KEGG   Alligator mississippiensis (American alligator): 102576553
Entry
102576553         CDS       T03087                                 
Symbol
DNAH10
Name
(RefSeq) dynein axonemal heavy chain 10
  KO
K10408  dynein axonemal heavy chain
Organism
amj  Alligator mississippiensis (American alligator)
Pathway
amj04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:amj00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    102576553 (DNAH10)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:amj03037]
    102576553 (DNAH10)
   04812 Cytoskeleton proteins [BR:amj04812]
    102576553 (DNAH10)
Cilium and associated proteins [BR:amj03037]
 Motile cilia and associated proteins
  Dynein arm
   102576553 (DNAH10)
Cytoskeleton proteins [BR:amj04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Dyneins
     102576553 (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_16 AAA RsgA_GTPase P-loop_TraG
Other DBs
NCBI-GeneID: 102576553
NCBI-ProteinID: XP_006263762
UniProt: A0A151NS45
Position
Un
AA seq 4644 aa
MSLEDVRVQWVRERALSALGLPDPAPFEELLNRGDGEEAEKLLRFLNRSDAGEEGAAAAS
ALLLRAELRHEERDVEIETLETSAFEDDQEEGSHNPLEDYFDSSLTAEEKRERKSTSEYA
INRTLSRNLSRTLSRNLSIHMSRLSFVSRLSELEQGILSDAGRIVRKIIKQKVSNLYFHL
ALDEIPEEFLQDDIIFFLRDTRETITEPNDITEANEVLPEMLEFGLLNGHTLLMLKNIFA
QVFLPALSHNQFEAESSAFTPDTEQADMEHKHLTEADLAAKKEEHLAASQSFQIMRNEFL
MNMQKFLSHIQRTIQQIEGEIKLDMPTINLDAEVDELAANAEVVEKLEHCAMTWLTLIST
AVEEQLKKVPQGNGPLAEIDLWRERNATLSALHEQIKLPLVKKVLAVLKEAESGLNENLQ
LVLNILNKHHVEAADNVRFLSTLERHLKNLTHGTGFNVVLETIRPLMNALRMVWIISRHY
NKDERMIPLMERIAWEISARVCKVVDLRTLFKEDRTAAKNKMTEAKRTLEMWKIVYFDIR
AQIEASGRDQRWEFDRKRLFEKTDYMASICQDLYDILQVIEEFYNIFGSELKAVTGDPKR
IDDVLRRVDGLISPMEVLTFDPFSIKCSSQWKFVMEQFKAEVLVIEKEAKSFIDESFKTL
RSAEAAFDMLLNFKHIRSRDAINKQMMMKFNDILDQYCKELDIVNDIFIQNVSNPPLYKN
HPPMAGAIYWARSLFYRIKRTIVRFHEVEELLASERGKEVKQKYLGVAKRMKEYEDLKYD
QWRDWTEQTLPILLKKTLLAKVHPSGAIIQSNPDTSEQSPVPEELKMGEKFIRFSVNFSP
KLQEVINETKYMEQLGFPVPEIARNVALQEDKFLKHTNGMKTMLDHYHILMGTLNEAETQ
LLGDHIQELWRVFRSGYKRLNWNSLGIGDYVIRCTQAIGKFESLVHQVHKNADDINNKLL
LIESTNLFKSPLQKNAEELPGVKEFFEHIKQERLKDLEYMVRKYAAIGPLLTKVEGLIVN
TNTGRSAKLASYYAYWENKIYHTLTQLILKNLQAFNAAVLGTVPLFQTETILSAPEIILQ
PNASEIDKMTVNCVRECVEVTKQFVRWMHGSCIECPPQHAEEDEPITLSFFNDLSQNPVI
IEQAVLITQNVHKLLISLTKYLNRWKRYRPLWKLDKAIVMEKFAARKPACVTFDEKLQFY
MKVAQEVTQQPLIKDEQCIRLQLGPLAYTVQENAKGWVMSLGKLLNESAREELFSLQEDI
ERLSQNLRKTPDSLEDLKFVLGTIADIKDMSLRVELKYLDIQERYRTLAVYNIPTSEEES
ELVNKIKEKWETLLFDATEVDHSLGSIKRTFTEITKHQIGDYSKEISDFFHRFTTEGPGA
VGENLDKGLDLLGVFDKELDKLEKNRQELANAEKLFDLPITMYPDLMKAQNDMKGLKQIY
EIYKSQKVAKEEWSQTLWINLNVQVLQEGIEGFLKAHRKLPKQVRSMPVAYHLETKMKAF
RDSIPLLLDLKNEALRERHWKELMERTGTSFEMTTETFTLENMFAMELSKYSDVISEIVG
TAVKELSIEKGVKDIVDTWENMKFTVQRYFKGTQERGFILGSVDDIIQILDDNTVNLQSI
SGSRFVGPFLSTVHHWEKTLSLIGEVIEVWMVVQRKWMYLESIFIGGDIRSQLPEEAKKF
DNIDRIFKRIMSDTVKDPVIKKCCEAPNRLADLQNISDGLEKCQKSLNDYLDSKRNAFPR
FFFISDDELLSILGSSDPLCVQEHMIKMYDNIASLRFREGDSNEKIATAMISAEGEVMEF
RRAIAAEGRVENWMTAVLAEMRRTNRLLTKEAIFRYCEDRSRVDWMLLYEGMMVLAANQI
WWTWEVEDVFRKVKKGEKQAMKLYARKMHQQIDALVTRITKPLSKNDRKKYNTVLIIDVH
ARDIVDTFVRDSILEAREFEWESQLRFYWDREPDELNVRQCTGTFSYGYEYMGLNGRLVI
TPLTDRIYLTLTQALSMFLGGAPAGPAGTGKTETTKDLAKALGLLCVVTNCGEGMDFKAV
GKIFSGLAQCGAWGCFDEFNRIDASVLSVISSQIQTIRNALMNRLKTFQFEGQEISLDGR
MGIFITMNPGYAGRTELPESVKALFRPVVVIVPDLQQICEIMLFSEGFLLAKSLAKKMTV
LYKLAKEQLSKQHHYDFGLRALKSVLVMAGELKRGSPDLSEDLVLMRALRDMNLPKFVFE
DVPLFLGLISDLFPGLDCPRVRYPNFNDAVEQVLEEGGYIVLPVQVDKVVQMYETMLTRH
TTMVVGPTGGGKSVVINTLCQAQTKLGLVTKLYTLNPKAMSVIELYGILDPTTRDWTDGV
LSNIFREINKPTDKKERRYILFDGDVDALWVENMNSVMDDNKLLTLANGERIRLQAHCAL
LFEVGDLQYASPATVSRCGMVFVDPKNLKYKPFWEKWIKQRGNKQEQVELDRLFEKYVPY
LINLIVEGIVDGRQGEKLKTIVPQTDLNMVVQLTTMLEALVVGEPDDSDVLECYFLEALY
SSLGASLLDAGRIKFDESVKRISSMSTVHEENILAKPGELPGQLPTLYDFHFDACQKKWV
PWSKLVPAYLHKPEGRFIDVLVPTVDTTRTTWLLEEMVKIKRPVVLVGESGTSKTATTQN
FLKSLNQDTNLLLIINFSSRTTSMDIQRNLEANVEKRTKDTYGPPMGKRLLVFMDDMNMP
RVDEYGTQQPIALLKLLLEKGSVYDRGKEMNCKLLRDLGFIAAMGKAGGGRNEVDPRFIS
LFSVFNVPFPSEQSLHLIYAFILKGHTAAFNESIAMISDKLTSCTLELYKMIVRDLPPTP
SKFHYIFNLRDLSRIYSGLLLTTPERFQTVTQMVRVWRNECLRVFHDRLINEADKILVQG
HIKSLIEDNFKEDLEPAMRDPILFGDFRMALNEGEPRIYEDIQDYDAAKALFQEILEEYN
EVNTKMNLVLFDDALEHLTRVHRIIRMDRGHALLVGVGGSGKQSLARLAAYTAGYEVFEI
VLSRGYGENNFREDLKTLYLKLGIENKSMIFLFTDAHVAEEGFLELINNMLTSGMVPALF
PDDEKDAILGQIGDEAAKAGVSPAKESVWQYFVNKSANNLHIVLGMSPVGDTLRTRCRNF
PGLVNNTGIDWFLPWPPQALYAVAKSFVGENPLVPAENTEFVIEHIVTVHESVGDFSKKF
LQKLRRSNYVTPKNYLDFINTYSKLLEEKNQFILAQCKRLEGGLDKLKEAAVQLDELNQK
LAEQKIVLAEKSAACEALLQEIATNTAVAEEKKKLAEEKAVEIEEQNKIIAVEKKDAETA
LAEAMPILEAAKLELQKLDKSDVTEIRSFAKPPKQVQTVCECILIMRGYKELNWKTAKGM
MSEANFLRSLMEIDFDGITQSQVKSVRALLKNLNTTFEEMEVVSRAGLGMLKFVEAVMSY
CDVFKEVKPKREKVARLERNYFLSKRELEKIQAELTTIQNELKALGDKYEAAIREKQQLQ
EEAEIMERRLIAADKLISGLGSENVRWTKDLEELKMRKVKLLGDCLLCAAFLSYEGAFNW
EFRNEMVYQVWQEDILSRDIPLSQPFRLENLLTDDVEVSRWGSQGLPPDELSVQNGILTT
CASRFPLCIDPQQQALNWIKRKEEKNNLRMASFNDPDFLKQLEMAIKYGSPFLFHDVDEY
IDPVIDNVLEKNIKVAQGRMFIILGDKEVDYDSNFKLYLNTKLANPKYSPSVFGKAMVIN
YTVTLKGLEDQLLSVIVGFERRELEEQREHLIQETSENKNLLKDLEDSLLRELATSTGNM
LDNVDLVHTLEETKSKATEVSEKLKLAEKTAVDIDKLRDGYRPAAKRGAILFFVLSEMAL
VNSMYQYSLASFLEVFGFSLRKSMPNSVLPKRLQNIMDTLTFNVYNYGCTGLFERHKLLF
SFNMTIKIEQADGRVPQEELDFFLKGNISLEKSARKKPCTWLSDQGWEDIMHLSQLFPEK
FESLPDDVEKNPDVWKNWYDLDALEQSPFPMHYCNSLTHFQKLLLLRCFRVDRVYRAVTD
YVTLTMSEKYVQPPVISFDAIFEQSTPHSPIVFILSPGSDPASDLMKLAERTGFGGSRLK
FLAMGQGQEKVALQLLENAVARGQWLMLQNCHLLVKWLIDLEKALEKITKPHPDFRLWLT
TDPTKGFPIGILQKSLKVVTEPPNGLKLNMRATYFKIPHEALEQCPHPAFKSLVYVLAFF
HAVVQERRKFGKIGWNVPYDFNESDFQVCMEILNTYLTKAFQQSDDKIPWGSLKYLIGEV
MYGGRAIDSFDRRILTTYMDEYLGDFIFDTFQPFHFYRNDEVDYKIPTGQLKDDFVAEVE
SLPLANTPEVFGLHPNAEIGYYTQAARDMWSHLLELQPQTGESGTGISRDEYIGQVAKDI
ENKIPQIFDLDQIRKSLGTDISPTTVVLLQELERFNKLIVRMAKSLAELQRALAGEVGMS
SELDEVARALFNGQIPNIWRKLAPDTLKTLGNWMVYFRNRYNQYTSWVTESEPNVMWLAG
LHIPESYLTALVQATCRKNSWPLDRSTLYTHVTKYSTAEEVTERPGQGCFVSGLYLEGAD
WDIENSCLIKSKPKVLVVDLPILKIIPIEAHRLKLQNTFRTPVYTTSMRRNAMGVGLVFE
ADLFTTKHISHWVLQGICLTLNAD
NT seq 13935 nt   +upstreamnt  +downstreamnt
atgagcctggaggacgtgcgggtgcagtgggtgcgggagcgggcgctgagcgcgctgggg
ctgcccgacccggcgcccttcgaggagctgctcaaccgcggcgacggcgaggaggcggag
aagctgctgcgcttcctcaaccgcagcgacgcgggcgaggagggcgcggccgccgcctcc
gccctgctgctgcgcgccgagctgcgccacgaggagcgcgacgtggagatcgagacattg
gagacaagtgcatttgaagatgaccaggaggaaggttcgcacaaccctctggaggattat
tttgacagctctttgactgcagaagaaaagagagaacggaaaagcacttcagaatatgca
atcaatagaactctatcaagaaatctatcaagaaccctatcaagaaatctatcaattcat
atgtcacgtttgtcttttgtgtcacgtttgagcgaactggagcagggaatcctgagcgat
gcaggtcgcatagtccgaaaaatcatcaaacagaaagtttccaacctgtattttcatctg
gctcttgatgaaatccctgaagagtttctacaagatgatattatattctttctcagggat
acaagagaaacaataactgaacctaatgacataactgaagctaatgaagttctgcctgaa
atgctagagtttggcctactgaatgggcacactctcttgatgctgaaaaacatttttgca
caggttttcttgcctgctttgtcccataatcaatttgaagctgagtcatctgcctttact
ccagacactgaacaggcagacatggaacacaagcatttaactgaggctgacttggctgca
aaaaaggaagagcacctagcagcatcccagagttttcagataatgaggaatgagttctta
atgaacatgcaaaaatttctaagccacattcaacggacaatacaacagattgaaggagag
attaaactggatatgcccactataaatctagatgcagaggtggatgaacttgctgcaaat
gcagaagtagttgaaaaactggaacactgtgcaatgacctggctaacattaatatcaaca
gctgttgaagaacagctgaagaaagtcccacagggaaacggcccactggcagaaattgac
ctgtggcgtgaaagaaatgcaactttaagtgctctccatgaacaaataaagctgccatta
gtgaaaaaagtcttggcagtactgaaagaagctgaatctggacttaatgaaaacttgcag
ttggtcctaaatatacttaacaaacaccatgtagaagctgcggataatgtcaggtttctt
tcaactctggagcgccatttgaagaacttgacacatggcactggatttaatgttgtcttg
gaaacaattcgtccactgatgaatgcactgagaatggtgtggatcatctcacggcattat
aacaaagatgaacgaatgatccccctcatggaacgcattgcatgggaaatttcagcaagg
gtctgcaaagttgttgatttacgcactttgtttaaagaagatagaactgctgcaaaaaac
aaaatgacagaagccaaacgcacccttgaaatgtggaaaatagtgtattttgatattcgt
gcccaaattgaagcctcaggaagagatcaacggtgggaatttgaccgaaaacgtcttttt
gaaaaaacagattatatggcttcaatctgtcaagatctgtatgatattttgcaggttatt
gaagaattttacaatatatttggttctgaactgaaagctgttactggtgatccaaagcgt
attgatgacgtactgagaagggttgatggtctgattagtcctatggaagtattgactttt
gacccttttagcatcaagtgttcatcgcagtggaaatttgttatggaacagtttaaagca
gaagttctggttattgaaaaagaggctaagagctttattgacgaatcctttaagactctt
cggtcagcggaagctgcattcgacatgctcttaaattttaaacacatccgctctcgagat
gccatcaataagcagatgatgatgaaattcaatgatattcttgatcagtattgtaaagag
cttgacatagttaatgacatctttatccaaaacgtcagtaatccacctttgtacaaaaat
catcctcctatggctggtgcaatatattgggcacgatctcttttttaccgtatcaagcgc
actattgttcggtttcatgaagtagaggagttgctggctagcgagcgtggaaaagaagta
aaacagaaatacctgggagtagctaaaagaatgaaagaatatgaagatctgaaatatgac
cagtggagagactggacagaacagacactcccaatactactgaaaaagaccttgcttgct
aaagtccatccttctggagccataattcaaagtaatccagacacctctgagcagagccca
gtcccagaagaactcaaaatgggagagaagtttattcgtttttcagtgaatttttctccc
aaactccaagaggttatcaatgaaacgaaatacatggaacagctggggttcccagtgcct
gaaatagcaaggaatgttgctctgcaggaagacaaatttcttaaacacaccaatggaatg
aagactatgttggatcactaccacatattaatgggaacattgaatgaagcagaaacccag
cttcttggtgatcacattcaagagctctggagagtatttaggtcaggatacaagagactt
aactggaattcattaggtattggtgactatgttattcggtgcacacaagccattgggaag
tttgaatcattggtacatcaggttcataagaatgctgatgacataaataacaagctttta
ttaatcgaatctacaaatctatttaaatcaccactccagaaaaatgctgaagaacttcct
ggagtgaaggaattctttgagcatattaagcaagagagattaaaagacctggaatacatg
gttagaaagtatgctgccattggaccattgctgacaaaagtggaaggtctaattgtcaat
acaaacactggcagatctgcaaaactagcttcctattatgcatactgggaaaataaaatt
tatcatactttgacacagttaattctgaagaatttgcaggcttttaatgcagcagttctt
gggactgtccccctgttccaaacagaaactattttatctgctcctgaaataatcttacag
ccgaatgccagcgaaattgataaaatgacggttaattgtgtcagggaatgtgttgaagtc
actaagcaatttgtgcggtggatgcacggctcctgtattgagtgcccacctcagcatgca
gaagaagatgagcccatcaccttgagtttttttaatgacctctctcagaacccggtgata
attgaacaggctgttctcatcacccagaacgtacacaagctcctgatttctctcaccaag
tatctcaaccggtggaagaggtatcgcccattgtggaaattagataaagccatcgtcatg
gagaagtttgctgcaaggaaacctgcttgcgtcaccttcgatgagaagctgcagttctat
atgaaggttgcccaagaagtgactcagcagcccttgattaaggatgagcaatgcatcagg
cttcaactgggcccattagcttacactgtgcaggagaatgccaaaggctgggtgatgtct
ctggggaaacttctaaatgagtctgccagagaggaactcttcagtcttcaggaagacatt
gagagattatctcagaaccttaggaaaacacctgactctctggaggatctcaaatttgtt
cttggtacaattgcggatatcaaagatatgtctttgcgtgtggaactgaaatatctagac
attcaggagcgataccgtacccttgcagtatataacattcctacaagtgaagaagagagt
gaactggttaacaagattaaggaaaagtgggagacacttttatttgatgcaactgaagtt
gatcacagccttggaagcatcaaaaggacctttacagagattacaaagcatcagattgga
gactacagtaaagagatctcagacttcttccatagatttactactgaggggcctggtgct
gttggggaaaaccttgacaaaggattggatcttttgggtgtttttgataaagaattggac
aaacttgagaagaatcgtcaggaattggctaatgctgagaaactttttgatctgccaatt
acaatgtacccggacttaatgaaagcacagaatgacatgaaaggtctaaagcagatctac
gaaatttataagtcgcaaaaggttgctaaagaggaatggtctcagaccctctggataaac
ctcaatgtgcaagttctgcaggaaggaattgaaggatttcttaaagcccatcgcaagctg
cctaagcaggtgcgcagcatgcctgtggcttatcacctggagacaaaaatgaaggcattc
agagactccattcctttgctgcttgatctgaaaaatgaagccttaagagaaaggcattgg
aaagaacttatggagagaactggcactagctttgaaatgacaacagaaacttttactctg
gagaatatgtttgctatggaactttccaaatactcagatgttatcagtgaaatagttgga
actgctgttaaggagttgagcattgagaagggtgttaaggatatagtagacacctgggag
aacatgaaattcactgtacaaaggtacttcaaaggcactcaagagcgaggctttattttg
ggctccgttgatgacattattcagattcttgatgacaacactgtcaatcttcagagtatt
tcagggagtcgctttgtgggtccttttctgtcaacagttcaccactgggaaaaaacactc
tcattgattggtgaagttattgaggtctggatggtggttcagaggaaatggatgtacctt
gagagcatctttattggtggggatataagatcacaacttccagaggaagctaaaaagttt
gacaacatagacaggatatttaaaaggataatgagtgacactgtgaaagatccagtgatt
aaaaaatgctgtgaagctccaaatcgacttgcagacctccaaaatataagtgatggtcta
gagaaatgtcagaaaagcttgaatgattatttggattcaaagcgaaatgctttcccaagg
tttttcttcatatctgatgatgaattacttagcatccttggtagcagtgacccactctgt
gttcaggagcacatgataaagatgtatgataacattgcgtccctgaggtttcgggagggt
gacagtaatgaaaaaatagcaacagcaatgatttcagctgaaggagaagtgatggagttc
cggcgagccatagcagcagaaggcagagttgagaactggatgacagccgttctggctgaa
atgagaagaacaaacagacttttaaccaaagaagccattttccgatattgtgaagataga
agcagggttgactggatgctgctgtacgagggcatgatggttcttgctgctaatcagatc
tggtggacttgggaggtagaagatgtcttccgcaaagtgaagaagggagaaaaacaggcc
atgaaactttatgccagaaaaatgcatcagcagattgatgccctggttacacgaattaca
aagccattgagtaaaaatgaccgtaaaaagtataacaccgttctcattattgatgtccat
gccagagatatagttgatacatttgtgagagacagcattctagaagctcgagaatttgaa
tgggaaagccaactgcgtttttactgggatcgggagccagatgagctgaatgtgcgtcaa
tgcactggcactttttcctatggttatgaatacatgggcttgaatggacgactggtcatc
actccccttacagaccgtatctacctaaccctcacacaggcattgtccatgtttttggga
ggagcacctgcaggaccagcaggtacagggaaaacagagaccaccaaagatctggccaaa
gctcttggtttgctgtgtgttgtaacaaactgtggagaaggcatggatttcaaagcagtt
ggtaaaattttctctggtcttgcccagtgtggtgcatggggatgctttgatgaatttaat
cgcatagatgcttctgtgctttcagtcatctcctctcagattcagacaattcgaaatgct
ctaatgaatcggctaaaaacatttcagtttgaagggcaggaaatttccctggatggacgc
atgggcatttttattaccatgaatcctggttatgctggccgtactgagctgcccgagtct
gtaaaagctttattcagacctgtggttgtgattgtaccagatcttcagcaaatctgcgaa
atcatgctcttttctgaagggttccttttggcaaagagcctggccaaaaagatgacagtg
ttgtacaaattagcaaaagaacaactttctaaacagcatcattatgattttggactacga
gccctgaagtcagtactagtgatggcaggagagctgaagagaggttcacctgacctcagt
gaggatttggtactgatgagagcactgcgagatatgaatcttccgaagtttgtgtttgaa
gatgtaccccttttccttggcctgatctctgacctgtttcctggcctggattgtcctcga
gtccgttaccctaacttcaatgatgctgtagagcaagtgctggaagaaggtggttatatt
gttttaccagtccaggtggataaggtagttcaaatgtatgagacaatgttaactcgtcac
actacaatggtggttggaccaactggaggcggaaaatctgttgtcattaacactttgtgc
caggcccaaaccaagttaggattagtgacaaagctttatacactgaacccaaaagccatg
agtgtgatcgagctgtatggtattcttgaccctaccacacgagactggacagacggtgtt
ctctcaaacatcttcagagagatcaacaaaccaacagataagaaagagcgaaggtatatt
ttatttgatggagatgtggatgcactctgggtggaaaacatgaattctgtgatggatgat
aataagctgttaacgttggcaaatggggagcgcatcaggcttcaggctcactgtgctctg
ttgtttgaggttggagacttacagtatgcctctcctgccactgtgtctcgttgtgggatg
gtttttgtggatcctaaaaacctgaagtataagcccttctgggagaaatggattaaacaa
agaggtaacaagcaagaacaagttgagttagatcgactgtttgaaaaatatgtcccctac
cttattaacctgattgtagaaggaattgtagatggcagacaaggagagaagctgaagaca
attgtccctcaaacagatttaaatatggtagtgcagttgacaacgatgcttgaagcttta
gtagtgggagagcctgatgactccgatgttctggaatgctatttcctggaagctctgtat
tcctctttaggtgccagccttcttgatgcaggcagaattaaatttgacgaaagtgtcaaa
cgaatatcctctatgtcaactgttcatgaggagaatatcttggctaagccaggggaactg
ccaggtcagttgccaactttgtatgactttcattttgatgcttgtcaaaagaagtgggtg
ccttggagcaagctagttcctgcataccttcacaagccagaaggcagatttattgatgtt
ctagttccgactgtggatacaacacgcactacctggttgttagaagagatggtaaaaatc
aaacggcctgttgtccttgtgggtgaatctggaacttctaagacagcaactacccaaaac
tttttaaaaagcttgaaccaagacactaatctgctgctaataattaacttctcctcacgc
acaacatcaatggacattcagagaaacttagaagctaatgtagagaaacgtacaaaggac
acttatggcccccctatgggaaagcgccttctggttttcatggatgacatgaatatgcca
agggttgatgaatatggtacacagcagccaattgccttgttgaagctgctgttggaaaaa
ggttccgtgtatgatcgtggtaaagagatgaactgtaagcttcttcgagaccttggcttt
attgctgctatgggaaaggctggaggaggtcgtaatgaagttgaccctcgctttatttca
ctcttcagtgttttcaatgtacctttcccttctgagcagtctttgcatttgatttatgcc
ttcatcctgaaaggccacactgcggcttttaatgaatctatcgcgatgatctctgacaag
ttgacatcctgcactttggaactttacaaaatgattgtccgtgacctgcctccaacacct
tccaaatttcattacatatttaatctgcgtgatctctccaggatctacagtggtcttctt
cttaccaccccagagaggttccaaacagtcacgcaaatggtgagagtctggagaaatgag
tgtctgagagttttccatgacagattgattaatgaagcagacaagatactggtacaaggc
cacataaagagcttgattgaagacaatttcaaagaagatttagagccagccatgagagac
cctattctttttggagactttagaatggcactgaatgaaggggaacctcgcatttatgaa
gacattcaagactatgatgcagcaaaagctctctttcaggagattcttgaggagtacaat
gaagttaatactaaaatgaatctcgttctctttgatgatgccttggagcatttaacccgc
gtgcatcgcatcatacggatggatcgtggccatgccctgcttgtaggagtgggaggctcg
ggaaagcaatcccttgcaagactggctgcgtacacagctggatatgaggtgtttgagatt
gttctgagtcgagggtatggagaaaacaatttccgggaagacttgaagactttgtatctg
aagcttggcattgagaacaagtcgatgattttcctgtttacagatgcccatgtggcagaa
gaaggttttctggagctcatcaacaacatgctaacttcaggaatggtcccagcacttttt
cctgatgacgaaaaagacgctatactaggtcagattggtgatgaagctgccaaagctgga
gtgagccctgctaaagaaagtgtctggcagtattttgtaaataagagtgccaataatctt
catattgtcctggggatgtcaccagttggcgataccttgagaacacgatgcagaaatttt
ccaggtcttgtcaacaacactggtattgactggttcttgccctggcccccacaagctttg
tatgcagttgcaaagtcatttgttggggagaatcctctggtcccagcggagaacacggag
tttgtgattgaacacattgtcacagtgcatgaatctgtaggggatttcagtaagaaattc
ctgcagaagctgagacgtagcaactatgtaactccaaagaattaccttgattttattaat
acctattcaaaactgctggaagaaaagaatcaattcattttagctcagtgcaaacgtctg
gaagggggattagataaactgaaggaagctgctgtacagctggatgagctaaatcagaaa
cttgcagagcagaagattgtgttagctgagaaatcagctgcctgtgaggctttgttacag
gagatagcaactaacacagcagtagcggaggagaagaaaaagctggctgaagaaaaagct
gtggagatagaagaacagaataagataattgctgtggaaaagaaggatgctgaaacggcc
ctagctgaggctatgcctattttagaagctgctaaattagagctgcagaagcttgacaaa
tctgatgtcacagagattaggtcatttgctaaaccccccaaacaggtgcagactgtgtgc
gaatgtatcctcataatgagaggctacaaagaactgaactggaagacagccaaaggaatg
atgtcagaggcaaatttcctgcgatccctaatggagatagattttgatggaatcactcag
agccaggtcaaatccgtccgagctctgttaaagaatctaaataccacatttgaggagatg
gaagttgttagcagagctggattgggaatgctgaaatttgtcgaagcagtaatgagctac
tgtgatgtatttaaagaagtcaagccaaagagagagaaggtggccaggttggaacgaaac
tatttcttaagtaaacgtgaactggaaaagatacaggcagagctgacaacaattcaaaat
gagctgaaggctttgggggacaagtatgaagctgcaataagggagaagcaacaactgcaa
gaagaagcagagattatggagaggagacttattgctgctgacaagctcatctctggtttg
ggctctgaaaatgtaagatggacaaaggatttagaggagttaaaaatgcgaaaagtgaag
ctgcttggagactgtctgctctgtgccgccttcctgagctatgaaggggcgttcaactgg
gagttccgtaatgaaatggtttatcaggtgtggcaagaggacatcctctcacgtgatatc
cccctcagtcagcccttccgattggaaaacctcctgacagatgatgtagaggtcagcagg
tggggttctcagggtttgccccccgatgaactctctgttcagaatggcattctgactaca
tgtgccagtcgcttccccttgtgcatagacccccagcagcaggcactgaattggatcaag
agaaaggaagaaaaaaacaacctgaggatggcttcttttaatgatccagatttccttaaa
cagctagaaatggccataaagtatggaagtcccttcctgttccatgacgttgatgaatat
atagatcctgtcatagacaatgtcttggaaaagaatattaaagtggcacagggccgaatg
ttcatcatcttgggtgataaggaagtggactatgacagtaacttcaaattgtacctgaac
actaagcttgctaaccctaaatattcaccatcagtatttggcaaagccatggttattaat
tatacagttactctaaaaggcttggaagatcaactgcttagtgttatcgtgggatttgaa
agaagagagctagaagagcagcgagaacatctcatccaggaaaccagtgagaacaaaaac
ttgctgaaagatctggaagactctctcctccgcgagctggcaacttccacaggaaacatg
ttggataatgtggacttggtgcacaccctggaggagacaaaatccaaagctactgaggta
tcagagaaacttaagctggctgagaagacagccgtggacattgacaagctgcgagatggc
tacaggcctgctgcgaagaggggtgccattttgttctttgtcttgtctgagatggccctg
gtcaactccatgtatcagtactccttggcttccttcttagaggtatttggattttcactt
cgaaaatccatgcccaactcagttcttccaaagaggctacaaaatatcatggatacgctg
acattcaacgtttataactatggctgcacaggcttgttcgagagacacaagttacttttt
tcctttaatatgactatcaagatagaacaagctgatggcagagtcccacaggaagaactt
gacttctttttaaaagggaatatctcattggagaagagtgcgcggaagaagccatgtact
tggctttcagatcaaggctgggaggacataatgcacctgtctcaactgtttcctgagaaa
tttgagtctcttccagatgatgtggagaaaaatccagatgtatggaaaaattggtatgac
ctagatgccctggaacaatcaccatttcccatgcactactgcaacagtcttacacatttt
cagaagctcctgcttttgcggtgtttccgagtggaccgggtgtaccgtgcagtgactgat
tacgtcactctgacaatgagtgagaaatacgttcagccacctgtgatcagcttcgacgct
atctttgagcagagcactcctcactcaccaatagtttttatcctaagtcctgggtccgac
cctgctagtgacctcatgaagctggctgaacggacaggctttggaggaagcaggctcaaa
ttcctcgccatgggacaaggacaagaaaaggttgcactgcagttgctggaaaatgcggtg
gctcgtggacagtggttaatgttgcagaactgtcatctcttggtgaaatggctgattgat
ctggagaaggccttggagaagattacaaagcctcatccagacttccgcttgtggctgacg
actgatccaaccaagggctttcctattggaatacttcagaaatctttgaaggttgtcaca
gaaccaccaaatggtctgaaactgaacatgagagccacttacttcaaaatcccccacgaa
gccctagagcagtgcccacatcctgcttttaaatcgctggtctatgtcttggcatttttc
catgctgtggttcaggagaggaggaagtttgggaagattggctggaatgtaccatatgat
ttcaatgaatcagatttccaggtctgcatggaaattctgaacacatatttgaccaaagct
ttccagcaaagcgatgataaaatcccctggggcagcctcaagtatctaattggagaggtc
atgtatggtgggcgtgcgattgacagctttgatcgccgcatcctgaccacttacatggac
gagtacttgggagatttcatctttgacaccttccagcctttccatttctatagaaacgat
gaggtagattataaaatcccaactgggcagctaaaggacgactttgtggcggaggtagaa
tctcttccacttgctaacacgccagaggtgtttggacttcatcctaatgctgaaattgga
tattatacacaggcagctcgagacatgtggtctcatctcctggagctccagcctcaaaca
ggtgaatctggtactggaatcagtcgagatgaatatattggacaggttgccaaggacatt
gaaaacaaaataccgcaaatatttgatcttgatcagataagaaagtctttgggcactgac
atttcacctacaacagtggtgctgttacaggaattggaacgtttcaacaaactgattgtc
cgtatggccaaatcactggcagagctacaaagagccttggctggggaagttggaatgagc
agcgagctagatgaggtggctcgggctctctttaatggacagatccctaacatctggaga
aagctggccccggacacactcaaaacacttggaaattggatggtttacttcaggaacaga
tacaatcagtacacgtcttgggtcactgagagcgaaccaaatgtgatgtggcttgccgga
ctgcacattccagagtcttatctcacagcccttgtacaagccacatgcaggaagaacagc
tggccactggatcgctccactttgtacacacacgtgactaagtacagcactgctgaggag
gtcaccgagcgccctggacaaggatgttttgtttctggtctgtatctggaaggagcagac
tgggacattgagaacagctgtctcatcaagagcaagcccaaagtcttggtggtagatttg
cctattctaaagatcattcctattgaagctcatagactcaagctacagaacacattccgg
acccctgtgtacacaacttccatgagaagaaatgccatgggtgttggcttagtttttgaa
gcagaccttttcaccacaaagcacatttcccactgggtgctgcaagggatttgtctcact
ttgaatgctgactga

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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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (30)   

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