KEGG   Necator americanus (New World hookworm): NECAME_01255
Entry
NECAME_01255      CDS       T04867                                 
Name
(RefSeq) hypothetical protein
  KO
K12567  titin [EC:2.7.11.1]
Organism
nai  Necator americanus (New World hookworm)
Pathway
nai04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:nai00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    NECAME_01255
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nai01001]
    NECAME_01255
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nai04131]
    NECAME_01255
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:nai04812]
    NECAME_01255
   04147 Exosome [BR:nai04147]
    NECAME_01255
Enzymes [BR:nai01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     NECAME_01255
Protein kinases [BR:nai01001]
 Serine/threonine kinases: CAMK group
  MLCK family
   NECAME_01255
Membrane trafficking [BR:nai04131]
 Others
  Actin-binding proteins
   Others
    NECAME_01255
Cytoskeleton proteins [BR:nai04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     NECAME_01255
Exosome [BR:nai04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   NECAME_01255
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 ig V-set C1-set V-set_CD47
Other DBs
NCBI-GeneID: 25341299
NCBI-ProteinID: XP_013309324
UniProt: W2U196
Position
Unknown
AA seq 4049 aa
MPTLEWCRADGSPIQSGGKFKVEHGNSGDSKMIIERVDANDADNYAVVAKNSAGTFQSRF
MLNVLQAKSPEAPEFTGKFQSTTVYEGDSVKLYCKAAGEQITFKWFRDNEEIPNGPPFKI
QSGPNETTLAIDNATLAEGGWYRCDASNKHGTTALKVVFLETPVNQLPDVSASKVAPTIS
NELQALNLIEGQTARLEIRYAPADDPNVKVVFLLNGKPVVTSSRVTAVYEKGLAILEINP
VTVFDAGEYTVIVMNPKGEARKSTKMSVIGHGTVDQPTLGNSFGTAYQSRSTKAPPGIQL
EKEDESIVMVNLWVLSPAGYLFREFSSIKPFHCDQELGRSFFEARITPVNDPSLRVSWLK
DGHALPNANRIQTFHNFGCVSLSFNPTYPEDAGTYTCVLFNAHGQAQCSAELTTVQMPTL
QTDSKHQESLQIIGYLDSHQVHIGPQEVDRPEEFQSLDTPRFVRPLAARIECNENDPVHF
EARLQPANDPKMTVEWYHNGAPLPAAHRFRPMFDFGYVALDILYAYPEDSGTYTLVARNE
LGETQCNLDLVVNSSKTLYLDPNHPEGLQRIQELEQDRRQGLPEIEDRTCDAAPQILGDL
KDQDLNEHDNIHLDVKVTPVHDPTMVVEWFVDGRQLITGSRVKTMNEFGFVALDVTVGVR
KVFVFAAAGQVILDTHHEESLDKINYLENLDKYGRREIEDHGPDMAPVFVVPLEADMGEV
EEGEPIHLECQVKPINDNTLKVTWLRNGAPIPHGHRFRTFYDFGFVSLDILGVYAQDSGE
YTCKAENALGSVETKTKIHCNPKDAILGQVQHPKSYQRIQEIEAPKPKPQELPDAPKQPP
SFVKQLGPPIQCAEGDNIYLEAQVVPTDDNTLTYEWLVNGRPLMKAHRFVLSQDFGYIAL
NILYCYPEDSGTYTLVVRNAAGEAQSTVDIDCRIDGVNYRDSLHPGSLQRIKELETPQQR
AEPPPEKPKEQPSIIKGLPPKFDVVHESQTLHLEAQVAPVDDNTLKYEWLFNGQPLKASS
RYRILNDFGFVTLDIDYVIAEDAGKYTLVVSNAAGKAETSCEFDVERLKSILSDTAHPES
LRRITEMEQLKPAKPSDEDLPLEPPVFTQQLTGPTEVLKEGQSVHMDCVVQPINDPNLKI
EWFCEERPLMFGSRIRTIHDFGYVGLEFLHVHPEDTGTYICRATNAAGTAETRFKLECRP
RRNIYLDTQHESSWAKIQEMENREEIREPSPEMSFPPPNFTEQLKNVDDATEADAVRLDC
RLVPVNDPTLKVFWTINGNPLPEASRFMPARNFDYVSLDILGLYPEDSGVYTCKAVSQFG
EAATSCTVKCNPTQSLQLDTQHEASWTRVQEIENRKPPERIYEEPEKMPPRFVVQLPGAL
GEVAEGTPIHFECQVEPTNDNQLTVQWYHNGVPLANGHRFRTAHDFGHVSLDILYAFAQD
SGEWTCVARNQLGEAQTSASFTVLPKGVLYLDSHHPASWQRIQELEAPKMAPEEAPEQEP
DAPQFLEPMESLERIEFQPAHFETRLAPVNDTNMVVQWFKDGQPLHSGNRFKLTCDFGYV
ALDIAHTVPEDTGTYSVKASNRKGEAEVKANLSVRGNAGILADTLHDQSLQKIRILEEPR
APGPEEPERKYGPPKFVRPLNSVENIIEGQPAHFEAQFEPFAHPQTTVQWFLNGKPLSAS
SRRILRNDFGLVTLDLQYALSEDNGELSVVARNPEGEDRTSGKFSCTPRDSIFRDPLHDQ
SWKRIQEIEAPRAPLPEPEAPQYSKPTFTQPLQSIADIPEGGVALLEARVTPLNDPNLKI
LWFFNDSPLQDSNWIATNNDFGNVSLRIAPCHARHTGVYSCKAVNDQGAAVTSAQISVQG
SDGLLLDTSHPESLQKIREIESMDKFARIEAPEREYGKPQWIQPFENADNVAEGQVVELH
GLVEPSGDPNLRIEWMLNGKPLMNANRFRQEYEFGNVIMTIVHTLPHDSGVYTCRAYNAA
GEATTSATVKVAGYERILLDPQHPVSWQKIQELEAPVVIEEIEEEVHREKPSFVTQLQSV
EGIPEGEKIHLEATFLPSRDPELKAVWQKNGQPLGASQLIQTRQELGWATLDILSANEDH
NGVYTLTISNSEGEAVSTAMVKVVGSAPVQGDTRHEESWRRIQILEAPKEAPEEAPAPVY
DRPAITGQIQDQECNEGDHSHFEATFTPVNDPNLTIQWLRNGQPLSHGSKYAISQDFGIG
MLDIAYTYPEDQGVYQLKVTNAQGEAVSSATLKCHGKDSILGDTQHAESWARIQEIEAPK
PKMEEVEPGPKPPPRFIVPIASPGELVEGQPAHFEATIEPIDDPGMKIIWCLNGAPVADS
SRMKMINDFGWVIMDINQVEVRDTGDWTCVAKNAAGEAQCSAPLKVAGKESILLDAINPQ
SLDRIREIEAEKPAAPEAPDRVFPAPVFTAPLSVQGAVEEGGSAHLQAQYTPIDDPNVKV
EWLRDGQPIFHSNRYRMVHDFGFAVLDIIHLLPHDTGEYTCRVSNAAGQAESSAPIKVEP
SSGLILHPQNEQKARAVEELEEILHRRPEEVAEEIKEAMPVFIQPLSAPVECEEGDRAHF
TARYEPLNDNKLQVQWFLNGRPLKTGSRVKTINDFGFVVLEISPVYPEDSGEYSCRAVNA
VGEAVTSTKLTCAPKEGIISKSQLPDRMSGAQARITEIEAPRPAPEEMPDVDHGPPKFTT
QLASPPELLEGQMAHLEAQISPVADPNLKIEWFHDGNPVKHSNRMKMIHDFGFVVLEMSP
AEPQDTGKWTCRATNKKGSDEVSCDIKVVGTGGVSYEWQSPAERKERINELEQWIHRPKE
ELDLPPVDYGPPKFTQNLADMGTLNEADATAFVCVLEPIGDPTLRVQWQHNGHPIPYSNR
ISTTNEFGVATLLIKHLIAQDAGEYKCIATNAKGSAETVGKVQVESLTQVDAPQVVQPLV
ETIDQTLEGDSVHLECRVTPINDPQLKVEWYRNGAPLPEASRFKPLFEFGFVSLDILYAY
PEDNGVYELVASNDKGEARTKCSITVLPRPKLDYSSQTHGSNLDNIESHFRQHSTQALKM
TPEDMHDDAQNKPPEFKMPLENIGVAEGEFCRFETQIVPINDPYMKVEWFKDKKPVLLGH
RFRSVLDFGFACLDLLYALPDDTGEYYCVATNKHGQAMISAKLACQGVSHIITDPQMPQG
MLVHNVKKDNKKIHWSEQGETVVRQKQKPQFTIKPRALQVIENEPARFECALIGNPRPKV
TWYINNNQALHGHRYKLNYDGLHYLTISNCRISDAGEILVIARNSEGEVQSTCTLDIFQK
KDFRQLQLKPTQFMTSEELQQRQIQWQKETLGKLGEAFEAAPRPDAQKLFHVERSRYPVE
PLETEELIDKFNRPRDDQFYDQLAYVETARPQFKGLELQPVQLKPGQVSKYQPPKEEMET
VALRTIPSQEKAAPASEQPDWAQAGGAKLPGNVDGRFKKLPTPPKEVDIPARDQITLKTA
KPKPASEIDTGERVRIAEEKAKLKQVEQGPEQPKEEIIPHKQQVELKTKFTPIVAKPGES
VKIDSKPLKDTPPVEKAPIEMSSISNKHEHHVMYQTYRECRSAMSDSSMDQLHIEEDSAV
QRTVYEFSPRPRERIVSFHMPQPTKIGVSKQAPPTVSQQLKPIQGEPGKAAKFIVNYDGA
APIKVTWFKDGKEIKSNFRNQITTTNNSSSLHIGRLENTHPGLYLVRLENVAGTVESSAN
LTLSAPTDKGKAPDFTARMNDLRIPQHGPAVFTCSITGEPKPTVNWFKDGQMLPNDGRFE
ASDANGQYKLSLKNTLPQDAGVYECVAKNTAGEARCKARLNVNLSVTGKGAEEGPRYEAP
RFSTQIQPIIADEGKPAVFSAKYTGFPEPTIRWYRNNEPIKRSAGYEVSQSKDEAILKVS
SCQQEDVGEYKVEASNPAGKASSVANLVLTPKAGRIAKTTIVRGGGASVHDKPASDAPHF
VSRLSDISARQGHTVKFACDIDGNPMPTVQWMYNGKPVPASKDIKISLEGKRAVLEIARV
THNHAGDYEIVIRNPKGAAQCKAKLTLSR
NT seq 12150 nt   +upstreamnt  +downstreamnt
atgcctacattggaatggtgccgagccgatggttctcctattcagtccggcgggaaattc
aaagttgagcatggaaatagtggcgatagcaagatgatcatcgagagggttgacgctaac
gatgctgacaactatgcggttgttgccaaaaatagcgctggaacattccaaagccgtttc
atgctaaatgtactacaggcaaaatcacccgaggcgccagagttcaccgggaaattccag
tcgacaaccgtctacgaaggggattcagtaaaactttactgcaaggcagctggcgaacaa
ataaccttcaaatggttcagggataacgaggaaatcccgaatggaccaccatttaagatc
caaagtggaccgaacgaaacgacattagcgattgataatgctacgttagctgaaggaggc
tggtatcgttgtgatgcctcgaataagcatggaaccaccgccttgaaggtagtgtttctg
gaaactccggtcaaccaactgccagacgtatccgcttcaaaagtggcgccaaccatctcc
aacgaactccaagctctgaacctcatcgaaggccaaacggcccgactcgaaatccgctac
gctccggcggatgatccgaacgtgaaagtagtgttcctgctgaatggcaaacctgtagtg
acttcatctcgagtgacagctgtctacgaaaaaggccttgcaatccttgaaattaatccc
gtcacagtatttgatgcaggcgaatatacggtaattgtgatgaatccgaaaggtgaagca
cgaaaatcgactaagatgagtgtaattggacacggcaccgttgatcaaccaacgcttgga
aacagctttggcaccgcctatcagtcgagaagcacaaaagctcctccaggaattcaacta
gaaaaggaggacgaaagcatcgtcatggtgaatttgtgggtgctttctcctgcaggatat
ttgtttcgggagttttcttcgatcaaaccgttccattgcgaccaagaacttggacgttcg
ttctttgaggctcgcataaccccagtgaacgatccttcgctcagagtcagctggttgaag
gacggtcatgcacttccgaatgcgaacagaatccagactttccacaacttcggctgtgtg
tcactttcattcaaccccacgtatccagaggacgctggaacttacacatgcgtcctattc
aatgctcatggacaggctcaatgctctgcagaacttaccacggtacaaatgcctacgctt
caaactgacagcaaacatcaagagagtttgcagatcatcggatacctagatagccatcag
gtgcatattggccctcaagaggttgatcgtccggaggagttccaatctctggacactcct
cggtttgttcgtccgctggctgcccgcatagaatgcaacgaaaacgatcccgttcacttc
gaggcacgacttcagccagctaatgacccaaaaatgacagtagaatggtatcacaacgga
gctccgctaccagctgcccaccggttccgtcctatgttcgattttggctacgttgcccta
gatattctttatgcttatccggaagacagcggcacctatacattggtcgccaggaacgag
cttggtgagactcagtgcaacttggatctggttgtcaacagcagcaagacattgtacctt
gatcctaatcatccggaaggactgcaacgaatccaggaacttgagcaagatcgtcgccaa
ggtctgccagaaattgaagatcgcacttgtgacgctgcaccacagattctcggagatctg
aaagaccaggacctgaatgaacatgacaatatccatcttgatgttaaagtaaccccagtg
catgacccaactatggttgtggagtggtttgtcgacggacgacagttgatcactggcagt
cgtgtgaaaacgatgaacgagtttggctttgttgccctagatgttacggtaggtgttcgg
aaggtttttgtttttgcagcggctggacaagttatcctcgatacacaccatgaagaatcg
ctagacaagattaactatctggagaatttggacaagtatggacgtcgcgaaatcgaagat
catggaccagatatggctccagtgtttgttgttcctctggaagcagatatgggtgaggta
gaggaaggcgaaccaatccacctagagtgtcaagtgaaaccaatcaacgacaatacactt
aaggtcacctggctgcgtaatggagctcccattcctcacggccatcgtttccgtaccttc
tacgacttcggatttgtgtcgttggacattttgggagtgtatgcccaggatagtggcgag
tatacttgcaaagcagagaacgctctcggatctgttgagacgaaaacaaagattcattgc
aatccgaaggacgcaattcttgggcaagtacaacacccgaagagctaccaaagaatccag
gagatcgaggcaccaaagccaaaaccgcaggagctaccggacgccccgaaacagcctcca
agcttcgtgaaacaactcggaccacctattcaatgtgccgagggtgacaacatctatcta
gaggctcaggtcgttcctactgatgacaatactctgacgtacgaatggcttgtaaatgga
cgcccactgatgaaagcacatcgtttcgttctgtcacaggatttcggttatattgctttg
aatatactgtattgttatccagaagacagtggtacctacacccttgttgtcagaaacgct
gctggtgaagcacagtctactgtggacattgactgccgcatcgatggtgtcaattaccga
gattcacttcatcctggctctctgcaacgtatcaaagagcttgaaacaccacaacagcgt
gcagagccacctccagagaaaccgaaagagcagccatcaattattaagggacttccacct
aaatttgacgttgttcacgagtcacagactcttcatcttgaagctcaagtggctccggta
gatgataataccctcaagtatgagtggttgttcaatggacagccgctgaaggccagcagt
cgctaccgtatcctcaatgacttcggttttgtcactttggatatcgactatgtgatcgcc
gaagatgctggaaagtacaccttagtggtttcgaatgcagcgggaaaagctgaaacttca
tgcgaattcgacgtagagcgactgaaatcgatcctttcggacacagcacatccagaatca
cttagaagaatcaccgaaatggagcagcttaaaccagccaaacctagtgatgaggaccta
cctcttgaaccccccgtgttcacccaacaactcactggacctacagaagtgctcaaggag
ggacaaagcgtgcatatggattgtgtggttcaaccgatcaatgatcctaatttgaagatc
gaatggttctgcgaagaacgtccattgatgttcggttcacgcatccgcaccatccacgat
tttggatacgttgggttagaattccttcacgttcacccagaagacacaggaacgtatatc
tgccgcgcaacaaacgcagccggcacagcggaaaccagattcaaacttgaatgcagacca
cgccgaaatatctaccttgacactcaacatgaatcatcgtgggctaagatccaggaaatg
gagaatcgtgaagaaattcgcgaaccatctcctgaaatgtcgttcccaccacctaacttc
accgagcagctcaagaatgttgacgacgcgactgaagcggatgctgtacgtcttgactgc
cgtcttgtacccgttaacgacccaactcttaaagtattctggacaatcaacgggaatcca
ttgcctgaggcttctcgcttcatgccagcccgcaatttcgactatgtcagcttggatatt
ctgggcttgtatccagaagactctggggtgtacacttgcaaggctgtatctcaatttgga
gaagctgccacctcttgtacggttaaatgcaatccaacccaatcactccaactagatact
caacacgaagcatcttggactagagtacaggaaatcgagaacaggaagccacctgagaga
atctacgaagaaccagagaagatgcctcctcgtttcgttgtacaattgccaggtgctttg
ggtgaagtggcagaaggtacaccgattcactttgaatgtcaagtggaaccgaccaatgac
aaccagcttacggtgcaatggtaccacaatggtgttccgctggctaacggacatcgtttc
cgaactgcgcacgactttggccatgtgtccctggatatcctgtatgcgtttgcacaggat
tccggagaatggacttgtgtggcgagaaatcaacttggcgaggcgcagacgagtgccagt
ttcaccgtccttccaaagggtgttctctacttggactcacatcatccagcaagctggcag
agaatccaggaattggaagcaccaaaaatggcaccggaagaagctccagagcaagaaccc
gatgcaccacaattcttggaaccaatggaatcactggagcgtatcgaattccaaccggct
cacttcgaaacccgccttgctcctgtcaacgatacaaacatggttgttcaatggttcaaa
gatggacaaccgctgcacagcggaaacagattcaaacttacttgcgatttcggttatgtt
gccttggatatcgctcatacagtacccgaagacacaggtacctactcagtcaaggcaagc
aacaggaagggagaagctgaggtgaaagctaacctttcggtgcgcggaaatgccggcatt
ctcgcggacactctacatgatcaatcattgcagaagattaggatacttgaggagccgcga
gctccaggacccgaagaaccggagaggaaatacggaccaccgaaattcgtccggccattg
aacagcgttgagaatatcatcgaaggacagccggctcactttgaggctcaattcgaacca
ttcgctcatccgcagacgaccgttcaatggttccttaacggaaaaccgctctcagcttca
agcagacgaattcttcgcaacgactttggtcttgttactctggatctccagtacgcgttg
agtgaggataatggggaactctctgttgttgcacgtaatcctgaaggagaagatcgcact
tctggaaagttctcatgtactccgagagattccatcttcagagatccgcttcatgatcag
tcatggaagagaatccaggagatcgaagctccgcgtgcacctcttcctgaacctgaagca
ccgcaatacagcaagccgacgttcacacagccactacaaagcattgccgacattccagag
ggaggcgtggctcttctggaagctcgggtcacgcctctgaatgatccgaatctcaagatt
ttgtggttcttcaacgattcacctctacaggattccaactggatcgcaacaaacaacgac
ttcgggaatgtttctctgcgtatcgctccttgtcatgctcgtcatactggagtatattcg
tgcaaagccgttaatgaccaaggagcagctgtcacaagtgctcaaatatctgttcaagga
tctgatggtcttctgcttgacacatcacacccagaatctctccagaagattcgagaaatc
gaatctatggataaattcgctcgaatcgaggcaccagaaagagaatatggaaaaccacag
tggatccaaccatttgagaacgcggataacgttgctgaaggtcaagtggtggagcttcac
ggtttggttgaaccttcaggggatccaaacctccgtattgaatggatgctcaacggaaaa
ccgctcatgaatgccaaccggttccgacaagagtatgaatttggaaatgtaatcatgact
atcgtacatacacttccacacgattctggagtttacacctgtcgtgcatataacgctgcc
ggtgaagccactaccagtgctaccgttaaggttgcgggatatgagcgtattctccttgac
ccacagcaccctgtttcgtggcagaagattcaagaactcgaagcacctgtggttatcgaa
gagatcgaagaagaggttcatcgtgagaaaccgagcttcgttactcaactacagtctgtg
gagggaattcccgaaggagaaaagatccatctcgaggccaccttcctgccgtcacgagat
cccgagcttaaggcagtatggcaaaagaatggtcagcctttgggagcgtcgcaactcatc
cagacccgtcaagaacttggatgggcaactttggatatcttatctgccaacgaagaccac
aatggcgtctacactcttactatctcgaattctgaaggcgaagctgtgtcgacagcgatg
gtgaaagttgttggcagtgcacctgtacagggtgacacgcgtcacgaggagtcctggcgt
cggattcagatcctcgaggcacctaaggaagcacccgaagaagctcctgcgccggtctac
gatcgacctgccatcactggccaaattcaggaccaggaatgcaacgaaggagatcacagt
cacttcgaagctacattcacacctgtcaacgatccgaaccttaccatccaatggttgcgc
aacggtcaaccgctttctcacggctctaaatatgctatcagtcaggactttgggattggc
atgttggatattgcctacacctatcccgaggatcagggagtatatcagctgaaagttacg
aatgcacaaggtgaagcagtatcttcggctaccttgaaatgtcatggaaaagattcaatt
cttggcgacactcaacacgcagaatcttgggctcggattcaggagatcgaggctccgaag
ccgaagatggaagaggtggaacctggaccaaaacctcctcctcgatttatcgttcctatt
gcttctcctggagagcttgtggagggacagccggcgcactttgaagccactattgaacct
atcgatgatcctggaatgaagatcatctggtgcctcaatggtgcaccggttgctgactcc
tcccgcatgaagatgatcaacgatttcggctgggtgattatggatattaatcaagtggag
gtgcgagataccggtgactggacgtgcgtagcgaagaatgctgccggagaggcgcaatgt
tctgcgcctttgaaagtggctggaaaagaaagcattcttcttgacgcgatcaacccacaa
tcgctcgaccgtatccgtgaaatcgaagccgaaaaaccagcagcgcccgaagcgccggat
cgcgtcttcccagcaccggtgttcacagcaccactgtccgtacaaggagcggttgaggaa
ggtggaagtgcacatttgcaagcacaatacaccccaattgatgatcctaacgttaaagtc
gaatggcttcgcgatggtcagccgatattccactcaaatcgctacaggatggtacatgac
ttcggttttgccgtgcttgatattatccatctgcttcctcatgacactggagagtacacg
tgcagagtatcaaatgcggcgggccaggcggagtcttccgctcctattaaagtggagcca
agcagtggacttattctgcatcctcagaacgaacagaaggctagagccgttgaagaactt
gaagagattcttcacagacgcccagaagaggtggcggaggagatcaaggaagcgatgcca
gtattcatccagccgctatctgctccagtcgaatgcgaagagggagatcgtgctcacttc
actgccagatatgaaccactcaatgacaataaactgcaggtacaatggttccttaacggc
cgtccgctgaagaccggttctcgcgtcaagactatcaacgacttcggttttgtagtgttg
gagatcagtcctgtatatccagaggatagcggcgagtactcgtgccgcgctgtcaatgcg
gttggtgaagctgtcaccagcacaaaattgacttgcgctccgaaggagggaatcatcagc
aagtcacagttgcctgatagaatgtctggagctcaagctagaatcacagagattgaggca
ccacgtccggcgcctgaagaaatgcccgatgttgatcatggaccacctaaatttacaact
cagttggcttcaccaccagagcttctcgaaggacaaatggctcatctggaagcccagatt
agtccagtggctgatccaaatctcaagattgaatggttccacgatggaaacccagtgaaa
cactcgaacagaatgaagatgatccatgacttcggatttgttgttctggaaatgtcccca
gctgaaccacaagacacaggaaaatggacgtgccgagccacaaacaagaaaggcagcgat
gaagtttcgtgtgatattaaggttgttggtaccggaggtgtctcttacgaatggcagtca
cctgctgaacgtaaggaacgcattaatgaactggagcaatggatccatcgtccgaaagag
gaactcgacttgccacccgtcgactatggaccaccaaaattcacgcagaacctcgccgat
atgggcacactcaacgaggctgatgccaccgcattcgtttgtgtcctcgaaccaattgga
gatccaacgcttagagtacaatggcagcacaatggacatccaattccatactcgaacaga
atttcaacaacaaacgaattcggcgttgcaacattgctcattaaacaccttatcgctcaa
gatgctggcgagtataagtgtattgctacaaacgctaagggatcagctgaaacagtcggc
aaagtccaggtagaatctctaactcaagtcgatgctcctcaagttgtccaaccacttgtt
gagacaatcgatcaaacacttgaaggcgattcggtccatttggagtgccgtgtcacaccg
atcaacgacccacaactcaaagtggaatggtacagaaacggtgcgccattgccggaagcc
agcagattcaaacctctattcgaattcggatttgtctccttggatattctttatgcatat
cctgaggataatggtgtatacgagctggtggcatccaacgataaaggcgaggctaggacg
aagtgctcgattacggtgctaccacgacctaagctcgactactcgtcacaaactcacggt
agcaatctggataacattgaatcacacttccgtcagcattccactcaagcgttaaagatg
acacccgaagatatgcatgacgacgcgcagaataaaccacctgagttcaaaatgccattg
gagaatattggtgtggctgaaggagaattctgccgattcgagactcaaattgttccgatc
aatgatccgtacatgaaggttgaatggttcaaagacaagaaacccgttcttcttggtcat
cggttccgatcggtactggacttcggatttgcatgtcttgatctcctctatgctttacct
gatgacactggcgaatattattgcgtagccacgaataaacacggacaagctatgatcagc
gcgaaattggcatgccagggcgtctctcatatcatcaccgacccgcagatgcctcaagga
atgctggtgcataatgtcaagaaagataacaagaagatccactggagcgaacaaggagag
actgttgtacgacaaaagcagaagccccagttcactattaaaccacgtgccttgcaagtg
attgaaaatgaaccggctcgattcgagtgcgctcttatcggtaatccaagaccgaaggtc
acctggtatatcaataacaaccaagcgttacatggccatcgttacaagttgaactatgac
ggtttacactatttgaccatcagcaattgccgtatctcggacgctggagaaatattagtg
atcgcgagaaacagcgaaggtgaagtgcaatcaacatgcactttagacatcttccagaag
aaggacttccgacagttgcaattgaaaccaacacaattcatgactagcgaggaactacaa
caacgacaaattcagtggcagaaggagactcttggcaagcttggtgaagctttcgaggcg
gcacccagaccagacgctcagaaactcttccacgtcgagcgatctcgctatccagttgaa
cctcttgaaacggaagagcttatcgataagtttaaccgaccgcgtgatgaccagttctat
gatcagctggcctacgtcgaaacagctcgaccacagttcaagggattggaattgcaaccc
gtgcaactcaaacccggacaagtttcgaaataccaaccacccaaagaagagatggagaca
gtcgctctccgtaccattccctctcaagagaaagccgctccagcatcagaacaaccagat
tgggctcaagcaggcggtgccaaactgccaggaaacgttgatggaaggttcaagaaactt
cccactccaccgaaagaggttgatatcccggctcgtgatcagatcacgttgaagacggct
aagccaaaacctgcatcagagatcgatactggagaacgtgtgagaattgcagaagaaaag
gctaagctgaagcaagtggagcaaggacctgaacagccaaaggaggagattatccctcat
aagcagcaagtcgaactgaaaacgaaattcactccaatcgtcgcaaaaccgggcgaaagc
gttaagatcgacagcaaaccgctgaaagatacgccaccggtggagaaggcgccgatagaa
atgagcagcatcagcaataagcacgaacatcatgtgatgtatcaaacgtatcgtgaatgt
cgttccgctatgtcggattcgtcgatggatcaacttcatatcgaagaggacagcgccgtt
cagcgtaccgtgtacgagttctcgccacgaccgcgtgaacgtatcgtcagtttccatatg
ccacaaccgacaaagataggagtatctaaacaggctccgcctacagtatctcaacaactt
aaaccgatccaaggagaaccaggaaaggccgctaaatttatcgttaattacgacggggcc
gcgccaatcaaagtcacatggttcaaagatgggaaagagatcaagagcaacttccgaaat
caaatcaccacgacaaataacagctcaagccttcatattggacgattggagaacactcac
cctggattgtatcttgttcgacttgagaacgtcgctggaacggttgaatcatcggcaaat
ctgacgttgtctgctccaactgacaaaggaaaagctccggatttcacggctcggatgaac
gaccttcgcattccacaacacggcccagccgtcttcacatgctcaatcaccggtgagccg
aaaccgactgtcaactggttcaaggatggtcaaatgctgccgaacgatggccgttttgaa
gcgagcgatgcgaatggtcaatacaaactttcgcttaaaaatactttacctcaagatgcc
ggagtctacgaatgtgtggctaagaacacagctggagaagccagatgtaaagcccgactg
aatgtgaacctcagcgtcacaggtaaaggagcggaagaaggtccacgatacgaagcacca
cgattctcgacccaaatccaaccaatcatagctgatgaaggcaaaccagccgtcttctcc
gccaaatacactggattcccagaacctactattcgatggtaccgtaataatgaaccgatc
aagcgttctgctggttacgaggtatctcaatcaaaggatgaagcaatcctgaaggtttcc
tcttgccaacaagaagacgtgggcgagtacaaagttgaggcgagcaatccggccggaaaa
gcgtcatcggttgcgaatttggtgctaacaccaaaagccggacggatcgcaaagacgaca
attgtgcgaggcggtggtgccagcgtgcacgataaacccgcaagcgatgctccgcacttc
gtgtccaggctaagcgatatttcagcacgacaaggccatacggtgaagttcgcctgcgat
attgacggaaatcccatgccaacagtgcagtggatgtataatggaaaaccggtgccagct
tcgaaggacataaagatcagcctcgagggaaagcgcgcagtgctggaaatcgcccgagtg
acgcataaccatgctggtgactacgaaattgtgatcagaaatccgaaaggcgctgctcaa
tgcaaggccaaactcacgctcagtcgataa

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Ontology (6)   
   KEGG BRITE (6)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (96)   
   KEGG ORTHOLOGY (1)   
   RefGene (92)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (7)   
   Pfam (7)   
All databases (119)   

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