KEGG   Lipotes vexillifer (Yangtze River dolphin): 103082577
Entry
103082577         CDS       T03090                                 
Symbol
LRP2
Name
(RefSeq) low-density lipoprotein receptor-related protein 2
  KO
K06233  low density lipoprotein-related protein 2
Organism
lve  Lipotes vexillifer (Yangtze River dolphin)
Pathway
lve04340  Hedgehog signaling pathway
lve04918  Thyroid hormone synthesis
lve04979  Cholesterol metabolism
Brite
KEGG Orthology (KO) [BR:lve00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04340 Hedgehog signaling pathway
    103082577 (LRP2)
 09150 Organismal Systems
  09152 Endocrine system
   04918 Thyroid hormone synthesis
    103082577 (LRP2)
  09154 Digestive system
   04979 Cholesterol metabolism
    103082577 (LRP2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lve04131]
    103082577 (LRP2)
Membrane trafficking [BR:lve04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Low-density lipoprotein receptor (LDLR) family proteins
    103082577 (LRP2)
SSDB
Motif
Pfam: Ldl_recept_a Ldl_recept_b FXa_inhibition cEGF DUF5050 EGF_CA SGL
Other DBs
NCBI-GeneID: 103082577
NCBI-ProteinID: XP_007452693
UniProt: A0A340WT63
Position
Unknown
AA seq 4672 aa
MDEKWVCPGGNHPSRRDCCTSGFMLVVYRDLFNPHQKLVLQVRNFAECHSDEFQCQPGLC
IIASWRCDGTRDCANGSDEIGCPHPTCRSNQFLCQSEELCIPVHWVCDEEEDCIDGSDER
RHCPGRTCSSHQFTCDNGECIPAEFRCDHSTDCLDGTDEKNCRYPICEQKTCANGACYNT
SQKCDGETDCRDASDELNCTHRCLRSEFQCDSGECIYKTYVCDHDLDCEDGSDERSCSSY
QTCKGNEFTCPNGFCINQNWVCDGEVDCVDNADEDGCESRINRTYECYPNEWACPKSGKC
IPITKVCDGTSDCPEGEDESNITAGQHCDVDLCPFLGCEYQCHKSPAGGMCYCPSGFIVN
ENSTHNCVDFDDCQMWGVCDQTCEDRIGHHQCHCVEGYILEHQQRCKANSSFGEASVIFS
NGRDLLRGDIHGSTFEILVESQHRGSAVGVDFHYHLHRVFWTDIVQDKVFSVDINGLDIQ
EVLNVSVEDPENLAVDWVNNKLYVVETNVNCIDMVNLDGSQRITIVSEHLGHPRGIAVDP
TVGYLFFSDWQSFSGTPKIERAFMDGSNRKDLVTRKLGWPAGITLDLVSKRVYWVDSRFD
YIETVTYDGIQRKTVIHGGSNIPHPFAISLFEDHVFFTDWTKMAVMKANKFTETDPQLYY
RSSLRPFGVTVYHALRQPYASNPCADNNGGCQHICVLSHRTFNGGLGYRCKCRLGYIPDM
DDYHCVAAERFLFFSSDVAVRGIPLTLSHQADVILPVTGGASVFVGIDFDAQEKAIFFSD
TTKDMICKQKIDGTGREVITANRVPSVESLSFDWISKNLYWTDASYRSVSVIRLADKSRR
TIVQNLNNPRSIVVHPIAGYIFFTDWYRPAKILRAWSDGSNLLPIVNTTLGWPNGLAIDW
SSSRLYWVDAFFDKIEHSTFDGLDRKVLASIQQITHPFGLAVFEDYVYFTDWRLRGIVRV
RKTDGGQLVVLRSGVGVVMRVKVYDTRIQTGSNACNRPTNPNGDCSHFCFPVPNFQRVCG
CPYGMSLTSDRLTCAEDPSREPPMEQCGAFSFPCNNGRCVPIHYRCDGIDDCHDNSDEVQ
CGTFNTSCASSAFACGHGGQCIPSYWRCDKQNDCVDGSDEQNCPTRAPTSCRADFFTCDN
NLCIPKSWVCDTDNDCGDGSDEKSCDHTETCSPSQFHCPNHRCIDLSFVCDGIKDCADGS
DESACIINCTASQFKCVSNGNCISNTYRCDGVFDCSDHSDETDCPTRPPGMCHQDEFQCQ
ADGICIPKIWECDGHPDCLHGSDEHNGCAPKTCPSSHFLCDNGNCIYREWLCDGDNDCRD
MSDEKDCPTQAFQCPSWQWQCPSYSICVNLSAVCDGNPDCPSGTDESPLCNQESCSDSNG
GCTHQCIQGPYGAQCQCPLGYLLANDSKTCEDIDECRIPGFCSQHCYNVRGSFRCWCDLE
YRLDADQRTCKATASESLLLLVASQNQLVADNISRQEHSIHALVQDGSHIVAVDFDSVSG
HIFWSDGTQGKIWSAFQNGTDRKLTLDSGITMTESIAVDWVGRNLYWTDFSLQTIEVSKL
DGSHRTVLLSENITNPRGLVLDPRTTACVMFWSDWGHHPRIERASMDGSLRTVIIQEKVF
WPNGLAIDYPNRLLYFVDGYLDYIDYCEYDGSNRRQVIASDLTLRHPYSLSLFEDSVYWS
DRATHEIMKANKWHGGNQSVVLSLHQPLGIVVVHPARQPASTNPCVHAQCSHLCLLSSER
LYSCACPSGWRLSRDSVTCVRGDEAFLIVVRHSIIFGISLNPEVKTFDAMVPISGIQNGY
DVAVDYSEQFIYWLENPGEIHRVKTDGTNRTVFVPLSSLGASTSLALDWLSRNLYYTNRG
TQSIKVLTLRGDVRYGKTLITNDGTNLGVGFPVGITIDPVNGKLYWSDRGTDSGIPPKIA
SANMDGTSRKTLFTGSLDNVAFITLDIEEQKLYWAVSSTGVIERGNVDGTNRMILVNHLS
YPWGLAVYGPFLYYTDEEYEVIERVDKATGANKIVLRDNVPNLRGLQIYQRRGSESSNGC
SNNVNACQQICLPVPGRLFSCACATGFKLSPDNWTCSPYHSFIVVSTLWAIRGFSLELSD
HSEAMVPVAGQGRNALHVDVDVSSGFIYWCDFSNSVPSNNAIRRIRPDGSSFTNIITDGI
GENGVRGIAVDWVAGNLYFTNAFRSETLIEVLRINTTHRRVLLKTTVDMPRDIVVDPKNR
YLFWSDYGQNPKIERSFLDCTNRTVLVSNIVATPRGLALDLSSGYVYWVDDALDLIARVS
IDGGESEVIRFGSRYPAPYAISILGNSIIWVDRNLKKIFQASKEPYKADPPTVIRDNIDW
LRDVTIFDQNAQPRSPAEVDNNPCLEGNGGCTHFCFALPKLHTPKCGCAFGTLQGDGKSC
AISSENFLIFALDDSLRSLHFDPEDYSQPFTAISVERIAVALDYDSIDNRIYFTQILQSG
KGQISYVNLNSRSSAPTVVVSGIGNPEGIAFDWINRRIYYSDYTNQTIKSIATDGSKHTV
IARVTKPRAIVLDPCQGYMYWTDWSTNAQIERATLGGNFRESIVNSDLVWPNGLTLDYEE
GFLYWADANLQKIERITLQGLEREVIVSRANNPFGLAVYGQYVYWTDWFNKKIYRANKYD
GSSQTAMTTTLPFLPKGIRAVVKDQQQCHNPCDQFNGGCSHICAPGPNGPECQCPHEGHW
YLANNNKYCIRDNGTRCHSSKFTCLSGNCIPEQWKCNDVDDCGDSSDELETLCAYHTCPL
TSFTCANGRCVQYRYRCDHYNDCGDNSDEAGCLFRACNETTEFTCNNGKCIPLHLVCDGM
DHCHDHNASDEKNCSDHTCQPGYVKCMNSTVCIPHLFLCDGDNDCGDMSDENPIFCVSKS
CKSDEFHCTSGSCIPSFWFCDHERDCSDGSDEPDTCEFSEPTCFSDEFKCDNNRCIQVEW
VCDGDNDCGDMSDEDERHHCESHSCSSSEFLCVSSVSPSRRCIPQSWVCDGDADCSDAYD
EHQNCTRRSCSETEFTCSNGLCIPDWFRCDRRNDCGDYSDERDCVYPACDKVHFTCQNGL
CIYKAFVCDGENDCGDDSDELEHLCHTPETTCPPHQFRCDNGNCIEMVKVCNHLDDCLDN
SDEKGCGVNECNDPSLSGCDHNCTDTLTSFYCSCNPGYKLLSDKRTCVDIDECKETPFVC
SQKCENVLGSYICKCAPGYIREPDGKTCRQNSNIEPNLIFSNRYYLRNLTIDGHLYSLIL
QGLGNAVAVDFDRVEKRLYWLDIENKVIERMFLNKTNRETVIKYNLPGTESLAVDWVTRK
LYWVDSHLNCLSVSDLNGRYRRKLAEHCVDANNTFCIENPRGIALHPRYGHVYWGDWADR
AYIGRVGMDGTHKSVIISTKIKWPNGLTIDYTNDLLYWTDAHLGYIEYSDLEGYHRHTVY
ETGTLPHPFAITVFEDTIYWTDWNTKTVEKGNKYNGSNRAALVNTTHRPYDIRVYHPYRQ
PIVTNPCSTNNGGCSHLCLIKEGGSGFTCECPDNFHTVRHSYSTQCLPMCSSTQFLCANS
EMCIPIWWKCDGQRDCLDGSDEPITCPQRYCRLGQYQCMDGNCTSPHFICNAHQDCPDGS
DEDSVLCEHHQCESNEWQCANKRCIPESWQCDMEDDCGDNSDEDSSHCASRTCRPGYFKC
ANGHCIPQSWKCDVDNDCGDYSDEPLQECLSPAYRCDNYTEFDCKTNYRCILLWAVCNGF
NDCRDNSDEQDCESMTCKPSGEFRCTNHHCIPLRWRCDGHNDCGDHSDEENCTPRECTES
EFRCDDQSCIPSRWICDQNNDCGDNSDERDCEMMTCHPGYFQCDSGHCVPDQMKCDGFAD
CHDASDEANCPTRFPNGAYCPATMFECKNHVCIQSSWKCDGDNDCGDGSDEELHLCLSVP
CDSPHRFRCDNNRCIYRHELCNHEDDCGDGSDEKKENCVEPTPRPCTEDEFKCSNGRCIS
QHLVCDDVNDCGDHFDETGCNTGKERSCAENLCEHNCTQLSEGGFICSCRAGFEANSFDR
NSCEDVNECEQFGVCPQNCLNTKGSFECSCAEGFRSVTDSHGGRCAADGYPPLLLLPENV
RIRKYNLSSEKFSEYLEDQERIQAMDYDWDPEGTGLSVVYYTVLGHGSNFGAIKRAYIPN
FESGSNNPVKEVNLDLKYIVQPDGLAVDWVGRHIYWSDARSQRIEVAELDGRYRKWLIST
QLDQPAAIVVNPKLGFMYWTDWGKEPKIESAWMDGQRRKVLVQEDLGWPTGLCVDYVNGD
RIYWSDLKEDIIETIKYDGTDRRIVAIAAMTPYSLDIFESQLYWTSKDKGEVWIQDKFGR
DEKEKLLVVNPWLTQVRIFHQWRYNQSVPNRCKKVCSHLCLLRPEGYTCACPQGSRFIEG
SVTECDAAIESPIIMPPPCRCMNGGNCYFDENDLPKCKCPSAYVGESCEIGLSKGVPPGT
TAAVLLTIILIIIIGALATLGFFHYRKTGSLLPSLPKLSSLSSLSKSSENGNGVTFRSGD
DVNMDIGVSGLGPESAIDRSMAMSEHFAMDLGKPPIIFENPTYTSRDTAVKVAQPTTTPV
TESGNVYNENYGSAINPAELAPDTKPTSPSAGETQATKWNIFKRKPKQNANFENPFYSEM
ESEPKVGAAVTPPPSPSPPDKISWKKGPSPTYSATEDTFKDTANLVREDSEA
NT seq 14019 nt   +upstreamnt  +downstreamnt
atggatgagaagtgggtgtgcccaggagggaaccacccttcacggagggactgctgtact
tcgggctttatgctagtggtttacagggacctctttaatcctcaccagaagctggttttg
caggtcagaaattttgccgaatgtcacagtgatgagtttcagtgccaacctgggctttgt
atcattgcatcctggcggtgtgacgggaccagagactgcgcgaatggctcggatgaaatt
ggctgccctcaccctacttgccgttccaaccagttcctgtgtcagagtgaggagctatgc
atccctgtccactgggtgtgtgacgaggaagaagattgtatcgatggctcagatgaacgg
cggcattgccctgggagaacatgctcaagccatcagtttacgtgtgacaacggtgaatgt
atcccagcagaattcagatgtgaccattccacagactgcttggatggaactgatgagaaa
aactgccgatacccaatatgtgagcagaaaacttgtgccaatggagcctgctataacacc
agtcagaagtgtgatggggaaacggattgcagagacgcctctgatgaactcaactgcact
caccgatgcttgcgcagtgagtttcagtgtgacagtggggagtgcatttataaaacctac
gtctgcgaccatgaccttgactgtgaagatggcagtgatgaacgttcttgcagttcttat
cagacctgcaaaggtaacgaattcacttgccccaacggcttctgcattaatcaaaattgg
gtttgtgatggagaagttgactgtgtagataatgccgatgaagacggatgcgaaagcaga
attaaccgtacttatgaatgttacccaaatgaatgggcttgtccaaagtctggaaaatgc
atcccaattactaaagtttgtgatgggacttcagattgtccagaaggagaagatgaaagc
aatatcactgcaggacaacactgtgatgtggatttgtgtccgttcttaggctgtgagtac
caatgccacaagtcaccagctggagggatgtgttactgtccctcaggttttattgtcaac
gaaaatagcacccataactgtgtcgattttgatgattgccagatgtggggagtttgtgac
cagacatgtgaagaccgaattggccatcaccagtgccactgtgtagaggggtatatcttg
gagcaccagcagcgctgtaaagctaattcttcttttggtgaggcctctgtgatcttctcc
aatggtcgggatttgctaaggggtgatattcatggaagcacctttgagatcctggtagaa
tctcaacatcgtggatcggccgtgggtgtggattttcactatcacctacacagagtcttt
tggactgacattgtgcaagataaggttttttcagttgacattaatggtttagatatccaa
gaagttctcaatgtttctgttgaagacccagagaatctggctgtggactgggtaaataat
aaactttatgttgtagagaccaatgtcaactgcatagatatggtaaatttggatggaagc
caacggattaccattgtaagtgaacatttgggacatcctagaggaattgccgtggaccca
actgttggttatttatttttctcagactggcagagcttttctgggacacctaagatagaa
agggctttcatggatggctccaaccgtaaagacttggtgacaagaaagctgggatggcct
gccgggataaccctggatttggtatcaaagcgtgtttactgggttgactcccggtttgat
tacattgagactgtaacttatgatggaattcaaaggaagacagtaattcatggaggctca
aacattcctcatccctttgcaataagcttgtttgaagatcatgtgttctttaccgattgg
acaaagatggctgtaatgaaggcaaacaagttcacggagactgacccacaactgtactac
cggtcttccctgaggccttttggagtgactgtttaccatgccctcaggcagccctatgct
agcaatccatgtgcagataacaatgggggctgtcaacacatctgtgtcctcagccacaga
acatttaatggtggtttgggctaccgttgcaagtgcaggctcggctacattccggatatg
gatgactaccactgcgttgctgctgagcgatttctgttcttttcatctgatgtggctgtt
cgtggcatcccgctcaccctctctcaccaggcagatgtcatccttccagtgacaggaggt
gcttccgtctttgttgggattgattttgatgcccaggagaaggctatctttttttcagat
acaacaaaagacatgatttgtaaacaaaagatcgatggcacaggaagagaagttatcaca
gctaacagagtgccaagtgttgaaagtttgagttttgactggatttcaaagaatctctat
tggacagatgcttcttataggagtgtcagtgtcataaggctagctgataaatcgaggcgc
acaatagtccagaatttaaataacccacgatcaatcgtagttcatcctattgctgggtat
atattcttcactgattggtaccgtcccgctaaaattctgagagcatggagtgatggatct
aaccttttgcctatagtaaacactactcttggatggcccaacgggttggccattgattgg
agctcttcacgattgtactgggtagatgccttttttgataaaattgagcacagtaccttt
gatgggttagacagaaaagtcctggccagtatacagcagataacacatccgtttggactt
gccgtctttgaagactacgtgtattttactgactggagactgcgtggtattgttcgagtc
aggaaaacagatggtggacaactggtggtcctccgaagtggcgttggtgttgtaatgcgt
gtgaaggtatatgataccagaatccagaccgggtctaacgcctgcaaccgacccaccaat
ccgaacggtgactgcagccacttctgcttcccagtgccaaatttccagcgggtgtgtggt
tgcccctatggaatgagtctgacttctgatcgtttgacatgcgcggaagacccatcccgt
gagccaccgatggagcagtgtggtgccttttccttcccctgtaacaatggcagatgtgtg
cccattcactaccgctgtgatggaattgatgactgtcatgataacagtgatgaggttcaa
tgtggcacatttaatacttcctgtgcatcttcagcgtttgcgtgtggccacggaggacag
tgcattccttcatactggcgctgtgacaaacaaaatgactgtgtggatggcagtgatgag
cagaactgccctacccgggcacccacttcctgtcgtgcagacttcttcacctgtgataat
aacttgtgtatcccaaagagctgggtctgtgacacagataatgattgcggggatggatct
gatgaaaagtcatgcgatcatacagagacatgctcacctagtcagtttcattgccctaat
catcgatgtattgacctatcttttgtctgtgatgggatcaaagactgtgctgatgggtct
gatgagagtgcttgtataattaattgcactgcttctcagttcaaatgtgtcagtaatggt
aattgtattagcaacacatatcgctgtgatggtgtttttgactgcagtgaccactctgat
gagacagattgtccaaccaggcctcctggtatgtgccaccaagatgaatttcagtgccaa
gcagatggtatctgcattccgaagatctgggagtgtgatggccacccagactgcctccat
ggatctgatgagcacaatggctgtgcccccaaaacctgcccttcatctcatttcctctgt
gacaatggaaactgcatctacagagagtggctctgtgatggggataatgactgcagggat
atgagcgatgagaaggactgccctacgcaggcctttcaatgtcccagttggcaatggcaa
tgccccagttatagcatctgtgtgaatctgagtgcagtatgtgatggcaaccctgactgc
cccagtgggacagatgagtccccactttgcaaccaggagagctgctcagattccaatggt
ggttgtactcaccagtgtattcaagggccctatggggctcagtgccagtgtccattggga
tacctgcttgccaatgattctaagacctgtgaagacatagatgaatgtcgtattccaggc
ttttgtagccagcactgttacaatgtgagaggttcttttcggtgctggtgtgatctggaa
tacaggttagacgctgaccagaggacctgcaaagctacagcatctgaaagtctgctgtta
cttgtggcgagtcagaaccagcttgtggctgacaacatctccaggcaggagcactctatc
cacgcccttgtccaggatggttctcacattgtggctgttgactttgattcagtcagcggt
catatcttttggtcggatggaactcagggtaaaatctggagtgcgtttcaaaatggaaca
gatagaaaactaacgcttgacagtggtatcaccatgactgaaagtattgcagtagattgg
gtaggacgcaatctttactggacagacttttctctgcaaacaattgaagtctctaaactg
gatgggagtcacaggactgtgctgcttagtgaaaacataacaaatccaaggggactagtg
ttagatcccagaactactgcctgtgtgatgttctggtctgactggggccatcaccctcgc
attgagcgagctagcatggacggcagtctgcgcaccgtcattatccaggagaaggttttc
tggcccaatggcttagctattgactaccccaacaggctgctgtatttcgtggatggctat
cttgattacatagactattgtgaatatgatggaagcaatcggcggcaggtgatagcgagt
gatttgactctgcggcatccctactccctaagtctctttgaagattccgtgtactggagt
gaccgtgctactcatgagattatgaaagccaacaagtggcatggggggaaccaatcagta
gtactgtctcttcaccagccccttggaattgttgtggttcatcctgcaagacaaccagct
tccacaaatccatgcgtccatgcccaatgcagccatctatgcttgctttcctcagagagg
ctttactcctgtgcttgtccttcagggtggcgtctctctcgtgattctgtgacttgcgtg
agaggtgatgaagcattcctaatagttgtaagacacagtataatttttggaatctccctt
aaccccgaggtgaagacctttgatgctatggtgcccatatcagggatacagaatggttat
gacgttgcagttgattactcagagcaattcatctattggcttgaaaatccaggtgaaatt
cacagagtgaagacagatggcaccaacaggacagtgtttgttcctctatcaagtttgggg
gcttctacgagcctggccttagattggctatcaagaaacctttattataccaatcgcgga
actcagtcaattaaggttttgacactccgaggagatgtcagatacggaaaaacactgatt
accaatgatgggacgaatcttggagttggttttccggttggcataactattgatcctgtt
aatgggaaactgtactggtcagaccgaggaaccgacagtggcattccccccaagattgcc
agcgctaacatggatggcacatctcgaaaaactctctttactgggagccttgataatgtg
gcgtttatcaccctcgatattgaggagcagaaactctactgggcagtcagcagcacggga
gtgattgaaagaggaaacgtggatggtacaaatcgaatgatcctggtaaaccatctttcc
tacccctggggacttgctgtctatggccccttcctttattataccgatgaagaatatgag
gtcattgaaagggttgacaaggctactggggccaacaaaatagtcttgagagataatgtc
ccaaatctcaggggccttcaaatttatcaaagacgtggctctgaatcctcaaatggctgt
agcaacaacgtgaatgcgtgtcagcagatttgcctgcctgtaccaggaagactgttctca
tgtgcctgtgccaccggatttaaactcagtcctgataattggacctgctccccatatcac
tctttcattgttgtttccacgctgtgggcaatcaggggctttagcttggaattgtcagat
cattcagaagccatggtgccagtggcaggccaaggacgaaatgcactgcacgtggatgtg
gacgtatcttctggctttatttattggtgtgattttagcaactctgtgccatctaataat
gcaatccgtagaatcagaccagatgggtctagttttacaaacatcattacagatgggata
ggagaaaatggagtccggggtattgcagtggattgggtagcaggaaatctttatttcacc
aatgcttttaggtctgaaacactgatagaagttctaaggatcaacaccacccatcgccgt
gttctccttaaaaccacagtggatatgcccagggatattgttgtagaccccaagaacaga
tacctcttctggtctgactatggacaaaacccaaagattgaacgttcttttcttgactgt
accaatcgaactgtgcttgtatcaaacatcgttgccacaccacggggcttggcattggac
cttagcagtggctacgtttattgggttgatgatgctttagatttaattgcaagggtcagc
attgatggaggggaatctgaagtaattcgttttggcagtcgttacccagctccttatgcc
atctctatattaggaaattccatcatatgggtagacaggaatttaaaaaaaatcttccaa
gctagcaaggagccatataaagcagatccaccaacagttataagggacaatatcgactgg
ctaagagatgtgaccatctttgaccagaatgctcagccccggtcaccagcagaggtcgac
aacaacccttgcttggaaggtaatggaggatgcacccatttctgctttgctctgcctaaa
ttgcacaccccaaaatgtgggtgtgcctttgggaccctgcaaggtgatggcaagagctgt
gccatttcatcagaaaatttcctcatctttgccttggatgattccttgaggagcttacac
tttgaccctgaggactatagtcaacctttcacagcaataagtgtggaaagaattgccgtg
gccctagactatgacagcatagataacagaatctacttcacacaaattttgcaatctgga
aaaggccagatttcctatgtcaacctgaattcaaggagcagtgcgcccaccgttgttgtt
tcgggcatagggaatcctgagggcattgcctttgactggatcaatagaagaatttattac
agtgactacaccaaccagacaattaagtccattgccacggatgggtctaagcacactgtg
atagcccgagttacaaagccaagagcaattgtgttagatccttgccaagggtacatgtat
tggaccgactggagtactaatgcccaaattgagagagctacactgggaggaaacttccgg
gaatccatcgtgaacagtgacctggtctggcccaacgggctcactctggactatgaagaa
ggctttctctactgggcagatgctaatctgcagaagattgagcgcatcactctacagggc
ctggagcgggaggtcattgtcagcagagccaataatccttttggtttggctgtctatggc
cagtatgtttactggactgactggttcaataaaaaaatttaccgagcaaacaaatatgat
gggtcaagtcagactgcaatgaccacgactcttcccttcctgcctaagggtattcgtgct
gttgtgaaggaccaacagcagtgtcacaatccttgtgatcagtttaatgggggctgcagc
catatttgtgcaccaggtccaaatggccccgagtgccagtgtccacacgagggccactgg
tacctggccaacaacaataagtactgcatccgggataatggtacaaggtgccatagttcc
aagttcacctgcctcagtgggaactgcatcccagagcagtggaaatgtaatgacgtcgat
gactgtggtgacagcagtgacgagctggaaactctctgtgcgtatcacacctgccctttg
acaagcttcacctgtgccaacgggcgatgtgtccaatatcgttatcgttgtgatcactac
aatgactgtggtgacaacagtgatgaggcagggtgcctgttcagggcttgtaacgaaacc
acggaatttacttgcaataatggaaagtgcatcccgcttcacttagtctgcgatgggatg
gaccactgccatgatcacaatgcttcagatgagaaaaattgctctgatcacacgtgccag
cctggatacgtaaaatgcatgaattcaactgtttgtattcctcatcttttcttgtgtgat
ggagacaacgactgtggagatatgagtgatgaaaaccccattttctgtgtctctaagtcg
tgtaagagcgatgagttccactgcacatctggatcctgtattcctagcttttggttttgt
gatcacgaaagagattgttctgatggctctgatgaacctgacacttgtgagttttctgag
ccaacatgcttcagtgatgaattcaagtgtgacaataacaggtgcatccaagtagagtgg
gtctgtgatggtgataatgactgtggggacatgagtgatgaggatgaaagacaccactgt
gagagtcatagctgctcaagttctgagtttctctgtgtaagtagcgtgtctccatccagg
aggtgcatccctcaatcttgggtttgtgacggcgatgcggattgctctgatgcctatgat
gagcaccagaactgcaccaggagatcctgctctgaaacggagttcacctgtagtaatgga
ctgtgtatccccgactggttcaggtgtgaccggcgcaacgactgtggtgactacagtgat
gagagggactgcgtgtaccctgcctgcgacaaggtccattttacctgtcagaatgggctc
tgcatttataaggccttcgtctgtgatggggaaaatgactgtggagatgactcagatgag
ctggaacacctgtgtcacaccccggagaccacgtgtccccctcatcagttcaggtgtgat
aatgggaactgcatcgagatggtgaaagtctgcaaccacctagatgactgtttagacaac
agtgatgagaaaggatgtggtgttaatgaatgcaatgacccttcactcagtggctgcgac
cacaattgcacagacactttaaccagtttctattgttcttgtaaccctggttacaagctg
ttgtctgacaagcggacttgtgttgatattgatgaatgcaaggagacgccctttgtctgt
agccagaagtgtgagaacgtactgggctcttacatctgcaagtgtgccccaggctacatc
cgtgagccagatggaaagacctgccggcagaacagcaacatcgagcccaatctcattttt
agcaaccgttactatttgaggaatctaactatcgatggccatttatactccctcatcttg
caaggactgggtaatgctgtggcagtggattttgaccgagtagaaaagagattgtactgg
cttgatatagagaataaagtcattgagagaatgtttctgaataagacaaacagggagaca
gtcataaagtacaatctaccgggtacagaaagtctggctgtcgactgggttaccagaaag
ctgtattgggtggattcccacctgaattgcctttctgtctctgacctcaatggtcgatac
cgccgcaagctggccgagcactgtgtagatgccaacaacaccttctgcattgagaatccc
agaggaattgcccttcacccgcgatatgggcatgtctactggggagactgggctgaccga
gcatacattgggagagtaggcatggatggaacccataagtctgtgattatttctaccaag
atcaagtggcccaatggcctcaccattgattataccaatgatctactatactggacagat
gcccacctgggttacattgagtactctgatttggagggctaccatcggcacacggtgtac
gaaaccgggacactgcctcatccctttgctattactgtttttgaagacaccatttattgg
acagattggaacacaaagacagttgaaaagggaaacaaatacaatgggtcaaatagggcg
gcactggtgaacacaacacacagaccatatgacatccgtgtgtatcatccctacaggcag
ccaattgtgactaatccctgcagtaccaacaatggtggctgttctcatctctgcctcatc
aaagaaggaggcagtgggttcacttgcgagtgtccagataacttccatactgtccggcat
agttacagcacccagtgcctgcccatgtgctctagcacccaattcctgtgtgccaacagt
gaaatgtgtattcccatctggtggaaatgtgatgggcagagagactgcttggatggttcc
gatgagcccatcacttgcccacagcgctactgccggttaggacagtaccagtgcatggat
ggcaactgtaccagcccacacttcatatgcaatgctcatcaggattgccctgatgggtct
gatgaagactctgttctttgtgagcatcaccagtgtgagtccaacgaatggcagtgcgcc
aacaaacgttgcatccctgaatcctggcagtgtgacatggaggacgactgcggagataac
tcggacgaagacagttcccactgtgccagcagaacctgccggccgggctattttaagtgt
gccaatggccactgcatccctcagagctggaagtgtgatgtagacaatgactgcggagac
tactcagacgagcccctccaggaatgcttgagccctgcctaccgctgtgacaactatacg
gaattcgactgtaaaacaaactaccgctgcatcctgctgtgggctgtgtgcaatggtttc
aatgactgccgggacaacagtgatgagcaggactgtgagtcgatgacgtgcaaaccttct
ggggaatttcgctgtacgaatcaccactgcatccctcttcgctggagatgtgatgggcac
aatgactgtggagaccattcagatgaggaaaactgtaccccccgggaatgcacagagagc
gagtttcggtgtgatgatcagagctgcattccttctcgatggatctgtgaccaaaacaat
gactgtggggacaactcagatgagcgggactgcgagatgatgacctgccatcctggatat
tttcaatgtgatagcgggcactgcgttcctgaccaaatgaaatgcgatgggtttgccgat
tgtcatgatgcctctgatgaagccaattgtcccactcgctttcccaatggggcatactgc
ccagctactatgttcgaatgtaaaaatcatgtttgtatccagtcatcttggaagtgtgat
ggtgataacgactgtggcgatggttccgatgaagaacttcatctgtgcttgagtgttccc
tgtgattcaccacaccgtttccggtgtgacaacaatcgctgcatttaccgtcacgagctg
tgcaaccatgaggatgactgtggagatggaagtgacgagaagaaggagaactgtgtagaa
ccgactcctagaccttgtacagaagatgaatttaagtgtagcaatggacgttgcatttca
cagcacctggtatgtgatgatgtcaatgactgtggtgaccattttgatgagacgggatgc
aatacaggaaaagaaaggtcatgtgctgaaaatctatgtgaacacaactgtacccaatta
agtgaaggaggattcatctgctcctgtagagctgggttcgaagccaatagtttcgacaga
aactcctgtgaagatgtcaacgaatgtgagcaatttggggtttgtccccagaactgcctt
aacaccaaaggaagtttcgagtgttcctgcgctgaagggttcaggtccgtgactgacagc
cacggaggacggtgtgcagctgacggttaccctcctttgctgctactgcccgaaaacgtg
cgaattcgaaaatacaatctctcatctgagaagttctcagagtaccttgaagaccaggaa
cgcattcaggctatggattacgattgggatccagagggcacaggcctcagtgttgtatat
tacactgtgctagggcacggctctaattttggtgctatcaaacgtgcctacatccccaac
tttgaatctggcagcaataatcctgtgaaggaagttaacctggatctgaaatacatagtg
cagccagatggattagcagtggactgggttggaaggcatatttactggtcagatgccagg
agtcagcggatcgaggtggctgaacttgacggaaggtacagaaagtggctgatttccact
caactggatcaaccagctgcaatagttgtgaatcccaaactagggtttatgtactggact
gattggggcaaagaacctaaaatcgagtctgcttggatggatgggcagcgtcggaaagtc
ctggttcaggaggacctcggttggccaaccggcctttgtgtagattatgtgaatggtgac
cggatctactggagtgacctcaaggaggacattattgaaaccatcaaatatgatgggacc
gataggagaattgttgcaattgcagccatgaccccttatagtctggacatcttcgagagc
cagttatactggacatctaaggataagggagaagtatggatccaagataaatttgggcga
gacgagaaagagaaattgctggtagtgaacccttggctcactcaagttcgaatattccat
caatggagatataatcagtcagtgcccaaccgctgtaaaaaggtctgcagccacctttgc
cttctgagacctgagggatacacgtgtgcctgtccccaaggctccagatttatagaagga
agcgtcactgagtgtgatgcagcgatcgaaagtcctatcatcatgccccctccatgcagg
tgtatgaacggaggaaactgctattttgacgagaatgacctccccaaatgcaaatgtcct
agtgcctacgtgggagaatcttgcgaaatagggctttcaaaaggcgttcctcccggaaca
accgcggccgtgctgttgacgatcatcctgatcatcatcattggagctttagcgacttta
ggatttttccactataggaaaactggctcccttttgccttctctgcccaagctgtcaagc
ttaagcagtcttagcaaatcctctgaaaatggaaatggggtgaccttcagatcaggggat
gatgttaacatggatattggagtatctggtttggggcccgagtctgctattgacagatca
atggcgatgagtgaacattttgccatggacctggggaagccacccataatatttgaaaac
ccgacatacacctccagggacactgccgtcaaagtggctcagccaacaacaaccccggta
accgaatctggaaatgtgtataacgaaaactatggaagtgccataaaccctgctgaatta
gctccagacacaaaaccaacttccccaagtgctggtgaaactcaggcaacaaagtggaat
atcttcaaacgaaaaccgaaacaaaatgccaactttgaaaatccattctattccgagatg
gagagtgaaccaaaggttggtgctgctgtgaccccacctccatcaccttctccccctgat
aagatttcttggaagaaaggcccaagtccaacctacagtgcaacagaagatacatttaaa
gacaccgcaaatcttgttagagaagactctgaggcatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (240)   
   KEGG ORTHOLOGY (1)   
   RefGene (236)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (256)   

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