KEGG   Castor canadensis (American beaver): 109693129
Entry
109693129         CDS       T04791                                 
Symbol
Sptbn5
Name
(RefSeq) LOW QUALITY PROTEIN: spectrin beta chain, non-erythrocytic 5
  KO
K06115  spectrin beta, non-erythrocytic 1/4/5
Organism
ccan  Castor canadensis (American beaver)
Pathway
ccan04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:ccan00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    109693129 (Sptbn5)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ccan04812]
    109693129 (Sptbn5)
Cytoskeleton proteins [BR:ccan04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Cross-linking proteins
     109693129 (Sptbn5)
  Intermediate filaments
   Intermediate filament-binding proteins
    109693129 (Sptbn5)
SSDB
Motif
Pfam: Spectrin CH
Other DBs
NCBI-GeneID: 109693129
NCBI-ProteinID: XP_020029811
UniProt: A0A8B7VCT8
Position
Unknown
AA seq 3744 aa
MAGHPHSPQQLLXAKGHLQQEAQAQAWVPPYPGPTMASEYESGHIRKLQARHTHMQEKTF
TNWVNNIFRLGRVGIKIQSLYTELADGTHLLRLLELISGEALPAPSPGRLRVHFLENNSR
ALAFLRAKVPVPLIGPENIVDGDQPLILGLLWVIILRFQISHIILDREEYGASAALLSAR
EALLVWCQRKTASYTNVDITDFSRSWSNGLGFNALLHTHRPDLLDYSSLRPDRPLQNLTL
AFHVAEQELGIAQLLDPEDVATLQPDERSIMTYVSLYYHYFSRLHQGQTVQKRLTKVLFQ
LQETEVLQIQYEQLVADLLRWIAEKQVQLEERDFPDSLPAMRQLLAAFASFRTQEKPPRL
QQRGATEALLFRLQTALRAQNRRPFLPGEGLSPAELAQRWAGLQRAEAARGQALQQRLLM
LERLETLARHFQHKATLRESFLKDAEQVLGQARVPPASPATVEVAIQRLGMLEASILPQE
GRFQALAELADVLQQEHYHSWADVAHRQEEITWRWQSLLQQLQKQRKQMAGTEAVLNLLQ
EVEATSDQLRELQVPASSTACGQQLADVMELLQRHELLEAQVLAHGAHVNHLAHQTARLD
PSLSTSVEMLQAKAQALAQLHQSLVSLIKDRRALLEQTLQRAEFLHNCEEEETWLLERRQ
LVENTPLGRDLNQITGALRKHKALETELHRHQDVCADLMQRGRDLSTRGLWRLPDPQERA
EAVQRAWQQLWTRTAAWGAQLQTALLVLQYFADTAEAASWLRRRRAALEGASGGQDHAAA
EALLLRHLRLERGVRAFAAELRRLDEQARAAATRASLTVRVETGKGPRLAPPAPNAWSLL
GTVSYASPARGHTEGGNGRDFVALPCESRTAHFTWLLGEALDTWELKDWAGCQAKVPISH
RMEQEPQVVSALSLLEEGPRIALPVEPDLFDPNTILQTQDHLSQDYEGLRAVAELRRAQL
EEAVVLFGFYSSCEELQSWLEKQTALFQTLQPEGDNLEVTQLKYEKLLTALAMGKGHWAE
ISNSAEQLKQRCPGDATKIQRQQEDLNQRWGCLEALKKEKGLQLAHCEEVCSFLQECGPT
RAQLQDVILQLETLDPGSSKDSHCALQLIQQKVLVLEKRIHYLQSVVLKAAESGPTESQP
LQEQMEALQGLLKQVQGQMAQQVQIRTEAQAHQSFLRESQKIFLWAEGVQAQLHSKEELV
DVTSAQRLLREHRDLQEEMHLWQERLQHLETQCQPVAVLDSPYSQEVASTLRLLDQQSLE
LVAAWEQRQRWLQEGLELQRFAREVDGFTATCANHEASLCLDNVGEDVREAQSLLQQHRV
LGWLLSILGPRLEALKACGEKLVQSQHPAAHKIREQLQSVQAQWTRLQERNEHRREQLLA
SLQLQEWKQDMKELMLWMEERWPTAADEPFQTHRNILQKLKSHDAAVREVLAACGHVEDL
QQTARELLHSRPFARDDIQTRLQDLSHKWGELNRKMAERGDKLQQARQQKELLEQLQEAK
EKMEQLEGALQNTETGQDLCTSRKLQRQHGQLENKSQALASKMADLISQAHSVATAQTIL
EETQQCCQRFHSLQAHLATRHLQLQAAVELYQFNHLSDLELTWVTEHMPSASPASCTQCQ
GGAQSLQYKHRVLQAEVRAHQRQVHQVLDSGRNLAASGHPEAQCLTEQCQKLEGQWAELE
QACAAQTHCLQRAATFQQYFLHVSELESWMEEKRPLLSSQDCGRDEAATFRLIGKHQVLQ
QELALYWTSMEELNQKAQSLAGSKAPEQLGVVQERLWEQLRALQELAIARGQELEGTLKL
HEFMREAEDLQSWLASQKQVARGRENLGGDYEHVLHLCTKFAKFQHQVEMGGQQVAICQQ
LAAGLLERRHSAANKACERQQDLQTAWSELWELTQARGCWLRNAETTFRVQRDLVEALNQ
VQEKVTSLPSDVAQDLRGVEAQLRKHKGLEHELMGTEKWLQELLEAGDRVQQLSPGLQAH
AVQQKQQAVTQAWEALRLCMEQRRAQLEQACLLGCFHTVVQDYASWAASVQQELQAKESS
PEHSSGPHRLSAHQWLRVELEAREELQQRAARLGQQALLTVGTATKDVQDRLQTLREERD
QVFQAWMQEQERLQATLREQLLLRQCSHLEKTLTAQEACLRTGALGSSVEEVEQLIYRHM
IFQKLLTAQDEKEAALRKQLKTLPGQRGQDLLHHVLQHRVRVKELAESRARALRTSLLMA
NFSRAATQTEDWIQERVQQLRESTPSGCLKDHVTHLWKHQAFEAEVQAHEQVMTSVAKQG
EAILVQNYPQAREVFQRLQALQELWEKLRQAVTLRGQVLKDKSCFLEFLQRVDLAEAWIR
QKEVMVNISDQGQDHEHCLRLYRQLRKFQSTMVAGDTVGDAYVRSINDLVPQLKSQDPEE
NKTICQRQSQLNTRWTSFHDKLLQYQRQLEGALEIHALSRDLDDVIEQIGEKGTSIQSLE
GAEDLDGIQRLLWKHEVLEQEMRLIQAQVESLDHKVGCLCWRSPGVSHSLSHKQQEMMDS
WRQLQSRVQKWRESLEARHEAQKLQALLQELLAWAQGLRAEMDARGTPGSPAGVLRMLED
HQAYKAELDVRTDSIRLVQTTGQQLLAAGHPSASGIHQALAALEQELSSLQGAWRMHQRQ
LQEALELQLYLSSVEKVERWLYSEEAFLANKGLGDPLANVETLLWKHKRFKQGLEAQVEK
IRSLEATVHSLHERGHPEAQSALARWQAVLLRKEALEERARTWGRQLEGLQQLQAFLQES
HEVVTWLREKNLVALENWRDPASLQAQLRRQQNFQVELDSNIHQRQELQQEGQRLLQGGC
PASETVRERLQELEELWAKLQTNCQRKEAKLQEACEALRLQRSLEELGSQLEPMEVELRN
PARGQDLRQVDELLRAQGELEAAVDRQTRQAQAVLGQAQAFTLEGCCLIKAVEEQAXQLL
HRFQGLREPLQERRAALEAQRLLLQFFRDADEEMAWVQEKLPLATAQDYGQSLSAVQHLQ
QKHQNLESEINSHKAVTLVVVDTGHKLVQAGHFAAQEVATQVQQLEGALDHLRAEVARRR
LLLRQALEAQQCLAELLEAGSWLAERGCVLDSEDMGQSAEATQTLLRRLEATRRDLEGFS
QHIGGLQQTVALLESRQNPDSPRVLAQLQVVREAHAQLLRRTEVREQSLREQLQLHQLQQ
ETLLLDAWLTTKVATAESQDCGQDLEGIKVLEEKFKIFSQEAWSLGQVKVQALRELADSL
ERGAPRCSPQIQAQKSRIQATWERLDKAIKARTESLAAAHEVRGFEQVALELQRWMQEKS
ALLEAALRGHSLLSTSPLQQEQQQHKRLQRELAAIEKEVTWTQIEACRLSQRHPAAREDL
AEQLAKVQEAWATLEAKTQERGQQLVQAAQSHAFLKHCRELLAWAQDRQALLSSEELAGD
MVETEQLLEQHKELGREIQEHCLKAQLMRQQGQQLVDNSHLMSLEVAEHLQDLEGQLQGL
QAAWTQRQQCLEESWSLQKLQQGLEQAEAWLASWEGLLLEPSCGHSKWHVELQRHKDLDK
LLTAQEEKFAQLQRTTEPSASSWDSCHGTLGSALSLSSDPKTAAEKVASMSPLEDVHGRR
CILSLRLSGEAEIPSVAPAEAQAESWQRTLGGTAAQNLSPEPKARLPAETLTALPRLEGA
PLPGAHSTLPASASTPGETFLGRKLHQAFSGPAGPEVRGSPAPFWKARLDLLAWGTQCSS
FSGLPVYLPRWSICVQEASLCPGL
NT seq 11235 nt   +upstreamnt  +downstreamnt
atggccggtcatccccacagcccccagcagctcctcnnagctaaaggacacctacaacag
gaggcccaggcccaagcttgggtcccaccctatccaggtcccaccatggcctctgaatat
gagtcaggccacatccggaagctgcaggctcgtcacacacacatgcaggagaagaccttc
accaactgggtcaataacatcttccggctcggccgggtaggcatcaagatccagagcctg
tacacagagctggcagatggcacccacctcctgcggctgctggagctcatctcgggggag
gccctgcccgcgcccagcccgggccgcctgcgtgtgcacttcctagagaacaacagccga
gccctggccttcctcagggccaaggtgccagttcccctcattgggccagagaacatcgtg
gacggagaccagccgctcatcctgggactcctctgggtcattattctgcgtttccagatt
tcccatatcatcttggacagggaagagtatggggccagtgcagccctgctgtctgccagg
gaagctctgctggtctggtgccagaggaagacagccagctacaccaacgtggacatcact
gacttctcccgcagctggagcaatgggctgggttttaatgccctcctccacacccacagg
ccagatctgctggactacagctccctgcgtccagatcgcccactgcaaaacctcaccttg
gcttttcacgtggcggagcaggagctaggcattgcccagctgctggatcctgaagatgtg
gcgaccctacagccagacgagcgctccatcatgacctatgtctctctctactaccactac
ttctcccgtctacatcaggggcagactgtacagaagagactcactaaggtcctgtttcag
ctccaggagacagaggtgctgcagatccagtacgagcagctggtggccgacctgctccgc
tggattgcagagaagcaggtgcagttggaagagcgggacttcccagactcgttgcctgcc
atgcgccagctactggcagcctttgcttccttccgcacccaggaaaagccacctcgactg
cagcagcgaggagccacagaggccctgctcttccggctgcagacagccctccgagcccag
aaccgcaggcctttcctacctggcgagggcctgagccctgcagagctggcccagcgctgg
gcagggctgcagcgggcagaggctgcccggggccaggccctgcagcagaggctgctgatg
ctggagcgactggagaccctggcccggcactttcagcacaaggcaaccctccgggagagc
ttcctaaaggatgccgagcaggtactgggccaggccagagtccccccggccagcccggcc
acagtggaggtggccatccaaaggctgggtatgctagaggccagcatcctgccccaggag
gggcgcttccaggccctggccgagctcgcagatgtcctccagcaggagcactaccacagc
tgggcagatgtggcccacaggcaggaggagatcacctggcgctggcagagtctccttcag
cagctacagaagcagaggaagcagatggcaggcacagaggctgtgctgaacctgctgcag
gaggtggaggctacctcagaccagctcagggagctgcaggtgcctgccagctccacagcc
tgtgggcagcagctggccgatgtaatggagctgctgcagagacatgagctgctggaggcc
caggtcttggcccatggggcccatgtgaaccatctggctcaccagactgcacggctggat
ccctccctgagtaccagtgtggagatgctgcaggccaaggcccaggctcttgcccagctc
caccagagcctggtgtctcttatcaaggatcggcgcgcgctgctggagcagaccctgcag
cgggcagagttcctgcacaattgtgaggaagaagagacctggttgctggagcgcagacag
ctggtggagaatacacccctgggccgggacctcaaccagatcacaggcgccctgaggaaa
cacaaggccctggaaaccgaactccaccgccaccaggatgtgtgcgcggatctcatgcag
agggggcgcgaccttagcacccgcgggctctggaggttgccagatccccaggagagggcg
gaggccgtgcagcgagcgtggcagcagctctggacccggacagcggcgtggggcgctcag
ctgcaaacagccctgctggttctgcagtactttgctgacaccgcagaggcagcttcgtgg
ctgcggcggcggcgggcggcactggagggcgcctccggcggccaggaccacgcagcggcc
gaggccctgttgctgcgccacctgcggctggagcgcggcgtacgcgccttcgcggccgag
ctgcggcggctggacgagcaagcgcgggcggcagcgacccgggcgtcgctcacggtgcgc
gtggagaccgggaagggacccagactggcgcccccagccccaaatgcgtggtctctgcta
ggcaccgtgtcctatgcgtcaccggcgcggggtcacactgagggtggaaatgggagggat
tttgtggccctgccctgcgaatcccggacagcacatttcacctggcttctaggagaggcc
ctggatacctgggagctgaaagactgggcaggctgtcaggccaaggtgcctatcagccac
agaatggagcaggagccccaggtggtgtctgcactgagtcttcttgaggaaggcccaagg
attgctcttccagttgagcctgacctctttgaccccaacaccatactccagacacaggat
cacttgagccaggactatgaaggcctgcgagctgtggcagagctccgcagggcccagttg
gaggaggctgtggtcctgtttggcttctacagttcctgtgaagagctccagtcctggctg
gagaaacagacagcactgttccaaactctgcagcccgagggtgacaacttggaggtcaca
cagttaaaatatgagaaattactcactgccctggccatgggaaagggccactgggctgag
atcagcaactctgctgagcaactgaagcaaagatgtcctggggacgccacaaaaatccaa
cgacagcaggaggacctgaaccagaggtgggggtgcctagaggcactgaaaaaggaaaag
ggcctgcagctggcacactgtgaagaggtgtgcagttttctgcaggagtgtggcccaacc
cgggcccagctacaagatgtgatactgcagctggagaccctggatccagggagctccaag
gacagccactgtgccctacaactgatccagcagaaggttctggtgctggaaaagaggatc
cactacctccaaagtgtggtcttgaaggcagctgagtcaggccccacagagagccagccc
ctgcaggagcagatggaggcactgcaagggctgttgaagcaggtgcaggggcaaatggcc
caacaggtccagatccggacagaggctcaggcccaccagagcttcctgcgggagagtcag
aagatcttcctgtgggcagagggtgtccaggctcagctgcacagcaaggaggagctggtg
gatgtgacctcggcccagaggctgctaagggagcacagagacctgcaggaggagatgcac
ctgtggcaggagaggctgcagcatctggagactcagtgccagcccgtggcagtcttggac
tctccatactcccaagaggtggccagtactctgaggctcctggaccagcaaagcctggag
ctggtggctgcatgggagcagagacagcggtggctgcaggaagggctggaactgcagaga
tttgcccgagaagtggatggtttcactgccacctgtgctaaccacgaggcttccctgtgc
ctggacaatgtgggggaggacgtgagggaggctcagagcctgctgcagcagcaccgggtg
cttgggtggcttctgagcatcctaggacctaggttagaggccctgaaggcatgtggtgag
aagctggtccagagccaacaccctgctgcacacaagatcagagagcagctgcagagtgtc
caggcacagtggaccaggctccaggagaggaatgagcacaggagggagcagctgctggct
tccctacaactgcaggagtggaagcaggacatgaaggagctaatgctgtggatggaggag
aggtggccgacagcagcagatgagcctttccaaacacatagaaacatcctacaaaaactc
aagtcacatgacgcagctgtgagggaagtgctggccgcctgtgggcatgtggaggacctg
cagcagactgcgagagagctgttgcacagcaggccgtttgccagggatgacatacagacc
aggcttcaggacctgagtcacaagtggggagaattgaaccgcaagatggcagagcgtgga
gacaaacttcagcaggctagacagcagaaagagctcctggagcaactgcaggaggccaag
gagaagatggagcagctagagggagctctgcagaatacagaaacagggcaggacctgtgc
accagccgcaagctgcagagacagcatggccaactggagaataagagccaagccctggcc
agcaagatggctgatctcatctcccaggcccacagtgtggccactgcccagaccatcctg
gaggagacacagcagtgctgccagaggttccactccctgcaggcccatttggctacccgg
cacctgcagttgcaggccgcagttgagctgtaccagttcaaccacctgagcgacctggag
ctcacctgggtgactgaacacatgcctagtgccagccccgccagctgtactcagtgccag
ggtggtgcccagagccttcaatacaagcacagggtgctccaggccgaagtgagagctcac
cagaggcaggtgcaccaggtgctggactctggccggaacctagcagcctctgggcacccc
gaagctcagtgcctcacagagcagtgccagaagttggaaggtcagtgggctgagctggag
caggcgtgcgcagcacaaacccactgcctgcagcgggctgctactttccagcagtacttt
ctgcatgtgtcggagctggagagctggatggaggagaagcggccactgttgagtagtcag
gactgtggcagagacgaggcagccaccttcaggctcattgggaaacatcaggtgctgcag
caggagctggctctttattggacctccatggaggagcttaaccagaaggcccaaagcctt
gctggctctaaggcccctgagcagctgggtgtggtgcaggagaggctctgggagcagctg
cgggcactacaggagctggccattgctcggggccaggagctggaggggaccctgaagctg
catgaattcatgagggaggcagaggacctgcagagctggctggccagccagaagcaggtg
gccagaggaagagagaaccttggaggggactacgagcacgtgctgcacctctgcaccaag
ttcgcaaaattccagcaccaggtggagatgggcggccagcaggtggcaatctgccagcaa
ctagcagcaggcctgctggagcgtagacacagcgctgccaacaaggcctgtgagaggcag
caggatctgcagaccgcctggtcagagctgtgggagctgacccaggcccgaggctgctgg
ctccgaaatgctgagaccaccttcagagttcagagagatcttgtggaagccctcaaccag
gtccaggagaaagtcacaagcctccccagtgatgtggcccaggacctgcgtggggtggag
gcccagctgaggaaacacaaggggctggaacatgagctgatgggcactgagaagtggttg
caggaattgctggaggctggagacagggtgcagcagctgagtccggggcttcaggcccat
gctgtgcagcagaagcaacaagctgtgacacaggcctgggaggccctgaggctgtgcatg
gagcagcgcagggcccagctagagcaagcatgcctcctgggctgcttccacacagtggtg
caggactacgcctcctgggcggccagtgtgcagcaggaactgcaggcgaaggagagctcc
ccagagcacagcagtggccctcacaggctcagtgcccaccaatggcttcgggtagagctg
gaggcccgggaggagctgcagcagcgggcggcacggttgggccagcaggcacttctgact
gtaggaacagctaccaaggatgtccaggataggctacaaaccctgcgggaggaacgtgat
caggtcttccaggcctggatgcaggagcaagagaggctgcaggccacgctgcgggagcag
ctcctccttagacagtgcagccacctggagaagaccctcacagcccaggaggcatgcctg
agaactggtgccctggggagctccgtggaggaggtagagcagttgatctataggcacatg
atcttccagaagttgctgactgcccaggatgagaaggaggcagctctgcgtaagcagctg
aagacactcccaggccaaagggggcaggacttgcttcatcacgtgctgcagcatcgggtt
cgagtgaaggagctggcggagagccgggctcgtgccctgcgtacttccctgctgatggcc
aacttttccagggctgctacccagactgaggactggatccaggagcgtgtccagcagctg
agagaatcgaccccctctggatgcctgaaagaccatgtgacacacttgtggaaacaccag
gcttttgaggctgaggttcaggcccatgagcaggtgatgacctctgtagccaagcagggt
gaagccatcctggtacagaactaccctcaggcaagagaggtcttccagcggctgcaggct
ctgcaggagctctgggagaaactgaggcaagcagtaaccctccgaggccaggtcctgaag
gacaagagttgcttcctggagttcctgcagagagtggacctcgcagaggcctggatccgg
cagaaggaggtgatggtgaacatcagtgaccagggtcaggaccatgagcactgcctgcgg
ctctataggcagctccgcaagttccaaagcaccatggtggctggggacacagtgggggat
gcctatgttagaagcatcaatgacttggtaccacagctcaagagccaggacccagaggaa
aacaagaccatctgccagcgacaaagccagctcaacaccaggtggacaagtttccatgac
aagctgctacagtatcagcggcagcttgaaggggccttggagatacatgcactgtccagg
gacctggatgatgtcattgaacagattggggagaagggaacctcaatccagtcactggag
ggtgcagaagacctggatggcatacagaggctgctgtggaagcatgaggttctggagcag
gaaatgcgccttatccaggctcaggtggagtccctggatcataaggtaggctgcctctgc
tggagaagcccaggggtgagccacagcctcagtcacaagcaacaagagatgatggacagc
tggaggcagctccagagcagggtccagaagtggagggagtcactggaggccaggcacgaa
gctcagaagctccaggccctgctgcaggagctgctggcctgggcacaggggctacgggct
gagatggatgctcggggcacccctggaagccctgcaggagtcctgcgcatgctggaagat
caccaggcatacaaggctgagctggatgtccggacagacagtatccgcctggttcaaacc
accgggcaacagttgcttgcagctgggcacccatcagcctctggcattcaccaggccctg
gctgctttagaacaggagctgagcagcctgcaaggggcctggaggatgcaccagcggcag
ttgcaggaggccctggagctgcagctgtatctgagctctgtggagaaggtggaacgttgg
ctctacagcgaggaagctttcctggccaacaagggtctgggggaccccttggccaatgtg
gagaccctcctgtggaagcacaagaggtttaagcagggcctggaagcacaggtggaaaag
atccgctcactagaagccacagtccacagcctacacgagcgtggacaccccgaggcccag
agcgccctggccaggtggcaggccgtgctcctaaggaaggaggcactcgaagagcgagca
aggacctggggccgccagctggaggggctgcagcagcttcaggcattcttgcaggagtct
catgaggtggtcacatggctgagggagaagaacctagtggccttggagaattggcgggac
ccggcctcactgcaggcacagctgcggaggcagcagaatttccaggttgagctggactca
aacatccaccagcgacaggagctgcagcaggaggggcagaggctgctgcaggggggttgc
ccagcctcggagaccgtcagggagcggttgcaggagctggaagagctctgggctaagctg
caaaccaactgccagaggaaggaggccaagctgcaggaagcctgtgaggccctgcgtcta
cagcggagcctggaggaactggggagccagctggagcccatggaagttgaactgagaaac
cctgccaggggccaggacctgcgtcaggtggacgagctcctgcgggcacagggagagctg
gaggccgctgtggacaggcagaccaggcaggcacaggccgtgctgggccaggcccaggcc
ttcacactggaaggttgctgcctcatcaaggctgtggaagagcaggccntgcagctgctt
cacaggttccagggcctccgggagcctctgcaggagcgcagggcagccctagaggcccag
agactcctcttgcagttcttcagagacgctgatgaggaaatggcctgggtgcaagagaag
ctgcccctggccaccgcccaggactatggccagagcctgagtgctgtacagcacctgcag
cagaagcaccagaacttggagagtgagattaacagccacaaggctgtgaccctggtggtg
gtggacacaggacacaagctggtacaggctgggcactttgctgctcaagaggtagccacc
caagtacagcagctggagggggccctggaccacctgcgggcagaggtggcacggaggagg
ctgctgctgaggcaggccctggaggcccagcaatgtctggcggagctcctagaggctgga
tcctggctggctgaacggggctgtgtcctggacagtgaagatatgggccagagtgcggag
gccacacagactcttctgcggcggctggaggccaccaggagggacctggaggggttcagc
cagcacattgggggcctgcagcagacagtggccctcctggagagcaggcagaacccagac
agtcccagggtgctggcccagctacaggtggtacgggaggcccacgcacagctgctgcgg
agaacagaggtcagggagcaaagcctgagggaacagctgcagctacaccaactacagcaa
gaaaccctcctcctcgacgcctggctgaccaccaaggtggccactgcagagtctcaggac
tgtgggcaggacctggagggcatcaaggtgctggaagagaagttcaaaattttcagccag
gaagcctggagcctggggcaggtcaaggtgcaggccctgcgggagctggcggactccctg
gaacggggagcacccaggtgctctcctcagattcaagcccagaagagccgcatccaggcc
acttgggagaggctggacaaggcaatcaaagcccgcacagagagcttggctgcagcccat
gaggtccgaggctttgaacaggtggcattggagctccagcgctggatgcaggagaaaagt
gccctgctggaggcagcgctcagaggacacagcctcttgtccacatcacccttgcagcag
gagcagcagcagcataagcgcctgcagagggaactggcagctattgaaaaggaggtgaca
tggacacagatagaggcctgccgactcagtcagaggcaccctgcagctcgagaagacctg
gctgagcagctggccaaggtgcaggaggcctgggccaccttggaggcgaagacccaagag
cggggccagcagctggtgcaggctgcccagagccacgccttcctcaagcactgtcgtgag
ctgctagcatgggctcaggacagacaggcactgttgtcctcagaggagctggctggggac
atggtagagaccgagcagctcctggagcagcataaggaactggggcgcgaaatccaggag
cactgccttaaagcccagctcatgcggcagcaaggacagcagctggtggacaacagccac
ctcatgtccctggaggtggcagagcatctgcaggacctggaagggcagctgcaggggcta
caggcagcgtggacccagcgccaacaatgcctcgaggagagctggagcctgcagaagctg
cagcaggggctggagcaggcagaagcctggctggcctcttgggagggccttctgctggag
cccagctgcgggcattcgaagtggcacgtggagctacagagacacaaggacctggacaag
ctgctgacagcccaagaggagaagtttgcccagctgcagaggacaacagagcccagtgcc
agctcctgggacagctgccacgggaccttgggcagtgctctgagcctgtcctcagatcca
aagacggcagcagaaaaggtggcttccatgtccccccttgaggacgtccacggcagaagg
tgcattttatccctaaggctgagcggcgaggcagagatcccgtctgtagcacccgctgaa
gcacaggctgagagctggcagcgtaccctgggcggcacggcagcccagaacctgagccca
gaacccaaagccaggctcccggctgagacactgactgctctgcctagactcgagggtgct
cccctcccaggggctcattccaccctgcctgcctcagcctccacaccaggggagaccttc
ctgggcaggaagctgcaccaagccttttctggtccagccggtccagaggtaagagggtcc
cctgcccccttctggaaagctcgcctggatttgcttgcctggggtacacaatgctcttcc
ttttctggcctacctgtgtatcttccaagatggagcatttgtgtgcaggaagccagcctc
tgccctggcttatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (105)   
   KEGG ORTHOLOGY (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (114)   

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