KEGG   Odobenus rosmarus divergens (Pacific walrus): 101362810
Entry
101362810         CDS       T05148                                 
Name
(RefSeq) dynein heavy chain 6, axonemal
  KO
K10408  dynein axonemal heavy chain
Organism
oro  Odobenus rosmarus divergens (Pacific walrus)
Pathway
oro04814  Motor proteins
oro05014  Amyotrophic lateral sclerosis
oro05016  Huntington disease
oro05022  Pathways of neurodegeneration - multiple diseases
Brite
KEGG Orthology (KO) [BR:oro00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    101362810
 09160 Human Diseases
  09164 Neurodegenerative disease
   05014 Amyotrophic lateral sclerosis
    101362810
   05016 Huntington disease
    101362810
   05022 Pathways of neurodegeneration - multiple diseases
    101362810
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:oro03037]
    101362810
   04812 Cytoskeleton proteins [BR:oro04812]
    101362810
Cilium and associated proteins [BR:oro03037]
 Motile cilia and associated proteins
  Dynein arm
   101362810
Cytoskeleton proteins [BR:oro04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     101362810
SSDB
Motif
Pfam: AAA_6 DHC_N2 AAA_8 AAA_9 AAA_7 MT Dynein_heavy Dynein_AAA_lid AAA_5 AAA_lid_1 AAA AAA_18 AAA_22 TsaE RNA_helicase AAA_16 nSTAND3 Sigma54_activat DEAD Caudo_TAP Utp12
Other DBs
NCBI-GeneID: 101362810
NCBI-ProteinID: XP_004415609
UniProt: A0A2U3X0Q5
Position
Unknown
AA seq 3616 aa
MAFHTSEKDVKLKNIEEQVENPALARLNSITAKGRLSFVVPTENESDTQFLMFRHTTKAQ
ERTRKRQQPIKLEPLPVLKVYQDHKRPEYIYEQSRLQLVTSGIIKPPRREERSSAKVSIQ
FPEQQVHVVKKKQIQRPSTEMFAPSPKLSRTGIGRRGLYGTSSSAYPKYTFHDREEVIKA
NIRNPLQIIKIIRENEHLGFLYMIPAVPRSSTEYDTYNLKVVSYENINKNDYYTISKKAV
THIYNEDTEYIKIDRWEQEYLYHRELTKIPIFALFRKWKAFNVWKKNVRSKKISGCRKSL
QKNLFIVNNYLRPALLKINELCYHLSFMGLCHIEKCHTYTLQEFKVAQVIRLEEVTERLE
EFRNEAKNVVRKACRIALRAAGFIPDDCLHKPVEDYYKMQDVGSLIELPAYADSDKMTYT
EQASKRHHCLRLTCFIRLNDYLIENTMHILTVNSVNSLLNYLTDKLKRTPSADVIQKWIT
EEKPEVTEKKGTSVVEKQEEDESLIPMFLTELILTVQSLLFEPSLEDFLDGISGTINHFQ
NTVLSVPNLVPDTYFDAFTRPYINNKLEEKTCGSGPSLSAVFDDDKNFHTIILQIKETIQ
AAFESAQLYAATFEKFQIFFKENESLDLQALKLQEPDVEFFRVQLEKYHRQHKDAVALRP
TRSVGLLLIDTKLLKEKLIPSPLRCLEVLNYMLPRQSKKKVDAIISEAQDAEYKLEFIPT
TTIEYVNSLVFLDEIQERIESLEDEGNVVIQMYKLIEQYQVPTPPEDLAVFATMKPSIVA
VRNAIDKSVGDRETRIKQFSQHLGRDLEDLTNEVNEVKLQAQDPQILDITADQDKIKLML
NELQVVLDDLQKRAFQYKSYQKNFKVEVSKFEALEEVSAELKLKQLLWDSLSEWDQFQQE
WLKSKFDCLDPEFLNSQVSKYAKFVTQLEKGLPPNSVVPQLKHKVEKMKERLPVIIDLRN
PTLKARHWAAIEQTVDASLVDLEIPLTLEKLSELHVFDFGQEIQDISGQASGEAALETIL
KKVEDSWKTTEFVILPHRDSKDVFILGGTDDIQVLLDDSTINIATIASSRYVGPLKTRVD
DWQKQLALFNQTLEEWLNCQRNWLYLESIFNAPDIQRQLPAEAKMFLQVDKSWKEIMRKV
NRLPNALRAATQPGLLETFQNNNALLDQIQKCLEAYLESKRVIFPRFYFLSNDELLEILA
QTRNPQAVQPHLRKCFDSISKLEFAPMPPTEGKIPGVEGEPEKIYTNDILAMLSPEGERV
SLGKGLKARGNVEEWLGKVEEAMFSSLRRLSKAAIADYQGKPRTDWVTAGHPSQVILTIS
QIMWCRDLTECLEREDGNHIEALEDFEKVNFERLNALAVIVRGSLPKLQRNIITALITID
VHARDIVTELVQAKVEDVDSFDWQRQLRYYWDVDLDNCVARMALSQYTYGYEYLGACPRL
VITPLTDRCYLCLMGALQLDLGGAPAGPAGTGKTETTKDLAKALAIQCVVFNCSDGLDYK
MMGRFFSGLAQSGAWCCFDEFNRIDIEVLSVIAQQLITIRNAKAAKLSRFMFEGREIKLV
MTCAAFITMNPGYAGRTELPDNLKALFRPFAMMVPNYALIAEVILYSEGFESSKILARKM
TQMYKLCSEQLSQQDHYDFGMRAVKSVLVMAGSLKRENPDLSEDVVLIRALRDSNLPKFL
TDDALLFSGIISDLFPGVQIPEHDYGILQSTIIDVMNRQNLQPEACMVKKVIQFYETMLV
RHGVMLVGPTGGGKTTVYQILAETLGNLQKLGVDNPFYQPVKTYVLNPKSITMGELYGEV
NNVTLEWKDGLMALSVRAAVNDTSEDHKWIISDGPVDALWIENMNTVLDDNKMLCLANSE
RIKLTPQIHMLFEVQDLRVASPATVSRCGMVFVDPEELKWMPYVKTWMKSISKKLNEETQ
EYILNLFQRYVDDGLYFINKKCGQAIPQVDISKVTTLCCLLESLILGKDGVNLTMEQTKL
NTVLCQTFIFCYLWSLGGNLTENYWDSFDTFIRTQFDDNPDARLPSSGDLWSIHMDFDTK
RLDPWERIIPTFKYSRDIPFFEMLVPTMDTVRFGYLMEKLLAVKHSVLFTGITGVGKSVI
AKGLLNRIQESAGYVPVYLNFSAQTSSARTQEIIESKLERKRKNILGAPGNKQVVIFVDD
LNMPRLDRYGSQPPIELLRQYQDFGGFYDRNKLFWKDIQDVTILSACAPPGGGRNPVTPR
FIRHFSMLCLPMPSEHSLKQIFQAILNGFLSDFPPAVKQTTANIVEAAVEIYNRMSVDLL
PTPAKSHYVFNLRDLSKCVQGILQCDPGTIREEIQIFRLFCHECQRVFHDRLINNEDKHY
FHTILTEMANKHFGIAIGLEYFLTRPIIFGDFIKFGADKIDRIYDDMPDMEKIANVLEDY
LDDYNLTNPKEVKLVFFQDAIEHVSRIARMIRQERGNALLVGVGGTGKQSLTRLAAHICG
YKCLQIELSRGYNYDSFHEDLRKLYKLAGVDDRNMVFLFTDTQIVVEEFLEDINNILNSG
EVPNLFEKDELEQVLAATRPRAKEVGISEGNRDEVFQHFISRVRQKLHIVLCMSPVGEAF
RSRCRMFPSLVNCCTIDWFVQWPREALLSVSKTFFANVDAGKEELKEKLSLMCVNVHLSV
STMAERYYTELRRRYYTTPTSYLELINLFLTMLSEKKKQLVSARDRVKNGLTKLLETNVL
VDKMKLELSALEPVLFQKSQDVEALMDKLAVDQENADQVRSIVQEDEATAKVKAEETQAI
ADDAQRDLEEALPALDAANKALDSLDKADISEIRVFTKPPDMVMTVMEAISILLNAKPDW
PTAKQLLGDSNFLRRLLEYDKENIKPQILAKLQKYINNPDFVPEKVEKVSRACKSMCMWV
RAMDLYSRVVKEVEPKRQKLHAAQAELDITMATLREKQALLKQVEDQIQALQDEYDKGVN
EKEGLAKTMALTKARLIRAGKLTASLGDEQVRWEESIEKFNEEISNIIGNVFIAAACVAY
YGAFTAQYRQSLIEHWIQDCLSLEIPINPSFSLINILGDPYEIRQWNTDGLPRDIISTEN
GILVTQGRRWPLMIDPQDQANRWIRNKESKSGLKIIKLTDSNFLRTLENSIRLGLPVLLE
ELKETLDPALEPILLKQTFMSGGRLLIHLGDSDIDYDKNFRFYMTTKLPNPHYLPEVCIK
VTIINFTVTKSGLEDQLLSDVVRLEKPELEEQRIKLIVRINTDKNQLKTIEEKILRMLFT
SEGNILDNEELIDTLQDSKITSGAIKIRLKEAESTEMMINVAREKYRPVATQGSVMYFVI
ASLSEIDPMYQYSLKYFKQLFNTTIETSLRTDDLQQRLEILLEQTLLTAYVNVSRGLFEQ
HKLIYSFMLCVEIMRQQENLTDAEWNFFLRGSAGLEKERPPRPDVPWLHPAMWFACCDLE
ESFVVFKGLTQYILLHPISIRIGSFETYINPAEWEGYSKMKTEEEFMTQEKEIKSHNSWH
PVLSSFQKLILIKCCKEEKVVFALTDFVIENLGKHFIETPPVDLPTLYQDMSYNTPLVFI
LSTGSDPMGAFQRFARDSGYSERVQSISLGQGQGPIAERMIKDAMKSGNWVFLQNCHLAV
SWMLAMEELIKTFTDS
NT seq 10849 nt   +upstreamnt  +downstreamnt
atggcttttcacacctcagagaaggatgtcaaactgaaaaatattgaagagcaggtggaa
aaccctgcccttgcaagactgaacagtataacagcaaaaggaagactgagttttgtagta
cccaccgaaaatgaatctgacacacaattcctgatgtttaggcacactacaaaagctcaa
gagagaacaagaaaacgacagcagcctataaaactagagcctctgccagtgctaaaagtc
taccaagatcataagaggccagaatacatatatgagcagagccgtcttcagttagtcacc
tctggaatcataaaacctccaagaagagaggaaagaagttctgccaaagtatctattcag
tttcctgaacagcaagttcatgtggtgaagaaaaaacagatccagcggccctctaccgag
atgtttgctccctctcctaaactgtcgcgtaccggtattggaagaagaggtctctatggg
actagctcctcagcataccctaagtacactttccatgaccgggaagaagtcattaaagcc
aacattcgtaatcccttgcaaatcattaaaataatacgtgaaaatgaacatcttggattt
ctttatatgatccctgcagtgccaaggtcttccactgaatatgatacatataatctcaaa
gttgtaagttatgaaaacatcaataaaaatgactactatactattagcaaaaaagcagta
acgcacatttataatgaggacactgaatatatcaaaattgatcgatgggaacaggaatat
ctatatcacagagaactcaccaagattcccatatttgcacttttccggaaatggaaggct
tttaatgtgtggaagaagaatgtccgttccaagaaaatcagtggatgtcgaaaatctcta
caaaaaaatctgttcattgttaataattatttgcgaccagctcttcttaaaataaatgaa
ctgtgctatcacttgagttttatgggactttgtcatattgaaaaatgtcatacctacacc
ctgcaagaatttaaagttgcacaagtcatacggttagaagaggtgacagagcgcctagaa
gaatttcgaaatgaggcaaaaaatgtggtcaggaaggcttgtcgaattgctcttcgtgct
gcaggatttattcctgatgactgtctacataaacctgttgaggattattataaaatgcaa
gacgttggaagtctcattgagttgcctgcttacgcagactctgacaaaatgacatacaca
gagcaggccagcaaaaggcatcactgcctgaggctaacgtgctttatccgtctaaatgac
tatctaattgagaacacaatgcacatcctaacagtaaattctgttaactctcttttgaat
tatcttactgacaagctaaaacgaacaccttcagcagatgtcattcagaaatggattact
gaagagaagcctgaagtcactgagaaaaaggggacctctgtggtggaaaagcaggaagaa
gatgagtctctcatccccatgtttctcacagaactgattttgacagtccagtcattacta
tttgaaccctctttggaagactttctggatggtatttctggtacaattaatcattttcaa
aacactgtgctatcagttcctaaccttgtacctgatacatatttcgatgcttttaccaga
ccttacattaacaacaaacttgaagaaaaaacctgtggatctgggccaagcctatcagca
gtatttgatgatgataagaattttcacacaattatccttcaaataaaggaaaccatacag
gcagcatttgaatctgcccaattatatgcagctacatttgaaaagtttcagatattcttc
aaggaaaatgaaagtcttgacttacaagctcttaaacttcaagaacctgatgttgagttt
tttagagtacaactggaaaaatatcacagacagcacaaggatgcagtagctctgaggcct
accagaagtgtaggattgctgctcattgatacaaagctgctaaaagaaaaactaattcca
tcacctttgcgatgcttggaggtgctaaattatatgcttccccgtcaaagcaagaaaaaa
gtggatgccattatctctgaggcacaagatgcagagtataaacttgagtttattccaact
accaccatagaatatgttaacagcttagtatttcttgatgaaattcaggaaaggatcgaa
agccttgaagatgagggcaatgtagtgattcagatgtacaagctcattgaacaatatcag
gtccccacacctccggaagacttagctgtttttgctactatgaagccgtccattgttgca
gttcggaatgccattgataaatccgtgggtgaccgagaaacaaggatcaagcaattttct
caacatttgggtagagaccttgaagacctaaccaacgaagtgaatgaggtaaagctacaa
gcacaggatccacagattttggatatcactgctgaccaagacaaaataaagctcatgttg
aatgagctgcaggtagttctagatgatcttcaaaaacgtgcgtttcagtataaatcctat
cagaagaattttaaggtagaagtatcaaagtttgaagctctggaagaagttagtgctgaa
ttgaagctcaaacaattgctctgggattctttatctgaatgggatcaattccaacaagaa
tggttaaagtccaagtttgactgcctggatccagaattcctgaatagtcaagtttctaaa
tatgccaaatttgtgactcaattggaaaagggcttgccacccaacagtgtagttccccag
ctaaaacataaggtggaaaaaatgaaagaaaggcttccagttatcattgacttgaggaac
ccaactttgaaggcaagacactgggcagctatcgaacaaacagttgatgcctccctagtg
gaccttgaaattccattaaccttggagaagctctctgagttgcatgtttttgattttggc
caagaaatccaggacatttctggacaggcttctggagaagctgctttagaaacaattctt
aaaaaggtggaggattcttggaaaacaaccgaattcgttattctccctcaccgggactcc
aaagatgtgtttatcctgggcggcacagacgacatacaggtccttcttgatgacagcacc
atcaacatcgcaaccattgcctcatcacgttatgttggtccattgaaaactcgagtagat
gactggcagaaacaacttgccttatttaatcaaacactggaagagtggctgaactgccag
agaaactggctctacctagaaagtatttttaatgctccagatattcagaggcaattgcct
gccgaggctaagatgttcctgcaagtggataagtcatggaaagaaatcatgaggaaggtg
aaccggttgcctaacgctcttcgagcagctactcaaccaggacttctggagacttttcaa
aataataatgcattacttgaccaaattcaaaagtgtctagaggcatatttagaatcaaaa
agagttatctttccaagattttacttcttgtcgaatgatgaacttctggagattctggcc
cagacacgaaatccccaagctgtgcagccacacttaaggaaatgctttgactccatttca
aagcttgagtttgctcccatgcctcctactgaaggaaaaattcctggtgtggaaggagag
ccagaaaagatttacactaacgatattttagcgatgctatcaccagaaggagaacgggtt
agcttgggaaaaggcctgaaagcccggggcaacgtggaggaatggcttggtaaagtggag
gaagcaatgttcagttctctgcgtcgcctgagcaaagctgccatcgccgactatcagggg
aaaccaaggacagactgggtgactgctggccacccttctcaagtgatcctgaccatttct
caaataatgtggtgccgtgatttgactgagtgtctggaaagagaagacggtaaccacata
gaggccctggaagattttgagaaagtaaactttgagagattaaatgccctggcagtgata
gttcgaggcagtcttccaaaattacagagaaacatcataactgccttaattactattgat
gtacatgcaagagacatagtcactgaacttgttcaagccaaggtagaggatgtcgattcc
tttgactggcaaagacaactgcgctattattgggatgtagatctggataattgtgtggct
cggatggcactctctcagtacacttatggctatgagtatttgggtgcatgcccaagatta
gttattactcctctcacggatcgctgctacctttgcctcatgggagctttgcagctcgac
ctgggaggcgcgccggctggccctgcaggtactgggaagacagagacaaccaaagaccta
gctaaagctcttgccatccaatgtgtggtcttcaactgctccgatggtttggactacaag
atgatggggcgcttcttcagcggtctggcacagtcaggggcttggtgctgctttgatgaa
tttaatcgaattgacatagaagttttgtcggtgatagcacagcaactcattaccattagg
aatgccaaagctgcaaagctgtctagattcatgtttgagggacgggaaataaagttggtc
atgacttgtgcagcctttatcacgatgaatcctggatacgcaggcagaactgaattgccg
gataatttgaaagccctgtttagaccctttgcaatgatggttccgaattacgctttgatt
gcagaggtaattctatattcggaaggatttgaatccagtaaaatattagcaagaaaaatg
acccagatgtataagctttgcagtgagcagctgtctcagcaggaccactacgactttggc
atgagagctgtaaagtctgtactggtcatggccgggtctttaaaaagggagaatccagac
ctaagtgaagatgtggtgttgataagagctttacgagactccaacttgccaaaattccta
acagatgatgctcttctgttcagtggaatcatatctgatctttttcctggagtccaaatt
ccagaacatgattacggtatattgcagtcaacaattatagatgtcatgaatagacagaat
cttcagcctgaggcatgtatggttaaaaaagtgatacagttctatgaaactatgctggta
agacatggtgtgatgttagttgggccaacaggaggtggcaagaccacagtttaccaaata
ctggcagaaactttagggaatttgcaaaaacttggtgtagacaatcccttttaccaacca
gttaaaacatacgttcttaatcctaaatcaattacaatgggtgaattatatggcgaagtt
aataatgtaaccttggagtggaaagatggtttgatggcactaagtgtccgagcagctgtg
aatgacacttcagaagaccataaatggatcatcagtgatgggcccgtggatgctctttgg
attgaaaatatgaatacagtgttggatgataacaagatgctttgtctggctaacagtgag
aggatcaaactcacacctcaaatccacatgctttttgaggtgcaagatctaagggttgcc
tctcctgcaacagtcagtcgatgtggaatggtgtttgtggatcctgaagaactgaaatgg
atgccttatgttaaaacatggatgaagagtatttctaaaaaactgaatgaggaaacccaa
gaatatatattgaatcttttccaacgttatgttgatgatggtttatattttatcaataaa
aaatgtggccaagcaatcccacaagtggacatcagcaaagttactacactctgttgctta
ttggagtctttgatacttgggaaggatggagttaatttgacaatggagcaaacaaaactg
aatacagtactatgtcagactttcatattctgttatttatggtctttgggtggtaatcta
actgaaaactactgggattcttttgatacatttattagaacacaattcgatgataatcct
gatgccaggctgcccagttctggcgatctgtggagcattcacatggactttgacaccaaa
cggctggatccctgggaacgaatcatacccaccttcaagtacagccgagatattcctttt
tttgaaatgcttgtccccacaatggacacagtgcgctttgggtatctaatggaaaaattg
ctggcagtcaagcattcagtgttgtttacaggaataactggagttggcaagtctgtcatt
gcgaaaggattgttgaatagaattcaggaatcagctggctatgttcctgtttatctgaat
ttttctgctcaaacttcatctgcaagaacacaagagatcattgagtcaaaactggaaagg
aaaagaaaaaatatactaggagcaccaggaaacaaacaagttgtgatttttgttgatgat
ttaaacatgcccagactggatcgctatggctctcaacctccaattgaattacttcggcag
tatcaagattttggtggattttatgacagaaacaaactcttttggaaagacatacaggat
gtcacgatcctatcggcatgtgcacccccaggcgggggccgcaaccctgtgactccccgc
ttcatccgccacttcagcatgctgtgccttcccatgccctcagagcacagtctgaagcag
atttttcaggccatcttaaatggcttccttagtgactttccaccagctgtaaagcaaacc
acagcaaacattgtagaagccgcagttgagatttataacagaatgagtgttgatcttctg
ccaacaccagccaagtcccattatgtctttaacttgagagatttatccaagtgtgtacaa
ggtatcctccagtgtgatccaggaacaataagagaagaaatacagatatttagactcttt
tgccatgaatgccaaagagttttccatgaccgtttgattaataatgaagataaacactat
ttccatactattttgacagaaatggccaataaacattttggaattgcaattggcctggaa
tattttttgactagacccatcatctttggagactttattaagtttggagcagataagatt
gaccggatttatgatgacatgcctgatatggagaaaatcgcaaatgttctagaggactat
cttgatgattataaccttacaaatcccaaagaagtaaaattggtgttcttccaggatgct
atagaacatgtttcaaggattgcccgcatgatccgtcaggaaagaggcaatgccctgctt
gttggagtaggaggcacaggaaagcagtctcttacaagacttgcagctcacatatgtggt
tacaaatgtttgcaaattgaactgagccggggatataattatgacagttttcacgaagac
ctgaggaagttgtacaaactggctggtgtagatgacaggaatatggtctttctcttcacg
gacacccagattgtagtggaggagttcctggaagatataaataacatcctgaactcaggt
gaagtgcccaatttatttgaaaaggatgaactggaacaggttttagcagccaccagacca
agggcgaaagaagtaggcatttctgaggggaacagagatgaggtgtttcagcactttatc
agcagagtccgtcagaagctgcacattgttctctgtatgagccctgtgggggaggccttt
cggtcccgatgccggatgtttccatcccttgtgaactgctgcactatcgattggtttgtc
cagtggcctagagaagcacttctttctgtatcaaagacgtttttcgcaaacgtggatgct
ggaaaagaagaactgaaagaaaagctttccctcatgtgcgtgaatgttcacttgagcgtc
tccactatggcagaacgctattacacggagctccgcagacggtactacacaacgcctacc
tcctacttggaactcatcaatctcttcctgactatgctgagtgagaaaaagaagcagttg
gtttctgcacgtgaccgggtgaagaacggtctcaccaagctattagaaacaaacgtacta
gtagataaaatgaaattagaactttcagctttagaacctgtcctttttcaaaaatcacaa
gatgttgaagccctgatggacaaattggcagtagatcaagaaaatgctgatcaggtccgt
agcattgtgcaggaagatgaagcaacagcaaaagtgaaagctgaggaaacccaagcaatt
gccgatgatgctcagagagaccttgaagaagctctccctgcccttgatgctgctaataaa
gccctggattccttagataaagcagacatatcggaaatcagagtttttacaaagccccca
gatatggtcatgactgttatggaagcgatttctattctcttgaatgccaagcctgattgg
ccaacagccaagcaacttcttggtgattctaactttctaagaagacttttagaatatgat
aaggagaacataaagcctcagatattggcaaaactccaaaagtatattaacaatcctgat
tttgtgcctgaaaaagtagagaaagtctccagagcatgtaaatccatgtgcatgtgggta
agagcgatggatttatactctagggtagtcaaagaagtcgaaccaaagagacaaaaactg
catgctgcacaggctgaacttgatattactatggccactttgagagaaaagcaagcatta
ctaaagcaagtagaagatcaaatacaagccttacaagatgaatatgacaaaggtgtgaat
gagaaagaaggtctagcaaagactatggccctgaccaaagcacgtctgatacgtgctgga
aagctgacggcttcattaggagatgagcaagttcgatgggaagaaagcatcgaaaaattc
aatgaggagatatcaaatatcattgggaatgtgtttatagcagcagcttgtgttgcctat
tatggggccttcacagcccagtataggcaatcgcttatagaacattggatccaggactgt
ctgtctctggagatcccaatcaatccttccttcagtctcattaacattcttggagatccc
tatgaaatacggcagtggaacactgatgggctgccccgtgacataatatcaacagaaaat
ggcatcttggttactcaagggagacggtggcctctgatgattgatccccaggatcaggca
aaccgttggataaggaataaagaaagcaagagtggtttaaagatcattaagcttacggat
agtaatttcttacgtacactcgaaaattcaatccgacttggtttacccgtcttgctggaa
gagcttaaagaaaccttggatccagctctagaacccattctcttgaagcagactttcatg
agtggtggacggctgctcattcaccttggagattcagacattgattatgacaaaaacttt
aggttctatatgacaaccaaattgccaaatccccactacctgcctgaggtgtgcattaaa
gttaccatcatcaatttcactgtaaccaaatcaggtctagaggatcaattgttaagtgat
gtggtacgactcgaaaaacccgagttggaagaacaaagaatcaagctcattgttaggatc
aacactgacaaaaaccagctgaaaactatcgaggagaaaatcctgagaatgctctttaca
tcggaaggaaatattctggacaatgaagaacttattgacacactccaggattcaaagatc
acttctggtgccattaaaatcaggctaaaggaagccgagtccactgaaatgatgatcaat
gtcgctcgtgagaagtaccgtccggtagccactcaaggctctgtcatgtactttgttatt
gcaagcctctcagaaatagatcctatgtaccagtattcgttaaaatactttaaacagttg
ttcaatacaacaatcgagacttctctaaggacagatgatctacagcagcgcttggaaata
ctgctggaacaaactcttctaactgcttatgtcaatgtttcaagaggactttttgaacaa
cataaactcatctacagctttatgctctgtgttgagatcatgcgtcagcaagaaaactta
actgatgctgaatggaatttctttctccgaggttctgcaggattagaaaaggaacgccca
cctaggcctgatgttccctggctgcatcctgccatgtggttcgcatgctgtgacttagaa
gaatcatttgtagtttttaaaggacttacacaatatatactgttacatcctatttccata
cgaataggatcttttgagacttatattaacccagctgaatgggaaggctattctaaaatg
aagacagaagaggaattcatgacacaagaaaaagagatcaaaagccataattcttggcat
ccagtattaagttctttccaaaagctaattctcattaaatgttgtaaagaagagaaggtg
gtttttgctcttacagactttgtaatagaaaatcttggaaaacactttatagagacacca
cctgtggacctgcccactctgtatcaagacatgtcatataacactcccctggtatttatc
ttaagcacaggctcggatcctatgggcgcattccagaggtttgcccgggacagcgggtat
tcagaacgggtgcaatcaatttcactggggcaaggacaaggacccattgctgaaagaatg
atcaaagatgcaatgaaatcaggaaactgggtatttttgcaaaactgccatcttgctgtt
tcttggatgttggcaatggaagaactaattaaaaccttcacagattcaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (21)   
   Pfam (21)   
All databases (65)   

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