KEGG   Lingula anatina: 106182025
Entry
106182025         CDS       T04921                                 
Name
(RefSeq) dynein heavy chain 7, axonemal isoform X1
  KO
K10408  dynein axonemal heavy chain
Organism
lak  Lingula anatina
Pathway
lak04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:lak00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    106182025
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:lak03037]
    106182025
   04812 Cytoskeleton proteins [BR:lak04812]
    106182025
Cilium and associated proteins [BR:lak03037]
 Motile cilia and associated proteins
  Dynein arm
   106182025
Cytoskeleton proteins [BR:lak04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     106182025
SSDB
Motif
Pfam: AAA_6 DHC_N2 AAA_8 AAA_9 AAA_7 MT Dynein_AAA_lid AAA_5 AAA_lid_1 Dynein_heavy EF-hand_7 AAA_18 EF-hand_1 EF-hand_6 Gon7 EF-hand_8
Other DBs
NCBI-GeneID: 106182025
NCBI-ProteinID: XP_013422100
UniProt: A0A1S3KHJ9
Position
Unknown
AA seq 3492 aa
MSAVNGVSKTSPRNGPQKTKGKGADDPIRFLPTLPNKRTKPSWQQNPPSFLLTTQVEHED
QKLGIDLVSELTAREPKKGKHGRSKTWENANGQANGHAATPRKDREHFRKALVDIIMQED
TPPQSRPMSTNGELPPLTRTGSPTSAEKDILRYYYYIHNGIDTEHVAPMEDNWLENVLKL
VPGELKTGHTETIENLSDEMREDYLLSVKKAIVDFVLKDPREKESDEKEHLPGHREELQV
VPKPWYKSYTWARDIAVDHLHVTNPCMMQVLDLWHATFGQLRLIDIEEFHNRTESMDLKT
FQQLCIRHVDSAKEKLLKKWFPEIQNIFYQGNKRKQVPSNQDQERLEKFFNCAATLMTEQ
LQALCLVSMSDYTDLICQPPHSTRAYEHAGFVLRLILDKSEIKFEPSFEDFELVLLNAYE
VMDRAVNVVPRVETKLYSEWSGSTNKQFLKPVILPEIRAAHEDKVKAEIKKESVKPIHHA
KHYDKYSFLISNQAEADVEQFLKEEHSFDEYVAEVKKYKQLLDDITYNNIKKIRLGMFEV
HCDELVRALAKRADTFANRLLAKMQKDHQDQNRKLCDDYEKISEKALATPANTEQLIELN
TYITNVEKKEIFELEKRLVSAKDRLAFLADFAQFSPAEIRLNSNTFMWHGRMPQIFEEHK
LIVDDKTSQFQENLKYRRERFQEDLDSYAKQVEEFSSFGDLNEIQKYLKKAQALDAKLQT
AAEKIEQFNTEEEAFGWETSAYPQRMQIINILKPYQNLYEQTVEFGQKYKEWMDGPMSNV
NPDQVDQEVGNYWRNLYKLEKGFDAIPTAKKIANKTKSKIEEFRDHLPLVQTLFNPGLRD
RHWELIAEIINYPGFKPDEDTCLSKFVDMNLDQYIPKLESISESASKEYSLEKAMEKMKI
EWKDIEFVMVPYRETGTHILSSVDDIQLLLDDHIVKTQTMRGSPFIKPFEVEMKEWEGKL
VLLQDILDEWLKVQATWLYLEPIFSSPDIMAQMPEEGRKFTTVDKNWKDIMKASVVDKHV
LAVTSIDKMLERLKKSNELLEQIQKGLNDYLEKKRLYFPRFFFLSNDELLEILSETKDPT
RVQPHLKKCFEGIAKLEFTDILDITHMKSSEGEVVLLRDVISTSKARGQVEKWLLELEGD
MIVSLHKVIGESLEVYNSTPRAEWVCKWPGQAVLCVTTKYWTDFVSQSIREGEKAMDAYL
QLNNSQINEIVALVRGKLSKQNRTTLQALIVLDVHARDVLQELCKSKISSEFDFSWLSQL
RYYWEEGQMITRMINSMLPYGYEYLGNSGRLVITPLTDRCYRTLFGALHLHLGGAPEGPA
GTGKTETTKDLAKAVAKQCVVFNCSDGLDYIALGKFFKGLASCGAWSCFDEFNRIDLEVL
SVVAQQILTIQRAINAGADTLLFEGTELRLDPTCAVFITMNPGYAGRSELPDNLKALFRT
VAMMVPDYALISEISLYSCGFVSARPLSVKIVATYRLCSEQLSSQSHYDYGMRAVKSVLT
AAGNLKLKYPEENEDILMLRSIIDVNLPKFLSHDLPLFHGITSDLFPGIKLPEPDYVALN
EAVRQNCDKMNLQCTPFFLEKMQQIYEMMIVRHGYMIVGEPFGGKTSAYRVLAGALGDLH
EKGLMEENKVQIFVLNPKSITMGQLYGQFDPVSHEWSDGVLAVSYRNFAQSTTPDRKWLI
FDGPVDAIWIENMNTVLDDNKKLCLMSGEIIQLASTTNLMFEPMDLEAASPATVSRCGMI
YMEPSSLGWRPVVKSWLNVLPSTLNELHKQAINELFERFCDACLACVRKQMKELSPTSDT
NLVKSLMNLMDCQMDEFQDEAKFSQLDERQVFGWIEGMFIFALTWSLGASSDDKSRYSMD
ALVKELLQGGMQEETRAKLSLINLVDPPMKPYMVDFPKEGTIYDYKFLKEGNGKWQKWDL
DIKDAPPIPKDALFNEIIVPTVDTVRYTHLMMTLVTHQKTCLFVGPTGTGKSCYIIDFLL
NKLDKDVYKPNIVNFSAQTTCNQTQNIIMSKLDKRRKGVFGPPLGKKAIVFVDDLNMPMR
ETYLAQPPIELLRQWMDHWNWYDLKDTTMIKLIDIQLMAAMGPPGGGRNPVTPRMLRHFN
TITMNEFDNESMSTIFRRIMDWHITSKGFSKQFNACVDMVVSGTMDVYKKSLEMLLPTPA
KSHYLFNLRDFSRVVQGVLLSIPDTTEEPASMKRLWVHEVFRVFYDRLVDDADRSWLYGY
VREVVKTRLSEDFDQLFIHLDSDGDNKVTEDDLRSLLFCDFADPKSDAKNYIEIRDLNSL
TTVVEGYLDEFNNMSKKPMNLVMFRFAIEHVSRISRIIKLPRSHALLVGVGGSGRQSLTR
LAAHMSDYDLHQVEISKSYTSVEWREDLKLILRKSTETDQHAVFLFSDTQIKQESFLEDI
NNLLNSGEVPNLYPADEKAEVCEKMRQIDRQRDKSKQTDGSPVSLFNMFVGRCRDQLHIV
LAMSPIGDAFRNRLRKFPSLVNCCTIDWFQSWPEDALQAVATRFLDDIEMEDNIRFGCIS
MCKDFHTTTRELSERFLNELERHNYVTPTSYLELINTFKELLNKKRDEVMKAKRRYEVGL
EKLQSAASQVAVMQQELTDLQPQLVVASKEVEQIMIKVESESVEVAKVEKVVKADEAVAN
EQASAAKAISDECEADLSEAIPILNSALAALDTLTPQDITLVKSMKSPPYGVKLVMESIC
VLKGIKPERIPDPSGSGKKIEDYWGPSKKLLGDMKFLESLHSYDKDNIPPAVIKIIREKY
VTNPDFVPEKIKTASTAAEGLCKWVRAMESYDKVAKVVAPKKEALKKANAELAVAMAALE
KKRAALKEVQDKLARLTEQLEHNKQKKVDLENQVDLCEKKLERAEQLIGGLGGEKDRWSQ
SAEELGIKYINLTGDVLVSSGLVAYLGAFTSSFRQEQAKTWQNSVVSKNIPCSPVFSLVT
TLGDPVAIRSWNICGLPTDNFSVENGIIISNARRWPLMIDPQGQANKWIKNMEKANQLAV
IKLSDSDFVRSLENAIQFGTPVLLENVLEEIDPMLEPLLLKQTFKQGGSLCIKLGDSTIE
YSHDFRFYMTTKLRNPHYLPETSVKVTLLNFMITPEGLQDQLLGIVVARERPELEEEKNA
LILQSAENKRLLKEIEDKILMVLSTSEGNILEDETAIKVLSSSKVLANEISEKQAIAEET
EQKIDKTRMGYTPIAVHSTILFFSIADLANIEPMYQYSLTWFINLFILSIDNAEKSEDLD
TRLLNLKNHFTYSLYCNICRSLFEKDKLLFSFLLCVNMLKHDKEIDEEEWRFLLTGGVGL
DNPHSNPSTWLPIKSWDEFCRLDDLPHFKGLRQKFITYKDQWKTIYDSLEPNKEPLPGDS
NEKLNTFQKMLVLRCLRPDKIVPAVQSFVTEKIGKKYIEPPPFDLPKAYGDSNCCAPLLF
VLSPGADPTAALLKFADDQGFGGAKFESLSLGQGQGPIAIRLIDKGKKRRDMGPAPKLSL
VLFMDAYTGEDL
NT seq 10479 nt   +upstreamnt  +downstreamnt
atgtcagcagttaacggagtgagcaagacttctccaagaaatgggccacagaaaaccaag
ggcaaaggagcagatgacccaatccgatttcttcccactctgccaaacaaaagaaccaag
ccgtcatggcaacagaaccctccctcatttctgctgacaacccaggtagaacatgaggac
caaaagcttgggattgacttagtgtcagaattgacagcaagagaacctaaaaaaggcaaa
catggtcgtagcaagacttgggagaatgcaaatgggcaagccaacggccatgctgcaacc
ccaagaaaagatagggagcatttcaggaaagctttggttgatattatcatgcaagaggac
actccccctcaaagcagacccatgtccacaaatggagagctgccaccattaacaagaact
gggtcaccaaccagtgcagagaaagatatcctgagatattactactacatacacaatggg
attgacacagaacatgttgctcccatggaagacaactggttggaaaatgtattgaaattg
gtgcctggggaacttaagactggacacactgaaacaatagaaaatctgtctgatgaaatg
agagaagattaccttcttagtgtgaagaaagcaattgttgactttgtgctgaaggatccc
agagagaaggaatcggatgagaaggagcacctgccaggccacagggaggagcttcaggtt
gttcccaagccctggtacaagtcttacacctgggccagggatatagcagttgaccacctc
catgtcaccaacccctgtatgatgcaggtgctggatttgtggcatgccacctttgggcaa
ctgaggctgattgacatagaggaattccacaacagaacagagtccatggacctgaagaca
ttccagcagctgtgcatcagacatgtagactcggccaaggaaaagctgctgaaaaagtgg
tttcccgaaatccagaatatcttttaccaaggcaacaaaaggaagcaggttcctagcaac
caggaccaggagagattagagaagttcttcaactgtgctgccaccctcatgacagaacaa
ctgcaggcactgtgtctggtgtccatgtcagactacacagacttgatatgccagcctcca
cattccaccagagcctatgaacatgctggctttgtgctgagactgatcctggacaagtcc
gagataaagtttgagccatcttttgaagattttgagctagtgttattaaatgcgtatgaa
gtgatggacagggctgtcaatgtggtacccagagtagagactaaactgtactctgaatgg
agtggcagtacaaacaaacagttcctgaagccagtgattctccctgagatcagggccgcc
catgaggacaaggtgaaagctgagatcaagaaggaaagtgtcaagccaatccaccatgca
aagcactatgacaaatacagcttcctcatctctaaccaggcagaggcagatgtggagcag
ttcttgaaggaagagcacagttttgatgaatacgttgcagaggtcaagaagtacaaacaa
ttgctggatgacatcacttacaacaacataaagaaaatccgcctggggatgtttgaagtg
cactgtgatgagttagtgagagccttggcaaaaagggcagacacatttgctaacagactg
ctggccaagatgcagaaagatcatcaggatcagaacaggaagctttgtgatgactatgag
aagatctcggagaaggctctggccacccctgccaacactgagcagctgatagagctgaac
acctatatcaccaatgtggagaagaaggagatctttgaattggagaagagactggttagc
gccaaggacaggctggctttcctggcagactttgctcagttttctcctgcagagattcgc
ctgaatagcaacacatttatgtggcatggaagaatgccccaaatctttgaggaacataaa
ctcattgtagatgacaagacgtcacagttccaggagaatcttaagtatcgcagagagaga
ttccaggaagatttggacagttatgcaaagcaagtggaagaattttcatcatttggtgac
ctgaatgagatacagaagtatctgaagaaggcccaggcactagatgccaagctgcagact
gcagctgaaaagattgagcagttcaatactgaggaagaggcatttggctgggagaccagt
gcctacccacagaggatgcaaatcatcaacatactgaaaccctaccagaatttgtatgaa
cagacagtggagtttggacagaaatataaagaatggatggatggccctatgtccaacgta
aacccagatcaggtagaccaagaagttggtaattattggagaaacctgtacaaacttgag
aaaggttttgatgctataccaacagcaaagaaaattgccaataagaccaaatccaagatt
gaggagttccgtgaccacctccctctggtccagacattgtttaacccaggcctgagagac
cgtcactgggagttgatagcagaaatcatcaactacccagggttcaagccagatgaggac
acctgtctgtccaagtttgtggacatgaaccttgaccagtacatccctaagctggagtcc
atcagtgagtctgccagcaaggaatactcgcttgagaaggcaatggagaagatgaagatc
gagtggaaagatattgagtttgtgatggtcccatacagagagactggaactcacatcctg
tcctcagtggacgacattcagctgctgctggacgaccacattgtcaagacacagactatg
agaggatctcccttcatcaagccttttgaagtagaaatgaaggagtgggagggcaaactg
gtcctgctacaggatatcctggatgagtggctgaaggtgcaggccacctggctataccta
gagcctatcttcagctccccagatatcatggctcagatgccagaggaaggcaggaagttc
acaacagtggacaagaactggaaggacatcatgaaggcctctgtggtggacaaacatgtc
cttgcagtgaccagtatagataaaatgttggaaagactcaagaagtccaatgagcttcta
gaacagatccagaagggcttgaatgactaccttgagaagaagcgcctctacttcccacgt
ttcttcttcctgtccaatgatgagttgcttgagatcttgtccgagaccaaggacccgacc
cgtgtccagcctcatctgaagaaatgctttgaaggcattgccaagctggagttcacggac
attctggacatcactcacatgaagagcagtgagggagaggtggtccttctcagagatgtg
atctctacctccaaggccagaggtcaggtggagaagtggctgctggagctggagggcgac
atgattgtctctttacataaggtgattggtgaatccctggaagtgtataactccacccct
agagctgagtgggtgtgtaagtggccaggacaggctgttctgtgtgtcaccaccaaatac
tggacagattttgtcagccaatccatccgtgaaggtgagaaggcaatggatgcctacctg
cagctgaacaacagccagattaatgagattgtggcactggtgcgaggcaagctgtccaaa
cagaaccgcactacactgcaggccctgattgtgttagatgtccacgccagggatgtgctg
caggaattgtgcaagtccaaaatcagcagcgaatttgacttctcttggctgagtcagctc
agatattactgggaggaaggacagatgattaccagaatgatcaactccatgctgccatat
ggttatgaatacttgggcaacagtggccgtctcgtcattacacctctcactgacagatgc
tacaggaccctgtttggagccctacacttacacttgggaggtgcccctgagggacctgct
gggacaggcaagactgagaccaccaaagatctggccaaagctgtggccaaacagtgtgtg
gtcttcaactgctctgatggtctggattatattgcccttggaaagtttttcaagggtttg
gcctcttgtggagcctggtcctgctttgatgaattcaaccgtattgatcttgaggtgttg
tctgtggtagcccaacaaattcttactatccagagagccattaatgcgggtgcagacacc
ctgttgtttgaggggactgagctgaggttggatcccacatgtgctgtctttatcaccatg
aacccaggttatgcagggcgctcagagctgcctgacaacttaaaggctctcttcagaaca
gtggctatgatggtcccagattatgccctgatctctgagatctccctctactcctgtggc
tttgtcagtgccaggccactgtctgtgaagattgtggccacataccgtctgtgctcagag
cagctgtcttcacagagtcattatgattatggtatgagggctgtcaagtctgtactcaca
gctgctggtaacctcaagttgaaatacccggaagagaatgaagacattttgatgttacgt
tccatcattgatgtgaacctgcccaagttcttgagccacgacttgcccctgttccatggt
atcacctcggatctgttccctggcatcaagctaccagagcctgactacgtggccctgaat
gaggcagtcaggcaaaactgcgataagatgaacctccagtgcactccgttcttcctggag
aagatgcagcagatttatgagatgatgatagtgcgtcacggctacatgattgttggtgaa
ccctttggtggcaagacttctgcctacagagtgctggcaggagcactgggagatctgcat
gagaagggtctaatggaagaaaacaaagtacaaatctttgtcctgaaccccaagtccatc
accatgggtcagttgtatggtcagtttgaccctgtgtcccatgagtggtcagatggtgtg
ctggctgtgtcttacagaaactttgcacagtctacaaccccagacaggaaatggctcatc
tttgatggcccagtggatgccatctggattgagaacatgaacaccgtgctggatgacaac
aagaagttgtgtctgatgagtggtgagattatacagctggccagcactaccaaccttatg
tttgagcctatggacttggaggctgcatcccctgctactgtgtcccgctgtggtatgatc
tacatggagccgtcctctcttggttggcggccagtggtcaagtcctggctgaatgtgcta
ccatcaactctgaatgaactacacaagcaagccattaatgagctgtttgagaggttttgc
gatgcctgcctggcttgtgtcagaaagcagatgaaggaactctctccaacttctgatacc
aacctggtcaagtctttgatgaacctgatggactgccagatggatgagttccaggatgaa
gccaagttcagtcagctggatgagagacaggtctttggctggatagagggaatgttcatc
tttgcactgacctggtctttaggtgccagcagtgatgacaagagcaggtactccatggat
gcattggtgaaagaactactgcagggtggcatgcaagaagaaacgcgtgctaagttgagc
ctgataaatttagtggatccaccaatgaagccttacatggtagactttccaaaggaaggg
accatttatgactacaaattcctcaaagagggtaacggcaaatggcagaaatgggacctg
gatatcaaggatgctccccctatccccaaggatgccctgttcaatgagatcattgtcccc
actgtggacaccgtccgctatacccacctgatgatgacactggtcacacatcagaagact
tgcctctttgtgggacccactgggacaggaaaaagttgttatatcattgacttcctgctg
aacaaactagacaaagatgtgtacaaacctaacatagtgaacttctcagcccagaccacc
tgcaaccaaacccagaacatcatcatgtccaagctggacaagaggaggaagggagtgttt
ggtccacccctgggaaagaaggctattgtatttgttgatgacctgaacatgccaatgaga
gagacgtaccttgcccagcctcccatagagttactgaggcagtggatggaccactggaac
tggtatgacctcaaggacaccaccatgatcaaactgatagatatccagctgatggcagcc
atgggaccaccaggtggtggtcgcaacccggtgactcccagaatgctgcgccatttcaac
actatcaccatgaatgagtttgacaatgaatctatgagtacaatattcaggagaatcatg
gactggcacattacttcaaagggtttctccaagcagttcaatgcctgtgtagacatggtg
gtcagtggtactatggatgtctataagaaatctctggagatgttgctacccaccccagcc
aagtcccactacctgtttaacctgcgtgacttcagcagagtggtccagggcgtcctgctg
tccatacctgacaccacagaggaacccgcctccatgaagaggctctgggttcatgaggtg
ttccgagtgttctatgacaggttggtggatgatgcagacaggagctggctctatgggtat
gttagagaagtcgtgaagaccagactgagtgaagattttgatcaacttttcatccatttg
gattctgatggagataataaggtaactgaggatgacttgcgtagcttgttgttctgtgac
tttgctgatccaaagtcagatgctaagaactacattgagatccgtgacctgaactctctg
accactgttgtggagggctacctggatgagttcaataatatgagcaagaaacctatgaac
cttgtcatgtttagatttgccattgagcatgtgtcacgtatctcccgaatcatcaagctg
cccagaagtcacgctttgttggtgggagttggaggatctggacgtcagtctcttaccagg
ctggctgcacatatgtcagactatgatctgcatcaggttgagatcagcaaaagttacacc
agtgtagaatggcgtgaagatctcaaacttatcctgcgtaagtctacagagactgatcag
catgctgtgttcctgttctcagacacacagatcaaacaagaatccttcctggaggatatc
aacaacttattaaactctggtgaagttcctaacctttaccctgctgatgagaaggctgaa
gtctgtgagaaaatgaggcaaattgacagacaacgggacaagagcaaacaaacagatggc
tcccctgtcagcttgtttaacatgtttgtggggagatgtagagatcagcttcatattgta
ctggccatgagtcctattggtgatgcattcaggaacagactgaggaagttcccctctttg
gtcaactgctgtactatagattggttccagtcctggccagaggatgccctgcaggctgta
gccacacgcttccttgatgacatagagatggaggacaacatccgatttggctgtatttct
atgtgtaaggatttccacaccaccaccagagagctctcagagaggttcctgaatgaactg
gagagacacaactacgtgacgcccacatcctacctggagctcatcaacactttcaaagaa
ctgctcaacaagaagagagacgaggtgatgaaagccaagaggagatacgaggtgggtctg
gaaaagctccagtctgcagcctcccaggtggccgtaatgcagcaggagctgactgacctg
cagccacagctggtggtggccagtaaggaggtggaacagatcatgatcaaagtggagtcc
gagtcagtggaggtggccaaagttgagaaggttgtgaaagctgatgaagctgttgccaat
gagcaggcttcggctgctaaagctatctcagatgaatgtgaagctgacttgtcggaggcc
attccaatcctgaacagtgcactggcagctttagacaccctcacaccacaggacatcacc
ctggtgaaatctatgaagagccctccatatggtgtcaagcttgttatggagtctatctgt
gtactaaaaggaattaaaccagaacgtataccagacccctcagggtcaggcaagaagata
gaggattactggggaccgtctaagaaactgttgggtgacatgaagttcctggaatccctg
cattcttatgacaaggacaacatacccccagcagtgatcaagataatcagggagaagtat
gtcaccaatcctgactttgtccctgagaagatcaagactgcctccactgcagctgagggc
ctctgcaagtgggttagagctatggaatcctatgacaaggtggctaaggtggtggcaccc
aagaaagaagccctaaagaaggctaatgctgaactagcagttgccatggctgcactggag
aaaaagagggcagcactgaaagaagtccaggacaagctggctagactgacagagcagtta
gagcacaacaaacagaagaaggtggacttggagaaccaggtggatctctgtgagaagaaa
ctggagagggcagagcagttgattggaggtctaggtggtgagaaggacagatggagccag
tctgctgaagaacttggcattaagtatatcaacctgactggagatgtactggtctcttct
ggcttggtggcctatctgggagctttcacttcatcattcagacaggaacaagccaagacg
tggcagaatagtgtggtcagtaagaatattccatgttccccagtgttctccctggtcact
accctgggagacccagtggccatcaggtcgtggaacatctgtggtctgcccactgacaac
ttctctgtggaaaatggtatcattatcagtaatgctcgtcgttggcccctcatgatagat
ccccagggccaggccaataagtggatcaagaacatggagaaagcaaaccagttggctgtt
atcaaactcagtgatagtgactttgtcaggtccctggagaatgctatacagtttggaact
ccagtactgctggagaatgtacttgaagaaatagacccaatgttggagcccctgttactg
aagcagacattcaagcagggtggtagtctgtgtataaagctgggagacagtacgatagag
tactcacatgacttcaggttttatatgaccaccaaactgaggaatccacattacttgcct
gagacctctgtcaaggtgaccttgttgaactttatgatcaccccagagggtcttcaggac
cagctactgggtattgtggtagccagagagagaccagagctggaggaggagaagaacgca
ctcattctacagagcgcagagaacaaaaggctgctcaaagaaattgaggacaaaatcctg
atggtcctgtctacatcagagggcaacatccttgaggatgagacggccattaaagtgctg
tcctcctccaaggtcctggccaatgagatctcggagaaacaggccattgctgaggagact
gagcagaagattgacaagacacgtatgggctacactcccattgctgtgcattccaccatc
ctgttcttctccattgctgacctggccaacatagagcctatgtaccagtactctctaacc
tggttcatcaacctcttcatactgtccattgacaatgcagagaagtctgaggatctggac
actaggctgctgaacctgaagaaccacttcacttacagcttgtattgcaacatctgcaga
tctctgtttgaaaaggacaagctgctgttctcattcttgctgtgtgtgaacatgttgaag
catgacaaagagatagacgaggaggagtggaggttcctgctgactggaggcgtgggactg
gacaacccccatagtaacccctccacctggctgccgatcaagtcctgggatgaattctgt
cgtctggatgacctgcctcacttcaaaggactccgacagaagttcatcacatataaagac
cagtggaaaaccatttatgacagtttggaacccaataaagagcctttgcctggggattcc
aatgaaaaactgaacactttccagaaaatgctggttctccgctgtctaaggccggacaag
attgtcccagcagtccagagttttgtgacagaaaagattgggaagaagtacatagagcct
ccaccatttgaccttcccaaggcttatggtgacagtaactgctgtgcccctctgttgttt
gtactgtctcctggtgcagatcccacagccgcgctgctcaagtttgctgatgatcagggt
tttggtggtgcaaagtttgagtctctgtcccttggtcagggccagggccccattgctatc
aggctgatagataaaggcaaaaaaagaagggacatgggtcctgctccaaaactgtcactt
gtcctcttcatggatgcctacactggagaagatttgtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (150)   
   KEGG ORTHOLOGY (1)   
   RefGene (146)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (16)   
   Pfam (16)   
All databases (176)   

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