KEGG   Leishmania braziliensis: LBRM_13_1510
Entry
LBRM_13_1510      CDS       T01113                                 
Name
(RefSeq) putative dynein heavy chain
  KO
K10408  dynein axonemal heavy chain
Organism
lbz  Leishmania braziliensis
Pathway
lbz04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:lbz00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    LBRM_13_1510
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:lbz03037]
    LBRM_13_1510
   04812 Cytoskeleton proteins [BR:lbz04812]
    LBRM_13_1510
Cilium and associated proteins [BR:lbz03037]
 Motile cilia and associated proteins
  Dynein arm
   LBRM_13_1510
Cytoskeleton proteins [BR:lbz04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     LBRM_13_1510
SSDB
Motif
Pfam: AAA_6 DHC_N1 DHC_N2 AAA_8 AAA_9 MT Dynein_C AAA_7 AAA_lid_11 Dynein_heavy AAA_lid_1 Dynein_AAA_lid AAA_5 AAA_22 AAA_18 AAA AAA_19 Mg_chelatase
Other DBs
NCBI-GeneID: 5413788
NCBI-ProteinID: XP_001563291
UniProt: A4H7F5 A0A3P3Z167
Position
13:complement(586135..600126)
AA seq 4663 aa
MAKGDKDDAPADKRVVWLEQRITNALKLKPADSKKLLDSEDNRAQMSEFLDTADACHLYV
YQAATGAFVTRIEAPEELKKKGMFFSKIKREKMADENHMKEAITFGDFSPDLLNSLSSVT
RNVYVQILKGDKRNTATVPDVAVGELMNDTNGLLSNLLVMQGLSQGKTFLPMPPIQFPPR
IDDFAMDKETLYLLEGTIVSWTSQIKAAIGSSPEELEEAAPQTGRYPCPLDEIRFWKEKS
ENLDGLGEQLYSVKSLKVLVLLKRAGSSYYGPFSELMAELKEAAYESRDNYQYLKPLIPE
FEQMCMSAASHIPFVELATSGVFKRLFHFLYLLWTQSGFYNNPARLVFLIREMGNDLIEM
AADHVNVAEFAEGLEKKEVIERLSSTLAICSEFKAVYFQYKSHVASVARPWKFQNAALFS
RLDTFLERCHDLLDVIETALLFDKMENMKIGGTKGQHLTSEAEEIKQIFDASVARFFSVD
YNLLDITNTRFDTDYDDLKYVIRGLEERLGSILVTTIDESCAITEVFKAVDTFDGFTDRT
PMQQEWVKKQGGVLVGFHQDLIKAQETYYAGEAAGAYPNMPPVASTIVRCKALLDRINES
HSRVVDLSPSVLESERGIEAFQLYEKLKELLQATIHEKFQKWTAEVGAIRSDKLRLPVLA
TDDNKRLAVNFDASLVKTLREVYYVEVLNSYDSAGINQFEIPPDAEAIFTKRDVYRDQAL
KLEYLCTTYNNLSASLRPHDERPLIEAELQKFESFVSRGLKDVRWENEDSTNAFIEEALK
QVTAIDTAVSTLHCNVQQMRDSMKKYKMDDTLFPLDAAAGAKTMSAVELRKTLGDYVQAR
AAGLRERDSEIKELMQNSLEALQTLKMANCGAAVSSTDAMWQKYLAYVSSVARECLAEVA
VASLTNMRNQLDPVWLADHDGIPLVDVKLSLSKVTADNPTSKSRFDPALLTSECEDKSVW
QMLSDTIGDIIDSSGLIDPIHGSTSYTEEMRHNEHVQALVEEIQTIFKQNATACEEYRHV
YDEFKSLWETDRKKVFAQFIEMDHQRNAHRPSVSIEDTTAAIAQVQKPAEYFGVSLEDFD
RAITEYTRIRSRLAGIEDRHTEGPVLIDVRPLRMALRDLSRRWKEMYSDYLLDKIKTDLN
ELYAFIKEADRGLEVEVLDGDVDALKSVMRWIRDCRKRNTEVMGEDETGETGGMFPPIKA
AIGMLKTHASTSPDGDAELVKIEKLEELRKPVPEQWVALNKKALNARAQNSIVQDREAEK
IKEDVAAFEQELNNEVDAFHQNPLFTYAIQPGEVYDAIDSVYAHFTVVENKAKGLQNLQD
LFDLAMAHFKSVRECRQELALLKQIWDLNFHVTSQFRDWMRSTFKDADVAYFEDEAKKIS
KQLQLQPMKVKGWGVFKGVDETVRNMRTSLPLCESLSSPSMRPRHWEELVRTTNQPGIIN
PAAADFTLEKLFALGLHKYSDDVANIVEKAEKELRIEANLSKIIVAWEKLQFTYESDTHL
DCYLLGSVDDVVEQLENDNNALSSMLSDRFVEYFYEKVLSWQKDLGLVDTCTTKWMDIQR
QWQNLFPIFVLSEDIKEQLPNEAKQFSEADRVFRLLMSKAYLYTNPVETICSGKLSEDIG
RGETLEDTLNYIQDILSRCEKALADYLETKRKLFPRFFFVSDTDLIDILSKGSDPRAVIL
HMSKIIESVDSFTFDNNPHPNAGAQDVWEMVSIQGERVTLTESFTCDGAVETWLEELVQC
MKRSMKAHIKEANAGYIEKPRNEWIYQYPCQAVIVASRIWFTTEVHQAFTQIEEGNDMGM
KDLLKSQKLQLDSLIKEVLLDRSSTERKMLVHLITIDVHNRDIVQSMVDDRVDSVDAFSW
QSQLRYYWDENKGSEIRIADADFINGYEYIGLCGCLVITKLTDRCYITLTQALRLNQGGA
PAGPAGTGKTETTKDLARNMGIACYVFNCSDQMNYITLGQIFKGLAMSGSWGCFDEFNRI
SIEVLSVVATQVGSILNALKENKSRFRFVGEDISLVRSVGMWITMNPGYAGRTELPENIK
SLFRPCAMCVPDLKNICEIMLAAEGFGDAKDLALKFVTLYRLNKELLSPQDHYDWGLRAV
KSVLYIAGALKRGDPDIPERNVLMRALRDTNMAKLSKDDVYVFMGLIRSLFPNLDVPKKS
KPELVAACKAVCTEHGNFPGENDIFILKCVQYEELLHVRHSVFILGAAGAGKTECWRCLQ
GALTKLHQDEWKAKAVSSCLNPKAISSNELYGYFTPQKEWRDGILSTIFRDYAVESKKKK
NMKWIVLDGIIDAEWIESMNTVMDDNKMLTLVSNERIPLTDSMRMIFEVSHLRNASPATV
SRAGVIFINESDLGWGPFKDKWIASREKREGVILDNLFDKYVPLIFEFWKRSMRPIVSVM
DINVIQTLCFLLDGIFKTMELEELAKHSNPFEVYEKYFVFAAVWAFGGPLPSSDGRIDMR
LNFSNQWKKEFPNMKISDAGSVFDYYIDKTKGDNGAMLFDWKPWTELVQPYTLDADVQLS
SVSVQTADTVRMSYLMNLFVDNAKGIMLVGTAGTGKTNLIMSKLRSLDKEKVLFRVVSFN
ARTSSSGLQAVMEQSLEKRSGRTYGPPNRKKLVFFLDDMNMPAPDKYGTQEAVALLQQHV
GYGFWYDRVKIVQKEVVDVRYVGAMNPKSGTFTILDRLLRHFAVFSTNMPDRADLVSIYG
QILQAHTKPFSRDIRDTLTTLLTNAAIELHSSVAKLFFPTAIKFHYQWNMREMFNIFQGL
CKSNPKLHKSSLQLVRLWVHECNRTFRDRMADDADTKRYDTLLQEVIVRAGFTDVTVKEV
MEEPLLWAPFHTTPDGQENVYNETNYDEAGAYLRKKLVDYNENYASMNLVLFNQAIEHVC
RISRITSNPRGNAFLVGVGGSGKQSLARLASYINGHDIFQILVTSTYDINDFRTDMQELY
RKCGVRGYPFAFIITDTQIVSVDMLVYLNDMLSSGNVPELFNQDEREGIISSITNEVKAS
GATDYSNPDVCWDYFINKVRSNLHIILCFSPVSKNFAAWCRQFPALANTTVIDWFLSWPE
QALKSVAQRFLSEIELGGEETTQNIAEFMAYCQMKVTETCEEYYAQEKRHAYTTPKSFLE
LIAFYKDLLARKRKENNDQTDRLVSGIDKIKEAGAQVQGLQEVLQRESVEVEEARQKTAA
LLETVGREKSVVEEQSAIAAKEEAKTNKIVEEVTSFEMQCQEDLAKAQPLVQEALAALDT
LDKASIAELKNLGKPPEDVQMVAICVLVLTSNPRSIPSMKQRSWNECKKMMNQVDRFLTE
LRSFDVNNIPQVCIDQIQVYINNPSFDPDIIKNKSFAAAGLCKWAIGMNRYHVVRCEVRP
KEERLAEAQQRLVSSRTALKKIQDKVADLQAKLAGLVSQYDTAVAEADAIEAKAKKTQMK
MNLAQRLVSGLSDESVRWGATIEKLKEAAKLLVGDVLLSASFVSYIGPFSKAFREQIVEQ
DWLPQIKKLGIPMTEGLDVTMNVLTSEAAVASWNNEGLPSDRVSTENGAILNNCMRWPLM
IDPQLQGIKWIRTREEKNGLRVVQTTQKGWQRTLQTCIEEGLPCLIEGLGEFVEPVLDGV
LSRQTFRKGGREFIKLGATEVEYNPKFRLILQTKLGNPHYGPEVNAQTTLINFMVTETGL
ADQLLAVVVSQERPDLEKKRGMLIRQMNTMTIELQQCENGLLYELTNATGDILENVTLVE
NLETTKKKAKDINASFAQAVVTQEDIAQNRLRYTDVAVRGALLFFQIDQLWKIDHMYQYS
LEAFMVVFNKALAGAPQPENRKDVTKRVANVTQSITENVFAYVSRGLFERHKLIFSSLLT
FAILSRHNEINLKQLDFLLRGKKKTGVLRPETVMGWCTQPNWDAVQALAEVEGSTPMFNL
LPSDMAENNRWYQYCELEKPETEKMPGEWKNLSNFERLLVLRCLRPDRLTAALEMFVETS
IGRFFVSDQAVDISVSYQNSSTTTPLFFILSPGVDPVKAVEELGRKLGYTYDKENFYNVS
LGQGQEVVADRALDKCFAEGGWALLSNIHLVEKWLRTLERRLDTYAETYTRVAQLRKEIA
ERKAGERSAAAGDGDDNEQHDDEAAESKSVPSHDESGEGETDEENGDGEERSETGRGNAA
AALKEDAIVVTDEEIQFDGVKGHPDFRVFLSAEPSNVIPIGILQRSVKLTSEPPTGIRQN
IVRAMSNFSDEPWEKSAKPTEYRCIMFSMCFFHAVVVERKKFGPLGWNRAYPFNAGDLTT
CMEVAANYIEDRPKVPWEDLRYVFGEIMYGGHITDDWDRVLCMAYLQSYIIADCCDGLQL
APGVAVPAPASYQEYMQWLTAADDFPAESPLLYGLHPNAEINYRTMQADVLFKTINELQP
KKHSGGDMLSPQEVVQQKIDEIRERLPEPHNLQDLSERLEDDRSPQQHVFYQESERMNIL
IETLRASLEELNLGLKGALSMSTAMQELFDQIYLDKMPERWARVSFMSQRMLGSWVENFL
ARNEQLVSWNADLQTPKVTNIALFFNPMSFLTAIMQTTSIINSFDLDQMALVVDVLKKSA
DQIESNARDGCYVTGLSMEGARWDGTGGCIEDSRLKDLYPKMPIMQVRSLPLSKIDRRDQ
YECPVYKTQARGPGFVVGFYLKSKQPSRKWVIAGVGLLLDVVE
NT seq 13992 nt   +upstreamnt  +downstreamnt
atggcgaagggtgacaaggacgacgcgccggcggacaagcgtgtcgtgtggttggagcag
cgcatcacgaatgctctaaagctgaagcccgccgattcaaagaaactccttgacagcgaa
gacaaccgagctcagatgagcgagtttctggataccgccgatgcgtgtcacctctatgta
tatcaagcagcaactggtgcgtttgtgacccgaatcgaggcgccagaggagctcaagaaa
aagggtatgttcttcagcaagatcaagcgggagaagatggcggatgaaaaccatatgaag
gaggcgatcacgtttggcgacttttcgcctgatctcctcaacagcctcagctccgtgacg
cgcaacgtgtacgtgcagatcctgaaaggcgacaagcgaaacaccgcgaccgtgcccgat
gtggctgttggcgaactcatgaacgacaccaatgggcttctctccaacttgctggtcatg
caaggcttgagccaaggcaagacgtttttgcctatgccgcccattcagtttcctccgcgc
atcgacgactttgccatggataaagagacgctttacttgctcgagggcaccatcgtgtcg
tggacgtcgcaaatcaaagccgcaatcgggtcgtcgccagaggagctggaggaggccgcg
ccgcagacgggccgatacccgtgcccactggacgaaatccgcttctggaaggagaagtct
gagaatctggatggcttgggggagcagctgtactccgtgaaatcgctcaaggttcttgtg
ctgctgaagcgtgcaggcagcagctactacggtcctttctcagagctgatggctgagttg
aaggaggccgcgtacgagtctcgtgacaactaccaatacctcaagcccctcattcccgag
ttcgagcagatgtgcatgtcagccgccagtcacatccccttcgtggagctcgccacaagc
ggtgtcttcaagcgcctcttccactttttgtacctgctgtggacgcagtccggcttctac
aacaacccagctcggcttgtcttcctcatccgcgagatgggcaacgatctgattgagatg
gctgctgaccacgtcaacgtcgccgagttcgccgagggcttggagaagaaggaggtgatc
gagcggctgagcagcacgctggcgatttgcagcgagttcaaagcagtgtatttccagtac
aagtcgcacgtagcgtccgtggcgcggccatggaagtttcagaacgctgcacttttctcc
cggttggatacctttctggaacgctgccatgacctcctcgacgtgatcgagacagcgctc
ctcttcgacaagatggagaacatgaagattggcggaaccaaaggtcagcacctgacgtcc
gaggcggaagaaatcaagcaaatcttcgatgcatctgtggcgcgatttttcagcgtcgat
tacaaccttctcgacatcacaaacacgcgcttcgataccgactatgacgacctcaagtac
gtaattcgcgggctggaagagcgcctgggttcaattctggtgaccacaatcgacgaatcc
tgcgccatcaccgaggtattcaaggccgtggacacattcgatggcttcacggataggacg
ccgatgcagcaggagtgggttaagaagcagggcggcgtgctcgtcggttttcatcaggac
ttgatcaaggctcaggagacctactacgccggtgaggcggcgggggcgtaccccaacatg
ccccctgtggcaagcaccattgtgcggtgcaaggcgttgctagatcgtatcaacgagagt
cattctcgcgtggtagacctatcccccagtgtactggagagcgagcgcggcattgaggca
ttccagttgtacgagaagctgaaggagctgctgcaggcgacgattcacgagaagtttcag
aagtggactgccgaggtgggcgctattcgctcggacaagctacggctgcctgtgcttgca
acggatgataacaagcgtctcgccgtcaactttgacgcttcgctcgtgaagacgctgcgc
gaggtgtactatgtggaggtgctcaactcgtacgactcggcgggcataaaccagttcgag
attccacccgatgcagaggcgatcttcacgaagcgcgacgtgtaccgtgaccaggcgctg
aagctggagtacctctgcacgacatacaacaacctcagcgctagcctccgtccgcacgac
gagcgtccactcatcgaggctgagttgcagaagttcgagtcatttgtgtcgcgcggcctc
aaggacgtgcggtgggagaatgaggactccacgaacgcgttcatcgaggaggcactcaag
caagtcacggccatcgatacggctgtgtcgacgttgcactgcaacgttcagcagatgagg
gactccatgaagaagtacaagatggatgacacactttttcctcttgatgccgcagcaggg
gcgaagacgatgtcggcagtggagctgcgcaagacgctaggcgactacgtccaggcgcgc
gcagctggactgcgagagagagacagcgagatcaaggagctgatgcaaaacagcttggag
gccctgcagacgttgaagatggccaattgcggcgctgccgtgagcagcaccgacgcgatg
tggcaaaagtacctggcgtacgttagctccgttgcgcgggagtgcctggccgaggtggcg
gtggcttcactgacaaacatgcgcaatcagctggacccggtctggcttgcggaccacgac
ggtatccctcttgtcgatgtgaagctctctttgtccaaggtaacggcagacaatccgacg
tcaaagtcgcgctttgacccggcgctcttgacaagcgagtgcgaggacaagtcagtgtgg
cagatgctcagcgacacgatcggtgacataatcgactcctctggcctgatcgaccccatt
cacggctccacctcgtacacagaggagatgcggcacaacgagcacgtccaggctctcgtg
gaggagattcagacgatatttaagcagaacgcgaccgcatgcgaagagtatcgccacgtc
tacgacgagttcaagtccctttgggagacggatcgcaagaaggtgtttgcacagtttatc
gagatggaccatcagcgcaatgcgcatcggccgagcgtctcgatagaggacacaacagct
gccattgcgcaggtgcagaagccagcggagtactttggcgtaagtctggaggactttgat
cgcgcgattaccgaatacacgcgtatccgaagccgactcgctgggattgaggaccgccat
acggagggcccggtgctgattgacgtcagacctctgcgcatggcgctgcgcgatttgagc
cggcgctggaaggagatgtattctgactacctgctggacaagatcaagaccgatctaaat
gagctctacgcattcatcaaggaggccgacagagggctcgaggtggaggtgctggatggt
gacgtggatgcgctgaagtccgttatgcggtggatccgcgactgccgtaagcgcaacacg
gaggttatgggcgaagatgagacgggcgagacgggtggaatgttcccaccgatcaaggcc
gccataggcatgctgaaaacgcacgccagtacttcaccagatggcgatgcggagctggtg
aagattgagaagctcgaggagctgcggaagcctgtaccggagcaatgggtcgcactgaac
aagaaggcgctgaatgcgcgcgcgcagaactctatcgttcaggaccgtgaggcggaaaag
atcaaggaggacgtggcggcgttcgagcaggagctgaacaacgaggtggacgcctttcac
cagaacccgctcttcacctatgctattcagcccggcgaggtctacgacgccatcgacagc
gtgtacgcgcactttaccgtggtcgagaataaggcgaaggggctgcagaacctacaggac
ctcttcgatcttgccatggcgcatttcaagagcgtccgcgaatgtcggcaggagttggcg
ctgctgaagcagatttgggacctgaactttcacgtcacctctcagttccgcgactggatg
cggtcgacgtttaaggacgccgatgttgcctactttgaggatgaagccaagaagatctcg
aagcagctacagctgcagccgatgaaggtgaaggggtggggcgtctttaagggcgttgac
gagacggtgcgcaacatgcgcacgtcgctgccgctgtgcgagtcgctgagctcgccgtcg
atgcgaccgcgccactgggaggaactcgtgcgcacgacaaatcagcctggcatcatcaac
cccgccgccgctgatttcacactggagaagctctttgctctcggccttcacaagtactct
gacgacgtagcgaacatcgtcgagaaagctgagaaggagctgcgcatagaagcaaacctg
tcgaagatcattgttgcctgggagaagctgcagttcacgtatgaaagtgacacccacctg
gattgctacctcctcggctccgttgacgatgtcgtagaacagctggagaacgacaacaac
gccctctcctccatgctgtcggatcgctttgtggagtatttctacgagaaggtactgagt
tggcagaaggacctcgggctagtggacacatgcactacaaaatggatggacattcagcgt
cagtggcagaacctgttccccatctttgtcctatccgaagacatcaaggagcagctccca
aatgaagcgaagcagttcagcgaggcggaccgcgtgttccgactgctcatgagcaaagcg
tacctgtacacgaacccggtagagacgatttgctccggaaagctctctgaggacattggc
cgtggcgaaacactggaggatacgctgaactacatccaggacattctaagccgctgtgag
aaggccctggctgactacctggagacgaagcggaagctgttcccacgcttcttctttgtc
tcggacacggacctcattgacattctttccaagggctctgacccccgtgcggtcattcta
cacatgagcaagatcatcgaatccgtcgactccttcacttttgacaacaacccacaccct
aacgctggcgcgcaagacgtgtgggagatggtatccattcagggcgagagggtgacattg
acggagagcttcacgtgcgacggcgcggttgaaacttggctggaggagctggtacagtgc
atgaagcgaagcatgaaggcgcacatcaaggaggcgaacgcgggctacatagaaaaaccg
cgaaacgagtggatctaccagtacccgtgccaggcggtcattgtggcgtcacgtatctgg
tttacgacggaggtgcatcaagcattcacgcagatcgaggagggcaatgacatgggcatg
aaggacttgctcaagagccaaaagttgcagctcgacagcctcatcaaggaagtgctgctg
gatcgctcatcgacggagcgcaagatgctggtgcacctgattacaatcgacgtgcacaac
cgcgacattgtgcaaagcatggtggacgaccgcgtcgactccgtcgatgccttcagctgg
cagtcgcagctgcgctactactgggatgagaacaagggcagcgagattcgcatcgccgac
gcggatttcatcaacggctacgagtacatcgggttgtgcggctgtcttgtcatcacaaag
ctgacggaccgctgctacatcacccttacgcaggcgctgcgcctgaaccagggcggtgcc
cctgccgggcctgccggtacaggcaagacagagaccacaaaggatctggcgcgcaacatg
ggcatcgcctgctacgtcttcaactgctctgaccagatgaactacattacgctcggccag
atcttcaaaggtctcgccatgtccggctcgtggggctgctttgatgagttcaaccgcatc
tccattgaggtgctttccgtggtcgcaacccaggtgggctccatcttgaatgcgctcaag
gagaacaagtcgcgcttccgtttcgtgggcgaggatatctcgctcgtgcgctctgtgggc
atgtggatcaccatgaacccaggctacgccgggcgtacggagcttccggagaacatcaag
tcactcttccgcccatgcgccatgtgcgtgccagacctcaagaacatttgcgagatcatg
cttgccgcggaaggctttggcgatgccaaggaccttgccctgaagttcgtcacattgtat
cgtctcaataaggagctgctgtcaccgcaggatcactatgactggggtttgcgcgccgtg
aagtccgtcttatatatcgctggcgccctcaagcgcggtgaccctgacattccagagcgc
aacgtgctgatgcgcgccctccgtgacacgaacatggcgaagctcagcaaggatgacgtg
tacgtgttcatggggctgattcggtcgctgttcccgaacctcgacgtgcccaagaagagc
aagccggagctggtcgctgcctgcaaggcggtctgcacggagcatggcaacttcccgggc
gagaacgacattttcatcctgaagtgcgtgcagtacgaggagctgctgcacgtacgccac
tccgtcttcatcctcggtgcggccggtgccggcaagaccgagtgctggcgctgtttgcag
ggtgcgctgacgaagctgcaccaggatgagtggaaggcaaaggcggtttcgtcgtgcctc
aaccccaaggcgatctcctccaatgagctgtacggctacttcaccccacagaaggagtgg
cgtgacggtattctttcgacgatcttccgcgactacgccgtggagtcgaagaaaaagaaa
aatatgaagtggatcgtgctggacggcatcatcgacgccgagtggattgagtcaatgaac
acggtgatggacgacaacaagatgctaacgctcgtctcaaatgagcgtattccactcacg
gactcgatgcgaatgatcttcgaagtgtcgcacctgcgcaatgcttcaccggccacggtg
tcgcgcgctggtgtcatcttcatcaacgaatcggatctggggtggggcccgttcaaggac
aagtggatagcgtcgcgcgagaagcgcgagggggtgattctggacaacctcttcgacaag
tacgtgccgctcatcttcgagttctggaagcgtagcatgcggccgattgtgtctgtgatg
gacatcaacgtgatacagaccctttgcttcctccttgacggtatcttcaagaccatggag
ctggaggagctggcgaagcactccaatccgttcgaagtgtacgaaaagtactttgtgttc
gccgccgtctgggcatttggcggcccgttgccgagctccgacggtcgcattgacatgcgc
ctcaacttctcaaatcagtggaaaaaggagtttccgaacatgaagatctccgatgccgga
tcggtcttcgactactacatcgacaagaccaagggcgataacggtgccatgctgttcgac
tggaagccgtggacagagctcgtgcagccctatacgctggacgcggatgtacagctgtcg
tccgtatctgtgcaaactgccgatacggtgcgcatgtcatacctcatgaacctcttcgtt
gacaacgcgaagggcatcatgctggtgggtaccgctggcacgggtaagacgaacctaatc
atgtcgaagctgcgctcgctggacaaagagaaggtgctgttccgtgttgtgtcctttaac
gcccgaacgtcatcctccggtttgcaggcggtgatggaacagtccctggaaaagcgctcc
ggccgcacttacggcccgccgaatcgaaagaagctggtgttcttcctggacgacatgaac
atgccagcaccagacaagtacggcactcaggaggcggtggcgctactacagcagcacgtc
ggctacggcttctggtacgaccgcgtcaagattgtgcagaaggaggtggtggacgtgcgg
tacgtcggcgcgatgaatcccaagtctggcaccttcaccatcctcgaccgtctgctgcgc
cactttgccgtcttctcgacgaatatgccggatcgcgctgaccttgtaagtatctacggg
cagattttgcaggctcacacaaagccgttctcccgtgacatccgtgataccctcacaacg
ctgctcacaaacgccgcgattgagctgcattcgagcgtggcgaagctgttcttccctaca
gccatcaagtttcactaccaatggaacatgcgtgagatgtttaacatctttcagggcctg
tgcaaatcaaacccgaagttacacaagagcagcctgcagctggttcgtctctgggtgcac
gagtgcaaccgcacgtttcgcgaccgcatggccgacgatgccgacacgaagcgctacgac
accctgctgcaggaggttatcgtgcgggccggctttacagatgtgaccgtgaaggaagtg
atggaggagccactgctgtgggcgccattccacacaactccagacgggcaggagaacgtg
tataatgagacaaactacgatgaggccggtgcctacttgcgcaagaagctagtggactac
aacgagaactacgcttccatgaacctggtgctgttcaaccaggccatcgaacatgtttgt
cgcatctcccgtatcacctcgaacccgcgcggtaatgcgttcttggtcggcgttggcggc
tctggtaagcagtccttggcgcgcctggcgtcgtacataaacggccacgacatctttcag
attcttgtaacgagcacgtacgatatcaatgacttccgcaccgacatgcaggagttgtac
cgcaaatgtggcgtccgcgggtacccattcgcgttcatcatcaccgacacgcagattgtg
tcggtagacatgttggtgtacttgaatgacatgctgagcagcggcaacgtgccggagctg
ttcaaccaggatgagcgcgagggcataatcagctctatcaccaacgaggtgaaggcctct
ggcgccactgactactcgaacccggacgtgtgctgggactacttcatcaacaaggtccgc
tcaaacctacacattattctgtgtttctcacccgtgagcaagaactttgcagcgtggtgc
cgacagttcccagcgctggctaataccactgtgattgactggttcctgagctggccggag
caggcactcaagtcggtggcgcagcgcttcctgtctgagatcgagctgggcggcgaggaa
acgacacaaaacattgcagagttcatggcgtactgccagatgaaagtgacggagacgtgc
gaggagtactacgcccaggagaagcgccacgcctacacgacaccaaagtcgttcctcgag
ctgatcgcattctacaaggacttgctagcccggaaacgcaaggaaaacaatgatcaaacg
gatcgcctcgtgagcggtattgacaaaattaaagaggcgggtgcacaggtgcaggggctg
caggaggtgcttcaacgagagagcgtggaggtggaggaagcgcggcagaagacggcagcg
ctactcgagacggtgggccgcgagaagtccgtcgtggaagagcagagtgcgattgcagcg
aaggaggaagcgaagacaaacaagattgtggaggaggtgacgtcgtttgagatgcagtgt
caggaagatttggctaaagcacagccgctcgtccaggaggctctggcagccctcgacact
cttgacaaagcctcgattgcggagctcaagaatctcggcaagccgccggaagatgtgcag
atggtggccatctgcgtgctggtgctcacgtcgaacccgcgctcgattccgtcgatgaag
cagcggtcgtggaacgagtgcaaaaaaatgatgaaccaggtggatcgcttcttgacggag
ctgcgcagcttcgacgtcaacaacatcccccaggtgtgcatcgatcaaatacaggtctac
atcaacaacccctccttcgacccggacatcatcaagaacaaatcctttgccgccgctggt
ctatgcaagtgggccatcggcatgaaccgctaccacgttgtccgttgcgaggtgcgtcca
aaagaggagcggctcgccgaggcacagcagcgtctggtctctagccgcactgcgctgaag
aagattcaggataaggtggcggacctgcaggccaagcttgctggactggtgagccaatat
gacacggccgtggccgaagctgacgcgatcgaggccaaggcgaagaagacacagatgaag
atgaatctggcgcagcgccttgtgagcggattgtcggacgagagtgtgcgctggggtgcc
accatcgagaagctgaaggaggccgcgaagctgctggtcggcgatgtattgctgagcgcg
tcgtttgtgtcttacattgggcccttctccaaggcgttccgcgagcagatcgtggagcag
gactggcttccacaaatcaagaagctgggcattccaatgacggagggtcttgacgtaacg
atgaatgtccttacctcggaggcggcggttgcgtcgtggaacaacgagggtctcccatct
gatcgtgtctcgaccgagaacggcgccattctcaacaactgtatgcgttggccgctcatg
atcgaccctcagctgcaaggcatcaagtggattcgcacccgtgaggagaagaacggcctg
cgtgtggtgcagaccacgcagaagggctggcagcgcacactgcagacgtgcatcgaggag
ggtcttccgtgcctcatcgagggcctcggcgagtttgtggagcccgttcttgacggtgtg
ctgagccgccagacgttccgcaagggcggccgagaattcatcaagctgggcgctaccgag
gtggagtacaacccaaagttccggctgattctgcagacgaagctcggcaaccctcactac
ggacccgaagtgaacgcacagacgaccctcattaacttcatggttacggagacaggtctg
gcggatcagctgctggctgtcgtagtgagccaggagcgaccagacttggagaagaagcgc
ggtatgctcattcgacagatgaacaccatgacgatcgagctgcagcaatgcgagaatggg
ctgctttacgagctgacgaacgcaacgggcgacatcctagagaacgtcaccctcgtggaa
aacttggagacgaccaagaagaaggcaaaagatattaacgcctcttttgcccaggccgtc
gttacacaggaggatatcgcgcagaaccgtctccgttacaccgacgtagcggtgcgcggc
gctctcctgttctttcagattgaccaactgtggaagatcgaccacatgtaccagtattcg
ctggaggcgttcatggtggtcttcaacaaggctctcgcgggcgcgccgcagccggagaac
aggaaagacgtgacgaagcgcgtggcaaacgtgacccagtcgatcacagagaacgtattt
gcctacgtatcgcgcggcctgtttgagcgccacaagcttatcttctctagtcttctcacc
tttgccattctgagccgccacaacgagattaatctaaagcagttagatttccttctccga
ggtaagaagaaaaccggcgtgttacggccagagacggtgatggggtggtgcacgcagccg
aactgggatgcagtgcaggcgcttgcggaggtggagggttcgacgccgatgttcaacctg
ctgccgagcgatatggcagaaaacaatcggtggtatcagtactgcgagctcgagaagccg
gagactgagaagatgccgggcgagtggaagaatctctctaactttgagcgtctgttggtg
ctacgttgcctgcgacccgatcgactcacggcggcgttagaaatgtttgtggaaaccagt
atcggccgcttttttgtgtctgatcaggcagttgacatctccgtctcgtaccagaactca
agcacgacgacgccgctcttctttatcttgtcccctggtgtcgacccggtcaaggcagtc
gaggagctggggcgaaagctaggctacacgtatgacaaagagaatttctacaacgtgtca
ctgggacaaggtcaagaggtcgtggcggaccgagcgctcgacaagtgcttcgccgagggc
ggatgggcgctattgtcaaacattcaccttgtcgagaagtggctgcgcacactggagcgg
cgtctcgacacgtacgccgagacatacacgcgcgttgcgcagcttcgcaaagagattgcg
gagcggaaggctggcgagcgcagcgccgctgcaggagacggtgatgacaacgagcagcac
gatgatgaggcagctgagagcaagtccgtgccctcgcatgacgagagtggcgagggggag
acggacgaagagaatggtgatggcgaggagcgttccgagactggcaggggcaacgcggcc
gcagcgctgaaggaggatgcgattgtggtgacggatgaagaaatccagtttgatggtgtg
aaggggcacccggacttccgcgtgttcctgagcgctgaaccgtcgaatgtgatccctatt
ggtattctacagcgctcggtgaagctgacctcggagccaccgacaggcattcggcagaac
atcgtgcgtgcgatgagcaacttcagtgacgagccctgggagaagagtgcgaagccgacc
gagtaccgctgcatcatgttctctatgtgcttctttcacgccgtggtggtggagcgcaag
aagtttggccctctgggctggaatcgcgcctatccgttcaacgccggtgacctcacaacg
tgcatggaggtggcggcaaactacattgaggaccgccccaaggtgccctgggaggatctg
cgctacgtgtttggcgagatcatgtacggtggccacattacagacgactgggatcgcgtc
ctgtgcatggcgtacctgcagagctacattatcgcagattgctgcgatggcctgcagctc
gccccaggtgtggcagtaccggcaccggcgagttaccaggagtacatgcagtggctaacg
gctgccgacgactttccggctgagtcgccgctgctgtacggactgcaccccaacgctgag
atcaactaccgcacaatgcaggccgacgtcctcttcaagaccatcaacgaactgcagccc
aagaagcacagcggcggtgacatgctgagcccgcaggaggttgtgcagcagaagatcgac
gagatccgcgagcgcttgccggagccgcacaacttgcaagacctttcagagcgcctcgag
gatgaccgctcgccgcaacagcacgtgttttaccaggagagcgagcgcatgaatatcctc
attgagactctgcgtgcgtcgctggaggagctgaaccttggcctaaagggtgcgctgtcg
atgagtaccgcgatgcaggagctgttcgaccagatttacctcgacaagatgccggagcgg
tgggcgcgcgtatccttcatgtcgcagcgcatgctcggttcgtgggtggagaacttcctg
gcgcgcaatgagcagctagtgagctggaacgccgatctgcagacgccgaaggtgaccaac
attgcactctttttcaacccaatgtcattccttactgccatcatgcagaccacctccatc
attaacagttttgatctcgaccagatggcgcttgtggtggatgtactgaagaagtccgcc
gaccagatcgagtctaacgcgcgcgacggttgctacgtgaccggactgtcaatggaagga
gctcggtgggatggcacagggggctgcatcgaggatagtcgtctcaaggacctgtatccg
aagatgcccatcatgcaagttcgctccctgcctctgagcaagattgatcggcgagaccag
tacgagtgccccgtgtataagacgcaggcccgcggccctggctttgtcgtcggtttctac
ctcaagagcaagcagccatcgcgtaagtgggtaatcgctggcgtgggtctgctgctagat
gtggtggagtaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (2)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (31)   

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