KEGG   Nannospalax galili (Upper Galilee mountains blind mole rat): 103739019
Entry
103739019         CDS       T03372                                 
Symbol
Dnah10
Name
(RefSeq) dynein axonemal heavy chain 10
  KO
K10408  dynein axonemal heavy chain
Organism
ngi  Nannospalax galili (Upper Galilee mountains blind mole rat)
Pathway
ngi04814  Motor proteins
ngi05014  Amyotrophic lateral sclerosis
ngi05016  Huntington disease
ngi05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:ngi00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    103739019 (Dnah10)
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    103739019 (Dnah10)
   05016 Huntington disease
    103739019 (Dnah10)
   05022 Pathways of neurodegeneration - multiple diseases
    103739019 (Dnah10)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:ngi03037]
    103739019 (Dnah10)
   04812 Cytoskeleton proteins [BR:ngi04812]
    103739019 (Dnah10)
Cilium and associated proteins [BR:ngi03037]
 Motile cilia and associated proteins
  Dynein arm
   103739019 (Dnah10)
Cytoskeleton proteins [BR:ngi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     103739019 (Dnah10)
SSDB
Motif
Pfam: AAA_6 DHC_N1 DHC_N2 AAA_8 Dynein_C AAA_9 AAA_7 MT AAA_lid_11 Dynein_heavy AAA_5 Dynein_AAA_lid AAA_lid_1 AAA_22 AAA RsgA_GTPase Spo7_2_N FtsK_SpoIIIE MID_MedPIWI AAA_23
Other DBs
NCBI-GeneID: 103739019
NCBI-ProteinID: XP_008837494
Position
Un
AA seq 4589 aa
MDDLRVLWLRDRVYTAFGLTNPKVFEELLSRDDSEVEDLILHFLNHTNDEDGAATLFFYR
VLLPEEVEVEIEEIPIISEEETEEEENKSQKTEGMDKGPVKTVKSRNNSKTPSVFGIDDD
DVNRENSDRPYGKRLVKRIVNRLDLRVSCNPLPEEFLDQNVVFFLRNTKEAVSEASDMKE
AMEIMPETMEYGIINVHVLCFLRDVICQVFMPALSYNQHKTDSGLGTMSTKSQEFSHYDL
EMPIMPGDTVEYHSVQLIRDEFLMNLQKFANNIQRTMQQLEGEIKLEMPSISVEGEVSEL
AADPDMIEALEQCVINWLNQISGAMESQLKKTPQGNGPLAEIEFWRERNATLSALYEQTK
LPIVKKVFDIIKEAESMLVANVQPVLIELFKLHMEASDNVRFLSTVERHFKNITHGSSFH
VVLDTIPSMMGALRMVWIISRHFNKDERMIPLMERIAWEIAERVCRVINLRSLFKENRVS
AQRKTLEARNTLKLWKKSYFDIRAKIEASGREARWEFDRKRLFERTDYMASICQDLADVL
QVMEEFYNIFGPELKAVTGDPKRIDDVLCRVDSLVTPMENLNFDPFSIKSSPYWKYVMDD
FKLEVLVIEKEAKNFIDDSFKTLRSAEAAFDMLLKFKHIHSREAINRQMMMKFNDILAQY
CKEIDIVNKIFVQNLDNPPLYKNHPPVAGAIYWERSLFYRIKHTILRFQEVEELLDSDRG
QQVKQKYLEVGRTMKDYEDRKYEQWKEMTEQNLPYLMKSSLLAKTSTTAEEGPSLDRGAV
FVINFSPVLREIINETKYLEHLGFTVPELARNVALQEDRFLRYMDGIQRMLDHYNLLVST
LNEAETVLLDDHSQELLRVFRSGYKRLNWNSLGIADYITRCKQAIGKFESLVHQIHKNAE
DIASRLTLIESINLFKYPVPKGKDGLPGVKEFFEHIERERTKDVDHMVQWYMAIGPLLTK
VEGLVVHTNTGKAPKLASYYEYWEGRIYDILGKLILKNLQAFNSLILGHVPLFQTETSLT
APEIILHPNVNEIDKMCVHCTRNCVEITKHFVRWMNGSCIECPPQKGEEEEIVIISFYND
ISLNPQIMDQAVMIPQNIHRLLVNLMKYLQKWKRYRPLWKLDKSFVMEKFAAKKPPCVAY
DEKLQFYSKIAADVMRHPLVKDEHCIRLQLGPLASAVQEKAKSWVISLGKLLNESAKEEL
FSLRDEIEHLAKNLKKSPNTLEDLKFVLATIAEIRTKSLVMELRYKDVQERYRTMVIYSI
FPSEAEQELVDKIESMWENLFMESVNVEHALGGIKRTFTEITRGEIMNYRLQMDEFAKQF
YSQGPGAVGEDLNKGIDLLGSFERELAKHEKNRQELANAEKLFDLPITMYPELIKVQKEM
TGLRMIYDLYVALKVSKEEWSQTLWINLNVQHLQEGIDGFLKNLRKLPRPVRSLSVACHL
EAKMKAFKDSIPLLLALKHEALRERHWKELMEKTGVFFEMTETFTLENMFAMELHKHTEV
LNEIVTAAIKEVAIEKAVKEILDTWESMKFTVVKYYKGTQERGYILGSVDDIIQCLDDNT
VNLQSILGSRFVGPFLQTVHKWEKTLSLIGEVIEIWMLVQRKWMYLESIFIGGDIRSQLP
EEAKKFDNIDRIFKRIMGETLKDPVIKRCCEAQNRLSELQAISEGLEKCQKSLNDYLDSK
RNAFPRFFFISDDELLSILGNSDPLCVQEHMIKMFDNIAMLQFHDGDSGEKLVLAMISAE
GEVMNFRKIVRAEGRVEDWMTAVLNEMRRTNRLITKEAIFRYCEDRSRVDWMLLYQGMVV
LASSQVWWTWEVEDVFHKIKGGDKQAMKNYGRKMHRQIDELVTRITMPLSKNDRKKYNTV
LIIDVHARDIVDSFIRGSILEAREFEWESQLRFYWDREPDELNIRQCTGTFSYGYEYMGL
NGRLVITPLTDRIYLTLTQALSMYLGGAPAGPAGTGKTETTKDLAKALGLLCVVTNCGEG
MDYKAIGKIFSGLAQCGAWGCFDEFNRIDASVLSVISSQIQTIRNALIHQLTTFQFEGQE
ISLDSRMGIFITMNPGYAGRTELPESVKALFRPVVVIVPDLQQICEIMLFSEGFLGAKTL
AKKMTVLYKLAREQLSKQHHYDFGLRALKSVLVMAGELKRGSADLQEDVVLMRALRDMNL
PKFVFEDVPLFLGLISDLFPGLDCPRVRYPDFNDAVEQVLEESGYVLLPVQVDKVVQMFE
TMLTRHTTMVVGPTGGGKSVVINALCQAQTKLGLMTKLYILNPKAMAVIELYGILDPATR
DWTDGVLSNIFREINRPTDKKERKYILFDGDVDALWVENMNSVMDDNKLLTLANGERIRL
QAHCALLFEVGDLQYASPATVSRCGMVYVDPKNLKYQPYWKKWVQQMQKVEQKVLDTLFE
KYVPPLINMIVEGVIDGRQGERLKTIVPQTDLNMVIQLTKMLDSLLEGEVKDPDLLECFF
LEALYCSLGASLLDAGRIKFDKYIKRLASLPTVDSERGWAHPGELPGHLPTLFDFHFEPK
QNQWIPWSKLVPEYIHDHTKKFIDILVHTVDTTRSTWILEQMIKIKQPVLFVGESGTSKT
ATTQNFLKNLNEETNIVLMVGFSSRTTSLDIQRNLEANVEKRTKDTYGPPMGKRLLVFMD
DMNMPKVDEYGTQQPIALLKLLLDKGFLYDRGKELNCKSIRDLGFIAAMGKAGGGRNEVD
PRFLSLFSVFNIPFPSEESLCLIYFSILRGHTLTFNESIGALSRRLTLCTLILYKNIVQD
LPPTPSKFHYIFNLRDLSRVFNGLVLTNPKRFQTVTQMVRVWRNECLRVFHDRLINEIDK
QLVQDHIGNLVREHFADDFDSIMRDPILFGDFRMALHEGEPRVYEDIQDYEAAKALFEEI
LEEYNETNTRMNLVLFDDALEHLTRVHRIIRMDRGHALLVGVGGSGKQSLSRLAAFTAGY
EVFEILLSRGYSETNFREDLKSLYLKLGLENKMMIFLFTDAHVAEEGFLELINNMLTSGI
IPALFLEEEKDTILSQIGQEALKQGMGPAKESVWQYFVNKSANNLHIVLGMSPVGDTLRT
RCRNFPGLVNNTGIDWFMPWPTQALHAVAKSFLGDNPMIPIENIEDLVEHMVMVHQSVGK
FSKQFLQKLRRSNYVTPKNYLDFINTYSKLLDEKTQYNIAQCKRLEGGLDKLKEATIQLD
ELNQKLAEQKIVLAEKSAACETLLEEIATNTAIVEEKKKMAEEKAMEIEEQNKIIAVEKA
EAETTLAEVMPILEAAKLELQKLDKSDVTEIRSFAKPPKQVQTVCECILIMKGYKELNWK
TAKGMMSDPNFLRSLMEIDFDSITQGQVKNIKGLLKTLNTTIEEMEAVSKAGLGMLKFVE
AVMGYCDVFREIKPKRDKVARLERNFYLTKRELERIQNELAAIQKELEALGAKYEVAILE
KQKLQEEAEIMERRLIAADKLISGLGSENVRWLNDLDELMHRRVKLLGDCLLCAAFLSYE
GAFTWEFRDEMINQVWQNDILDRDIPLSQPFRLENLLTDDVEISRWGSQGLPPDELSVQN
GILTTRASRFPLCIDPQQQALNWIKRKEERNNLRVASFNDPDFLKQLEMSIKYGTPFLFH
DVDEYIDPVIDNVLEKNIKLSQGRQFIILGDKEVDYDSNFRLYLNTKLANPRYSPSVFGK
AMVINYTVTLKGLEDQLLSVLVGFERRELEEQREHLIQETSENKNLLKDLEDSLLRELAT
STGNMLDNVELVQTLEETKSKAVEVSEKLKLAEKTALDIDRLRDGYRPAARRGAILFFVL
SEMALVNTMYQYSLIAFLDVFGLSLKKSLPDSILMKRLRNIMDTLTFNIYNYGCTGLFER
HKLLFSFNMTIKIEQAEGRVPQEELDFFLKGNISLEKSKRKKPCTWLSDQGWEDIILLSE
VFSNDFGDLPDDIECHLPIWQEWYNLDFLEQFPFPLGYDENITAFQKLLILRCFRVDRVY
RAVTDYVTLTMGEKYVQPPMISFENIFEQSTPTSPIVFILSPGSDPASDLMKLAERSGFG
GTRLKFLAMGQGQEKVALQLLETAVARGQWLMLQNCHLLVKWLKDLEKSLERISKPHPDF
RLWLTTDPTKGFPIGILQKSLKVVTEPPNGLKLNMRATYFKISQKMLEQCPHTAFKSLVY
VLAFFHAVVQERRKFGKIGWNVYYDFNESDFQVCMEILNTYLTKAFQQQDPRIPWGSLKY
LIGEVMYGGRAIDSFDRRILTTYMDEYLGDFIFDTFQPFHFFWNKEVDYKIPVGDVKDKF
VEAIEALPLANTPEVFGLHSNAEIGYYTQAARDMWDHLLELQPQTGESSSGISRDDYLSQ
VAKDIENKMPKIFDLDQVQKHLGVNISPTSVVLLQELQRFNKLAIRMTRSLAELQRALAG
EVGMSNELDDVARSLFLGHIPNIWRKLAPDTLKTLGNWMVHFLRRFNQYTMWVTESEPSV
MWLSGLHIPESYLMALVQATCRKNGWPLDRSTLFTQVTKFQDADEVNERAGQGCFVSGLY
LEGADWDIEKGCLIKSKPKVLVVDLPILKIMPTEAHRLKLQNTFRTPVYTTSMRRNAMGV
GLVFEADLFTTRHISHWVLQGVCLTLSSD
NT seq 13770 nt   +upstreamnt  +downstreamnt
atggacgacctgcgggtactgtggttgcgcgaccgtgtgtacaccgccttcggcctcact
aacccgaaggtgttcgaggagctactgagcagggatgacagcgaggtggaggacctcatc
ctccacttcctcaaccacaccaatgatgaggatggtgctgctactctcttcttctaccga
gtcctgttgcctgaggaggtggaggtggagattgaagaaataccaatcatatctgaagag
gagactgaggaagaagagaacaaatctcaaaaaacagagggcatggataaagggccagtg
aagactgtgaagtcaagaaacaattccaaaactccctctgtgtttggcattgatgatgac
gacgtgaacagagagaactcagacagaccctatggcaagaggcttgtgaagcgcattgtg
aacagactggacctgcgagtgagctgcaacccccttcctgaggaatttctggaccagaat
gtggtgtttttcctcagaaatacaaaagaggctgtctctgaagccagtgacatgaaggaa
gcaatggagattatgccagaaaccatggagtatgggatcataaatgtacatgtgctctgc
ttcctgagggatgtcatctgccaggttttcatgcctgcgctgtcctacaaccagcacaag
acagactcggggctgggaactatgtctacaaaaagccaggagttttcccattatgacttg
gagatgccaatcatgcctggggacacagtggaataccacagcgtccagttaatacgtgac
gaattcttaatgaaccttcagaaatttgcgaacaacattcaaaggacgatgcagcagctt
gaaggtgagatcaagttggagatgcccagcatcagtgtggaaggagaggtgtctgagctg
gctgctgaccctgacatgattgaggccttggagcaatgtgtgatcaactggctgaaccaa
atatcaggggccatggagagccagctgaagaagacaccccagggcaatggtcccctggct
gaaattgagttctggcgggagagaaatgcgaccttaagtgcactctatgagcaaacgaag
cttccaattgtgaagaaggtctttgatatcatcaaggaggcagaatccatgctggtggcc
aatgtgcagcctgtcctcatagaactgttcaagctccacatggaggcctcagacaatgtg
cgcttcctgtccactgtggagcgccacttcaagaacatcacacatggctctagcttccac
gtggttctggacaccatcccatccatgatgggtgcattgcgcatggtgtggatcatctca
agacacttcaacaaggatgagaggatgatcccactcatggagcgcatcgcctgggagatt
gctgagcgcgtgtgcagagtgatcaacctgcgatctctgttcaaggaaaacagagtgagt
gcccagcgcaaaaccctggaagccagaaacaccctcaagctgtggaagaagtcctacttt
gacatccgggccaagattgaggcttctggtcgggaggcacgctgggaatttgaccggaag
cggctgtttgagaggacagactacatggccagcatctgccaggaccttgccgatgtcctg
caggtcatggaggaattttacaacatatttggcccagagctgaaggctgtgactggggat
cccaagcgtattgatgatgtcctgtgcagggtggacagcctggtcaccccaatggaaaac
ctgaactttgaccccttcagcattaagtcttccccatactggaaatacgtgatggatgac
tttaagcttgaagttctggttattgagaaagaagcaaaaaattttattgatgactctttc
aagacgctccggtcagcggaagcagccttcgacatgcttttaaaatttaagcatatccat
tcacgggaggccattaaccgacagatgatgatgaagtttaatgacatcctggcacagtac
tgcaaggagattgacattgtcaataagatctttgtgcagaacctggacaacccgccactg
tataagaaccaccctcctgtggcgggcgccatctactgggagcggtccctgttctacagg
attaagcataccatcctcaggttccaggaggttgaggagcttctggacagtgaccgtggc
caacaggtaaagcaaaaatacctggaggtgggcaggacgatgaaggactatgaggaccga
aaatacgagcagtggaaggagatgacagagcagaacctcccatacctcatgaagagtagc
ctgctcgccaagacttctaccacagcagaggaggggccgtctctggatcggggggccgtg
tttgtcatcaacttctcccctgttctcagagagattattaatgagaccaagtacttggaa
catctggggttcactgtccctgagctggcgaggaatgtggccctccaggaagacagattc
ctcaggtacatggacggcatccagcgcatgctggaccactacaacttgcttgtcagcacg
ctgaatgaggcagagaccgtgctgcttgatgatcattcccaggagctgctcagggtgttc
aggtctggatacaagagactaaactggaactcgctaggaattgcggattatatcactcgg
tgcaaacaggccattggcaagttcgagtctctggttcaccagattcataagaatgcagag
gacattgcctccaggctcacgctaatcgagtcgatcaacctgtttaaatacccagtccct
aaaggcaaggatgggctcccaggagtgaaggaattctttgagcacattgagcgagagagg
accaaggatgtggaccacatggtccagtggtacatggccattgggcctctgctaaccaag
gtagagggcctagtggtacacaccaacacaggcaaggctcccaagctggcctcctactat
gagtactgggaaggcagaatctatgacatcctggggaaactcattctgaagaatctacag
gctttcaactcgctgatccttggacacgtccctctattccaaacggaaaccagtctgaca
gctcccgagatcattctccatcctaatgtgaatgagatcgataagatgtgtgtccactgt
actcgcaattgtgtggagatcaccaagcactttgtccgctggatgaacggcagctgtatc
gaatgcccacctcagaagggtgaggaggaagagatcgtgatcatcagcttctacaacgac
atctccctgaacccccagatcatggaccaagccgtcatgatcccccagaacatccacagg
ctcctagtcaacctcatgaagtacctgcagaagtggaagcgctaccggcccctctggaag
ctggacaagtcctttgtcatggagaagttcgcggccaagaagccgccctgcgtggcctac
gacgagaagctgcagttctactccaagatcgcggccgacgtgatgcgccacccgctggtc
aaggacgagcactgcatccggctgcagctcgggccgctggccagcgctgtgcaggaaaag
gccaagtcctgggtgatctcgctggggaaactcctcaacgagtcggccaaagaggagctc
ttcagcctccgggatgagatcgagcacctggccaaaaatcttaagaagagccccaacacc
cttgaagatctaaagtttgttcttgcgacaatcgcagaaattagaaccaaatctttagtc
atggagctgagatacaaggatgttcaggagcggtaccgcaccatggtcatatacagcatc
tttccttctgaggctgagcaggagctggttgacaagattgagagcatgtgggaaaatctc
ttcatggaatcggtgaatgtagaacacgcacttgggggcatcaagagaactttcaccgag
atcactcgtggtgagataatgaactacagactccagatggatgaatttgccaagcaattc
tacagccaaggccctggggctgtgggtgaagatctcaacaaaggcatagacctgctaggg
agttttgagagggagctggcaaagcacgagaagaaccggcaggagctggccaatgcggag
aagctctttgaccttccgatcaccatgtaccccgagctgatcaaagtgcagaaggagatg
actgggctcagaatgatctacgacctgtatgtggccctgaaggtttcaaaagaagaatgg
tctcagaccctctggatcaatctgaatgtccagcacttgcaggagggaatcgatggtttc
ctgaagaacctccgaaagctgccacggccagtgcgcagcttatcagtggcctgccacttg
gaagcaaaaatgaaggcattcaaagactccatcccattgcttcttgccctgaaacatgaa
gccctgagagagaggcactggaaagaactcatggagaaaacaggtgtgtttttcgagatg
actgagaccttcacactggagaacatgtttgccatggaactgcataaacacacagaggtg
ctcaatgagattgtcactgcagccatcaaggaggttgccattgagaaggcggtgaaggaa
atcctagatacctgggagagcatgaagttcacagtggtgaaatactacaagggcacgcag
gagcggggctacatcctggggtctgtggatgacattatccagtgtctggatgataacact
gtcaacctgcagagcatcttgggcagccgatttgtggggcctttcctgcaaactgttcat
aagtgggaaaagacgctatctctgataggagaggtcattgagatctggatgctggtccag
aggaagtggatgtaccttgagagcatcttcattggaggggacatccgctcacagctgcca
gaggaggcaaagaagtttgacaatattgacaggatctttaaacggatcatgggagagacc
ttgaaagacccagtcatcaagcgatgctgtgaggcccagaaccgcctcagcgaactgcag
gccatcagtgagggcctggagaagtgccagaagagcctgaatgactacctggactctaag
aggaatgccttccccaggttcttcttcatctctgatgatgagctgctcagcatcctaggc
aacagtgacccgctttgtgtgcaggagcacatgatcaagatgtttgacaacatagccatg
ttacaattccatgatggagacagtggggagaagctggtgttggccatgatctccgcagag
ggagaggtcatgaactttcgcaagatcgtccgggctgagggccgcgtggaagactggatg
acagctgtgctgaatgaaatgagaaggaccaacagactaatcaccaaagaggcgatcttt
agatactgcgaagacagaagcagggtggactggatgctgctgtatcaaggcatggtggtg
ctggcctccagtcaggtgtggtggacctgggaggtcgaggatgtcttccacaagatcaag
ggaggggacaagcaagccatgaagaactacggcaggaagatgcaccggcaaattgatgag
ctggttacaaggattaccatgcccctgagcaaaaatgacaggaagaaatacaacacagtc
ctcatcattgatgtgcacgcccgggacattgtagattccttcatccggggcagcatcctt
gaggcccgggagtttgagtgggaaagccagcttcgattttactgggaccgtgagccagat
gagctcaacatccgccagtgcacagggaccttcagctatggctatgagtacatgggtcta
aatgggaggctggtcatcacgcccctcacggaccgcatctacctgacgctcacgcaggcc
ctgtccatgtatctgggaggtgcccctgctggcccagcgggaaccggcaaaactgagact
accaaggaccttgccaaagccctgggcctgctgtgtgtcgtcaccaactgcggcgaaggc
atggactacaaagccatagggaagatcttctctggcctcgcccagtgtggcgcttggggt
tgctttgatgagttcaaccggatcgatgcctcggtgctgtctgtcatctcgtctcagatt
cagaccattcggaatgcgctgattcaccagctgaccacattccagtttgaagggcaggag
atctctctggattcacggatgggcatcttcatcaccatgaaccctggctatgcaggccgc
actgagctgcctgagtctgtgaaggccctgttcaggcctgtggtcgtcattgtgcctgac
ctgcagcagatctgtgagatcatgctcttctctgagggcttcctgggagccaagacgctg
gccaagaagatgacagttctgtataagctggcccgggagcagctgtccaagcagcaccat
tatgactttgggctccgggccctgaagtcagtgctggtcatggccggtgagctgaagaga
ggttctgctgacctgcaagaggatgtggtcctgatgcgggcactgcgggacatgaacctg
cccaagtttgtgtttgaggatgtccctctcttcctgggcctcatttctgacctgttccca
gggctggactgcccccgtgtgcgctaccctgatttcaatgatgcggtagagcaggtgcta
gaagagagcggctacgttctgctgcccgtgcaggtggataaagtggttcaaatgttcgag
accatgctcacccgtcacacaaccatggtggtaggacccacaggagggggcaagtccgtg
gtcatcaatgctctgtgtcaggcccagactaaactcgggctgatgacaaaattgtacatc
ctgaaccccaaggccatggctgtcatcgagttgtatggcatcctggacccagctactcga
gactggacagacggggtgctgtccaacatcttcagggagatcaacaggcctaccgacaag
aaggagcgcaagtatattttgtttgatggcgatgtggatgctctgtgggtggaaaatatg
aattctgtgatggatgacaacaagctgttgaccttggccaatggggagcgcattcggctc
caggcacactgtgccctgctctttgaggttggagacttacagtatgcctctcctgcgact
gtgtctcgatgtggaatggtttatgtggaccctaaaaacttgaaataccaaccatactgg
aaaaaatgggtgcaacagatgcaaaaggtggaacagaaggttttggataccctctttgag
aaatatgtgccccctcttatcaacatgatagtggaaggggtaatagatggtagacaagga
gagcggctgaagaccattgttcctcagacagacctcaatatggtgatccagttaaccaag
atgctggactcactgctggaaggagaagttaaggaccctgacctgctggagtgcttcttc
ctagaggctctctattgctcactgggtgcctccctgctggatgccggaaggatcaagttt
gacaagtacattaaacgccttgcatctctgcccacagtggactccgagaggggttgggcc
caccctggagaattaccaggacatcttcccaccttgttcgactttcattttgagccgaaa
cagaaccagtggatcccatggagtaaactagttccggagtatattcatgaccacacaaag
aagttcatcgacatactagtgcacacggtggatacaacccgctctacctggatcctggag
caaatgattaaaatcaaacagcctgttctctttgtgggagaatctggcacttccaagaca
gccactacccagaacttcctaaaaaatctgaacgaagagactaacattgtgttgatggtc
ggtttctcctcacgcaccacatccctggacatccaacgaaatttagaagcaaacgtggag
aagcgaacaaaagacacatatgggccacccatggggaagcgcctgctggtgttcatggat
gacatgaacatgccgaaggttgatgagtatggcacccagcagcccattgctttgctgaaa
ctgctcctggataaaggtttcttatatgaccgtgggaaggagctcaattgtaagagcatt
cgagacctgggtttcattgctgccatggggaaggctggagggggccgcaatgaagtggat
cccaggttcctctcactgttcagcgtcttcaacattccattcccatcagaggagtctctg
tgcttgatctacttctccatcttaaggggccacaccttgacctttaatgagagcattggg
gccttgagcaggaggttgacattgtgcacgctaatactgtacaaaaatattgttcaagat
ctacctcccaccccttcaaagtttcactacatcttcaaccttcgagacctctcgagagtt
tttaatggccttgtcctcactaacccaaagcggttccagacagtaacccagatggttcga
gtgtggagaaatgagtgcttgagggttttccacgaccgactgatcaatgaaatagacaag
cagctggtgcaagatcacataggcaacttggtgagagaacatttcgctgatgactttgac
tcaatcatgagggatcctattctgtttggggacttccggatggctctgcacgaaggagaa
ccccgcgtttatgaagatatccaggactatgaggctgccaaggcgctgtttgaggaaatt
cttgaggagtataatgagaccaacaccaggatgaacttggtcctcttcgacgacgctctg
gagcacctgacccgtgtgcaccgcatcatacgcatggaccgtggccatgcactgttggtg
ggcgtcggaggttcagggaagcagtctctgtccagactggcagccttcacagctggctat
gaggtgtttgagatcctgctgagccggggctattcggagaccaacttcagggaagatctg
aagagcctgtacctgaagttggggctggagaacaagatgatgatcttcctgttcacagat
gcacacgtggctgaggagggcttcctggaacttattaacaatatgctgacctcaggaatc
atccctgctctcttcctggaagaggaaaaggacaccatcctcagtcagattgggcaggag
gctttgaagcagggcatgggccctgccaaggagtccgtgtggcagtactttgtgaacaag
agtgccaataacctacacattgtcctggggatgtcaccagtgggggacactctgaggacc
cggtgcaggaatttcccaggtttggtgaacaacactggtatcgactggttcatgccctgg
ccgacccaggccctgcacgcagtggctaagtcatttttaggggataaccccatgatccca
atagagaacattgaagacctggtggagcacatggttatggtccaccaatcagtgggcaag
ttcagcaagcagttcctgcagaagctgaggcgcagcaactatgtgacacctaagaactac
ctggactttatcaatacatactcaaaactgctggatgagaaaacccagtacaacattgca
cagtgcaagcgtttggagggtgggctggacaagctgaaggaggccaccatccagctggat
gagctgaatcagaagctggcagagcagaagattgtactagcagagaagtcagccgcctgt
gagaccctgctggaggagattgctaccaacacagccatagtggaggagaagaagaagatg
gcagaggagaaggccatggagatagaggagcaaaataagatcattgcggtggagaaggct
gaggccgagactaccctggccgaagtcatgcccatcctggaggctgccaagttggagctg
cagaagctggacaagtcagatgtgactgagatcaggtcgtttgcgaagcccccaaagcaa
gtgcagacggtatgtgagtgcatccttatcatgaaaggctataaggagctcaactggaaa
actgccaagggcatgatgtccgaccccaactttctgagatctctgatggagattgacttt
gactccatcacccagggccaagtgaagaatatcaaaggcctcttgaaaactctcaacacc
acaattgaagagatggaggctgtgagcaaggcagggctagggatgctgaagttcgtggag
gctgtcatggggtactgtgatgtattccgagagatcaaacccaaaagagacaaggtggcc
aggctggagcggaatttctacctaaccaaaagggagctagaacggatccagaatgagttg
gcagcaatccagaaggaactggaagctcttggggccaagtatgaggtagccatcctggag
aagcagaaacttcaggaggaggcagagatcatggagcggcggctgatcgcagctgacaag
cttatctctgggctgggatcagaaaatgtcagatggctcaacgacctggatgagctgatg
catcggcgggtaaagctgctgggtgactgcctgctctgtgcagccttcctgagctatgag
ggtgcctttacctgggagttccgagatgagatgatcaaccaagtgtggcagaatgacatc
ctggatcgggacatccccctgagccagccattccgtctggagaacctgctcacagatgac
gtggagatcagcaggtggggttcccagggcttgccccctgatgagctctcagtccagaat
ggcatccttactacccgggccagccgcttcccactctgcattgacccccagcaacaggcc
ctcaactggatcaagaggaaggaggagagaaacaacctgcgggttgcctccttcaatgac
ccggacttccttaagcagctagagatgtccataaagtatgggacgcccttcctgttccat
gatgtggatgagtacatcgaccctgtgattgacaacgtcctggagaagaacatcaagctc
tcccagggccgccagttcatcatcctaggtgacaaggaagtcgactacgactccaacttc
cggctctatctcaacaccaagctggcaaaccccagatattccccgtcagtgtttgggaag
gccatggtcatcaactacactgtcacactgaagggcctggaggaccagctgctgagtgtg
ctggtgggtttcgagaggcgtgagctggaggaacagagggagcacctcatccaagagaca
agtgagaataagaacctgctgaaggacctggaggactcgctcctgcgggagctggccaca
tccacagggaacatgctggacaacgtggagctggtgcagaccctggaggagaccaagtcc
aaggccgtggaggtgtcagagaagctgaagctagcagagaagacagcactagacattgac
aggctgcgggatggctaccggcctgccgcgcgcaggggtgccatcctcttctttgtgctg
tctgagatggcgctagtgaacaccatgtaccagtactcactcattgccttcctggatgtc
tttgggctgtcactgaagaagtcgctccctgactccatcctcatgaagcgactgaggaac
atcatggacacactgaccttcaacatttacaactatggctgcacagggttgtttgagagg
cacaagctcctcttttcctttaatatgaccatcaagatagagcaggctgaggggagagtc
ccccaggaggagctggacttcttcctcaaaggaaacatttccctggagaagagcaaacgg
aagaaaccctgcacctggctgtctgaccagggttgggaggacatcattctcttatcagaa
gtgttttcaaatgacttcggagacctccctgatgacattgagtgtcatcttcccatctgg
caggaatggtataacctggatttcctagagcagtttccatttcccctgggctacgatgaa
aacatcactgcttttcagaagttgcttattttgcgttgtttccgagtggaccgagtatac
cgggcggtgactgattatgtgaccctcaccatgggagagaagtatgtgcagcccccaatg
atcagcttcgagaacatttttgagcagagcacccccacatcgcccattgtgttcatcctg
agtcctggctctgaccctgccagtgacctcatgaagctggctgaacggagtggctttgga
ggaactcgcctcaagttccttgcgatgggtcaaggtcaagaaaaggtggcactgcagctg
ctggagacagcagtggctcgtgggcagtggctgatgcttcagaactgccacctcctggtc
aagtggctgaaggacctagagaagtccttggagaggatctccaagccacatcctgacttc
cgcctatggctcaccaccgaccccaccaaaggctttcccattggaatcctgcagaagtcc
ttaaaggttgtcacagagccacccaatgggctcaagctgaacatgcgggccacctacttc
aagatctctcagaaaatgctggagcaatgtccccacactgccttcaagtccctggtctac
gtgctggccttcttccatgctgtggtacaggagagaaggaagtttgggaagatcggctgg
aatgtgtactacgacttcaatgagtctgacttccaggtctgcatggaaatcctgaacaca
tatctgacaaaagccttccagcagcaagacccgcgcatcccatggggtagcctcaagtac
ctgatcggagaggtgatgtatggaggccgggccatcgatagctttgaccgccgcatcctc
accacctacatggatgagtacctaggagacttcatttttgatactttccagccattccac
ttcttctggaacaaagaagtggattataaaatccctgtgggtgacgtgaaggataaattt
gttgaagccattgaggccctcccacttgccaacacaccagaagtgtttggtcttcactcc
aacgctgagattggctattacacacaggcggcccgagatatgtgggaccacctgctggag
ctgcagcctcagactggggaatccagcagtggcatcagccgtgatgattatctcagtcag
gtggccaaggacatagagaacaaaatgcccaagatctttgatctggaccaggttcagaag
cacctgggtgtgaacatctcccccacctcagtggtgcttctccaggagttgcagcgcttc
aacaagctggcaattcgcatgaccaggtctctggctgagctccagagggcgttggctggg
gaagtggggatgagcaatgagttagacgacgtagccaggtctctcttcctcgggcacatt
cctaacatctggaggaagcttgcccctgacaccctgaagacccttggaaactggatggtc
cacttcctgcggcggttcaaccagtacacaatgtgggtcacagagagcgaacccagtgtg
atgtggctctcagggctgcacattccagagtcctacctcatggccctggtacaggccacc
tgccggaagaatggatggccactggaccgatccaccttgttcacacaagtgaccaagttc
caagatgctgatgaagtaaatgagcgtgcagggcaagggtgctttgtctcaggactatac
ctggagggcgccgactgggacatagagaaagggtgtcttatcaagagcaagcccaaggtg
ctggttgtggacttgcccatcctgaagatcatgcccacagaagcccaccgcctgaagctg
cagaacaccttccggacccctgtctataccacgtctatgaggaggaatgccatgggagtc
ggcttggtgtttgaagctgacctctttaccacgaggcacatctctcattgggtgctgcag
ggggtgtgcctcaccctcagctccgactaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (20)   
   Pfam (20)   
All databases (69)   

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