KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102458461
Entry
102458461         CDS       T02980                                 
Symbol
COL6A3
Name
(RefSeq) LOW QUALITY PROTEIN: collagen alpha-3(VI) chain
  KO
K06238  collagen type VI alpha
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss04510  Focal adhesion
pss04512  ECM-receptor interaction
pss04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pss00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    102458461 (COL6A3)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    102458461 (COL6A3)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    102458461 (COL6A3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pss04147]
    102458461 (COL6A3)
   00536 Glycosaminoglycan binding proteins [BR:pss00536]
    102458461 (COL6A3)
Exosome [BR:pss04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   102458461 (COL6A3)
Glycosaminoglycan binding proteins [BR:pss00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   102458461 (COL6A3)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   102458461 (COL6A3)
SSDB
Motif
Pfam: VWA VWA_2 Collagen Kunitz_BPTI VWA_3 fn3 DUF6559
Other DBs
NCBI-GeneID: 102458461
NCBI-ProteinID: XP_025042645
Position
Unknown
AA seq 3300 aa
MRKHRHLPLAAIFCLVLSGCMVDAQQQEDDKIVAAADIIFLVDSSWSIGKEHFQLVREFL
FDVVKSLAVGGNDFRFALVQFSGNPHTEFQLNTYHSAHDILSHISNMSYLGGGPKTGKGI
DYLIQNHLTKAAGSRAADGIPQIIIVLTDGQTQHDIALPSSVHKSADVNLFAIGVQDAEE
GELKEVASEPSDTHLFNIANFTALRAIVGDLVASVRTSMTPEMPGAKEVIKDVTAQESAD
LIFLIDGSNNIGSVHFPAIRDFLVNFIERLSVGTQQIRIGVVQYSDQPRTEFSLNRYSTK
ADVLNAVKALRFLGGEEANIGAALESVLENHFTRAGGSRVEEGVPQVLVLISGGESSDDI
REAVLAVKQASIFSFSIGVLKADNAELQQIATDGSFAFSALDIRNLADLQELLLPNIVGV
AQRLILLNPPTLVTEVVDVNKKDVVFLVDGTTALGSTQFNQIRDFIAKIIQRLEIGPDLI
QIAVAQYADTVKSEFNFRASQNKKDIIAAVRKMKLMGGTALNTGSALDFVRRNFFTSSAG
YRSDEGVLPMLVLITGGRSTDDVTQVASEMKRNGIVALTVGGRDADQGGLQQAIAHEPNF
AFTTTEFRAPLLQGILPEVLTPIKTFSGVVIQEIPSVQGKRDIIFLLDGSLNVGNTNFPI
VRDFVMNLVNGLDVGYDNVRVGLVQFSDTPTTEFSLNSFPSKAEIIARLRQLFLRGGSVL
NTGAALNFVLTNHFVETGGSRIDEQVPQILVLLLAGPSADAFTQASNELARAGVLTFCVG
VRNADKAELQQMAFSPAMVYFVDDFSSLTALPQELIKPLTTYSSGGVEEVPIPPSERKQD
VLFMIDGSANLLGQFPLVRDFVHKVIATLNVKLDTVRVSVAQYSDNVQVEFTFNEFPSKQ
EMLQKVKRMKLKTGKQLNIGAALDYALRNLFVPGAGSRIEEGVPQFLILFSAGRSSDDVE
QAAEALKRLGVVTFIITAKTADPRELETIVYGPQFILNVESIPKIGDLEPNLVNLLTTIE
IQTVVPPTTADEGEKKDVVFLIDGSDGARSGFPALKAFVQSVVESLDVSPDRVRVAVLQF
SSVVQPAFLLNTYSDKADVIRAIQDLTIMGGSPLNMGTALDYVTNNVFVGSFGSRIAEDV
PQLLILLTTGKSRDDVRRPATALKTGGMVPFGIGVGNADVTELQTISFTPEFVVAIPDFN
QLDTVQQSISDRIIRLTREEIDRQPPYVEPPTLRPEKEKKDVVFLIDGSQYATAEFSSIR
SMIERLVNSLDVGIDATRVAVIQFSDDVKIEFLLNTHSSKEEVLSAVRRLRPKFGSRVNV
GAALEYVSKNIFTRPSGSRIEEGVPQFLILLYSRQSADDIDDPALQIKKAGIAPLTIAKN
VDPAELGKISLSPEYLFQVRTFQELPGLDTKLLTPIRTLTSEQIQRLLGDVVTPELEGDE
LDIVFLIDSSDSVRTDGLAHIRDFIIRLVQQLDVRPNKARVGVAQFSNTVFPEFLLKMHK
TKEAVVQAVRRLRLKGGTPLNVGKALDYVVKNYFIKSAGSRIEEKVPQHLVLLLGGRSQD
DVTRSSALIESTGVKTTGVGAKNADRTQMQIITKDPTVTYIIRDFTALPTIEKKVFGSLV
DSEEPTSPPPPVPVPTGKREADIVFLLDSSINLGRENFQQVIQFVYSIIDALYSEEKSIQ
VGLAQYNSDVTDEFFLKDYTTKDQILNAINRVAYKGGRVANTDEGLKHIQTRHFVKEAGS
RVEEKVPQIAFIVTGGRPSEEGKAAALALTGSGVKVFAVGVKNVDLDDLSKLSSDSATAF
RVATAPELSELNEQVLITLDAVMEEQLCPGVVDTRECNVDVILGFDVSDVVSGQNIFNSQ
KALESKVKSILNRISQMQRISCTGTQQPTVRVAVMAQTPTGVIEAFDFSEYQSELFEKFQ
GMSNRGPYVLTPETLRSYQNKFKTAPTDSVKVVIHLTDGADGRMAQLEDESDALRKQGVK
ALMFVALERTPKFEELMQLEFGRGFTYNRPLGVNLQDLDFELAEQLDGVAEKACCQVACK
CSGQRGDRGAPGTIGPKGVPGENGYRGYPGDEGGPGERGPPGVNGTQGFQGCPGQRGVKG
FRGISGEKGEKGESGLDGIDGEEGDRGLPGSSGERGSAGRRGNKGVKGAEGERGDRGLRG
DPGETGIDNTQRGPRGPKGEIGPMGEPGSDGAAGSPGAVGKPGSLGRRGPPGPKGTKAAP
GQQGIVGEQGTRGPQGPPGQIGPPGLRGEHLLEGPRGGGGAAGPPGDRGRIGPLGRKGEP
GDFGTKGQPGLPGPRGETGEDGRDGVGRPGAKGKRGETGFPGYPGPKGTAGVRGGPGGAG
PKGNRGRRGNSGAPGTPGQIGELGYPGSPGLKGDRGESRDQCALVRSIKDKCPCCYGPKE
CPVFPTELVFAIDTSSGVTNDIFNRMKQTVLRVVNNLTIAESNCPRGARVAVVTYNSDIT
TEFRFAESRKKSNLLERLQNLQIPQTTKQRSLETAMSFIARNTFKRARSGFLMRKVAVFF
SNGPTRASSQLNEAVLKLYDAGVTPVFLTNREDRTLINALQMNNTAVGHAIVLPAAAAQI
NQTIKRLLTCHICLDVCDPDETCGAIGIPQRSFTRDRRAVPTDVDIDMAFLLDSSESTTP
LQFNEMKKYISYIVNQLEISSHPTSSQHHARVAVLQHAPYEHKSKSSALPVKVEFSLTEY
GSKEKMMDFLQNHMTQLYGTRALGSAIEYTAAHVFESVPNPRDLKVLILMMTGEVSTQEL
EHLQRVIISAKCKGYFFVVLGIGKKVNVKHIYTLASEPNDVFFKLVEKPSELHEEVLLRF
GKLLPSFISSENTFYLSPDIRKQCDWFHRDQAAKSSSAFGQNTLYVANNVTTSARTTTTA
STTTSARRTTTASTTTSARRTTTTMTSARTTTTASTTTKAHATAAASTTTKARATAAANT
TTKARATAAVSTTTKVHATAAANTTTSARTTTTASTTTKARATAAANTTTKARATAAVST
TTKVHATAAANTTTSARTTTTASTMTSASTAAKEKPAVKAESEIQITDITENSAKLRWVN
PGPLPLDFFDITLTSAHDHSLVLKLNLTSTERVIGGLRSGQKYHVTITGYHKSQAKATFT
GTFSTKSVPAPKAPAVATANLMVNTEPLEQPEMDLTDPCLLDFDMGTQCKEYQVMWFFDY
KNKICTQIWYGGCGGNANRFETEAECISRCGKPAAERVMQQMTLEKRVLAVTDICRLQKE
GGTCRDFVLNWYYDPSTKSCARFWYGGCGGNENRFSTQKECENVCIPADINPGVVTTIGT
NT seq 9903 nt   +upstreamnt  +downstreamnt
atgaggaaacatcgacatttgcccctcgcggcaatcttttgcctcgtgctctcaggctgt
atggttgatgctcagcagcaggaagatgacaaaatcgttgccgctgccgatataatattt
ctagtggattcctcttggagcattggaaaggaacatttccaacttgttcgagagtttctg
tttgatgttgtaaaatctttagctgtgggaggaaacgattttcgttttgccctggtccag
ttcagcggaaacccacacacagaattccagttaaatacgtatcactctgcccacgatatc
ctgtcccatatttcgaacatgtcttatctggggggaggccccaagactggaaaaggaata
gactacctaattcagaaccatctcactaaagctgctggaagcagagcggccgatggcatc
cctcagattattatagtgttaacggacggacaaacccagcatgatatcgctctgccatca
tctgtccataagtctgcagatgtaaacttgtttgcaattggagtgcaggatgcagaggaa
ggggagttaaaggaagtagcgagtgaaccctccgatacgcaccttttcaacatagcgaat
tttactgctctccgcgccatagtaggagacttagtggcaagtgttcgtacgtctatgact
ccagaaatgcctggagcaaaagaagtgattaaagacgtcacagcgcaagaatctgctgac
cttattttccttattgacggatcaaacaacatcggaagtgtccatttcccagccatacgc
gatttccttgtaaatttcattgagagactctctgttggaactcagcagatacgcattggg
gtggtgcaatatagcgatcaacccagaactgagttctctttgaaccgctactccaccaaa
gctgatgtgttgaatgccgtgaaggcacttaggttcctgggtggcgaggaagctaacatt
ggtgcagcactcgaatctgtgctggagaaccacttcacccgggcaggaggaagcagagta
gaggaaggtgtgcctcaggtcttagtgctgataagtggtggagagtctagtgatgatatc
agagaggcggtgttagcggtgaagcaagctagtatattttcatttagcattggggtcctg
aaggctgacaatgcagaacttcagcaaattgctactgacggaagcttcgccttttctgcc
ctggatatccgtaaccttgctgatcttcaagaactcttactgccaaacattgttggagtg
gcccaaagactcattttgttaaatcccccaacccttgtaacagaagttgttgatgtgaac
aagaaggacgtagtcttcctggtagatggtacaactgcactgggatctacccagtttaat
cagatccgtgatttcattgccaaaatcatccaaaggctggaaattggaccagatcttatc
caaatagctgtggcacaatatgcagatacggtaaagtcagagttcaatttccgtgccagt
caaaataaaaaagatatcatcgctgctgtgaggaagatgaagttaatggggggtacggcc
ctcaatactggctcggcgttggactttgttaggagaaacttcttcaccagttctgctggg
tacaggagcgatgaaggcgttctgcccatgctggtgctcattactggtggtaggtccaca
gatgatgttacccaggtagcatcagagatgaaaaggaatggtattgtggctctcaccgtc
ggtggcagggatgccgatcaggggggactacaacaagccattgcccatgaaccaaacttc
gctttcactacaactgaattccgagccccgcttctgcaaggcattctccctgaagtgctg
actcctatcaaaacattctctggagtagttattcaagaaataccatcagtgcaaggcaaa
agggatatcatctttcttttggatggatcactcaacgttggaaataccaacttcccaatt
gtgcgggactttgttatgaacctagttaacggccttgatgttggatatgacaatgtacgc
gttggcctagtgcagtttagtgacactcctacaactgaattctctttgaattccttccca
agcaaggctgagatcattgctcgcttgaggcagctgttccttagaggggggtctgttctg
aatacgggcgctgcactaaactttgtccttacgaatcacttcgttgaaactggtgggagc
agaatagatgaacaagttccacagatcttggtcctgcttctagcaggaccatctgctgat
gcattcacacaggcgtccaatgaattagctcgggccggagtgctgacgttttgtgttggc
gttaggaatgctgataaggcagaacttcagcagatggcatttagtccagcaatggtttat
tttgtggatgatttcagttccctgacagctttaccacaggagttaattaagcctttaaca
acatattctagtggaggtgtggaggaagttccaattcccccttcagagcgcaagcaagat
gttttattcatgattgatggctcagccaacctattggggcagttccctcttgtccgggac
ttcgtgcacaaagtcattgctactctcaacgtgaagctggataccgtccgagtctctgtg
gctcagtacagtgacaatgtgcaagtggaattcacctttaatgaattcccatccaagcag
gaaatgctgcagaaagtgaaacgaatgaagttaaaaactgggaaacaactgaatattggt
gctgcactggattatgccctgaggaatctgtttgtgccgggagctggaagtaggattgaa
gaaggcgttcctcagttcttaattctgttttctgctgggagatcttctgatgatgtggag
caagcagcagaagcccttaaaagacttggagttgtcactttcattattacagccaagact
gctgatcccagagaactcgaaactattgtttatggtccacagtttattctaaatgtcgag
tccattcctaaaatcggagacttagaaccaaacctagtgaacctattgacaaccatagaa
attcagacagtagtgcctcccacaacagctgatgaaggtgagaagaaggacgtggtgttt
ctgattgatggctcagatggtgccagaagtggtttccctgcactgaaggcctttgtgcaa
agcgtggtggagagcctggatgtcagccccgacagggtccgtgttgccgtgttacaattc
agtagcgtcgtacaaccagcgttccttcttaacacctactctgacaaagcagatgtgatc
agagctatccaggacctgaccattatgggagggtctccactaaatatgggcacggccctg
gactatgtcacaaacaatgtgtttgttggctccttcggcagcaggatagctgaagatgtc
cctcagctgttgattctgttgacaactggcaaatcaagggacgacgtgcggaggcccgcg
acagccctgaagacgggtggcatggtgcccttcggcatcggagttggaaatgccgacgtc
acggagctgcagaccatctctttcacaccagagtttgttgttgccatccctgacttcaat
caactggacaccgtacagcagagcatctcagatcgaatcattcggctcacccgggaagaa
atcgataggcagcccccgtacgtggagccgcctacactcagaccagagaaagaaaagaag
gacgttgtgtttctcattgatggctcccagtacgctaccgcagagttcagttccatccgc
agtatgatcgagcggctagtgaactccctggacgtgggtatcgatgccacccgggttgct
gtgatccagttcagcgacgatgtcaagattgagtttctcctcaacactcactccagcaaa
gaagaagtgctgagcgccgtgaggaggttacggcccaaatttggctcgcgggttaacgtc
ggcgccgccctggagtatgtgtcgaagaacatcttcacgcgaccctctggcagccgcata
gaggaaggggtccctcagtttttaattttgctctattcccgccagtctgcagatgacata
gatgaccctgccctccaaattaaaaaagctgggatagcacctctgactatcgcaaagaat
gtggatcctgcagagctgggaaagatttctctgagtcctgagtacctgtttcaagtgaga
accttccaggaactgcctggcctcgacacaaagctgctgacgcctattagaacgctgact
tcagaacagatacaaaggctcctgggagacgtagtcactccagagttggagggcgacgag
ctggacatcgtcttcctcatcgacagctctgacagcgtcaggaccgacggcctggctcac
atccgggatttcatcatcagactcgttcagcagctggacgtgaggcccaacaaagccaga
gtcggcgtggcccagttcagcaacaccgtgttcccggagttccttctaaaaatgcacaag
accaaagaggcggtggtgcaagctgtacgccgcctgcggctcaaaggagggaccccgctg
aatgtggggaaagcgctggactatgttgtcaagaattactttattaagtctgcagggagc
aggatagaagaaaaggtcccccagcatttagtcctcctccttggagggaggtcccaggac
gatgtgacgagatcttctgccttgattgaatctactggggttaaaaccacaggcgtagga
gcaaagaatgcagatagaacacagatgcagatcattaccaaagatcctacagtcacatac
atcatcagagactttacggcactcccaaccattgaaaagaaggttttcgggtcccttgta
gattctgaagagcctacatctccacctcctccggtcccagttcctactggtaaaagggaa
gccgacatcgtgtttttgctggacagttccatcaatttagggagagagaacttccaacag
gttatccagtttgtgtattccataatcgacgcgctctactcagaggagaaatccattcag
gtaggattggcccagtacaactctgatgtgacggatgaatttttcctcaaggactatacc
accaaagaccagatcttaaatgctatcaacagagtggcttataaaggaggcagggtggct
aacacggacgaaggcctcaagcacatccagacaaggcactttgtgaaagaggctggcagc
agggtggaggagaaagtccctcagatcgcgtttatcgtgacggggggccggccttcggag
gaaggaaaggcggcagcgttggccctgacaggctcaggtgtcaaggtgtttgccgtgggg
gtgaaaaacgtcgatctggacgatttgagcaagctgtcctccgacagcgccacggctttc
cgagtggccacggccccggaactgtcagaactgaatgagcaagtgttgatcactctcgac
gctgttatggaagagcagctatgtccgggagtagttgacacaagagaatgcaacgtggat
gtgatccttgggtttgacgtctcggatgttgtatctgggcaaaatatatttaattctcag
aaagccttggagtccaaggtaaagagcattctgaacagaatttcccagatgcaaaggatc
agctgtactggcacccagcagccaacggtgcgagtggctgtcatggcgcagacgccaact
ggggtcattgaagcatttgacttttctgagtaccagtccgaattgtttgagaaattccaa
ggcatgagcaaccgaggcccatatgttctcacaccagagacactgagatcttaccagaac
aaattcaaaacagctcctacggacagcgtgaaagtggtaattcacttaaccgatggtgcc
gacggtaggatggctcagctggaggatgaatcggacgcactgcgaaaacaaggtgtgaag
gctctcatgtttgtggcgctggagagaacaccaaaatttgaggagctgatgcagttagag
tttggccgcgggttcacatacaacaggcctctcggagtcaatctgcaggatttagatttc
gaactggcagaacaacttgacggcgtcgcggagaaagcctgttgccaagtggcgtgcaag
tgttctggacaacgaggagatagaggagcgcctgggaccattggaccaaagggcgtccca
ggtgagaacggctaccgaggctatccaggcgatgaaggtggacctggcgaacgaggtcct
cctggtgtcaacgggactcaaggattccaagggtgtcctggtcagcgaggagtcaagggc
ttccgtggaatctcaggagaaaagggcgagaagggagaatcgggcctggacggcatagat
ggagaagaaggggacagaggcctcccaggctcttccggggagcgaggaagtgctggcaga
cggggcaacaaaggcgttaaaggagccgaaggcgaacgaggtgaccgaggactgcgaggc
gatccgggtgagacaggcatcgataacacacaacgaggacccaggggtccaaagggtgaa
attggaccaatgggagaaccaggatcagatggggcagcgggttcccctggtgcagttgga
aaacctggtagtctcggcagaagagggcccccaggacccaaaggtaccaaagcggctccg
ggtcagcaaggaatcgtgggagagcagggtacacgagggccacagggtcctcctggccag
attggccctccaggcctgagaggagagcacctccttgagggaccccgaggaggtggtggt
gctgccggaccacccggcgatcggggaaggatcggtcccttgggacgaaagggggaaccc
ggtgattttggaacgaaaggccagcccgggttgccagggccacgaggcgagacgggagaa
gatgggcgagatggagttggcaggccaggagctaaaggcaaaagaggcgaaacaggcttc
ccaggatacccagggccaaagggtacagctggagttcgaggtggccctggaggtgctggc
cctaaaggaaacagaggccgcagggggaattcaggagcacctgggacacccggtcagata
ggagagcttggctacccaggatcacctgggcttaagggcgacagaggagaatccagagat
caatgtgcccttgtccggagcatcaaagataaatgcccttgctgctatggtcccaaggag
tgcccggtgttcccaacggagctggtgtttgccatagacacctcctccggtgtcactaat
gacattttcaaccgcatgaagcagacagtgctgagagtggtgaacaatctcaccatcgct
gagagcaactgcccgcggggggcccgggtggccgttgtgacctacaacagcgacatcacc
acggagttccgtttcgcggaatccaggaagaaatccaacctcctggagcggctccagaac
ctccaaatccctcagaccaccaagcagcgcagcctggagacggccatgtccttcatcgcc
aggaataccttcaagcgggcacgcagcggcttcctgatgaggaaggtggccgtgttcttc
agcaacggaccgacgagggcctcctcccagctgaacgaggccgtgctgaagctgtacgat
gctggagtcacgccggtgttcctgactaaccgagaggaccgaactctcataaacgcactg
cagatgaacaacactgcagtgggacatgctattgtcctgccggccgctgcagctcagatt
aatcaaaccatcaagagactcctgacatgtcacatttgtctggacgtatgcgatcccgat
gaaacctgcggcgctattggtatcccccaaaggtcgttcaccagggacaggcgggcagtc
cccacagacgtagacattgacatggctttcctcctggacagctctgagagcaccactccg
ctgcagttcaacgagatgaagaaatacatttcctacatagtgaatcagctggagatcagc
tcccatccaacgtcttcccagcaccacgccagagttgctgttctccaacacgctccgtac
gaacacaaaagcaagtcaagcgccttgccagtaaaagtagagttctccctaacagagtac
gggtccaaggagaagatgatggacttccttcagaaccacatgacccagctgtacggcaca
agggctctgggaagtgcaattgaatacacggcagcgcatgtgtttgaaagcgtgcccaac
ccacgggatctgaaagtcctcattttgatgatgaccggagaagtgagcacacaggaactg
gagcaccttcaaagagttatcatcagtgccaagtgtaaagggtacttctttgttgtgctc
ggcatcggcaagaaagtgaacgtcaagcatatctacaccttggctagcgagcccaacgac
gtgttcttcaaattggtcgagaagccctcggagctgcatgaggaggtcttgctgcgcttt
gggaaactgttaccatcctttatcagcagtgaaaacactttttacctgtctccggacata
aggaaacaatgcgattggttccatagagatcaggcagcaaagagttcttctgcatttggc
caaaacacattatatgttgcaaataatgtgactacaagtgcccgcacaactacaaccgca
agcacaaccaccagtgctcgcagaactacgaccgcaagcacaaccaccagtgcccgcaga
actacgaccacaatgaccagtgcccgcacaactacaactgcaagcacaactacaaaggcc
catgcaactgcagctgcgagcaccactacaaaggcccgtgcaactgcagctgcaaacaca
actacaaaggcccgtgcaactgcagctgtgagcaccactacaaaggtccatgcaactgca
gctgcaaacacaacgaccagtgcccgcacaactacaactgcaagcacaactacaaaggcc
cgtgcaactgcagctgcaaacacaactacaaaggcccgtgcaactgcagctgtgagcacc
actacaaaggtccatgcaactgcagctgcaaacacaacgaccagtgcccgcacaactaca
actgcaagcacaatgaccagtgcaagtacagctgctaaagaaaaaccagccgttaaagcg
gagagtgaaatccagatcaccgacatcaccgagaacagcgctaaactacgctgggtgaac
ccagggcccctgcccctcgacttctttgacatcaccctcacctcagcacacgaccactct
ctagtcctgaagctaaacttaaccagcactgaacgggtcattggcggcctcagaagtggg
cagaaatatcacgtcacaattacggggtaccacaaatcccaagccaaagcaaccttcacg
ggaacattcagcacaaaaagtgtgccagcacccaaggcacccgcagtagccactgccaac
ctgatggtgaataccgagccgttggaacagccagagatggatttgacagacccttgcttg
ctggattttgacatgggcacccagtgcaaggagtatcaggttatgtggttctttgactac
aaaaacaagatctgcacccagatttggtatggtgggtgtggcggtaacgccaatagattt
gagacagaagctgagtgcataagcagatgcgggaagccagcagctgagagagtcatgcag
caaatgacccttgagaaaagagtattggcagtcaccgatatctgtaggttgcagaaggag
ggaggaacctgcagggatttcgtgctcaactggtactacgacccaagtaccaagagctgt
gccagattctggtatggtggctgcggtggaaatgaaaacagatttagcacacagaaagaa
tgtgaaaatgtttgcattcctgctgacattaatcctggggttgtcacgacaataggaacc
taa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (62)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (82)   

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