KEGG   Mus musculus (house mouse): 320528
Entry
320528            CDS       T01002                                 
Symbol
Vps13c, C230055H22Rik, chorein
Name
(RefSeq) vacuolar protein sorting 13C
  KO
K19525  vacuolar protein sorting-associated protein 13A/C
Organism
mmu  Mus musculus (house mouse)
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:mmu04131]
    320528 (Vps13c)
Membrane trafficking [BR:mmu04131]
 Endosome - Golgi transport
  Rab GTPases and associated proteins
   Rab associated proteins
    320528 (Vps13c)
SSDB
Motif
Pfam: VPS13_mid_rpt VPS13_ext_chorein VPS13_DH-like VPS13_VAB Chorein_N VPS13_C ATG2-VPS13_C WWE
Other DBs
NCBI-GeneID: 320528
NCBI-ProteinID: NP_796158
MGI: 2444207
Ensembl: ENSMUSG00000035284
UniProt: Q8BX70 A1ILG8
Position
9:67747594..67905026
AA seq 3748 aa
MVLESVVADLLNRFLGDYVENLNKSQLKLGIWGGNVALDNLQIKENALSELDVPFKVKAG
QIDKLTLKIPWKNLYGEAVVATLEGLYLLVVPGASIKYDAEKEEKSLQDIKQKELCRIEE
ALQKAAEKGAHSGEFMYGLENLLYKDVKPGRKRKKHKKHFKKRFKGLDRSKDKPKEAKKD
TFLEKLATQVIKNVQVKITDIHIKYEDDITDPERPLSFGVTLREFSLLTTNEHWTPCILN
EAEKIIYKLVKLDSLSAYWNVGCCMSYRGSREHILEQLKREILTSTNIPPDHQYIFQPIS
ASAKLYMNPGAESELKTPKLDGNVEVQNIAIELTKPQYLSMIDFLESLDYMVRNAPYRKY
KPCLPLHTNCRQWWKYAIDSVLEVHIRRYTQPWSWSNIKNHRQLLKSYKMAYKTKLTQAK
VSEEIQKQIQDLEKSLDVFNIILVRQQAQVEVIHSGQKLRKKSAEAGEKRGWFSGFWGKK
ESKKRDEESSVPETIDDLMTPEEKDKLFTAIGYSENAYNLALPKQYVAHILTLKLVSTSI
IIRENRNVPEILRVQIIGLGTQVSQRPGAQALKIEAKLEHWYVTGLRQQDIVPSLVASIG
DTTSSLLKIEFETNPENSPADQTLIVQSQPVEVIYDAKTINAVVEFFQSNKGLDLEQITS
ATLMKLEEIKERTATGLTHIIETRKVLDLRINLKPSYLIIPQTGFHHEKSNLLILDFGTF
QLNSKDQGAQKTANASLEEIIDKAYDKFDVEIRSVQLLFAKAEENWKKCRFQHPSTMHIL
QPMDIHVELAKAMVEKDVRMAKFKVSGGLPLMHVRISDQKIKDALCLINSIPLPQKSSTP
SPERQVASIPVLSGGTKALLGTSLLLDGVESESDEEFFDAEDGDSQAARTVKASELKKAA
EVPNEELVSLLLKFEIKEVVLELTKQQKEEETILVFNVTQLGTEATMRTFDLTAVSYLRK
ISLDYHDIKGSRKKPIHLISSSDRPGLDLLKVEYIKVDRNGPSFQTTFEKTEQTVKVAFS
SLNLLLQTQALLSSLNYLTTVIPSDSQNTGVAKEVQAMPEKQKNSPLQKVMVPSRDSDVI
GFRLFAKLNAFCVTVCDEKSNIAEIKIQGLDSSLSLQSKKQSLFARLENIIVTDVDPKTI
HKKAVSIVGNEVFRFNLDLYPDATEGDSYTDMSTVDGVVALHVGCIQIVYLHKFLMSLLS
FLNNFQVAKEALSAATAQAAEKAATSVKDLAQRSFRVSVDIDLKAPVIVIPQSSLSTNAV
VVDLGLIRVHNRFSLVSGEDTANPPVIDKMEVQLTKLKLSRTAIQPGTSHPDIQLLHPIN
LEFFVSRNLAANWYHKVPVVEIKGRLDSMNVSLNQEDLNLLFRILAENLGEATEDLDKGK
PRIQERGETKACREVSTPQDVHTTQGVPAARVEETRPVDIINVLLNFEIKEVVVTLMKKA
ERKGSPFHELKILHLGMEAKVKAHDMTAAAYLRNISMRCFHFPDSKGEPLRIVNTSDVSD
GILLKLLFIKADSDGPDFKTIHDNTKQKLKVSFSSLDLVLHLEALLSLMDFLSSAIPSSD
SSSSEKEPELKPLVGESRSLAIRAVPSSYEGDAFDLKITAELNAFNIFICDQKSNIAEIK
IHGMDASISVKPKQTDVFARLKNIIVMNVDSLSIHKKAVSILGDEVFRFQMSLYPDATEG
ENYGDMSKVDGRLSLKVGCIQIVYVHKFFMSLLSFLNNFQAAKEALSTATVQAAERAASS
VKDLAQKSFRLLMDIDLKAPVITIPQSSVSPNVVIADLGLIRVENKFSLVSVEQLALPPV
ADEMSIQLTQLKLARTVLQADSPQHDVEILKPVNMLLCIQRNLSAAWYTQIPGMEIKGEL
KPMQVALSQDDLTVLMKILLENLGEASSQPSPTQYAQEAARVKRDTRSGPDYLKEQELAD
PKPPGDQTVTLQFDFHFDSLSIILYNSDSSQEPRLSFHNDSFRLGELTLHLMASAGKMFK
DGSMNVSLKLKTCTLDDLREGIERATSRMIDKKNDQDNNSSMIDISYSQDKNGSQVDAVL
DKLYVCASVEFLMTVADFFIKAMPQSPENIAKEIQIPSRQTAAGRVKMEKDDSVRPNMTL
KAMITDPEVVFVASLTKADAPALTASFQCNLSLSTSKLEQMMEASVRDLKVLACPFLRER
RGKSITTVLQPCSLFMEKCTWASGKQNINIVVKEFVIKISPIILNTVMTIMAAMSPKTKE
DEWKDTPKETDNLWAVKSITDYNSWFLGVDMATEVTENFRDSEHPSIEENCVVAVESVQV
TLECGLGHRTVPLLLAESKFSGNIKNWTSLMAAAADMTLEVHYYNETHAVWEPLIERVEG
NKPWSLKLNVKKNPIQDKSLMPGDDFIPEPQTAVHISSGATMNITISKSCLNVFSNLAKG
FSEGAASTFDYSLKDRAPFTVKNALGVPMKVQPNRNLKVMGSPEKSDIYDVGAGQHLELD
YASLEPSRQGKLSILSRQESSLFTLTFVPYGYTEVASVPVARPGRRLYNVRNPSASHSDS
VLVQIDATEGNKVVTLRSPLQIKNHFSIAFIIYKFVKNVKLLERIGIARPEEEFHVPLDS
YRCQLYVQPAGGLEQQYTHSSTYISWKEELHRSREVRCMLQCPAVEVSFLPLIVNTVALP
DELSYIGAHGEDWDPAYVIHLYPPLTLRNLLPYSLRYLLEGTAETHELAEGSSADVLHSR
ISGEIIELVLVKYLGKNWNGHFRICDTLPEFFLVCFSSDTAEVMTVDLSVHVRRIGCRME
LSVFSPYWLINKTSRVLQYRSEEIHVKHPADFRDIILFSFKKKNIFSKNKVQLKISTSAW
SNGFSLDTVGSYGCVKCPATNMEYLVGVSIKMSSFNLSRVVTLTPFCTVANKSSLDLEVG
EIASDGSIPTNKWHYVASSECIPFWPENLSGKLCVRVVGYEGSSKPFFYNRQDNGTLLSL
EDLNGGILVDINTAEHSTVITFSDYHEGSAPALIMNHTQWDVLTYKQSGSQEELVLLPGE
TRLFAWADPTGIRKLTWNYAANFGEHDLLKDECGQFPYDANIQIHWVSFLDGRQRVLLFT
DDVALVSKALQAEEMEQADHEVALSLHSLGLSLVNNENKQEVSYVGITSSGVVWEMKPKQ
KWKPFSQKQIMSLEQAYSKRLASQDRGWVKLDSNFEVNFDKVPMEMRLPIRCPIKRDFLS
GIQVEFKQSPHQRSLRARLYWLQVDNQLPGTMFPVVFHPVAPPKSIALDSEPKPFIDVSV
ITRFNEYSKVLQFKYFMVLIQEMALKVDQGFLGAVISLFTPTTDPEAERKRTKLIQQDID
ALNTELMESSMTDMSILSFFEHFHISPVKLHLSLSLGSGGEESDKEKQEMIAIHSVNLLL
KSIGATLTDVDDLIFKLAYYEIRYQFYKRDQLMWSVVRHYSEQFLKQMYVLVLGLDVLGN
PFGLIRGLSEGVEALFYEPFQGAVQGPEEFAEGLVIGVRSLVGHTVGGAAGVVSRITGSV
GKGLAAITMDKEYQQKRREEMGRQPKDFGDSLARGGKGFLRGVVGGVTGIITKPVEGAKK
EGAAGFFKGIGKGLVGAVARPTGGIIDMASSTFQGIQRVAESTEEVSSLRPPRLIHEDGI
IRPYDRQESEGSDLLENHIKKLEGEAYQFHCAVPGNKRAVLMITNRRALFIKEVEILGHM
SVDWQCLFEDFVCPPEVSENLLKISVKEQGLFHKKDSANIGHLRKIYLKDPITAKRAFDA
IESAQSARQQQKLMRQSSVKLLRPQGPS
NT seq 11247 nt   +upstreamnt  +downstreamnt
atggtgctggagtcggtggtcgctgacttgctgaaccgcttcctaggggactacgtggag
aacctgaacaagtcccagctaaagctggggatctggggcggtaatgtggctttggataat
ctgcagataaaagaaaatgctctgagtgaattggacgttcctttcaaagtcaaggctggc
cagattgataaattaactttgaagattccttggaaaaacctttatggagaagcagtcgtt
gccacgctagaaggattatacctgcttgtggtccctggagcaagtattaagtatgacgct
gagaaagaagaaaaatccttgcaggatattaaacagaaagaactttgccgaattgaagaa
gcccttcagaaagcagcagagaaaggtgcacactcaggggagttcatgtatggcttggaa
aacttgctttacaaggacgtcaagcctggacgtaagcgtaaaaagcacaaaaaacatttt
aagaaacgttttaaaggtcttgatcgctccaaagataagcccaaagaagcaaaaaaggat
acatttctggaaaaattggcaactcaagtaataaaaaatgttcaagtgaaaattacagac
attcacattaaatatgaagatgatatcacggatccagaaaggccgctttcatttggtgtc
accctgagagaatttagtctgttgacaactaatgaacactggactccatgcattttaaat
gaagcagaaaaaattatatataagctcgtgaagctggacagtctcagcgcctattggaac
gttggctgctgcatgtcttaccgtggatcgagggagcacatcttggagcaactgaaacgt
gaaattcttacaagtacaaacatccccccagaccatcagtacattttccagccaatatca
gcctctgcaaaactctacatgaatcctggtgcagaatcagagctcaaaacccccaaactc
gatgggaacgtagaggtgcagaatattgccatcgagctgacgaagcctcagtatttaagc
atgattgactttttggagtcactggattatatggttagaaatgcaccatacaggaagtac
aaaccttgcttgccacttcacaccaactgtcggcaatggtggaaatatgctattgattct
gttcttgaagttcatataagaagatatactcagccatggtcatggagtaacataaaaaac
cataggcagttactcaagagttacaaaatggcctacaaaaccaagttaacacaagccaaa
gtctcagaagagatacagaaacaaatacaggacttggagaagagtctagatgtttttaac
ataattttagtgagacaacaagcacaagttgaggtcattcattctgggcagaagttaagg
aaaaagtctgcggaggcaggagagaaacgtggctggtttagtgggttttggggcaagaag
gaatctaagaagagagatgaggagtcttcagtccctgagaccatcgatgaccttatgact
ccagaggagaaggacaagctcttcactgccattgggtacagtgagaatgcctacaacttg
gctttgcccaagcagtatgtggcccatatactgactctgaagttggtcagcacctctatt
ataataagagaaaacaggaatgttccagaaatcttgagagtccagataattggcttgggt
acccaagtctcccagcgaccaggagcacaagcattgaagatagaagcaaaattagaacac
tggtacgtcacaggtttgcgacaacaagacattgtgccatcactggtggcttccattggt
gacactacatcgtccttgctcaaaattgagtttgaaaccaaccctgagaacagtcctgct
gaccagactctgattgttcagtcacagcccgtggaggtcatctatgacgctaaaactatc
aatgctgttgttgaattctttcagtcaaataaggggttggatcttgagcaaattacatca
gctaccttgatgaaactggaagagattaaagagaggacagctacaggacttacgcatatc
attgagactcggaaagttctcgatttaaggataaatctgaagccttcttacctgataatt
ccacagacaggttttcaccatgaaaagtcaaatcttctcattttagattttggtactttt
cagctcaacagtaaagaccaaggcgcacagaagactgctaatgcatcccttgaagaaata
atagacaaggcgtatgacaagtttgatgtggagataaggagtgtgcagttgctctttgca
aaagcagaggaaaattggaaaaagtgtagattccagcatccatcgactatgcatatactg
cagccaatggatattcacgttgagttggccaaggcaatggtggagaaggatgttagaatg
gccaaatttaaagtgtcaggaggactgcctttgatgcatgtgaggatttctgaccagaag
ataaaggatgcgctgtgtttgattaacagtatacctttgccacagaagtcatccacaccg
tctccagagagacaggtagcctcaattcctgttctttcaggagggacgaaagcacttctt
gggacttcattgttgctagatggagtggaatcagagtctgacgaggagttctttgatgct
gaggacggagactcgcaggctgctagaactgtcaaagcctcagaactgaaaaaagctgct
gaagttccaaatgaggagctggttagtctcctgctcaagtttgagattaaagaggtggtt
ttggaactcactaaacaacagaaagaagaagagacaatcctagtatttaatgtcactcag
ttagggacagaagcaacaatgaggacatttgacctgactgcggtgtcctatttgaggaaa
atcagcttggattaccatgacattaaaggatccagaaagaagccaattcacttgattagc
tcttcagacagacctggactagatcttttaaaagtggagtacattaaggttgataggaat
gggcctagttttcaaactacttttgagaaaactgaacaaactgttaaggtggccttttca
tctttgaatctgttgctacaaacgcaagctcttctgtcttctcttaactacttgacaact
gtcatcccatcagacagtcagaacacgggtgtggccaaggaggtgcaggccatgcctgag
aaacaaaagaactctcccctgcagaaagtgatggtcccctccagagatagtgacgtgatt
ggctttaggctgtttgccaaactgaatgctttctgtgtcactgtctgtgatgagaagagc
aatattgctgaaatcaagatacaaggccttgattcttctctttctcttcaatcaaagaag
cagtcactttttgccaggctggaaaacattattgtcacagatgttgatcccaaaacaatt
cataagaaagctgtatccatagttgggaatgaagtttttcgctttaacctggatttgtat
ccggatgctactgaaggggattcctacactgacatgtccacagtggatggcgtggtggca
ctgcacgtcggctgtattcagattgtctaccttcataaattccttatgtcgctgctgagc
ttcctgaacaatttccaggtggccaaggaggcgctgagtgcagccactgcccaggctgcg
gaaaaggcggccacgagcgtgaaggatctcgcccagagaagcttccgtgtttctgtcgat
attgatttgaaagcacccgtcattgtcattccgcagtcctctctctccaccaatgctgtt
gtggtggatcttgggctaattagagttcacaatcggttcagtctggtgtctggagaagac
actgcaaatcctccagtgatcgacaaaatggaggtgcagctcacgaaactgaaactctct
aggacagcaatccagccaggcacctcccaccctgatattcagctgttgcacccaattaac
ttggagttttttgtaagtcggaatctagctgcaaattggtaccataaggtgcctgttgta
gaaattaaagggcgtcttgactcaatgaatgttagtctaaatcaagaggatcttaatctt
ctgtttagaatattggcagaaaatcttggcgaggccactgaagacttggataaagggaaa
cctagaatacaagagagaggtgaaacaaaagcctgccgagaagtctctacaccgcaggat
gtgcacaccacacaaggtgtgccagcagccagagtggaggagaccagacccgtagacatc
attaatgtactgttgaactttgaaattaaagaggttgtggttactttgatgaaaaaagca
gaaaggaaaggaagcccctttcatgaactaaagatcctgcatcttgggatggaagctaaa
gtaaaagcccacgacatgactgctgcagcctacctcaggaacattagcatgcggtgtttc
cacttccctgattctaaaggggagcctctgcgcattgtcaacacctctgatgtgtctgat
gggatcctcctgaaactgctgttcatcaaggcagacagtgatggaccagactttaagacc
attcatgataacaccaaacagaagctgaaggtttcgttttcatccttggacttggtactt
catttggaagctttactttccctcatggattttttgtcatctgctatcccatcctctgac
tcttcttcctctgagaaggaacctgagctaaagccacttgtgggggagtccagaagtctt
gccatcagagccgtgcccagctcttatgagggtgacgcgtttgatttgaagatcacagct
gaattaaatgcctttaacatcttcatttgtgatcagaagagtaacatagcagaaattaaa
atacatggaatggatgcctcgatttctgtgaagccaaagcagactgatgtatttgccaga
cttaagaatatcatagttatgaatgttgattcactgtccattcacaaaaaggctgtctct
attttgggagatgaagtcttccggttccagatgagtctgtatccagatgccacagaagga
gagaattatggcgatatgtctaaagtggatggcagacttagtctcaaagtgggctgtatt
cagattgtctatgttcataaattctttatgtctctcttgagcttcctcaacaatttccaa
gctgccaaggaagccttgagcacagccacagtccaggctgcagagagagctgcgtccagt
gtgaaggacctggcccagaagagcttccggcttctgatggacatcgatttgaaagcacct
gtcatcactattccccagtcttctgtgtcaccaaatgtcgttatagcagatctgggcttg
atcagagttgagaacaagtttagcttggtttctgtggagcagctcgcgcttcccccagtg
gccgacgagatgagcatccagctcacccagctgaagcttgccagaactgttttacaagct
gattcacctcagcatgacgttgaaatcttaaaacctgtgaacatgcttttatgcatacag
cggaatttgtcagcagcgtggtacacacagattccaggcatggagataaaaggcgaactt
aaacctatgcaggttgctctcagtcaagatgacttgacagttttaatgaaaattttgctg
gaaaaccttggggaagcttcttcacaaccaagccctacacagtatgcacaggaggctgca
cgggtgaagagagatactcggagtgggcctgactatcttaaagaacaagagctggcggac
ccaaagccgcccggggaccagaccgtcactcttcagtttgatttccactttgactctctt
tccatcatcctttacaacagtgatagcagccaggagcccaggctttcatttcacaatgac
agtttccgtttgggtgagctcacactacacctgatggcttctgctgggaagatgttcaag
gatgggtctatgaatgtcagccttaaacttaagacgtgcacgcttgatgatctccgagaa
ggaatcgagagagccacctccaggatgattgacaaaaagaatgaccaggacaacaacagc
tctatgattgatataagttatagccaggataaaaatggaagccaggtcgatgctgtcctt
gacaagctgtacgtgtgtgccagtgtggagtttctgatgaccgtggctgatttcttcatc
aaagctatgcctcagagtccagaaaacatagccaaagaaatacagattccatcaagacag
actgccgcgggaagagtcaagatggagaaagatgactctgtgaggccaaatatgactctg
aaggccatgatcacagacccagaagtggtgtttgttgccagcctgactaaggccgatgct
cccgctctcacggcctccttccagtgcaacctctccctctcaacgtccaaactggagcag
atgatggaagcttctgtgagagacctgaaagtgctggcctgccctttcctcagagaaagg
agaggaaagagcatcaccacggtgttgcaaccttgctccttatttatggaaaagtgcaca
tgggcttccgggaaacaaaacatcaatattgtggttaaagagtttgtgattaagatctca
cctataatccttaatactgtaatgacaatcatggctgctatgtctccaaagaccaaagaa
gatgaatggaaagacactcctaaggagacagacaatctctgggctgtcaaatctattact
gattataactcttggtttctcggggttgacatggcaacagaagtaacagaaaattttaga
gactctgaacatccatcgatagaggaaaattgtgtggttgctgtggagtcagttcaagtc
accttagagtgtggcctagggcatcgcactgtgcccctgttattggcagagtccaagttc
tctggaaatattaaaaactggacttctctaatggccgctgctgctgacatgacactagag
gttcactattacaatgaaactcatgccgtctgggagccactgattgaaagagtggagggg
aacaagccgtggagcttaaagcttaatgtaaagaaaaacccgatccaggataaaagtttg
atgccaggagatgactttattcctgagccacaaacagcagttcatatttcttcaggagct
acgatgaatatcacaatatccaaaagctgtcttaatgttttcagcaatttagcaaaaggt
ttctccgagggagcggcttctacgtttgactactctctgaaagacagggctccttttaca
gtcaaaaatgcgctgggtgtccccatgaaggtgcagcccaatcgtaacctcaaggtcatg
ggctcccctgagaagagtgacatttatgacgtgggcgctggtcagcacttggagctggac
tacgccagcctggaaccttcgcgccaagggaagctgtccatcctgagccggcaggagagc
tcgctcttcacactgacctttgtaccatatggttatacagaagtagctagtgttcctgtc
gccaggcctggccgacgattgtataatgtgcggaaccccagtgccagccattcggattcc
gtgttggtgcagattgacgcaacagaaggcaataaggttgtcactcttcgctcacctctg
cagattaaaaaccacttctcaatagcatttatcatctacaaatttgtcaagaatgttaag
ctgttggagcgcatcggaatagccagacctgaggaagagttccatgttcctctggattcc
tataggtgccagttgtatgttcagccggctggcggcttggagcagcagtacacacactcc
tccacctacatttcctggaaggaggagcttcaccgcagcagggaggtcaggtgcatgctg
cagtgtcctgcagtggaagtcagcttcctacccctcatcgtgaacacggtcgctctgccc
gatgagctgagttacatcggtgcccacggggaagactgggatccagcctacgtcattcat
ctttaccctcctctcaccttgcggaaccttctcccgtattcgctaagatacttacttgag
ggaaccgcagaaacccacgagctggcagaaggcagttctgctgacgtccttcactcacgg
atcagtggcgagatcatagagctcgtcctggtgaaatacctgggcaagaactggaacgga
cacttccgcatctgtgacacacttcccgagttcttcctcgtgtgcttttcctcagacact
gcagaagtgatgacagttgacctgtcagttcacgtcaggcggattggctgccgaatggag
ctgtctgtctttagtccctattggctaatcaacaaaacttctcgggttctccagtatcgc
tctgaggagatacatgttaaacacccagctgatttcagggacatcattttattctctttc
aagaagaagaacatttttagtaaaaacaaggtacagctaaaaatttcaaccagtgcctgg
tccaatggtttctcactggacactgtgggcagttacgggtgtgtgaagtgcccggccacc
aatatggaatacctggtcggggttagcatcaagatgagcagttttaatctctcacgagta
gtcactctgactcccttctgtactgttgcaaataagtcctcgttagacctagaagttgga
gagattgcttcagatggttccatacccaccaacaaatggcactatgttgcttcgtcagag
tgtattccattttggcctgaaaatttgtctggcaaactttgtgtgagagtggtgggctac
gaaggctcttccaagccattcttttacaaccgacaagacaacggcactttattgagctta
gaggatctgaatggaggcatcctggtggacataaacactgctgaacactcaactgtcata
accttcagtgactatcatgaggggtctgcgcctgctctgataatgaaccacacacagtgg
gatgtcctcacgtataaacagagtgggtcacaggaggaactagtattgctgccaggagaa
actcgactctttgcctgggcagatcccactggcatcaggaaactcacttggaactatgca
gctaactttggggagcatgatctcttaaaggatgagtgtggtcagtttccgtacgatgcg
aacatccagatacactgggtgtccttccttgatgggcgccagagggttctgcttttcaca
gatgatgttgctttggtttccaaagcactccaagctgaagaaatggaacaggccgatcac
gaagtagccttgtcgctccacagcctcgggctctctctggttaacaatgaaaacaagcag
gaagtctcatatgtcggaatcaccagctcaggtgttgtttgggagatgaagccaaaacag
aaatggaagccgtttagtcagaagcagataatgtccctggagcaggcctattcgaagcgc
cttgcatcacaagaccgcggctgggtcaagctggacagtaattttgaggtcaattttgac
aaagtgccgatggaaatgcgcctccctatccggtgccctattaaacgggacttcttatca
gggattcaggttgagtttaagcagtctcctcaccagagaagcctaagggcccggttgtat
tggctccaggtcgataatcagttaccaggcacaatgttcccagttgtatttcaccctgtg
gctcctcctaagtccattgctttggattcagagcccaagcctttcatcgatgtgagtgta
attacgaggttcaatgagtacagtaaagtcttacagttcaagtattttatggttctcatc
caggaaatggccttaaaggttgatcagggcttccttggagctgttatttcactgtttact
cccacaactgatcctgaggctgaaagaaaacggacaaagttaatccaacaagatattgat
gctctcaacacagagttgatggagtcttcaatgactgatatgtcaatcctgagtttcttt
gaacatttccacatttcccctgttaagttgcatctgagtctgtctttgggatccggaggt
gaggaatcagacaaagagaaacaggaaatgattgcaattcattctgtgaacctgctgttg
aagagcataggtgccactctgacggacgtggatgacctcatattcaagcttgcttactat
gagattcgctatcagttttacaagagagatcagctcatgtggagtgttgtcagacactac
agtgaacagttcttgaagcagatgtatgtgcttgtattgggcttagacgtgcttggaaac
ccatttggactgattaggggcctgtccgaaggagttgaagcactgttctatgagcccttc
cagggtgctgtccaaggtcctgaagaatttgctgaaggattagtgattggggtgagaagt
ctcgttggacacacagtaggtggtgcagcgggagtcgtatctcgaatcactgggtcagtt
gggaaaggcctggccgcaattacaatggacaaagagtatcagcagaagagaagagaggag
atggggcgacagcctaaagattttggagacagtcttgccagaggagggaagggcttcctg
cgtggagttgttggtggggtgactggaataataacaaagcccgtggaaggtgccaagaag
gagggcgctgccggcttctttaaaggaattggaaaagggcttgtgggtgccgtggctcgt
ccaactggcgggatcatagatatggctagcagcaccttccaaggcattcagagggtagca
gaatccactgaggaggtgtccagcctccgtccacctcgtctgatccacgaagacggtatc
attcgtccatatgacaggcaggaatcggagggttccgacctattagagaatcacatcaag
aagttggagggcgaggcctaccagttccactgtgccgttcccgggaacaagagggctgtc
cttatgatcacaaacaggcgagcactgtttataaaggaggttgaaatcctaggccatatg
tctgtggactggcagtgtctgtttgaagattttgtatgtcctcctgaagtcagtgaaaat
ctgctgaagatttcagttaaggagcagggtctgttccataaaaaagacagtgccaatata
ggccatcttcggaaaatttacctgaaggatcccatcacagccaagagggcctttgatgcc
attgagagcgcccagtcagcaaggcagcagcagaagctcatgaggcagtcgtcagtgaaa
ctcctcaggccccaggggccgtcttga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (8)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (5)   
DNA sequence (51)   
   RefSeq(nuc) (7)   
   GenBank (22)   
   EMBL (22)   
Protein domain (8)   
   Pfam (8)   
All databases (107)   

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