KEGG   Pan paniscus (bonobo): 100987937
Entry
100987937         CDS       T02283                                 
Symbol
SPTBN5
Name
(RefSeq) LOW QUALITY PROTEIN: spectrin beta chain, non-erythrocytic 5
  KO
K06115  spectrin beta, non-erythrocytic 1/4/5
Organism
pps  Pan paniscus (bonobo)
Pathway
pps04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pps00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100987937 (SPTBN5)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:pps04812]
    100987937 (SPTBN5)
Cytoskeleton proteins [BR:pps04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     100987937 (SPTBN5)
  Intermediate filaments
   Intermediate filament-binding proteins
    100987937 (SPTBN5)
SSDB
Motif
Pfam: Spectrin CH zf-ZPR1 IRF
Other DBs
NCBI-GeneID: 100987937
NCBI-ProteinID: XP_034794462
Position
15:complement(20789568..20839907)
AA seq 3703 aa
MAGQPHSPRELLGAAGHRSRRPSTELRVPPSPSLPMDSQYETGHIRKLQARHMQMQEKTF
TKWINNVFQCGQAGIKIRNLYTELADGIHLLRLLELISGEALPPPSRGRLRVHFLENSSR
ALAFLRAKVPVPLIGPENIVDGDQTLILGLIWVIILRFQISHISLDKEEFGASAALLSTK
EALLVWCQRKTASYTNVNITDFSRSWSDGLGFNALIHAHRPDLLDYGSLRPDRPLHNLAF
AFLVAEQELGIAQLLDPEDVAAAQPDERSIMTYVSLYYHYCSRLHQGQTVQRRLTKILLQ
LQETELLQTQYEQLVADLLRWIAEKQVQLEARDFPDSLPAMRQLLAAFTIFRTQEKPPRL
QERGAAEALLFRLQTALQAQNRRPFLPHEGLGLAELSQCWAGLEWAEAARSQALQQRLLQ
LERLETLARRFQRKAALRESFLKDAEQVLDQARAPPASLATVEAAVQRLGMLEAGILPQE
GRFQALAEIADILRQEQYHSWADVARRQEEVTVRWQRLLQHLQGQRKQVADMQAVLSLLQ
EVEAASHQLEELQGPARSTACGQQLAEVVELLQRHDLLEAQVSAHGAHVSHLAQQTAELD
SSLGTSVEVLQAKARTLAQLQQSLVALVRARRALLEQTLQRAEFLRNCEEEEAWLKECGQ
RVGNAALGRDLSQIAGALQKHKALEAEVHRHQAVCVDLVRRGRDLSARRPPTQPDPGERA
EAVQGGWQLLQTRVVGRGARLQTALLVLQYFADAAEAASWLRERRSSLERASCGQDQAAA
ETLLRRHVRLERVLRAFAAELRRLEEQGRAASARASLFTVNSALSPPGESLRNPGPWSEA
SCHPGPGDAWKMALPAEPDPDFDPNTILQTQDHLSQDYESLRALAQLRRARLEEAMALFG
FCSSCGELQLWLEKQTALLQRVQPQADTLEVMQLKYENFLTALAVGKGLWAEVSSSAEQL
RQRYPGNSTQIQRQQEELSQRWGQLEALKREKAVQLAHSVEVCSFLQECGPTQVQLRDVL
LQLEAPQPGSSEDTRHALQLAQKKTLVLERRVHFLQSVVVKVEESGYAESQPLQGQVETL
QGLLKQVQEQVAQQARRQAETQARQSFLQESRQLLLWAESVQAQLRGKEVSVDVASAQRL
LREHQDLLEEIHLWQERLQQLDAQSQPMAALDCPDSQEVANTLRLLGQQGQELKVLWEQR
QQWLQEGLELQKFGREVDGFTATCANHQAWLHLDNLGEDMREALSLLQQHREFGQLLSTL
GPRAEALRAHGEKLVQSQHPAAHTVREQLQSVQAQWTRLQGRSEQRRRQLLASLQLQEWK
QDVAELMQWMEEKGLMAAHEPSGACRNILQTLKRHEAAESELLATRRHVEALQQVGRELL
SRRPCGQEDIQTRLQGLRSKWEALNRKMTERGDELQQAGQQEQLLRQLQDAKEQLEQLEG
ALQSSETGQELRSSQRLQKRHQQLESESQTLAAKMAALASKAHGMAASPAILEETQKHLQ
RLELLQGHLAIRGLQLQASVELHQFCHLSNMELSWVAEHMPHGSPTSYTECLNGAQSLHR
KHKELQLEVKAHQGQVQWVLSSGRSLATSGHPQAQHIVEQCQELEGHWAELERACEARAQ
CLQQAVAFQQYFLDVSELEGWVEEKRPLVSSRDYGRDEAATLRLINKHQALQEELAIYWS
SMEELDQTAQTLTGPEVPEQPRVVWERLREQLRALQELAATRDRELEGTLRLHEFLREAE
DLQGWLASQKQAAKGGESLGEDPEHALHLCTKFAKFQHQVEMGRQRVAACRLLAESLLER
GHSAGPMVRQRQQDLQAAWSELWELTQARGHALRDAETTLRVHRDLLEVLTQVQEKATSL
PNNVARDLRGLEAQLRSHQGLERELVGTERQLQELLETAGRVQKLCPGPQAHAVQQRQQA
VMQAWAVLQRRMEQRRAQLERARLLARFRMAVHDYASWAARVHQDLQVEENSQEPSSGPL
KLSAHQWLRAELEAREKLWQQATQLGQQALLAAGTPTKEVQEELRALQDQRDQVYQAWAR
KQERLQAEQQEQLFLRECGRLEEILAAQEVSLKTSALGSSVEEVEQLICKHEVFLKVLTA
QDKKEAALRERLKTLRRPRVRDRLPILLQRRVRVKELAESRGHALHASLLMASFTQAATQ
AEDWIQAWAQQLKEPIPPGDLRDKLKPLLKHQAFEAEVQAHEEVMTSVAKKGEALLAQSH
PRAGEVSQRLQGLRKHWEDLRQAMALRGQELEDRRNFLEFLQRVDLAEAWIQEKEVKMNV
GDLGQDLEHCLQLRRRLREFRGNSAGDTVGDARIKSISDLSLQLKNRDPEEVKIICQRRS
QLNNRWASFHGNLLRYQQQLEGALEIHVLSRELDSVTKRIQEKEALIQALDCGKDLESVQ
RLLRKHEELEREVHPIQAQVESLEREVGRLCQRSPEAAHGLRHRQQEVAESWWQLRSRAQ
KWREALDALHQAQKLQATLQELLVSAQRLRVQMDTSPAPRSPVEARRMLEEHQECKAELD
SWTDSISLARSTGQRLLTAGHPFSSDVRQVLAGLEQELSSLEGAWQEHQLQLQQALELQL
FLSSVEKVERWLCSKEDSLASEGLWDPLAPMEPLLWKHKMLERDLEMQAGKISALEATAR
GLHQGGHPEAQSALGRCQAMLLRKEVLFRQAGTRRHRLEELRQLQAFLQDSQEVAAWLRE
KNLVALEEGLLDTAMLPAQLQKQQNFQAELDASMHQQQELQREGQRLLQGGHPASEAIQE
RLEXLGALWGELQDNFQKVAKLQKACEALRLRRSMEKLENWLEPIEVEPRAPTVGQALPG
VGELLGTQRELEAAVDKKARQAEALLGQAQAFVREGHCLTQDVEEQARRLLQRFKSLREP
LQERRTALEARSLLLKFFRDADEEMAWVQEKLPLAAAQDYGQSLSAVRHLQEQHQNLESE
MSSHEALTRVVLGTGHKLVQAGHFAAHEVAARVQQLEKAMAHLRAEAARRRLLLQQAQEA
QQFLTELLEAGSWLAERGHVLDSEDMGHSAEATQALLRRLEATKRDLEAFSPRIERLQQT
AALLESRKNPESPKVLAQLQAVREAHAELLRRAEARGHGLQEQLQLHQLERETLLLDVWL
TTKAATAESQDYGQDLEGVKVLEEKFDAFRKEVQSLGQAKVYALRKLAGTLERGAPRRYP
HIQAQRSRIEAAWERLDQAIKARTENLAAAHEVHSFQQAAAELQGRMQEKTALMKGEDGG
HSLSSVRTLQQQHRRLERELEAMEKEVARVQTEACRLGQLHPAAPXGLAKVQEAWATLQA
KAQERGQWLAQAAQGHAFLGRCQELLAWAQERQELVSSEELAEDVAGAEQLLGQHEELGQ
EIRECRLQAQDLRQEGQQLVDNSHFMSAEVTECLQELEGRLQELEEAWVLRWQRCAESWG
LRKLRQRLEQAEAWLACREGLLLKPDYGHSVSDVELLLHRHQDLEKLLAAQEEKFAQMQK
TEMEQELLLQPQELKPGRAGSSLTSFQWRPSGHQGLGAQLAETRDPQDAKGTPTMEGSLE
FKQHLLPGGRQPSSSSWDSCRGTLQGSSLSLFLDERMAAEKAASIALLDLTGARCERLRG
RHGRKHTFSLRLTSGAEILFTAAXGSARPGACRWSGPGXQWLFPCSAAQSLSPELKAKPA
SSLNECTTKDARPGCLLRWDTWVGEAGRGALGFSGWQALSSEA
NT seq 11112 nt   +upstreamnt  +downstreamnt
atggctggtcagccccacagcccccgggagctcctcggggccgcagggcaccgcagcagg
aggcccagcacagaactccgggtcccacccagtccaagtctccccatggactctcagtac
gagacgggccacattcgcaagctacaggcccggcacatgcagatgcaggagaagactttc
accaagtggatcaataacgtcttccagtgcggccaggcgggcatcaagatccggaacctg
tacacagagctggctgacggcatccacctcctgcggctgctggagctcatctcaggggag
gccctgccaccccccagccggggccgcctgcgtgtgcacttcctggagaacagcagccga
gctctggccttcctcagggccaaggtgccagtaccactcatcgggccagagaacatcgtg
gacggagaccagacactcatcttgggactcatctgggtcatcattctgcgtttccagatc
tcccacatctccttggacaaggaggagtttggggccagcgcagccctgctgtccaccaag
gaagccctgctggtctggtgccagcggaagacggccagctacaccaacgtgaacattaca
gatttctcccgaagctggagcgatgggctgggcttcaatgccctcatccatgcccacagg
ccagacctgttggactacggctccctgcgtccagaccgcccactgcacaaccttgctttt
gctttcctggtggctgagcaggagctgggcatcgctcagctgctggaccccgaggacgtg
gcagccgcacagccagatgagcgctctatcatgacctacgtctccctctactaccactac
tgctcccgcctgcatcaggggcagactgtccagaggagactcactaagatcctgcttcag
ctccaggagacagagctgctgcagacccagtacgagcagctggtggccgaccttctacgc
tggattgcagagaagcaggtgcagctggaggcgcgggattttccagactcgctgcccgcc
atgcggcagctactggcagcattcaccatcttccgcacccaggagaagccaccccggcta
caggagcgaggggccgcagaggccctgctcttccggctacagacagcactccaagcccag
aaccgcaggcccttcctgcctcatgagggcctgggccttgcagagctgtcccagtgctgg
gcagggctggagtgggcagaggctgcaaggagccaggccctgcagcagaggctactgcag
ctggagcggctagaaaccctggcccggcgcttccagcgcaaggcagccctccgggagagt
ttccttaaggatgcagagcaggtgctagaccaggccagagccccgccagccagcctggcc
acagtggaggcagccgtccagaggctgggcatgctggaggctggcatcctgccccaggaa
gggcgcttccaggccctggctgagatcgcagacatcctccggcaggagcagtaccacagc
tgggcagatgtggcccgcaggcaggaggaagttaccgtgcgctggcagaggctccttcag
catctacagggacagaggaagcaggtggcagacatgcaggctgtgctgagcctgctgcag
gaggtggaggctgcctcccaccagctggaggagctgcaggggccggccaggtccaccgcc
tgtgggcagcagctggcagaagtggtggagctgctgcagaggcatgacctgctggaggct
caagtctcggcccacggagcccatgtgagccatcttgctcagcagacagcagagctggac
tcctccctgggcaccagtgtggaggtgctgcaggccaaggccaggacactggcccagctc
caacagagcctggtggctcttgtcagggcccggcgggccctgctggagcagaccctgcag
cgggcagagttcctgcgcaactgtgaggaggaggaagcctggctgaaggagtgcggacag
cgggtggggaatgcggccctgggccgggatctcagccagatcgcaggcgccctgcagaaa
cacaaggccctggaagctgaggtccaccgccaccaggccgtgtgcgtagatctcgtgcgg
aggggacgcgacctcagcgcccgcaggcccccaacgcagccggatcccggggaacgggca
gaggccgttcagggagggtggcagctgctccagacccgggtggtggggcggggcgcacgg
ctgcagacagccctgctggtcctgcagtacttcgcggacgcggcggaggcggcttcgtgg
ctgcgcgagcggcgatcctcgctggagagagcgtcctgcggtcaggaccaggcggccgcc
gagaccctgctgaggcgccacgtgcggctggagcgcgtcctgcgcgccttcgcggccgag
ctgcggcggctggaggagcaggggcgggcggcctcggcccgggcgtcgttattcacggta
aactctgccctgagccctccaggagaaagcctgaggaacccagggccctggagtgaggct
tcctgccaccctggccctggggatgcctggaagatggccctcccagctgagcctgaccct
gactttgatcccaacactatactccagacacaggaccacttgagtcaggactatgagagt
ctgcgggccctggcacagctccgcagggcccggttggaggaggccatggccctgtttggt
ttctgcagttcctgtggggagctccagttgtggctggagaagcagacagcgctgctccaa
agggtgcagccccaggctgacaccctggaggtcatgcagctcaaatatgagaacttcctc
actgccctggctgtgggaaagggcctctgggctgaggtcagcagctctgctgagcaactg
aggcagagatatcctgggaactccacacaaatccaacgacagcaggaggaactgagccag
aggtgggggcagctggaggccctgaagagggagaaggccgtgcagctggcacacagtgtg
gaagtgtgcagttttctgcaggagtgtggacccacacaggtccagctgcgagacgtgctc
ctccagctggaggccccgcagccagggagctcagaggacacccgccacgccctgcagctg
gcccagaagaagaccctggtgctggagaggagggtccacttcctccaaagtgtggtcgta
aaggtcgaggagtcaggctacgcagagagccagcctctgcaaggacaggtggagacactg
caggggctgctgaagcaagtacaggaacaagtggcccaacaggcccggcgccaggctgag
actcaggcccggcagagcttcctgcaagagagccggcaactgctactgtgggcagagagt
gtccaggctcagctgcgcggcaaggaggtgtcggtggatgtggcctcggctcagcggctg
ctgagggagcaccaagacctgctggaggagatccacctgtggcaggagaggctacagcag
ctggacgctcagagccagcccatggcagccttggactgcccagactcccaagaggtggcc
aacactctgaggctcctggggcagcagggccaggagctgaaggttttgtgggagcagagg
caacagtggctgcaagaggggctggagctccagaagtttggccgagaagtggatggtttc
actgccacctgtgccaaccaccaggcctggctgcacctggacaaccttggggaggacatg
agggaggccctgagcctgctgcagcagcaccgggagtttgggcagctcctgagcaccctg
gggcctcgggcagaggctctgcgggcacatggcgagaagctggttcagagccagcaccca
gctgcacacacggtcagagagcagctgcagagtgtccaggcacagtggaccaggctccag
gggaggagtgagcagaggaggaggcagttgctggcttccctccagctccaggagtggaag
caggatgtggcagagctgatgcagtggatggaagagaaggggctgatggctgcgcatgag
ccctccggagcgtgcagaaacatcctgcagacactcaagcggcacgaagcagctgagagc
gagctactcgccacccgcagacacgtggaggccctgcagcaggttgggagagagctgttg
agtaggaggccctgtggccaggaggacatacagaccaggcttcaaggcctgagaagcaag
tgggaagctttgaaccgcaagatgactgagcgtggggacgagctccagcaggctggacag
caggagcaactcctgaggcagctgcaggatgcaaaggagcagctggagcagctcgaaggg
gccctacagagctcggaaacagggcaggaactgcgctccagccagaggctgcagaaacgg
caccaacagctggagagtgagagccagaccctggctgccaagatggctgcccttgcctcc
aaggcccatggcatggccgcctccccggccatcctggaagagacccagaagcacctccag
aggctggagcttctgcaggggcatctggccatccggggcctgcagctgcaggcctcagtg
gagctgcaccagttctgccacctgagcaacatggagctctcttgggtagccgagcacatg
ccccatggcagccccaccagctataccgagtgcttgaatggtgcccagagccttcaccgc
aagcacaaggagctccagttggaggtaaaagctcaccaggggcaggtgcaatgggtgctg
agttctgggcggagcctggcaacctcagggcacccccaagcccaacacatcgtggagcag
tgccaggagctggaaggccactgggcagagctggagagggcatgtgaagcgcgggcccag
tgtctgcagcaggctgtcgctttccagcagtactttctggatgtgtcagagctggagggc
tgggtggaggagaagcggccgctggtgagcagtcgggactatggcagagacgaggcagcc
accctcaggctcattaacaagcaccaggctctacaggaggaactagccatttactggagc
tccatggaggagcttgaccagacggcccaaaccctcactggccccgaagtccctgagcag
ccgcgtgtggtgtgggagaggctccgggagcagctgcgggcactgcaggagttggcggcc
acacgggaccgggaactggaggggaccctgaggctgcacgagttcctgagggaggccgag
gacctgcagggctggctggcaagccagaagcaggcagccaaaggaggggagagcctggga
gaggaccccgagcacgccctgcacctctgcaccaagtttgcaaagtttcagcaccaagtg
gagatgggcagacagcgggtggccgcctgccggctgctggcggagagcctgctagagcgt
gggcacagtgctggccccatggtccgtcagaggcagcaggatctgcaggccgcctggtcg
gagctgtgggagctgacccaggcccgaggccacgcgctccgagacgccgagaccaccctc
agagttcacagagatctcttggaagtcctcacccaggtccaggagaaagccacaagcctc
cccaacaatgtggcacgggacctgcgtgggctggaggcccagctgagaagccaccagggg
ctggagcgagaactcgtgggcaccgagcggcagctgcaggaactgctggagactgcaggc
agggtgcagaagctgtgtccggggcctcaggcccatgcggtgcagcagaggcagcaagct
gtgatgcaggcgtgggcagtgctgcagcgacgcatggagcagcgcagggcccagctggag
cgggcacgcctcctggcccgcttccgcatggcggtgcatgactacgcctcctgggcagcc
cgcgtgcaccaggacctgcaggtggaggagaactcacaagagcctagcagtggcccgctg
aagctcagtgcccaccagtggctccgggcagagctggaggcccgagagaagctgtggcag
caggccacccagctgggccagcaggcacttcttgctgcagggacacccaccaaggaggtc
caggaagagcttcgagccctgcaggaccagcgggaccaggtgtatcaggcctgggcacgg
aagcaagagaggctgcaggccgagcagcaggagcagctcttcctcagagagtgcggccgc
ctggaggagatcctcgcggcccaggaggtctccctgaaaaccagtgccttggggagctcg
gtggaagaggtagagcagttgatttgcaagcacgaggtcttcctgaaggttctgactgcc
caggacaagaaggaggcagccctgcgtgagcggctgaagacgctccggcgcccccgggtg
cgggaccggcttcccatcctgctgcagcgccgggtgagagtgaaggagctggcagagagc
cggggacacgccctgcatgcctccctgctgatggccagcttcacccaggccgcaacccag
gctgaggactggatccaggcgtgggcccagcagctgaaggagccgatccctcctggggac
ctgagagataagctgaagcccctgctgaaacaccaggcctttgaggctgaagtccaggcc
catgaggaggtcatgacctctgttgccaagaagggagaggctctcctggcacagagtcat
cctcgagccggagaggtctcccagcggctgcagggcctgcggaagcactgggaggacctg
aggcaggcaatggccctcaggggccaggagctggaggacaggcggaacttcctggagttc
ctgcagagagtggaccttgcagaggcctggatccaggagaaggaggtgaagatgaatgtt
ggtgacctgggccaggacctggagcactgcctgcagctccgacggcggctccgcgagttc
cgaggaaactcggccggggacacagtgggtgatgcccgcatcaagagcatcagtgacttg
tcactgcagctcaagaaccgggaccctgaggaagtcaagatcatctgccagcggcgaagc
cagctcaacaacaggtgggcgagtttccatggcaacctgctccggtaccagcagcagctc
gaaggggccttggagatacacgtgttgtcccgagagctggacagtgtcaccaagaggatt
caggagaaggaagccctgatccaggccctggactgtgggaaagatctggagagcgtgcag
aggctgctgcggaaacacgaggagctggagcgggaagtacaccccatccaggcccaggtg
gagtccctagagcgtgaagtgggccgcctctgccaaagaagccctgaggcagcccacggc
ctcaggcacaggcagcaggaggtggccgagagctggtggcagctccggagcagggcccag
aagtggagggaggcgctggatgccttgcaccaagctcagaaactccaggcaacgctgcag
gaattgctggtcagcgcccagaggctgcgggttcagatggacacgagccccgctcctcgc
agccctgtggaagcccggcgtatgttagaagagcatcaggagtgcaaggccgagctggac
tcctggacagacagcatcagcctggcccgaagcactgggcagcgactgctcacagcgggg
caccccttcagctccgacgttcgccaggtgctggctggcttagaacaggagctgagcagc
ctggaaggggcctggcaggagcatcagctacagctgcagcaggccctggagctacagctg
tttctgagctcagtggagaaggtggaacgttggctttgcagcaaggaagactccctagcc
agtgagggtctatgggaccccttggcccccatggagccccttctgtggaagcacaagatg
ctggagcgggacctggagatgcaggcgggaaagatcagtgctctggaggccacggcccgc
ggcctgcaccagggtgggcaccccgaggcccagagtgccctgggcaggtgccaggccatg
cttctgaggaaggaggtgctcttcaggcaagccgggacccgccgccatcgcctggaggag
ctccggcagctgcaggccttcctgcaggactcccaggaggtggctgcgtggctgagggag
aagaacctggtggccttggaggagggtttgctggacacagccatgctgccagcacagtta
cagaagcagcagaatttccaggcggagctggacgcgagcatgcaccaacagcaggagctg
cagcgggagggacagaggctgctgcaggggggccacccagcctcggaggccatccaggag
cgactggagtagctgggagcactctggggtgagctgcaagacaacttccagaaggtggcc
aagctccagaaggcctgtgaggccctgcgtctgcggcggagcatggagaaactggagaac
tggctggagcccatcgaggttgagccgagagcccccactgtgggccaggccctgcctggg
gtgggcgagctcctgggcacacagagggagctggaggcagcagtggacaagaaggccagg
caggctgaggcactgctgggccaggcccaggcctttgtgagggaaggccactgccttacc
caagatgtggaagaacaggcccggcggctgcttcagaggttcaagagcctgagggagccc
ctgcaggagcgcaggacggccctggaggcccggagcctcctcttgaagttcttcagggac
gccgacgaggaaatggcctgggtgcaggagaagctgcctctggccgctgcccaggactat
ggccagagcctgagtgcggtgcggcacctgcaggagcagcaccagaacctggagagtgag
atgagcagccacgaggctctgacccgggtggtgctgggcactgggcacaagctggtgcag
gctgggcactttgccgcccacgaggtggccgcccgggtgcagcagctggagaaggccatg
gcccacctgcgggcagaggcggcgcggaggcggcttctgctgcagcaggctcaggaggcc
cagcagtttctgactgagctcctggaggcgggatcctggctggctgagcggggccatgtc
ctggacagcgaggacatgggccacagtgctgaagccacacaggcccttctgcggcggctg
gaggccaccaagagagacctggaagcgttcagcccacgcatcgagcggctgcagcagaca
gcagcactcctggagagcaggaagaacccagaaagccccaaggtgctagcccagctgcag
gcagttcgggaggcccacgcagagctgctgcggagggcggaggccagggggcacggcctg
caggagcagctgcagctacaccagctggagcgagagaccctgctcctcgatgtctggctg
accaccaaggcggccaccgccgagtcccaggactacgggcaggacctggagggtgtcaag
gtgctggaagagaagtttgatgctttcagaaaggaagtgcagagcctgggccaggccaag
gtgtatgccctgaggaagttggcaggcaccctggagcgcggtgcacccaggcgctatccc
cacatccaagcccagaggagccgcattgaggccgcttgggagaggttggaccaagcaata
aaagcccgcacagagaacttggctgcagcccatgaggtccacagctttcagcaggcagcg
gctgagctccagggaaggatgcaggagaagacggccctgatgaagggagaggacggaggc
cacagcctgtcatctgtgcggaccctgcagcaacagcacaggcgcctggagagagagctg
gaagctatggagaaggaggtggcacgggtacagacggaggcctgccgactgggccagcta
catcctgcagctccgnggggcctggccaaggtgcaggaggcctgggccaccctgcaggcg
aaggcccaggagcgaggccagtggctggcgcaggctgcacagggccatgccttcctcggg
cgctgccaggaactgctagcatgggcacaggagaggcaggagctggtgtcctccgaggag
ctggctgaggacgtggcgggggctgagcagctccttgggcagcatgaagagctggggcaa
gaaatcagggagtgccgccttcaagcccaggacctgcggcaggaaggacagcagctggtg
gacaacagccacttcatgtctgcggaggtgacagagtgcctgcaggagctggaagggcgg
ctgcaggagctggaggaggcttgggtcctgcgctggcaacgctgtgccgagagctggggc
ctgcggaagcttcggcagaggctggagcaggctgaggcctggctggcctgccgggagggc
ctcctgctgaagcccgactatgggcactcagtgtcagatgtggagttgctgctgcacaga
caccaggacttagaaaagctgctggcagcccaggaagagaagtttgcccaaatgcagaag
acagagatggaacaggagctcctgctgcagccacaggagctgaagcccgggagagctggc
agctcgctgacatcctttcagtggaggccctctggacaccaggggctaggagcacagctg
gctgagacgagggacccccaggatgcaaagggtacccccaccatggaggggtctttggag
ttcaagcagcacctgctgcctggcgggaggcagcctagctcgagctcctgggacagctgc
cgcgggaccttgcagggcagctctctgagcctgttcctggatgagaggatggcagcggag
aaagcagcttccatagccctccttgacctcacgggagcccggtgtgagaggctgcggggc
cgccatggcaggaaacacacattctccttaaggctgaccagtggggcagagatcctgttt
acagctgcctaaggctcagccagacctggcgcctgcagatggtctgggccgggctaacag
tggttattcccttgctctgcagcccagagtctgagcccagaactcaaagccaaacctgcc
agctctctgaatgagtgcacgaccaaggatgcccggcctggatgtctacttaggtgggac
acctgggtgggggaagcagggcggggagccctgggcttcagtggctggcaggcactgtcc
tctgaagcctga

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Ontology (2)   
   KEGG BRITE (2)   
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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