaag
cagaataagagcgggtgggagcgggtggtgactttcgtgctcaatcccaaggcgttcagt
ctgggagagctgttcggcgagtacaacctgatgacgcgcgaatggactgatggaactctc
agtagctgcatgcgtgaagcctgctccgacgagaagcccgacaacaaatggatccttctg
gacgggcccgtcgacaccctgtggatagagagcatgaacacggttctggacgacaataag
ctgttgactctgatcaacggcgaaagaatcgcgttgcctcccatggtcaagtgtctgttc
gaagtcgaggaccttgctgtggcctcacctgccacagtgagtcgagcagggatgatctac
ttcgacctctcagggctgggatggcgctcttacactgacagctggttggagtccaagaag
ggcaaggaggaggatgctgagatggtaccgctgatctcgaatctgatcgacaagtacatc
gacaagatactcgagaacaagaagcacaacgtcactgagctcattccgctctctcctctc
aacactgtgatcagcttgacgaagctcttcgacgccttgagcaccaaggcgaacggaatc
gtaccaggaagtgacacgcttgcaaagatgactgagatgtggttcatatattgcttagcc
tggtctctgggagctggagcagacgagaacggaaggaggaagttggacgtttgtatcaga
gagatcgatgcccagctaccgggcaagaacacagtctacgactacttcgttgacgttcac
aaggtgcagtggagcccctgggaagagaaagtgacggcgaagcaatggagaccgactgcg
gatactcccttcttcaagctgatcgtgccgaccatcgactccatccgcaacacgtctcta
ctagacgttctcatccgcgagcatcgtgacgtcatcatcactggccctgtcggctgcggc
aagacaaccatcatccagcagtgcctcgcgcagctcccggagtccatgactgacctcaac
attcagttctcagctcagacgtcttcgaaccgtgtgcaggaaaccatcgaggcgagcgtg
gagaaacggaccaaagacacgtacgcacctcctgccaacaagaagatgatcatcttcatc
gacgacatgaacatgccgcagaaagacaccttcgggagcatgcctcccctcgagctcttg
aagatgtggctcgagtacgggttctggtacgaccgtgcaaagcagctcaagcggttcatc
aaagattgcttcgtgctcggcgcgctggggccccctggcggagggaggaactggctgccg
cagaggttccagagcaaatttcactgcgtgaacttcacgttcccggatgactcgcaggtc
aggaggatcttcggcactctgatcaacatgaagctccagcacttcgcggacgagatcaag
ccgctcggggacatcatgactcaggccaccatcgagatctacaacaccgtcaaggctgag
ctgctgccaacgccgtccaagagccactacatgttcaacatgcgagacctgagccgagtg
ttccagggagtgctccgagctgacgagcagttcaccgactcgagagatgccatgacgcga
ctgtggatccatgaaagcttccggctcttccacgacaggttgaccgacgacgtggacaga
gcttggttccggaagctgatggaaggcaagcttgagactctgttccagacctcttggagt
cagatctacattggcaacggcaacccgaccatgttcgtagacttcctaagagcaggatat
gatcctcccccgtatgaggaggtgatggatgaagcggcgttcaagacgtttgtggaagag
aagttggatgaatacaatacagagccaggagtcgtccagatgaacctggtcctcttccga
gacgcccttgcccacctcagcaggatctgcagggtgatcaagcttcctcgcggaaactgc
ctgctcatcggggtgggaggtagcgggcggcagagcatcagcaggttggcttgctacatc
tgtgagttcaaagtgttcatgatcgagatcagcaagtcgtaccgttacaacgacttcagg
gaagatctcaagaagttgtttgagatggccggcgccaagaaccagccaacggtcttcctg
ttcaacgacagtcagatcgtggaggagttcttcctggaggacatcaactgcttgctcggg
agcggcgaggtccctggcctctttgcgcccgatgaggtctcgaactatcgggagctgatg
aggaacgaggcgagagcggcggggatggaggagacgccgacggtgctatggcagctcttc
atcgagaggtgccgacagaaccttcacctcatcctctgcatgagccccataggagaggcc
ttcaggaccagagtgcgcatgttccccaacctggtcaactgctgcaccatcgactggttc
cccgcctggtccaacgaggcgctgcaagaagtctcgctcaagttcctcaacgagtcgacc
aaccagaacctcaaggaggcaacgcagggagtgtcgaacatctttgcggtcgttcacacc
tccgtcatcgacagcacagctcggatgctgcaggagctgaagagaaacaactatgtcacc
cccaccaacttcctcgagctcgtcaaggtctacctcagcgtgctgacacagaagcagaag
gagctcgaggaccagatcttcaaattccgcaacggcatcgagaagcttgacaactcgcgc
gagcaagtcgaagtgatgtcgcaagagttggaggtgaagaagaaagaagtctcagtagcg
cagaaggagtgcgaggagatgctggtggtgatcgtcagagaccgcaagattgtcgacgag
cagcagaggagcattcaggcggagagcgagaaggtccagcgcgaggaggcagagacccag
aagatcgcagacgacgcgcagaaggaccttgacgaggctctgccggcgctctcagcagcc
gaagaagctctgaacgctctcaacaagaaggatctgtcagagatcaaggcgtacgccaaa
ccgcctccacttgttgagatggtgatggaggccgtgatggtgctgagaaagggtcagagc
tcgtgggaagaggcgaaaaaagagctgggaaatccaagtttcctgtcggagctgatcaac
tacgacaaggacgcgaacttgaacgagtcaatgttgtcaaaggtgtcgaagtatacatcc
aagcctgagttcgaccccgaacaggtcggcaaacagtcgggggcagccaagtctctctgc
ctgtgggtgagggcgatggtggtgtacgggcgagtagcgaagaacgtggcgccgaagaag
gcgaagctcaaggcagccatggacagcctggtgaagaaacgatcgcagctcaaggctgcc
caggacgacctgcaggaagtgacggacaagatgctggcgctcaagaacaagtacgacgag
agcgtcgggttgaaggagaggctcatgaacgagtctgccgagctcgaggccaagctggac
cgagcgcagcggctggtgggcgggctgggaggggagagagatcgctgggacgagagtgcg
accaacctggagtcaaagatcaccaagctcatcggagactgcgcgatctcggccgcgtac
ctgtcctactgcgggcccttcacagctgagtacaggctggacctggtccacaactcgtgg
attccgaacctgaagaagctggagatcgttgcatcagacaacttctccttctcagagttc
ctcgctgagccctcgactgtgaggacgtggaacattcaagggctgccccccgactccttc
tccaccgagaacggcgtgctggtgaccctcggccggcgctggcccctgtgcatcgacccg
cagttccaagcgaacaagtggatcaagaacctggagaagtcgcaggggctcaaggtgatg
gacctcaacatgtcggactggatgaggcagatggagaacgccatccagttcggcaacccc
gtgctgctgcaggacatcggcgaggagctggactcgtccctggagccggtgctgtccaag
gccgtgaccaagaaaggaaactcgatgatcctcaagctcggcgacaaggaggtcgacttc
aacccggacttcaagctctacatcaccacgaagctgtcgaacccgcactacactcccgag
atctccaccaagacgacagtgatcaacttcgcagtgaaggaggacggaatggaagaccag
gttctggggctggtggtgaagaaggaacgccccgacctggaggagaagaaccaagagctc
atagtcaacgtggcgcagggcaagcgaactcttgtagacctcgagaacaagatccttgcc
ctgctgtcctccagcaaaggttcgctcctcgacgacgcgagcttggtagacaccttgcag
acgtcgaagctgacggcagaggaggtttcttctcagctccagatctctgaaggtaccaag
gagcagatcgacaaggcaagggagtcttacaggccctgcgcaacccgagcctccatcctc
tactttgtcatcacggatctgacgaacctggacaccatgtatcagttctctctggactac
tacttcgatctttacaaccagtcgatcgacaagagcgcaaagtcagaggatttggaagag
aggatcagacatctcaacacgtatcacacggcctcagcctacaggaacatctgccgcagc
ctcttcgagaagcacaagctcctcttttccttccagatgtgcgtcaagatcctgcaaaag
tcctctaagatcaacaacgacgagtaccagttcttcctgcgcggccccggactggtcgac
aagtcctctcaccctcccaacccagctcccgagtggatcgctgagtcagcatgggaggcg
atctgtgagatggacaaccggctgtcaaacctgcgcaacatcacttcgtctctggagcag
aacacttccgattggaagaagtggtacgtcaaccaggagccggagagctcgccgctgccc
ggggagtgggagaacaagtgcacagagctgcagcgactggttctgatccgcttcctccgc
cctgaccgagtcatctttgccgtcagcagcttcgtggcgaacaacctcggccccaagttc
gtcgagccgccagcgttcgacctggacctggtctacaacgactctcttcctacagcccct
ttgatctttgtgctctccccgggagtggatccggtggtgatgctcaagttgaaggcggag
cagaaggggataggcgacaagttctacagcctgtcgctggggcaggggcaggggcccatc
gccgggaggatgctggacgaggggatgagggatggccactgggtcttccttgccaactgt
cacctctgcctgagctacatgggcgagctcgagaaacgagtcgccgagctgccgtcccgg
cagctgcaccctgagtttcgcatgtggctttcctctgcccccacccccaagttccccatg
tcgatcctgcagagtgggctgaagatgacgacagagccgccgcgggggatcaaaccgaac
ctgacgcgcctgctcaacaagttcacagagccgcagttcgagaggtcgaagaagctgagc
aagtacaagaagatgtgcttcgtgctgtgctacttccacgcgtcgctgctggagaggagg
aagttcaagaacctggggtggaacatcccctacgacttcaacgactctgactttgacatc
tgcgaagacctcctggtcctctacctcgacaactatgagcagaccccctgggaggcgatc
cgatacctcatcggggaggccaactacggcggtcgcgtgacagacaactgggaccggagg
ctggtcacgacctacctggagagctggtactcggagaccctcttcgacacggagaacttc
aagctctcctccctccccacctactacatccccgaggacgggcccctccagtcctacaag
gactacgtcgcgcagctgcccaacttcgacgcccccgaggccttcgggcagcacaggaac
gcggacatcgcttcgcagatcgaagacactaacgagatgctcgaggctctgctgatgctg
cagccgcgagtcatcgatggctcgggagcctcgagggagcagatcgttgacggcatcgct
acggagctcctcgagcagctaccacatgacatggacttggacgcgttcatggccgccaag
atggacgaccagagtgctctgcatgttgtgctgttccaggaggtggagcgatacaacctg
ctgatgagagacgtccgggggcagctgacggagctgaagaaggcgatcaaggggacggtg
gtgatgacgtcagaccttgacgaagtgtttgtctgcctcttcgacgggaggatccccaac
cagtggctgaaggggtacccctccctcaagcccctcgcgacctggtcgcgcgacctgctg
gatcgagtgaagcagttctcggactggggcacaggaacgtatcctgtcgtctacaacctc
ggctacttcaccttccccactggcttcctcactgccgtgctgcagaactcagcgcggagg
aacagcgtctcgatcgacgtcctctcgtgggactttgtgatccaggtgaacgaggtcaag
gagccgcccagggagggcgtctacataggaggcacgttcctggagggagctggatgggac
gcggaggcaacttgcctgcaggagcccaaccccatggagctgctcatcagcatgccggtg
atcaacttcaagccgacggagagcaagaagaaggcgagcaagggcatctaccagtgcccc
tgctactactaccccgtccgcaccggcacgcgagagcgaccatcctacatcatcaccgtc
gagcttcggtcggggaaagcagaggccgatcactggatcaagcgagggacggcgatgctg
ctgtctgcggctacgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (463)   
   KEGG ORTHOLOGY (1)   
   RefGene (458)   
   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 (29)   
   Pfam (29)   
All databases (500)   

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