KEGG   Salmo salar (Atlantic salmon): 106589455
Entry
106589455         CDS       T04363                                 
Name
(RefSeq) polycystin-1-like
  KO
K04985  polycystin 1
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   03037 Cilium and associated proteins [BR:sasa03037]
    106589455
   04812 Cytoskeleton proteins [BR:sasa04812]
    106589455
   04040 Ion channels [BR:sasa04040]
    106589455
   04091 Lectins [BR:sasa04091]
    106589455
Cilium and associated proteins [BR:sasa03037]
 Primary cilia and associated proteins
  Other primary cilia associated proteins
   106589455
Cytoskeleton proteins [BR:sasa04812]
 Eukaryotic cytoskeleton proteins
  Intermediate filaments
   Intermediate filament-binding proteins
    106589455
Ion channels [BR:sasa04040]
 Voltage-gated cation channels
  Transient receptor potential channel (TRP)
   106589455
Lectins [BR:sasa04091]
 C-Type lectins
  Group 10: Polycystin
   106589455
SSDB
Motif
Pfam: PKD REJ PKD_4 PKD_channel PLAT Polycystin_dom Lectin_C Ion_trans BRI3
Other DBs
NCBI-GeneID: 106589455
NCBI-ProteinID: XP_014034934
UniProt: A0A1S3Q6A4
Position
ssa28:10394864..10422415
AA seq 4174 aa
MTEMTAIEKLALIWSLWTAVTFAAGVDEHICPKGAQVHLASLQCYWLSESATSWLEAKGI
CRQVKGGDLATVRSTETQTFIHNSFPSKSTQWIWLRDGRGERPDRGEGLETESHPVWDRD
RGRESLGGCTQMALGSPGQRRNTVCDGQYLFLCDKVITVSLPSLDSYLTGIPFMSGVYAR
SQLQVLPTVPDPDQKRVEMLLFPGLWFSHAGQMVSVELVSQPREVSTLVRVQILRPYCSP
QHHLVPPGCSSLLNPFSCCSITPLCNTTGGCALGQYWCHLLEACVPVTSPCSPYNQSPST
GERSYPLPPRYPDIPPFYHLVADLPMRVAPFSEPVHISILPEREISIYPDDILSIQHTGR
PGTFLSCRDNASSSSSPWRQSYLSLQGAEWGGWWEGGLSSPPDGGQWVDGVVCDLRVLYV
DTLHGHGYISSTGQSELSGFTHIGNISMPISMTPETSAPTPANISGLCMIHPLPDGDNQI
HILVDTPILIVVKIFSGKGATSSWLALVLQTGVPFLPSCPGELPDSWPGCERDSPDSWFS
HMSLVLPSVGIHTLNISAVNGVSEQSTCVQVCVYEPVAGLSVEPHGHLRMLVDLSQAFTA
TAETGSSVKYTWVIDELDKFSYEGDTYSVMFKKPAEYKLKVTAANPVSSQTLEVTLTADT
MTPLADPEFLSVKEVIAVAALRLYTFRVKVDVSLGVTFRWSFGDGSAQENYTFPAQDRPV
ERGVRQVYVQDSVSHVYLQPDDYTLTVQVYNQYDNIKRAISLKVRPPLTHILISPSPPVP
LVNQTFLLVASSHPSHYGILYTWNFGDGSKEIQGFHSKVSHVARTTGVYNMTVCANNTLT
ALTAWVSVAVVEKVSGLQLSCSGPSELKSVTEIKGKVASGSSLHWDWNFGDGSGHKNITD
NSVSHVYKSPGSYTVKVTVSNAVSQASQSIRLEIYRLTISGILPLECSETEKEIQLQALV
NGNVSMLTFHWNFGDGSPLSVQKGKSVVTHTYSNSGVFNVNVTVLSIVGYVFYDANVCIE
APITGITIHPSQDAVAVGKEVCFNAVAAPKRQLTVYQFLWFNHSSNSSPIRGLAHHCFVY
KEEGIHDVSVMASNKVSQRIAKAAVAVQKPVGKPSIAHSSQSNTLTVNEKMTLWVKSCPG
TNVSVQWDFGDGSPLAKSQNVSHVFTSAGRFTVKATASNAVSLDSVNLEVNVLLPVSDLK
LKISQPFAVVGEKTVITAVGNVSGNVNFYWSVDGPDTTELGMSYFQYVFPKAGVYQVKVT
AQNLVSQQEAAILIIALERIQGLQFSSLSLTSMSYIPTRESVLLTASVTHGSNVTYHWLA
NQRGVTQTGSVGEHFVWFTETPGNISVELTASNGLGKTTSRVSLKAVERVSGARMSTARD
TMPLGKYINISVTVETGSDLQYLWNVNSDLSPLQTDVPFLLYMFETLGSCSVSVSVQNVL
SSSNATKHFTVQEEIREADFHVGGKTHPFFITSNTQVALYGYVNKGNDRHWEWNVVGCTG
GAVVLDNNQSVFYTFTDVGVYKVSLNVSNGISWQAVSHRVTIQDAIQGLTLNLSRSTVCA
EDHIAFTPFVSKGTNVSFSLAFDEVEPSYDLVEVSFTTSILPVGSHSVTARAWNQVSNSQ
ASLTVQVVERIGGLRLANCCSTALEALKEVRFQANVMSGSPTDYTWTIQLEGLQPLRVIG
QEVMYTSPGSGSLSVGVMASNGFCSETLNETAIVQLPVGEVTIVCDSTETFRSYSVRFSV
TVDGGSNLRFQWDFGDSSEGVVITKSKTVDHTYLTAGKYIVQVTAFNNVSQVSTQLLTEV
RELQCSLPQVTLVQGQSTILKSRSSYFEASVDIKGCTAYKTMYLWEVFRGSGCGADKTDS
NLVTQSSGHPVIQNSSGHPVTLINLVGVTTPLLYLPKQTLEVGQYCLGFTVSLQGTPLRL
HRTSRLSVVHSSLVPIIRGGSHRLVSGHSDLILDGSESHDPDVDLGEEGELNYHWEFITE
NSTEWSSQDQGQPIGYNSSRLTVPSRKLQPDKFYLFTLTVQKEGRRPISTTQSVAVSKVA
LLPVSVECVSCSSLFSFRVSQSRPIVLSGRCDKCGSHVQYKWSEKDQNGMTLDLNEVTTT
GSLSPELVVRPGVLQEGCNYTFTLNVTHPAGGRWGFASLTLLPNPPPHGGVCTLNPGPGE
NIRLLETVVTYNCSGWLDEDSESPQIIYILQVASLCPGWGQACPLLTLYRGTQRTFGSLV
PLGEAGPEKDQSIISVILQVEDHLGSKVTALNRTITVLRPVDGDGITEWLRNKSQTELSG
LLQQGNPQQLIPYSIALTSQLNQVDQTLSEQDLRYRREIRGNVTQALASLSVYSLQDAAQ
ISLALAQSTAVPSEVVCEGCQENVLESVGRMIRVMEEQTGLEDDAAIDTGRNILHVIGNS
LAAVSESKLVSSGPHTHSNVSETVVSSLDHARALMRVLMRSRPRDEEPLSLSAPQISAVG
YHGNPSELLCTTDPSVNTRQSNQSNKSQLNPDKPESNPAHPPCQFLIPSSLSAQLQRQVQ
GSEVVQILLGLEGGSEFFSAANPPISTSLAAMEFTTPQGQPIPIANLDTDRSIRVTLPKI
YTVGRIGTGHRASGGSGSGSGSRSGGIDRDEGRAPMVNFTLRAKGWLDFTVRAVKNMDPN
AGLYISLNFSLLPGASLVGSGHVRITVATQPGHPASHDSLVRELTLSLSSQSSMEDTIFL
SPLFNSTVQSLFVNLTSSLSGAPVQASVCVFSSLCQYYSLRERRWSTEGLRPLEGSTLHS
AHCLTQHLTMFGASLFVHPDAVVLLPPSSGPMRNVVVGIVCAVLVLIHFLLGLIAHKLDH
QESLRLCHVPLCGRPGRYSYRVLVKTGWRRGAGTTAHVGIILYGVTKSGSRHLQREGAFQ
RSGLDLFHLETDSNLGEVWKIRLWHDNTGLDPSWYVQHVVVWDPQTDHLFYFLVEDWLSV
ENDRNEGGGTVEKEMLASCPEELSQFQRVLSSQLAFGMLERHLWLSLWERPAHSRFMRGQ
RVTVCALLLHLYLALGALWYGAVGTEGHSVPVSARLLVTWETVAVGMTIAILVFPLQCLL
CFLLRKTHSQVAVDMSVPPSPVCQSVEMGVYLGQSDLSCSSFLSLPGGPDPSGLDGDTPS
SLMGSKAFNAEFWNATNLGVEKEGDGMTRWPSCDSLTVLPGPSWEITSDPLGSSLGHARL
LKRKKALMKLCLASPRFLISNPPPSSTAPVGPSQSLSGLHPDHSHRHNLQPNVLTLSEED
LLRSIAADTGVSNSPSTSDSGRYSPWTTSLSHSQSRGSSCSGWSELSVDKPLYGTEIHNP
PCSPISLYGTGLFRPSSSLSVCSIASTFLPSPSPDSIDSTTRIGVARGKPSWLLPPWALQ
VIYPLVVLLLGACLAVVGLYGRHFSSSVVLMWLISALSAFLASALLLEPLKVCVQALFYA
VVLRPVDPEVNDRLGQETVIKREGGKQGGKVHPPCGFGLLQAKEEARKVRALRSLMKHCV
GHMLFLLVVLMVNYQDSVQETQGRLLHSAVKHSLTTNLNTITGWEGAWQWMDNILVPHLH
QNPSLHLVGLPRICCIHTPDHNNGVFLGNSSFTTRQLLSGLHSTHWTTAQLKAVSIDFTQ
YHRETSLFVCVSVLLEKTQIHTVISSLSIHPLLIPPSSSGPDLQIALMVLLLLSALLFLG
VELWAMATDRAHYVRQGWRWLQFLLASLSLATATLRFCFLSQAASCLSQHRSRPDSFTEF
HSAALLARRSTQISSILLTLLVLKMVGTLRYVRRWVVFGRVLQRAWREMAAVALLLILLL
LLFSHTGHMLFSRSVDGFLSVYQAGVSVLSVLRGRLVLQRLNRAHPVLGPLYALFLLGLG
GWLLARLSGAVLIRTYRVVQAEMYRPAMEPQDYEMVEFFIKRLKLWMGLIKAKEFRHRVK
FEGMVVPPSRSSQESCLSTLSSSLSSPHPLSSALSLGSEDSGMSDAPGLDIQLNLDRLLS
CVNGLLSRFDRVNQLTADVHGLETQLEEVQRKRRPQGLGRGEETREGRGVGGGAMGRRTA
LLPPHSRISLPSFPPSFNPITLLSCPPSTNPTHPRVHSSYSESVILQLHPHLPRDTHLSK
VTKPTQRSPGLGLGTGPSGCPGARQFPRRRAWHSGSSHSADAAQRPPQAPGGGGSGVNTK
ARPCSEEGDRRCASEGVPVKRRAWISEGPETDID
NT seq 12525 nt   +upstreamnt  +downstreamnt
atgacagagatgacagctattgaaaaactagcgctgatctggagcctgtggacggcagtg
accttcgcagctggagttgatgagcacatttgccccaaaggagcccaggtccatctggcc
agtctgcaatgctattggctgtcagagtcagcgacatcatggctggaggcaaagggtatc
tgtcgtcaggtgaagggtggggatctagccacagtccgaagcactgaaactcagacattc
atccacaactccttcccatcaaaatccactcagtggatctggctgagggatggcagggga
gaaaggccggatagaggcgagggtttggaaacagaaagccaccctgtgtgggacagggac
aggggcagggagagcctggggggctgtacccagatggccctgggttcaccaggacagagg
aggaacacagtgtgtgatggacagtacctcttcctctgtgataaggtgattacagtttcc
ctgccttcgttagacagctacctcacaggtattcctttcatgtcgggtgtgtacgccagg
tcacagctacaagtcctccctacagtcccagaccctgaccaaaagagagtggagatgctg
ctgtttcctgggctgtggttcagccatgctggccagatggtgtcagtggagctggtcagc
cagcccagagaagtgtccaccttggtcagagttcagatcctccggccctactgcagcccc
cagcatcacctggtgcccccaggttgcagttctctcctgaacccgttcagttgttgctct
atcacccctctgtgtaacactacgggaggctgtgccctgggacagtactggtgccacctg
ttggaggcctgtgtccctgtcaccagcccctgcagtccctacaaccagtccccctctaca
ggggagcgcagctaccccctgcccccaagataccctgacataccccccttctaccacctg
gtggcagacctgccgatgagagtggctcctttctcagagcctgttcatattagtatcctg
ccagagagggagatcagtatttaccccgatgacatcctgtccatccaacacaccgggaga
cctggaaccttcctaagttgccgcgacaacgcctcctcatcctcctccccctggcgacaa
agctacctctccctgcaaggggcggagtgggggggctggtgggaggggggcctctcgtcc
ccgccggatggagggcagtgggtggacggggtggtgtgcgacctacgggtgctgtacgtt
gacacactacacgggcatggctatatttcaagtacgggccagagtgaacttagtggcttc
actcacattgggaacatcagtatgcccataagtatgacccctgaaacctcagctcctacc
ccagcaaacatttctgggctttgtatgatccatcctctgcctgatggagacaaccagatc
catatattggttgacactcctatactcattgtggttaaaatattctctggaaaaggggcc
accagctcctggttggctctggtgctccagacaggggtccccttcctcccgtcctgccca
ggagagttacctgactcctggcctggttgtgagagagactcccctgacagctggttctcc
cacatgtccctggtgctaccctcagtgggcatccacactctaaacatcagtgctgtgaat
ggagtgagtgaacagagtacctgtgtacaggtgtgtgtctatgagccggtggctgggctc
agtgtagagccacatggacatctgaggatgctggtggacttgtcacaggcatttacagcc
acggctgagactggttcctcagtaaagtacacctgggtgattgacgagctggataagttt
tcttatgagggagacacctatagtgtgatgttcaagaagccagctgagtacaaactgaag
gtgactgcagccaaccctgtgagctcccagaccctagaggtcactctgactgctgacacc
atgacccctctggccgacccagaattcctctctgtcaaggaggtcatcgctgtggccgca
ctgcgtctctacactttcagggtcaaagttgatgtctccctaggcgtaactttcaggtgg
tcttttggggatggcagtgcccaggaaaactacacctttcctgcccaggacaggccagtg
gagcgaggagtgagacaggtgtatgttcaagactctgtgagccacgtctacctacagcca
gatgactacacactgactgtacaggtctacaaccaatacgacaacatcaagcgggccata
tcactgaaggtacggcctccattaactcatatactcatctctccgtctcctccggttccc
ctggtcaaccagacctttcttctagtagcctcttcacacccatctcactacggaatcctt
tacacttggaactttggggacggttcaaaagaaatccaaggattccacagcaaagttagc
catgttgctcggaccactggggtttataacatgactgtgtgcgctaacaacaccttgact
gcactgacagcctgggtgtccgtggcagtggtggagaaggtatctggactccagttgagc
tgtagtggacccagtgaactgaagtctgtaactgaaatcaagggcaaagtggcttcaggt
tccagtcttcactgggactggaactttggtgatgggtctggacataaaaacatcacagac
aactctgtatcccatgtctacaagtccccagggagttacacagtcaaagtgactgtgtct
aacgcagtcagccaggctagccagtccatccgtctggaaatctacaggttgaccatcagt
ggaattctgccattggagtgttccgagacagagaaagagatacagctccaagcactggtg
aacgggaatgtttccatgctgactttccattggaatttcggggatggatcacctttgtca
gtacagaagggaaagtctgttgttactcacacttattcaaactctggggtttttaacgtt
aacgtaactgttctcagtatagtaggatatgtattttatgatgccaacgtttgcattgag
gcccccattactgggataaccatccacccatcacaggatgctgtggcagtaggaaaagag
gtgtgttttaatgcagttgctgcccccaaaagacagctcactgtatatcagtttctgtgg
ttcaatcattcatccaacagctctcctataagaggactggctcatcattgctttgtgtac
aaggaggaagggatccatgatgtttcagtgatggcaagtaacaaagtcagccagagaata
gccaaagccgctgttgctgtgcagaagcctgtgggtaaaccatccatagcacatagcagt
caaagcaacacactgactgtcaatgagaagatgacactttgggtcaagagttgccctggg
accaatgtttctgtgcagtgggactttggtgatggctcgccactggcaaagagtcaaaat
gtttcccatgtcttcacttccgctggcaggtttacagtcaaggccacagcttctaatgca
gttagcctggattctgttaacctggaagtgaacgtactgcttcctgtgtcagacctgaag
ctgaaaatcagtcagccatttgcagtagtaggggaaaagactgtcataacagcagttggc
aatgtttcaggtaacgtcaatttctactggtcagtggatggccctgataccactgagctt
gggatgtcttactttcagtatgtgtttcctaaagcaggtgtgtatcaggtcaaagtcaca
gcccagaacctggtgagccaacaggaggcagccattttgattatagctttagaaagaata
caagggcttcaattctcaagtctgagcctgacatccatgagctacataccaaccagagag
agtgtcttgctcactgcatcagtaacccacggctccaatgtcacttaccattggctagcc
aaccagagaggtgtgacccaaactggcagtgttggtgagcactttgtgtggttcactgaa
actccaggtaatatatctgttgagttgacagcttccaacggacttggtaagacgaccagc
cgtgtttctctaaaggcagtagagcgagtttcaggggctagaatgtcaacagctagagac
accatgccattagggaagtatatcaacatctctgtaactgtggagactggatctgacctc
cagtatctctggaatgtgaactcagacctttcacccttacagaccgatgttccttttctt
ctttacatgtttgagactctgggttcttgttctgtcagtgtgtcggtccagaatgttctc
agttcaagcaacgccaccaaacatttcacagttcaggaggagattagagaggcagacttt
catgtaggtggcaagacacatccattctttataacgtcaaatactcaagttgcactctat
ggatatgtcaataaagggaatgatcggcactgggagtggaacgttgttgggtgtactgga
ggtgctgtggttttggacaacaatcagtcagttttctacacctttacagatgtaggggtc
tataaagtctctctgaacgtctctaatggtattagctggcaggcagtctcacacagagtc
accatccaggatgctattcagggcttgactctaaaccttagcaggtctacggtctgcgct
gaagatcatattgcttttacaccattcgtttccaaaggaaccaatgtcagcttctcttta
gcctttgacgaagttgagccatcatatgaccttgttgaggtaagcttcaccacctccatc
ctcccagttgggtctcactctgtcacagcccgagcctggaaccaggtgagcaactcccag
gcgtcattgaccgtccaggtggttgagaggatcgggggcctacgattggccaactgctgt
tccactgctctggaagctctaaaggaggtccgtttccaagcaaatgtcatgagtggttct
ccaactgattacacctggacgatccaattagaagggctccagcccttacgggtcattgga
caggaagtgatgtatacctcacccggaagtggttcgttgtctgtgggtgtgatggccagc
aatggcttctgctctgaaaccctgaatgagacagccattgttcagttgcccgtgggggag
gtcacgattgtttgtgattctacagaaacctttagaagctatagtgtcagattctcagtc
acagtagatggtggcagcaatttgaggtttcaatgggactttggagactcaagtgaagga
gttgtcatcacaaaatccaaaacagtggaccacacatatctcactgctggaaaatatatt
gttcaagtcacagctttcaataatgtcagccaggtctccacacaactgctcactgaggtg
agagaactccagtgctcactccctcaggtcacgttagtccagggccaatccacaatcctc
aagtctagatccagctactttgaagcaagcgtagacatcaaaggctgcaccgcatacaag
accatgtacctatgggaagtgtttagggggagtggctgtggagctgacaagactgacagc
aatctggtaacccaaagcagtgggcacccagtaatccagaacagcagtggacatccagta
accctgattaacctggtgggtgtgactacaccactgttgtacctccctaagcagaccctg
gaggtgggccagtactgcctggggttcactgtctctctccagggaacccctctacgtctg
cacaggacgtccaggctctctgtggttcacagctccctggtacccatcatcaggggggga
tcgcatagactggtgtcaggccacagtgacctgatcctggatgggtcagagtcccatgat
cctgatgtggatctgggagaggaaggggagctgaactaccactgggaattcatcactgag
aactctactgagtggtcgtcccaggaccagggtcagcctatagggtataacagcagcagg
ttgactgtccccagcaggaagctacagccagacaagttctacctcttcaccctcactgtc
caaaaggaagggaggagacctatctctactacacagtctgtggcggtatctaaagttgca
ctgcttcctgtaagtgtggagtgtgtttcctgcagtagtctcttttcttttcgtgtcagc
cagagtcgccccattgtgctctctggtcgttgtgataagtgtggcagccatgttcagtac
aaatggagcgaaaaggatcagaacggcatgacccttgacctgaacgaggtgaccactacg
ggcagtctctctcctgaattggtggtccgaccgggggtgctgcaggaggggtgtaactat
accttcaccctaaatgttacccaccctgctgggggaagatgggggtttgctagcctgacc
ctcctgcccaaccctccaccccatggaggggtgtgtactcttaatccaggtcctggggag
aacatacgcctgctggagactgtggtcacatacaactgttcaggttggctggatgaggat
agtgagtccccccagattatctatattctccaggtggcatcattatgcccaggctggggc
caagcctgtccccttctcaccctctacaggggtacccagcgtacatttggcagcctggtt
cctctgggggaggcggggccagagaaggaccagtcaatcatctctgtgatcctgcaggta
gaggaccacctggggtcaaaggtcacagcacttaacagaactataacagtgctgagacct
gtggatggagatgggatcacagagtggctgaggaacaagagccaaaccgaactatcgggt
ttacttcaacagggtaacccacagcagctcattccttattccatcgccctcaccagccag
ctcaatcaggtggatcagactttgagtgagcaggatctcaggtacaggagggaaatcagg
gggaatgtgacgcaggcgctggcctctctgtctgtgtactctctacaggatgcagcccag
atcagcttagccctggcccagtccactgcagtcccaagtgaggtggtgtgtgagggctgt
caggagaatgttctagaatctgttgggagaatgatcagggttatggaagagcagacggga
ctagaagacgacgcagccatagacacgggcagaaacatcctccatgtaataggcaattcg
ttggctgctgtgtccgagtccaagctcgtctcctctggtcctcacactcactctaatgta
tctgaaactgtagtgtcatccctggaccatgccagggctctcatgcgtgttctgatgcgc
tcgcggccacgcgatgaggaacccctctctctctctgctccacagatcagtgccgttggt
taccatggaaacccctcggaactcctctgcaccactgatccctcggtcaacacccgccaa
tcaaaccagtccaacaaatcgcaattaaaccctgacaagccagagtcaaacccagcacat
ccgccctgccagttcctcattccctcctctctcagtgcccagctccagcgtcaggtccag
ggatctgaggtggtacagattctcctgggtttggaaggggggtctgagttcttctcagca
gccaacccacccatttctacttctctggctgccatggagttcaccacgccccagggacag
cccatacccattgctaacctggacactgacagatctatcagggttactttgcccaaaata
tatactgtaggaaggatcggcactgggcatcgggctagtggtgggagtggaagtgggtct
gggtctagatctggtggtattgacagagacgagggaagagccccaatggttaactttaca
ctccgagccaaagggtggctggattttacagtgagggcagtgaagaatatggatcccaat
gctggactgtacatctctttaaacttcagcctgcttccaggagcttctctggtgggctca
ggacatgtgagaatcacagtggccacccagccaggtcatcctgcctcccatgattcccta
gtcagagagctgaccctctccctctccagccagtcatccatggaggacaccatcttcctc
tctcctctatttaacagcacagtacaatctctttttgtgaacctgacatccagtctgagt
ggagctccagtccaggcctcagtgtgtgtgttcagctctctgtgtcagtactacagcctg
agggagaggcgctggagcactgagggcctccggccactggagggcagcaccctccactca
gcacactgcctcactcagcacctcaccatgttcggggccagtctgtttgtccacccagac
gctgtggtgctactgccaccgtccagtggtccaatgcgtaatgtagtagtggggattgtg
tgtgctgtcctggttctgatccacttcctcctgggtctgatcgcccacaaactggaccac
caggagagcctgagactatgccatgtaccactgtgtgggcgacctggacgctacagctac
agagtcctggtcaaaacaggctggcgacgaggagcaggcacgacggcccacgtgggcatc
attctgtacggggtgactaaaagcggttcacgccacctgcagcgggagggggcgttccaa
cgaagtggtctggacctgttccacctggagacggacagcaacctgggagaggtgtggaag
atacgcctctggcatgacaacacaggtctggacccatcgtggtacgtgcagcatgtggtg
gtgtgggaccctcagacagaccacctgttctacttcctggtagaagactggctgtctgtg
gagaacgacaggaacgagggaggagggacagtggagaaggagatgttggcctcctgtccg
gaggagctgtctcagttccaacgtgttctctcctcccagctggcgtttggaatgctggag
cgccacctgtggctctctctgtgggaacgccccgcccacagccgcttcatgcgggggcag
agggtgacggtgtgtgccctcctgctacacctctacctcgcactaggggcattgtggtac
ggggctgtgggcacagaggggcatagtgtaccggtttcggcccggttgcttgtaacctgg
gaaacggttgcagtggggatgactattgccatcctggtgtttcctctccagtgtctcctc
tgcttcctgttgcgaaagactcacagccaggtagcggtggatatgtcagtgcctccatcc
cctgtgtgtcagtcagtggagatgggcgtctatctcggccaatcagatctttcctgctcc
tccttcctgtctttgcctggaggacctgatccatcaggcctggatggagacacaccctct
tctctgatgggaagcaaggcattcaatgctgagttctggaatgccactaacctgggagtg
gagaaggagggagatggcatgacccggtggccctcctgtgacagcctcactgtcctccca
gggccctcctgggaaataacctctgaccccttgggatcatccctgggtcatgcccgtctg
ctgaagaggaagaaagccctgatgaagctatgcctagcctcaccccgatttctcatctcc
aaccccccaccctcctctactgcacctgtgggtccatcccaatccctgtctggcctgcat
ccagaccacagccatcgacacaacctgcaacccaatgtccttaccctgtctgaggaggac
ctgttgaggtctatagcagcagacacaggagtgtccaacagtccctcaacatcagacagt
ggccgctactccccctggaccacctctctgtcccacagccagagccggggcagctcctgc
agtggctggtctgagctgagtgtggacaaaccactctatgggacagagatccacaacccc
ccctgctctcccatctctctgtatgggacagggctgtttaggccttcctcatccctctct
gtctgctccatcgccagtaccttcctccccagcccctcccctgactccatagactctacc
acacgcataggtgtggcccgtggcaagcccagctggctgctacctccctgggcactgcaa
gtaatttaccccctggttgtgttgttgctgggagcctgcctggctgtagtaggcctctat
gggagacacttctccagctctgtggtcctgatgtggctcatctcagccctgtctgccttc
ctcgcctccgctctgctgctggagcctctcaaggtgtgtgtgcaggccttgttctatgct
gtggtgttaaggcctgtagaccccgaggtgaatgatcggctgggacaggagaccgttatt
aagagggaggggggaaagcaggggggcaaggtgcaccccccttgtgggttcggcctactg
caagccaaggaggaggccaggaaagtgagagcgctacgatccctcatgaagcactgtgtg
ggccacatgttgttcctgttggtggtgttgatggtgaactaccaggacagtgttcaggag
acccagggaagactgctacactctgccgtcaaacactcactgaccaccaacctcaacacc
atcactgggtgggagggggcgtggcagtggatggacaacatcctggtgccacacctccat
cagaacccctccctccacctggtggggttaccacggatatgctgtatacacactccagac
cataataatggagtctttctggggaacagcagttttaccacacgccagcttctctctggc
ctacacagcacacactggaccacagcacagttaaaggctgtgtccattgacttcacccag
taccacagagagactagtctgtttgtgtgtgtgtctgttctactagagaagacccagata
cacacagtcatctcctccctctccatccatcctctactcatccccccatcctcctcagga
ccagacctgcagattgcactcatggtgctcctgctcctctctgccctcctctttctgggg
gtggagctatgggccatggctactgaccgtgcccactacgtgcgtcagggctggcgctgg
ctacagttcctcctcgcctctttgtccctggcgacggccacgctgcgattctgcttcctg
tcccaggctgcttcctgtctgtctcagcaccgctccagaccagactccttcaccgagttc
cacagcgccgccctgctggccaggagatccacacagatatcatccatactgctcactctg
ctggtactcaagatggtgggtactctgaggtacgtgcggaggtgggtggtgtttggtcga
gtgcttcagcgggcatggagagagatggctgctgtggctctactactgatcttactgctg
ctgctcttctctcacactggacacatgctcttctccaggtctgtggatgggttcctgtct
gtgtaccaggctggtgtgtctgtgctgtctgtgctgcgtggtcgcctggtcctgcagagg
ctcaacagggctcaccctgtcctcggacccctctacgccctctttctactggggctggga
ggttggctgctggcccgtctctctggagctgttctgatccgcacatacagggttgtgcag
gctgagatgtacaggccagccatggagccccaggactacgagatggtggagttcttcatc
aaaagactgaagctctggatgggactcattaaggccaaggagttcagacacagggtgaag
tttgagggcatggtggtgcctccctccagatcatcccaagaatcctgtctctccaccctc
tcatcctccctctcctccccccatcccctgtcctccgccctatccctgggttccgaggac
tcgggtatgtccgacgcgccgggcttagacattcagctcaacctggaccgcctgctgtct
tgcgtcaacggtctgctttcacgtttcgaccgcgtcaaccagctgactgcagacgttcac
ggtctggagacccagctagaggaggtgcagaggaagaggaggccgcagggacttggaaga
ggagaagagacaagagaaggaagaggagtaggtggaggggcgatgggcaggaggacagct
ctgctaccccctcattctcgcatctccctcccttcttttcctccttctttcaaccccatt
acccttctctcctgccctccctccaccaatcccacccaccctcgtgttcacagctcctac
tctgagtctgtcattctccagcttcacccacacctacccagggacactcacctctccaag
gtaaccaagcccacacaaagaagccctggcctgggcttgggcactgggccttccgggtgt
cctggagccaggcagtttcctagacgtcgagcctggcactcagggagttctcactcggct
gatgcagctcagaggcccccccaggcccctggtggaggtggtagtggggtcaacacgaag
gccaggccctgtagcgaggagggggacaggagatgcgccagtgagggagtgcctgtgaag
agacgggcctggatctcagaggggcctgagacagacatagactga

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Ontology (5)   
   KEGG BRITE (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (166)   
   KEGG ORTHOLOGY (1)   
   RefGene (162)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (184)   

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