KEGG   Coturnix japonica (Japanese quail): 107316506
Entry
107316506         CDS       T04297                                 
Symbol
COL6A3
Name
(RefSeq) collagen alpha-3(VI) chain isoform X1
  KO
K06238  collagen type VI alpha
Organism
cjo  Coturnix japonica (Japanese quail)
Pathway
cjo04510  Focal adhesion
cjo04512  ECM-receptor interaction
cjo04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107316506 (COL6A3)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107316506 (COL6A3)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107316506 (COL6A3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:cjo04147]
    107316506 (COL6A3)
   00536 Glycosaminoglycan binding proteins [BR:cjo00536]
    107316506 (COL6A3)
Exosome [BR:cjo04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107316506 (COL6A3)
Glycosaminoglycan binding proteins [BR:cjo00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   107316506 (COL6A3)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   107316506 (COL6A3)
SSDB
Motif
Pfam: VWA VWA_2 Collagen Kunitz_BPTI VWA_3 fn3 DUF6559
Other DBs
NCBI-GeneID: 107316506
NCBI-ProteinID: XP_015723563
UniProt: A0A8C2TVI4
Position
7:8726533..8779744
AA seq 3215 aa
MRKPRHLPLVAILGLLLSGFCSVGAQQQAAVRNVAVADIIFLVDSSWSIGKEHFQLVREF
LYDVVKALDVGGNDFRFALVQFSGNPHTEFQLNTYPSNQDVLSHIANMTYMGGGSKTGKG
LEYLIENHLTKAAGSRASEGVPQVIIVLTDGQSQDDVALPSSVLKSAHVNMIAVGVQDAV
EGELKEIASQPFDTHLFNLENFTALHGIVGDLVASVRTSMTPEKAGAKGLVKDITAQESA
DIIFLIDGSNNIGSVNFQAIRDFLVNMIESLRVGAQQIHIGVVQYSDQPRTEFALNSYTT
KADVLDAVKALSFRGGKEANIGAALEYVVENLFTQAGGSRIEETVPQILVLISGGESSDD
IREGLLAVKQASIFSFSIGVLNADSAELQQIATDGSFAFTALDIRNLAALRELLLPNILG
VAQRLILLEAPTIVTEVIEVNKKDIVFLIDGSTALGTGPFNSIRDFVAKIVQRLEVGPDL
IQVAVAQYADTVRPEFYFNTHQNRKDVMANVKKMKLMGGTALNTGSALDFVRNNLFTSAA
GCRMEEGVLPMLVLITGGKSMDAVEQAAAEMKRNRIVILAVGSRNADIAELQEIAHEKDF
VFNPNDFRLQFMQAILPEVLSPIRTLSGGMIIHETPSVQVTKRDIIFLLDGSLNVGNANF
PFVRDFVVTLVNYLDVGTDKTRVGLVQFSDTPKTEFSLYSYQTKSDIIQRLGQLRPKGGS
VLNTGSALNFVLSNHFTEAGGSRINEQVPQVLVLVTAGRSADPFLQVSNDLARAGVLTFA
VGVRNADKAELEQIAFNPRMVYFMDDFSDLTALPQELNKPITTYVSGGVEEVPLAPTESK
KDILFLIDGSANLLGSFPAVRDFIHKVISDLNVGPDATRVAVAQFSDNIQTEFDFAELPS
KQDMLLKVKRMRLKTGKQLNIGVALEEAVRRLFVKEAGSRIEEGIPQFLVLLAAGRSTDD
VERPSVALKEAGVVTFAIKAKNADLSELERIAYSPQFILNVESLPRISELQANIVNLLKT
IPLQPTVVERGEKKDVVFLIDGSDGVRRGFPHLKTFVERVVESLDIGRDKVRVAIVQYSN
VIQPEFLLDAYEDKADLISAIQALTIMGGSPLNTGAALDYLIKNVFTVSSGSRIAEGVPQ
FLILLTADRSQDDVRRPSVVLKTSGTVPFGIGIGNADLTELQTISFLPDFAISVPDFSQL
DSVQQAISNRVIRLTKKEIESLAPDLVFTSPSPVGVKRDVVFLVDGSRYAAQEFYLIRDL
IERIVNNLDVGFDTTRISVVQFSEHPHVEFLLNAHSTKDEVQGAVRRLRPRGGQQVNVGE
ALEFVAKTIFTRPSGSRIEEGVPQFLIILSSRKSDDDLEFPSVQVKQVGVAPLVVAKNMD
PEEMVQISLSPDYVFQVSSFQELPSLEQKLLAPIETLSAEQIRQLLGDVTTIPDVSGEEK
DIVFLIDSSDGVRSDGLAHIRDFISRIVQQLDVGPNKVRIGVVQFSNNVFPEFFLKTHRS
KNAVLQAIRRLRLRGGYPVNAGKALDYVVKNYFIKSAGSRIEDGVPQHLVVILGDQSQDD
VNRPANVISSTSIQPLGVGARNVDRNQLQIITNDPGRVLVVQDFTGLPTLERKVQNILEE
LPVPTTDSPVYPGPGGKKQADIVFLLDGSINLGRDNFQEVLQFVYSIVDAIYEDGDSIQV
GLAQYNSDVTDEFFLKDYSSKPQILDAINKVIYKGGRVANTGAAIRHLQAKHFVKEAGSR
IDQRVPQIAFIITGGKSSDDGQGASMEVAQKGVKVFAVGVRNIDLEEVSKLASESATSFR
VSTAQELSELNEQVLVTLAAAMEEKLCPGTTDVMRDCDLDVILGFDVSDVGAGQNIFNSQ
RGLESRVEAVLNRITQMQKISCTGSRAPNVRVAIMAQSRGGPVEGLDFSEYQPELFERFQ
GMRTRGPYFLTAETLKSYQNKFRSAPSGSTKVVIHFTDGTDDYLDQMKTASADLRRQGVH
ALLFVGLDRVKNFEEVMQLEFGRGFTYNRPLRVNLLDLDFELAEQLDNIAERTCCGVHCK
CSGQRGDRGLPGPIGPKGATGDIGYGGYPGDEGGPGERGPPGANGTQGFQGCPGHRGTKG
SRGFPGEKGELGEMGLDGIDGEEGDKGLPGSSGEKGFAGRRGNKGAKGERGERGDRGLRG
DPGDSGADNTQRGTRGQKGEIGQMGEPGPAGQRGPDGGVGRQGMAGRRGTIGIKGTKGAL
GQPGPAGEQGMRGPQGPPGQIGTPGIRGEQGVPGPRAGSGQPGPPGERGRIGPLGRKGEP
GNPGPRGPNGQPGPRGEMGDDGRDGIGGPGPKGRKGERGFVGYPGPKGEPGDRGGAGGPG
PKGNRGRRGDAGNPGTPGQKGEIGYPGPSGLKGDKGLSISQCALVQNIKDKCPCCYGPKE
CPVFPTELAFAIDTSSGVGRDVFNRMKQTVLRVVSNLTIAESNCPRGARVALVTYNNEVT
TEIRFADARKKSSLLQQIQNFQATLTTKPRSLETAMSFVARNTFKRARSGFLMRKVAVFF
SNGETKASPQLNDAVLKLYDAGVTPVFLTSRQDAVLERALEINNTAVGHAIVLPASGSQL
NDTIRRLLTCHVCLDVCEPDPICGYGNQRPVFRDRRAAPTDVDTDIAFIMDSSASTTPLQ
FNEMKKYISHLISNMEISSEPKISQHHARVAVLQQAPYEHETNSSFPPVKTEFSLTDYGS
KEKIIHYLQNQMTQLYGTMAMGSAVEHTVAHVFESAPNPRDLKVIVLMLTGKMEKQELEY
LREAVIDAKCKGYLFVILGIGENVDVKNVYSLASEPNDVFFKLVSKPGELHEEPLLRFGR
LLPSFIRSDFAFYLSPEIRKQCKWLQGDQTPKSPEHTGQKAVHVAPNATITQTISTTTTL
STTIKPAASTSAHARTTTASTTAQTRATGRPTESTTVQVNATVQSQGSTAANTKATSRTT
TSTTAAAASGRRRQGAKMNDIQITDVTENSARLRWASPEPHNAYVFDLAITLAHDHSLVL
KQNVTGTERVIGGLRSGQKYLVFITGYLKSQPKATYTGTFSTKTPAQPKVALANMMLSTE
PLEGPENDLADPCLLDFDMGMQCKDYQVVWFFDYKHKICSQGWYGGCGGNANRFETEAEC
NSKCLKPSAAEKAMQQPPLEKRLSPVMDICLLQKEEGTCRDFVLKWHYDVKTKSCARFWY
GGCGGNENRFNTQKECEKACSPGNISPGVVTTIGT
NT seq 9648 nt   +upstreamnt  +downstreamnt
atgaggaagccccggcatttgccccttgtggcaatacttggcctcctgctctcaggcttt
tgctcagttggtgcccagcagcaagcagctgtcagaaacgttgccgtggctgatataata
tttctagtggattcctcttggagcattgggaaggagcacttccaactcgttcgagagttt
ctgtatgatgttgtaaaggctttagatgtgggaggaaatgatttccgttttgcactggtc
cagttcagcggaaacccgcacacagagttccagttaaatacatacccctctaaccaagat
gtgctctcccatatcgcaaatatgacttacatggggggaggcagcaagactggaaaagga
ttagagtacctaatcgagaaccatctcactaaagctgctggaagcagagcgagtgaaggc
gtcccccaggttattatagtgttaacggatggacaatcccaggatgatgtggctctgcca
tcatctgtccttaaatcagctcatgtaaacatgattgcggtcggcgtgcaggatgcggtg
gaaggggagttaaaggaaatagcgagccaacccttcgatacccaccttttcaacctagag
aattttactgctctccatggcatagttggagacttagtggcaagtgtccgtacctccatg
actccagaaaaggctggagccaaaggactggttaaagacatcacagctcaagagtctgct
gacattattttccttattgacggatcaaacaacatcggaagtgtcaattttcaagccata
cgcgatttccttgtaaatatgattgaaagcctcagagttggagctcagcagatacacatt
ggggtggtgcagtatagtgatcaacccagaaccgagttcgctttgaacagctacaccaca
aaagcggatgttctggatgccgtgaaggcactcagtttccgcggtggcaaggaagctaac
attggtgcagcactggagtatgtggtggagaacctcttcacccaggcaggaggcagcaga
atagaggaaacagtgcctcagatcttagtgctgataagtggtggagagtctagcgatgat
atccgagagggcttgttagcagtgaagcaagctagtatattttcatttagcattggggtc
ctgaatgctgacagtgcagagctgcagcagattgctactgatggaagcttcgcatttact
gccctggatatccgtaaccttgctgctcttcgagaattattactgcccaacattcttgga
gtggcccaaagactcattttgttagaggccccaaccattgtgactgaagttattgaagtg
aacaagaaggatatagtcttcctgatagatggctcaacagctctggggactggccccttt
aactcaattcgtgattttgttgccaaaatcgtccaaaggctggaggttggacccgacctg
atccaagttgcggtggctcagtatgcagacactgtgaggccagagttttactttaacacc
catcagaacaggaaggatgtgatggctaacgtgaagaaaatgaagctcatgggtggtacg
gccctcaacactggctcggcactggactttgtgaggaacaacttgttcaccagtgctgcc
gggtgtaggatggaggaaggggtgctccccatgctggtgctcatcactggtggtaagtcc
atggatgctgttgagcaagctgcagcagagatgaaaaggaaccggatcgtgatccttgct
gttgggtcaaggaatgctgacatagcagaactccaagaaattgctcatgagaaagatttt
gtgttcaacccaaatgactttcgccttcagttcatgcaagccattcttcctgaggtgctg
tcacccatccggacactctctggaggaatgattatccatgaaacaccatcagttcaagta
accaaaagggatatcatctttcttttggatggatcactcaacgtcggaaatgccaacttc
ccctttgtgcgggactttgttgtgactttagttaactaccttgatgtcggaaccgacaaa
acccgagttggcttagtgcaatttagcgacactcctaaaactgagttctccctatactcg
taccaaaccaaatcagacataattcaacgtctggggcagctgaggcccaagggtgggtca
gtgctgaacaccggctctgcactgaactttgtgctttcgaatcacttcactgaagctggt
gggagcagaataaatgaacaagtgccacaggtcctagtcctggtgacagcagggaggtct
gctgatcccttcctgcaagtttccaatgacttagctcgggccggagtgctgacttttgct
gttggagttaggaatgcggataaggcagagcttgaacagattgcatttaatccaagaatg
gtatattttatggatgatttcagtgatctgacagcattacctcaggagttaaataagcct
ataacaacatatgttagtggaggtgtggaggaggttccactcgccccaacagaaagcaag
aaagacattttattcctgattgatggttcagccaacctcttgggtagctttcctgctgtc
cgggactttatacacaaagtcatttctgacctgaacgtgggtcccgatgccacgcgagta
gctgtggctcagttcagtgacaacatccaaactgaatttgactttgctgaactcccatca
aagcaagacatgcttctgaaagtgaaaaggatgaggttaaaaactgggaagcaactgaat
atcggagttgcgctcgaagaagccgtgaggagactgtttgtgaaggaagctggaagcaga
attgaagaaggcattccacagttcctggtcctcctcgctgctgggagatcaactgatgat
gtggagcgaccatcagtagctctaaaggaagctggcgttgtgacctttgctatcaaagcc
aaaaatgctgatttatcagagctggaaaggatagcttactccccacagttcattctgaat
gttgaatcccttcctcggatttcagagctccaggcaaacatagtaaacctactgaaaact
atcccgcttcagccaacagtagttgagagaggtgagaagaaggatgtggtgtttctaatc
gatggctcggatggtgtcagaagaggtttccctcacctgaagaccttcgtggaaagagtt
gtcgaaagccttgatattggccgtgacaaggtccgtgttgccattgtgcagtacagcaac
gtcatacaacctgagttcctgctggatgcctatgaagacaaagccgatttaatcagtgcc
atccaggcactgacaattatgggaggatctcctctgaacaccggggcagccctcgactat
ctcatcaagaatgtgttcactgtgtcgagtggcagcaggatagctgagggcgtcccgcag
ttcctgatcctgctcactgctgaccgatcccaggatgatgtgaggaggccctcggtggtt
ctcaagacgagtggcacagtgccctttggcatcgggattggaaatgccgacctcacagaa
cttcagacgatttccttcctcccagattttgctatctctgtacccgacttcagccagctg
gattcagtgcaacaggccatctccaacagagtcatccgactgaccaagaaagaaatagag
tcacttgcccctgatctggttttcacatcacccagcccagtgggtgtgaagagggatgtt
gtgttcctcgtcgatggctcccgctacgccgctcaggagttctacctcatccgtgatctc
attgagaggatagtgaacaacctggatgtgggctttgacaccacccggatttcggtggta
cagttcagcgagcatccccatgtagagttcctactcaatgctcactccaccaaggatgag
gtgcaaggcgcagtgaggcggctgcggccacggggtggccagcaggtgaacgtgggggaa
gcccttgaatttgtggcaaaaaccatcttcacccgtccctctgggagccgcatagaagag
ggtgtccctcagtttttgattatcctctcctcccgcaagtctgacgatgacttagaattc
ccatcagtacaagtcaaacaagtaggagtggcacctctggtcgtagcaaagaacatggat
cctgaggagatggtgcagatttcccttagccccgactatgtgttccaagtctccagcttc
caagaactgcccagccttgaacagaagctgctggctcctattgaaactctgagtgcggaa
caaatcagacaacttttgggagatgtgacaacaattccagatgtttctggtgaggaaaag
gatatagtcttccttattgatagctctgacggcgttaggtctgatgggcttgctcacatt
cgggatttcatcagcagaattgttcagcagcttgatgttgggccaaacaaagtgcggatt
ggagtggtgcagttcagcaataacgtcttccctgagttcttcttgaaaacccacagatcc
aaaaatgccgtactgcaagccatccgccgcttacggcttagaggagggtaccccgtgaac
gctggcaaagccctggactacgtggtgaagaactacttcatcaaatctgcagggagcagg
atagaagatggagtgccccagcatctagttgtcatccttggagatcagtctcaggacgat
gtcaacaggcctgctaatgtgatctcttcaacgagcattcaacctctgggtgtaggagcc
aggaatgtagacaggaaccagctgcagatcattaccaacgatcctggccgtgtgcttgta
gtacaggacttcacaggactgcccacgttagaaagaaaggtgcagaacattcttgaagag
cttccagtacctacaacagacagccctgtatatccaggacctggaggcaaaaagcaggct
gacattgtgtttttgctggatggctccatcaacctgggaagagataacttccaggaagtt
ctccagttcgtgtattctatagtggatgccatctatgaggatggtgactccatccaggta
ggactggcacagtacaactccgatgtcactgatgagtttttcctcaaggattactccagc
aaacctcagattttagatgccatcaacaaagtgatctacaaaggtggccgagtggcaaac
actggtgcagccatcaggcaccttcaggcaaaacactttgtaaaggaggctggcagtcga
attgaccagagggtgcctcagatcgccttcatcatcacaggggggaaatcctcagatgat
gggcagggggcctccatggaagtcgcacagaaaggtgtcaaggtgtttgcagttggcgta
aggaacatcgacttggaggaggtcagcaagttggccagcgagagtgccacgagcttcaga
gtgtcgacagctcaggagttgtctgaactgaatgagcaggtcttggttacattggcagct
gctatggaggagaaactgtgcccaggaacaacagatgtgatgagagactgtgacttagat
gtgatccttggctttgatgtgtcagatgttggagccggccaaaacatcttcaattcccag
agagggctggagtccagggtcgaggctgtgctgaacagaataacacagatgcagaagatc
agctgtactggcagccgggcacccaacgtcagggtggccatcatggcccagtcccggggg
ggacctgtggagggactggacttttctgagtaccagcctgagctcttcgagaggttccaa
ggcatgcgcacccgtgggccctatttcctcacagctgagacactgaaatcctaccagaac
aagttcagatcagcaccctctggcagcaccaaggtggtaatccattttacagacggtaca
gatgactacttggatcagatgaagactgcctcggctgatttgcgtagacaaggtgtccat
gctctcctcttcgttggcttggatcgagtgaaaaactttgaggaagtgatgcagctggag
ttcgggcggggtttcacctacaacaggccactgagagttaatctcctggacttggatttc
gagttggcagagcagctcgataacattgcagaaaggacatgctgtggggtccattgcaag
tgctcagggcagagaggggacagaggtcttcctggccccataggaccaaagggtgctaca
ggtgatattggctacggaggatatcctggtgatgaaggaggaccgggtgaacgtggacct
ccaggagcgaatggaacacagggtttccagggatgccctgggcacagaggaaccaagggt
tctcggggattcccaggagagaagggcgaactgggagaaatgggtctggatggcattgat
ggagaagagggagacaaaggcttgcctggttcctctggagagaaggggttcgctggcagg
aggggtaataaaggagccaaaggtgaacgaggagagcgaggtgaccgtgggctccgtgga
gaccctggagattcgggagcagataatactcagcggggaaccagaggccaaaagggtgaa
atcggacaaatgggagagcctggacctgcggggcagagaggcccagatggaggagtcggg
aggcagggcatggcaggacgcagggggacaataggaatcaagggcaccaagggcgcactc
ggccagccagggccagctggagaacaaggcatgagaggaccacagggcccacctggccag
attggcactccaggcatcaggggagagcaaggtgtccccgggcccagggctggtagtggg
caaccaggaccaccaggagaaaggggcaggatcggtccattgggacgaaagggtgagcct
ggaaatcctggacccaggggaccaaatggacagccaggcccacgaggagagatgggtgat
gatggacgagatggaattggtggcccaggtcccaaaggcagaaagggagaacgtggcttc
gttggctacccaggccccaagggtgaacctggtgaccgtggtggtgctggaggccccgga
cctaaaggaaacagaggccgcagaggagacgctggaaatcctggcacacctggtcagaaa
ggagagattggataccctggaccatctggacttaaaggtgataaaggactatccatcagt
caatgtgctcttgtgcagaacatcaaagataaatgcccttgctgctatggtcccaaggag
tgtcccgtcttcccaaccgagctggcctttgctattgacacctcctcaggtgttgggagg
gatgtcttcaacaggatgaaacaaactgtgctcagagtggtcagcaacttaaccatcgct
gaaagcaactgccctcgtggtgcccgtgtggctctggtcacctacaacaatgaagtcacc
acggagatccgctttgctgatgccaggaagaaatcgagcctactccagcagatccaaaac
ttccaggcaaccctgaccacaaagccacgcagcctggagactgccatgtcctttgtggcc
aggaacaccttcaaacgtgcccgaagtgggttcctcatgaggaaggtggctgtctttttc
agcaatggggagacaaaagcctccccacagctcaacgatgccgtgctgaagctctatgat
gctggggtcactcctgtgttcctcaccagcaggcaggatgcagttctcgaaagagctctg
gagatcaacaacacagcagttggacacgcgatcgttctcccagccagtggcagccagctg
aacgacaccatccgcaggctcttgacttgtcatgtttgtctggatgtgtgtgaacccgat
cccatttgcggctatggcaatcaaagacctgtattcagagacagaagggcagccccgaca
gatgtagacaccgacatagccttcatcatggatagctcggcctccaccacacctctgcag
ttcaacgagatgaagaagtacatttcccacctcataagcaacatggaaatcagctctgag
ccaaaaatatctcagcaccatgcgagagtagcagttctccagcaagctccttatgaacat
gaaaccaactcaagcttcccaccagtgaaaacagagttctcattaactgattatggatcc
aaagagaagatcattcattacttacagaaccagatgacgcagctctatggcacaatggcg
atgggaagcgcagtcgaacacacggtggctcatgtttttgaaagtgcaccaaaccctcgg
gatctcaaagtcatagttctcatgttaactggaaaaatggaaaaacaagaacttgagtac
ctgcgggaggctgtaattgatgcaaaatgcaaaggatacttgtttgttatcttgggcatt
ggcgagaatgtggatgtcaagaatgtctatagcctcgctagcgagccaaacgacgtgttc
ttcaaactggtctctaaacctggggagcttcatgaagaacccttgctacgctttgggaga
ctgttgccatcttttatcagaagtgactttgctttctacctgtctccagaaataaggaaa
cagtgcaagtggcttcaaggtgatcaaacacccaagagccctgagcatactggacaaaaa
gcagtacacgtggcccccaatgcaaccataacccaaaccataagcaccaccaccacgcta
agcaccaccatcaagcctgctgcaagcaccagtgctcatgccaggaccaccactgccagc
accacggcccagaccagagccacggggaggcccacagagagcactactgtccaggtgaat
gctactgtacagagccaaggaagcactgctgccaacaccaaagccaccagccgcaccaca
acaagcaccacggctgcagcagcaagcggcaggagaagacaaggagcaaagatgaatgac
atccagatcacggatgtcactgagaacagcgccaggctgcgctgggccagccctgagcca
cacaacgcctacgtatttgatctcgccatcaccttagcacacgaccactctcttgtgctg
aagcaaaacgtaaccggcactgaacgtgtcattgggggcctcagaagtggacagaaatac
ctcgtcttcattaccggctacctgaaatcccagcccaaagcgacctacacggggacattc
agcacaaagaccccagcacagcccaaagtggccctggccaacatgatgctgagcactgag
ccactggaagggcctgaaaatgatttggcagacccttgcttgctggactttgacatgggc
atgcagtgcaaggactatcaggttgtgtggttctttgactacaaacacaagatctgcagc
cagggttggtatggtggctgcggtggtaatgccaatagatttgagaccgaagctgagtgc
aatagcaaatgcttgaaaccatcagcagctgagaaagccatgcagcagccaccccttgag
aaaagattatcgccagtcatggacatctgcctgctgcagaaggaggaggggacctgcaga
gactttgtgctcaaatggcactacgacgtgaagaccaagagctgtgccaggttctggtat
ggaggctgtggaggcaatgagaacagattcaacacacagaaagaatgtgagaaagcctgc
agccctggtaacatcagccctggcgtggtgacgacgataggaacatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (13)   
   UniProt (1)   
   RefSeq(pep) (12)   
DNA sequence (12)   
   RefSeq(nuc) (12)   
Protein domain (7)   
   Pfam (7)   
All databases (43)   

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