KEGG   Paramormyrops kingsleyae: 111856370
Entry
111856370         CDS       T05788                                 
Symbol
lyst
Name
(RefSeq) lysosomal-trafficking regulator isoform X1
  KO
K22937  lysosomal-trafficking regulator
Organism
pki  Paramormyrops kingsleyae
Brite
KEGG Orthology (KO) [BR:pki00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pki04131]
    111856370 (lyst)
Membrane trafficking [BR:pki04131]
 Endosome - Lysosome transport
  Others
   Others
    111856370 (lyst)
SSDB
Motif
Pfam: Beach PH_BEACH WD40 NBCH_WD40 DUF4800
Other DBs
NCBI-GeneID: 111856370
NCBI-ProteinID: XP_023692043
Position
Unknown
AA seq 3677 aa
MDAYPSVRALISPSADALLWRLPLATGLDMTGASNALARDFLTDVHQLCSEVARLAEEDE
AEGEDSDVHMVALWSYLLQGRGFLLLRTLDLVIDQDLSCREELLTLLVSLLPLVWRIPVL
EGMPQGFPLSSILEYSSSGGYSTLLRSGKGKVVSEEHNSGRLPSSRRKSRYHRCSARLAS
PTQVSTSDSDSISSSQTLGSGGKYSHPSGHVSRVTCFQEPLESLQPKSSAKETTSTLDAV
QPGRQLLGHHYLSSEIPKDNANIPAFSSVAKSPFDLCQVLLSLLGKVYKFGTSFKHTPSV
MVTLVPTLIEMLIEFGHKLPGVGREVAQGWTEEPIALVQRMLLRAILHLMIIDIAQREAM
SDHLFRNFTRLLQATLKIHSCMKKVDPTSPSPDFSRYRHRVLLLSELLEGLLHVLLGYLQ
ASPSNPAIFSKVLELLHEFVESRGLRLLEASALQLESFAGEDSATSEKALEQVRDLVGVL
LRVIAAVKKAASEQLHQSTCHRRRHRRCEYTRLYHHHNITGLPGLALGHDDCRDLFGQKF
VQDGDALHPGPGCCVAACAHQCLRLLEIFPSTNAVCLQIMTGLQAAGVCCCMDPRSVLGP
LLHAFQAPGLQPYQSHVLNILSHLLLEQLGGGQLSKTGRQASCSICTLDDRQLLLMEKIM
QGICASGLHIPTDIPEGIRARDVLRRWDALEAYRDLVFNKDRQQGLLIAGHVCSLLLQGH
SLVQGLLYTHVFSPVLQRGVGLANYARELCISPAGDQSHSFHCQGLSVEVLSVFLQALPS
LLKHRVIQNLFLSSNGLHHLTELIHLDPVRTSTLRVFETLILRIGNQQANPVSGMRLETE
EVASFHSRKEDMQGLKLGKAHHNGRAESDAWMNDAHLSASSLFLRMAFLCVSKEADSDRD
SANDSEDTSGYDSTASEPLGGRLPCLPPDGVTLPAKGQLWRVADVWSACYWIYRSSHTFQ
KQLFKLGGFDICSRLMTLVIQKLASKTKDGRGKKKKDAKGKQSPGQQDSHDPDPGPGSNQ
ASPSGEQAESKCQEQVRKLEEEWPFQCLRLLEALLAICLQGAGSTLQKVDLEPSFQLQSK
EETLRDLQEQLSHSSLVASDLAIPLFDCLLRVALAEGSPSPDVAMGKAERKLQSRRGAAA
PDGYQSEEASDSQDPPDQVTAEEGYEGDAESHAEDSSTWDQAAGADAGSSEDGSSSGPCE
LRNPEVCGLQLALLASGSPDLGVLTHVLRGVLQALRGNPRNVTLLYRQGAVKTLLNGFQH
ILSMADPSYEECQTVLVELLVAMASTSITQEELVLLVRLFLEKTPPVDVLLGGFLRVVKA
NVDPEPLCFLTFPLAAEGSPGLMSQSLGPRDSTRRGLLPLGCLGADGESPGRFGASPWHM
APIHLQLMGQNCWPHLADGFSVSLWLRTWCDTKGRSPGKSESHVKKTGVPQDITVDMREG
KNLPGSVQLSPQSTNEHLAKDGLLHIFSMGSKALMLQVWANPATGAFSFRVCVDPSDELK
VGLLAKAESQGGLLTPGQWEHIALTYTQKPEGKRNAHGRLALWICGVRRYDVSLDYPLPR
KPSLSTDGNKTYCMLGHCHPTVEDQCGTGRTWDFGSLLLFNGSRIESEEAFYLYASGPDF
TSIMPCKYGKPEPRLTKYASEEALQADSRVLGLLTKGSQVDTAPLAESLAVVYTASRPGS
YAIYEPVIRLKGQPKVVASPRPFSTKDVQSPLLEAQAIRALCPTEPQRLQSVLHRIGGTG
AFVFLFAKTVELSDREETQALALKVLLSLIRQNQHRVAEMERCHGYSLVRQVLVKPKCIV
GYHMLQTLLDGCCSRPILSQGVDGRFHLDRESTAVVQDLHLLSSLLLDWKVWSKAQAGVW
ATLLQAMEVLIHARHPQQMYNIQQLLKARIVQRILLTCQLLQDEHLAPIPENVCGSFVKI
IQEVLGSPPDLELLRIVYGFLLAAHPPADAYVCHAPSAFCFSLHIDGKVYQEKVQSIMFQ
RQFSDGARSATGSLSPTGFAGGPLGDYFGDCQTSGPHHQDRSPSPSPCPSPGAEDKVAPP
DLEPVPNSRDAEQDPAAGGLLLSSCESAVTVVDCHVSLPETGRREDPEADWEGRDTGVGG
AAEALLRPDSLLGVRPIPKCSRSGFAGLDLAFPAQNIAAGQWPGAADRSALRDDATAYSV
SAETACNEADSANNRPSAEDRLAMVCCGLYELLRGVLLTLPDIMLEKVVNGLIQPEALIV
LVNHPSALVQQAVIKLLDAYFSRAFQEQKERFLKNHGFSLLANQLYLRPGSQGLLECCLE
MVMGCPVGLEEELDPEALEKVGPFQKRCVISLLGLIESSLGDSGLVHAALCTLLQLLNAC
PKLTDILLDHGLLCVLLNTLAALNGLESGIPLDDHKLLVCDIQQLLVYITIHSCSSSGSQ
YFHIIEDLVTLLGHLQTSTIPRTKEMAVILQFQILQSAIRLIRTTADRDPAKASCLGARP
AIQQHTIQQRPRSFAARRRLSLAPLELLTRMRSVASEELSHMIQRRMSQESPVHATEAEF
SQRLQRLLLLAVNLLIYQGVRQDLFDLLNIPDSPVPQHAPSDSTEPGAPWTLGIMGSFQK
EIFELMMEGLRTGLGGSGRGGAPRQQWARILWSCRDTFRAQFVRLLAHALNPARPLVERK
RALGFVYESGHPDVLREAVSLSPELALYLCEMLHHHRDSLTQEDQAAVSNLLVSPKYSVP
PGTGSETDLSVAIREDLLRFELEKKASRVAWEKKTESAQRSLMQRLDTKLKEISRVAADV
TQAVSQQQSAERKKVMQHIRSLCKLSLTASRHWQWLVQQLTHDRAVWYDPASYPTSWQLD
PTEGPNRERRRLQSCYMTVPNKYLLKERRKCEDPVRPPLSFLFEDRTHSYVSSTVKDKAT
SEPTRSTMKCFSVAPSRETPGDLLLGKSGMYFVEDHATDAPDSHMSECEEHCCESCQSPH
GETEPASFSWTYEEIKEVHKRWWQLRDNALEIFLTNGRTLLLAFDNTKARDSMYHNILTS
DLPNLLEHGNITALTQLWGSGLISNFEYLTHLNKHAGRSFNDLMQYPVFPFILSDYTSMT
LDLQDPSIYRNLGKPIAVQSKEKEDRYIENYKYLEEEFVKGVRDDDPVPPVQPYHYGSHY
SNSGTVLHFLVRMPPFTKMFLAYQDQSFDIPDRTFHSMNTTWRLSSYESMTDVKELIPEF
FYLPEFLVNREGFDFGVRQNSERVNHVNLPPWARNDPRLFVLIHRQALESDQVSQTLCQW
IDLVFGFKQKGKAAVQAVNVFHPATYFGMDVSAVEDPVQRRALETMIKTYGQTPRQLFST
SHVSRDGELPAAMGLLVHLAFRENREHGKEPACPSPLPWIKGLKWGEYVGSPSAPDPVVC
FSQPHGECFGSLLALPTRAVCGLSRKFCLMMIYSKEQGVRSMRSTDIRWSAILSWGYADH
MLRLKSRQSEPPVSFLQCSPLYQVTSCAWVPDSCQLFTGTKCGAITAYGSRFSYSTPLEV
EVESQVQLYGHTEEVTGLFVCKPFSILISVSNDGTCILWDLNRLCYVQSLTGHKSPVVAV
SASETTGDIATACNSVGGGSDLRLWTVNGDLIGHVHCREIICSMAFSNQPEGVSVNVIAG
GLENGVVRLWSTWDLKPVREITFPKSSKPIVSLTFSCDGHHLYTASSEGTVMAWCRRDQQ
RLKLPMFYSFLSSYAAG
NT seq 11034 nt   +upstreamnt  +downstreamnt
atggacgcgtatccctcggtccgagcccttatcagcccctcagcagatgcccttctttgg
cggctccctctagccaccggcttggacatgaccggcgccagcaacgccctggcccgcgac
tttctgacggacgtccaccagctgtgcagcgaggtggcccggctggcagaggaggatgag
gctgagggggaggacagcgatgtccacatggtggcgctgtggagctacctgctccagggt
agaggattcctcctcctcagaaccctggacctcgtcattgaccaggatctcagctgccgt
gaggagctgctgaccctgctggtgtccctgctccccctcgtgtggaggatccccgtgctg
gaggggatgccccagggtttcccactgtcttccattctggaatattccagcagtggtgga
tacagcacgcttttgagatcagggaaggggaaggtagtctctgaggagcacaattctgga
agactgccctcaagccggaggaagtctcggtaccatcggtgctctgcaagacttgcatcc
ccgactcaggtctccacttcggactcagacagtatatccagcagccagacattgggatct
ggaggaaagtattctcaccccagtggccatgtctcaagagtcacttgtttccaagagcca
ttggaatcgttacagccaaagtcctctgcaaaggagaccacaagcaccctggacgcagtg
cagcctggacgacagcttctaggccaccattatctgagttcagagataccaaaagacaat
gctaacattccagccttcagtagtgtggctaagtcgccttttgacctctgccaggtccta
ctttctctcttggggaaagtgtacaaatttggcacatccttcaaacacacccccagcgtg
atggtcaccctggtgcccactcttattgagatgctcatagaatttgggcacaagttgcca
ggtgtaggaagagaagtagcccagggctggactgaggaacccatcgccttggtccagagg
atgctgcttcgggccatcctccacctcatgataattgatatagcccagagggaagccatg
tcagaccacttgtttaggaactttacccgcttgctgcaggccacactgaagatccacagc
tgtatgaagaaggtagatcctacttccccctcacctgacttttccaggtatcggcaccgt
gtgctgctgctctcagagttactggagggtctgctgcatgtcctactgggctacctgcag
gcttccccatcaaaccctgccatcttcagcaaggtgctggagctccttcatgagtttgtg
gaaagtcggggtctgaggctcctggaggcttccgcactgcagctggaaagctttgcaggt
gaagactcagcaaccagcgaaaaagccctggagcaggtcagggatctcgtcggggtcctg
ctgagagtcattgccgctgtcaagaaggccgcctcggaacagctgcaccagtcgacctgc
caccggcgtcggcaccgtcgatgcgagtatactcggttgtatcaccatcacaacatcact
ggccttccgggtttggctttggggcatgatgattgccgtgacctctttggccaaaaattt
gtgcaggatggagatgcactccatccaggccctggctgctgtgtggcagcctgtgcccac
caatgccttcgtctcctcgagatcttcccctccacaaatgcagtctgtttgcagatcatg
actgggctgcaagcagctggtgtttgctgctgcatggaccctcgctcagtgttgggaccc
ctgctacatgcctttcaggcgccaggtctgcagccctaccagtcacatgtgctaaacatt
ctaagtcacctccttctggagcagttgggtggaggccagctgtctaagactggcaggcag
gcttcctgcagtatctgcacactagatgaccgtcagctgctcctcatggagaagatcatg
caaggaatctgtgccagtggcctccacatccccacagatatcccagaaggtattagggcc
agagatgtcctgcggagatgggatgccctggaggcataccgtgatctcgtgttcaacaag
gaccgacagcagggcctgctaattgctgggcacgtgtgctccctgctgcttcagggtcat
agtttggtgcaggggctgctctatacccatgttttcagccctgtgctgcaaaggggagtg
ggcttggctaactatgcccgggagctttgcatttccccagccggcgaccagtctcacagc
ttccactgccaaggcctgtccgtggaggtgctgagcgtcttccttcaagctctgcccagc
ctactcaaacacagggtgattcagaacctgttcctgagcagtaatgggctccaccatttg
acagagctgatccacctagacccagtgagaacgtcaactctcagagtattcgagacgctg
atcctccgcatagggaaccagcaggccaatccggtctcagggatgagactagagactgag
gaggttgctagtttccacagtcgcaaagaagacatgcaaggtctcaagctcggcaaggcc
caccacaatggcagagctgaatctgatgcctggatgaatgatgcccacctcagtgctagt
agtctcttcctgcgcatggctttcctgtgtgtgagcaaagaggccgactccgatagggac
tcagccaatgactcggaggacacatccggctatgacagcacagcaagtgagcccttgggg
ggccgactaccgtgccttccccccgatggtgtgactctgcccgctaagggccagttgtgg
cgggtggctgacgtatggtcagcttgctactggatctaccgctccagccacaccttccag
aagcagctcttcaagctgggcggctttgacatctgctcccgtctcatgaccctagtcatc
cagaagctggcctccaagaccaaggatggcaggggcaagaagaagaaggatgccaaggga
aagcaaagtccaggccagcaggattcccatgaccctgacccgggccctggatcaaatcag
gcctctccaagtggtgagcaggccgagtccaagtgccaagagcaggtccgaaagctagag
gaggagtggcctttccagtgtctacggctgctggaggcccttctggctatatgtcttcag
ggtgccggctccactctccagaaggtggacctcgaaccctctttccagctgcagtcgaag
gaggaaaccctgcgtgatctccaggagcagctctcccactccagcctggtggcttctgac
ctggccatcccgctcttcgactgcctgctgcgtgtggctctggctgaagggagccccagt
ccagatgtggccatggggaaggccgagaggaagctccagtcacgccggggggccgcggcc
ccagatggttaccagtcagaggaagccagcgattcccaggacccccctgatcaggtgaca
gcagaggagggctatgagggtgatgctgaaagccacgctgaggacagcagtacttgggat
caggcagcgggggcagacgcgggatcctctgaagacggctcgtcctcgggcccctgcgag
ctccggaacccggaggtgtgcggcttgcagttggcactgctggcttcgggctctccggac
ctgggagtgctgacccacgtgctgcgcggtgtgctgcaggcgctccgtgggaacccccgc
aacgtcacgctgctctaccggcagggtgctgtgaagacacttttgaatggtttccagcac
atcctgagcatggctgacccttcctatgaagagtgtcagactgtgttagtggagctgctg
gttgccatggcgagcacaagcatcacgcaggaggaactggtcctgctcgtccgtctgttc
ctggagaagaccccccctgtcgatgtcttgctaggaggttttctgcgggtggtgaaggcc
aatgtggacccggaacccctctgctttctgacattccccctagctgccgaaggctcccct
ggcctcatgagccagtctctggggcccagagacagcaccaggagggggcttctcccccta
gggtgtctgggggctgatggggaatcaccaggacgttttggggcctccccctggcatatg
gcccctatccacctgcaactaatggggcagaactgctggccacatttggcagacggcttc
agtgtgtcactgtggttgaggacctggtgtgacaccaaggggcggagccctggcaagagt
gagagtcacgttaagaagactggtgtgcctcaagacatcactgtggacatgagagaaggg
aagaaccttccaggatcagtccagttaagcccacaaagcacaaatgaacatctggcaaag
gatggccttctccacatcttctccatgggctccaaggccctgatgttacaggtgtgggcc
aaccctgccactggggccttcagcttcagggtgtgtgttgaccctagtgacgagctaaag
gtgggcctcctcgccaaggcagagtcccaagggggcctgctgacccccggacagtgggag
cacatagccctcacctatactcaaaaacccgagggcaagagaaatgcccacggcagactg
gctctgtggatctgtggcgtgaggcggtatgatgtttcgctggactacccacttcccagg
aaacccagcctgtccacggatggcaacaagacctactgcatgctaggacactgccacccc
actgtagaggaccagtgtgggactgggcgtacctgggactttggcagcctgctactcttc
aatggctccagaatcgaatctgaggaggccttctacctgtacgccagcgggccggacttc
acttccatcatgccgtgcaaatacggcaaacctgagcccaggctgaccaagtatgccagc
gaggaggccctgcaggccgactcgcgggtactggggcttctcaccaagggctcgcaagtg
gacaccgcaccgctcgccgagagtctggcggtagtctacactgccagtaggcccggctcc
tatgccatctacgagcctgtcatacggctgaaggggcagcccaaggtggtagcttcgccg
aggcctttcagcaccaaggacgtgcagagccccctgttggaggctcaggccatcagagcc
ctgtgccccaccgaaccccagcgcctccagagtgtccttcaccggatcggaggaacaggg
gccttcgtgttcctcttcgccaagactgtggagctcagtgaccgcgaggagacccaggcc
ctggccctgaaggtgctgctgtcgctgatacggcagaaccagcaccgcgtcgcggagatg
gagcgctgccacggctactctttggtccgccaggtccttgtcaaacccaagtgcatcgtg
ggataccacatgctgcagactctcctggatggctgctgcagcagacccatcctgtctcaa
ggggtggacggccgcttccacctggacagggagtccacggctgttgtccaagacctccac
ctgctgtccagtttgctgcttgactggaaggtgtggtccaaggcccaggccggggtgtgg
gcgaccctcctgcaggccatggaggtcctcatccacgcccgccacccccagcagatgtac
aacattcagcagctgctcaaggcccggatagtgcagcgtatccttctcacctgccagctg
ctgcaggacgagcatctggcccccatccccgagaacgtgtgtggctccttcgtgaagatc
atccaggaggtgctggggtcacccccggacctggagctgctccgaatcgtctatggcttc
ctgctggccgcacacccgccagccgacgcctacgtgtgtcacgccccctcggcgttctgc
ttctccctgcacattgatggcaaggtctaccaggaaaaggtgcagtccatcatgttccag
cggcagttcagcgatggagcgagatcggcgactgggtccctgtcccccacgggcttcgct
ggggggcccctgggagattactttggtgactgtcagacctcaggcccccatcatcaggac
cgctccccttctccatccccttgtccttcccccggtgctgaggacaaggtggccccccca
gacttggaaccggtccctaacagccgggacgccgagcaggatccggctgctggagggctg
ctcctgagcagctgcgagtcggccgtgaccgtggtagactgccacgtgagcctcccggaa
acggggcggagggaggatcctgaggcagattgggaaggcagggacactggagtggggggt
gcggcagaggccctgctccggccagacagtctgctgggagtcaggccaatcccaaagtgc
agtcggagcggctttgctggcttggaccttgcattcccagctcagaacattgccgctggc
cagtggcccggcgcggccgaccgcagcgctctccgtgatgatgccaccgcgtattctgtc
tctgcagagacagcgtgcaatgaagcggactccgctaacaataggccaagcgcggaggac
cggctggccatggtgtgctgcggcctgtacgagctcctgcggggcgtcctgctcaccctg
ccggacatcatgttggagaaggtcgtcaatggactcatccagccagaggccctcattgtg
cttgtcaaccacccctcggccctggtccagcaggccgtgatcaagctgctggacgcctac
ttcagccgggccttccaggagcagaaggagaggttcttgaagaaccacggcttctctctg
ctggccaaccaactgtacctgcggccaggcagccagggcctgctggagtgctgcctggag
atggtcatgggctgtcctgtgggcctggaggaggagctggatcccgaagccctggagaag
gtcgggccgttccagaagcgctgtgtgatctctctgctgggactgatcgagagctccctg
ggtgacagtgggctggtccacgccgccctgtgcaccctgctgcagttactcaacgcctgc
cccaagctgaccgacatcctgctggaccacggccttctctgcgtgcttctcaacacgctg
gccgctctcaacggtctggagagcggcatccccctggacgaccacaagctgctggtgtgt
gacatccagcagctgcttgtctacatcaccatccactcctgcagctcctcagggtcgcag
tacttccacatcatcgaggacctcgtcaccctactgggacacctgcagaccagcacaata
cctcgcaccaaagagatggcagtcatccttcagttccagatcctccagtcagccattaga
ctcatcaggaccacggcagatcgggaccctgcaaaggcgagctgccttggggcccggcct
gccatccagcaacacaccatccaacagagaccgcggagctttgcggcccgcagacggctg
tcactggcacccctggagctgttgactcgcatgcgttcggtggccagcgaagagctctcc
cacatgatccagcgccgcatgagccaggagagccccgtgcatgccaccgaggccgagttc
agccagcgcctgcagaggctgctactgctggctgtcaacctgctcatctaccaaggtgtg
agacaggacctctttgatctgctgaatatcccggactcccccgtgccacagcatgccccg
agtgactctacagagccaggtgccccatggaccctgggcattatgggtagtttccagaag
gagatctttgagctgatgatggagggcctgaggactggcctgggaggctcgggcagaggt
ggcgccccccgacagcagtgggcacggattctgtggtcgtgccgcgacactttccgtgct
cagtttgtccgcctgctggcccatgccctgaacccagcacgccccctggttgagcggaag
cgggccctggggtttgtctacgagtccggccaccccgacgtcttgcgggaggcagtcagc
ctgagcccggagctggccctgtacctgtgcgaaatgctccaccaccatagggacagtctg
acgcaggaggatcaggcagccgtcagcaacctcctggtctcccccaagtactctgtcccc
ccaggcaccggctcagagactgacctctctgtggccatccgagaggatctgctgaggttt
gagttggagaagaaggcttccagggtggcctgggagaagaagacagagagcgcacagagg
agcctgatgcagcggctcgacaccaagttgaaggagatctccagggtggcggcagacgtg
acgcaggcagtgtcacagcagcagagcgccgagcggaagaaggtcatgcagcacattcgc
agcctctgtaagctgagcctgacggccagccggcactggcagtggctggtgcagcagctc
acgcacgaccgcgcagtgtggtacgaccctgcctcctatcccacatcctggcagctggac
cccacggaagggcccaaccgggagcggcgccgcctgcagagttgctacatgactgttccc
aacaagtacctgctgaaggaacgcaggaaatgcgaagatccagtcaggcctccgctctca
ttccttttcgaggacaggacccactcctatgtctcctccactgtgaaggacaaggccacc
agcgagccgacgcggtccaccatgaagtgtttcagcgttgccccctctcgggagactccg
ggagatctgcttctggggaagtctggcatgtactttgttgaggatcacgctaccgatgct
cctgacagtcatatgtctgaatgtgaagagcattgctgcgaatcttgccagagcccccat
ggggagacggagcctgcatcgttctcttggacctatgaggagatcaaggaggtccacaag
cgctggtggcagctcagggacaacgcattggagatcttcctcaccaatgggaggaccctg
ctgctagcctttgacaacaccaaggcccgcgacagcatgtaccacaacatcctgacctca
gacctgcccaatctgctggagcacgggaacatcacggcgctgacccagctgtggggctcg
ggcctgatctccaacttcgagtacctgacgcacctgaacaagcacgccggccgctccttc
aacgaccttatgcagtatcctgtgttccccttcatcctcagcgactataccagcatgacc
ctggacctgcaggatccttctatctacaggaaccttggcaagcccatagctgtccagtcc
aaagagaaggaggaccgctatatagagaactacaagtacctggaagaggagtttgtgaag
ggtgtacgtgatgacgaccccgtgcccccggtacagccctaccactacggctcacactac
tcaaacagcgggactgtcctacacttcttggtcaggatgcctcccttcaccaagatgttc
ctggcataccaagatcagagcttcgatatccctgaccgcacgtttcactcaatgaatacc
acctggcgtctctcatcctacgagtccatgaccgacgtcaaggagctcatcccagagttc
ttttacctgcctgagtttctggtcaacagggaaggcttcgactttggcgtgcggcagaac
agtgagcgcgtgaaccacgtcaacctgcctccctgggctcgcaacgacccccgtctcttc
gtcctgatccaccggcaggccctggagtctgaccaggtgtcccagaccctgtgccagtgg
atcgaccttgtcttcggtttcaagcagaagggcaaggcagccgtgcaggccgtcaacgtc
ttccaccccgctacgtattttgggatggacgtgtctgcggtggaggatcctgtgcagcgg
cgtgctctggagaccatgatcaagacgtatggacagaccccccgacagctcttcagcacc
tcccatgtcagccgggatggggagctgccggccgccatggggctcctggtccatctggcc
tttcgggagaacagggaacacggcaaggagccagcgtgcccgagccccttgccctggatc
aaaggcctgaaatggggggagtatgtgggctcccccagtgccccggaccccgtggtgtgc
ttcagccagcctcatggagagtgtttcggctccctgctggccctgcccacccgagccgtc
tgcggtctctcccgcaagttctgcctcatgatgatctacagtaaagagcaaggggtgcgg
agcatgcgcagtacagacatccggtggtctgccatcttgagctggggctacgctgaccac
atgctgcggctgaagagcagacagagcgagcctcctgtcagcttcctgcagtgctccccg
ctgtaccaggttaccagctgtgcctgggtgcctgacagttgtcagctctttacgggcacc
aagtgtggcgctatcacagcatacggcagccgcttcagctacagcacgcctttggaagtg
gaggtggagtcccaggtgcagctgtacggccacacagaagaggtcacaggcctgtttgtc
tgcaagccgttcagcatcctcatcagcgtcagcaacgatggcacctgcatcctctgggac
ctcaacaggttgtgctatgtgcagtctctcaccggccacaagagtcccgtggtagccgtg
tccgccagcgagacgacaggggacatcgccacggcgtgtaactcagtgggcggcgggagt
gacctgcggctgtggacagtcaatggggacctgatcggtcacgtgcactgcagggagatc
atctgctcgatggccttctccaatcagccagagggcgtgtctgtcaatgtcatcgcaggg
gggttggagaatggtgtggtcaggctgtggagcacatgggatctgaagcctgtcagggag
atcacttttccgaagtccagcaagcccatcgtcagcttgacattctcgtgtgacgggcac
cacctgtacacggcgagcagcgagggcacagtgatggcctggtgccgccgtgaccagcag
cggctgaagctgcccatgttctactcattcctcagcagctatgccgctgggtga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (9)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (5)   
   Pfam (5)   
All databases (29)   

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