KEGG   Anolis carolinensis (green anole): 100559509
Entry
100559509         CDS       T01608                                 
Symbol
col6a3
Name
(RefSeq) collagen type VI alpha 3 chain
  KO
K06238  collagen type VI alpha
Organism
acs  Anolis carolinensis (green anole)
Pathway
acs04510  Focal adhesion
acs04512  ECM-receptor interaction
acs04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:acs00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    100559509 (col6a3)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    100559509 (col6a3)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100559509 (col6a3)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:acs04147]
    100559509 (col6a3)
   00536 Glycosaminoglycan binding proteins [BR:acs00536]
    100559509 (col6a3)
Exosome [BR:acs04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   100559509 (col6a3)
Glycosaminoglycan binding proteins [BR:acs00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   100559509 (col6a3)
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   100559509 (col6a3)
SSDB
Motif
Pfam: VWA VWA_2 Collagen Kunitz_BPTI VWA_3 fn3 TssR_VWA
Other DBs
NCBI-GeneID: 100559509
NCBI-ProteinID: XP_008112833
Ensembl: ENSACAG00000004231
UniProt: A0A803TB65
Position
1:123668167..123791993
AA seq 3151 aa
MRKHRHSSLGAIICLLFSGYYMAAAQQQNNGAADIIFLVDSSWSIGKEHFQLVREFLYDV
VKQLDVGGNDFRFGLVQFSGNPHTEFQLNTYHTLQDVLSHISHMPYMGGGTKTGQGLEFL
IRNHLTKVSGSRVSDGTPQVVVVLTDGRSQDDVTLPSSVLKSADVNMFAIGVQDAVEGEL
KEIASEPLEIHLFNLENFTALHGIVGDLVESIHSSLTPGMAGEKGVVKDITAQESADIIF
LIDGSNNIGPVIFATVRDFVANVIERLSVGSESIRVGVVTYSDQSRTAFFLNSHTRKADV
LEAVKALSFPGGEEANIGEALEFVVQNHFNRSGGSRIEEHVPQVLVLISSSESSDDIREG
VLAMKQAGVFSFSIGVKNADNVELQQIATDGSFVFTILDTRNLGDLEDLLLPNIVGVAQR
FILLDTPTVFTEVVEVNRKDVVFLIDGTTALGTASFNAIRDFIGKIISRLEIGPHAIQVA
VAQYGDTVRPEIYLNTYPNKKDISTNLRKIRPAGGAVLNTGAALRTVKNSFFTSSVGSRI
EEGVLPVLVLVTGGKSRDDVVQPVQELKRGGIMVLAIGAQNADRAELEQIAFEPGLVFTP
TEFRVQPLAQILPTVLAHIRTLSGSVTETTDVLINKRDIIFLLDGSANVGNANFPYVRDL
VVNLVNSLDVGIDDIRIGLVQFSENPKTEFFLNSFLTKAEVLSHLSGLKLLGGSVLNTGS
ALDFVFSNHFTKAGGSRIDENVPQVLVFLTAGPSVDSFQEAARALARARVLTFSIGVRNA
DPAELQQISFNPQIVYFRNEFRSLANLPQEMIRPLTTYYSGDVEEVVITSTESKSDIFFL
FDGSSNLAGQFPAVREFLLRVLSDLNLGPDATRVAVAQFSDNVQVEFNFQDIPSKQEILQ
RVKKMRIKGGRSLNIGAALETAMRDVFVRQAGSRIEEGVPQFLVLLAAGRSSDDVDQPAN
ALKQAGVATFVIKSRTADPVELERIVFAPQFILNADSLSRIGEIQPEIVNLLKTIEIRES
GDEIQRKDVVFLIDGSDATRSSFPELKSFVQRVVDSLDVGPGKVRVAVVQYSNDANTEFN
LNEYSDKASVITAVQRMTAMGGYAVNTGAALNYLISNVFTREAGSRVQEGVPQFVILLTA
ERSRDDVRRPALELKTRGAVPLGIGFGNADITQLQTISFVPEFAVFVSGVSELGRIQQLI
AERVTRLTKAEIEALTPEITVPLPRPGDGKKDVVFLIDDSQYAVPEFNSVREFIERLVSN
LNVGSDNTRIAVIQFSEDPRVAFLLNAHSTKEEVQDAVRRLKPKGGRQVNLGSALEYVSK
NIFTRPSGSRIEEGAPQFLILLFSHPSDDDVEDPAIQVKQVGVAPLTIAKNVDRELMQTI
ALSPQYVFQVSTYQDLPTLEQQLISPVTTLTTQQIQGLIADTSSPTDIDSEAKDIVFLID
SSDNVGADFAHIRDFIIRIIQQLDVRSRKVRIGVVQFSNNVFPEFFLKTHPTKNAVLQAI
RRMRPRGGTPLNVGKALDYVVKNHFIKSAGSRREDGVPQHLVLLLGGRSQDDVGRPSNVI
LSSGIKSLGVGAKNADSAELQRITNDQRTAFIVREFAELPTIEKRFFASFEAPQEPPLEE
TEIPLDSKKQADIVFLLDSSINFGRDNFQEVVDFVYGIIDAIYEEGDSIKVGLVQYNSDV
SDEFFLKDFTDKEQILEAVKRIAYKGGRTANTGTAIKHIKAKHFVKEAGSRVDQKVPQIA
FIITGGRPEDDGQTAALALAQQGVKVFAVGVRNIDLGDIAKLSSDSTTGFRAATAQELSE
LNEAVLVTLNDVMKEQLCVGVGEVSRDCNLDVIIGFDVSDVGPGQSIFNVQRVLESNVED
ILNRITRMQKISCTRNQAPTVRVALLAQTPSGVVEAFDFSEYQPELFEKFRALSNRGPFV
LTAETLRSYQNKFRASSAGSVKVVIHLTDGLDGPRGQLAAASADLKKEGVKALILVGLER
VPNFEEVMQLEFGRGFTYNRPLQVNLLDLDFDLAEQLDSIAERACCGVPCKCSGQRGDRG
LPGLFGPKGLSGENGYRGYPGDEGGPGERGPAGINGTQGFQGCPGERGTKGSRGFPGEKG
ALGEIGLDGIDGEEGDRGLPGSSGERGSSGRRGVKGPKGERGERGDRGLRGDVGVAGIDG
TQRGPRGSKGEPGPTGEPGGDGPAGAPGGPGRNGGFGRRGPPGSKGNKGAAGLPGAVGEQ
GIRGPQGSPGPNGTPGLRGEQGIPGPRGDGGPLGPAGERGRSGPLGKKGEPGEPGPGGPV
GPPGPRGLTGDDGRDGVGRAGAKGSRGEPGFPGYPGPRGTPGDRGGPGDVGPKGSRGQRG
RAGEPGSIGQKGERGYPGASGLKGNKGESRDQCALVRNIKDKCPCCYGPRECPIFPTELA
FALDTSAGGSTEAFNRMKQSVLSIVNNLTIAESNCPRGARVALVTYNSEVTTEIRFADSR
RKKNLVKQIQDLQIAQTSKQRSLETAMSFVARNTFKRARSGFLMRKVAVFFSNGPTRASP
QLNEAMMKLYDAGVVPVFLTSREDRALINALQINNTGGQAITFSGGADQLRQTIGRLITC
HICLDVCDPDASCGAQRGVFGRDRRAAPTDVDIDIAFILDSSDSTTHLQFSEMKNYISYV
VSQLETSSNPSASQHHARVAVVQHAPYEFESNSSTSPVKVELSLTDYASKDKLIDFVKDQ
MTQLHGTRALTSAIKYTMTHIFESAPNPRDFKVIVLMMTGSVEKEELEHLHKVIVEAKCK
GYFLVILGIGRKVNIKNIYSLASEPNDIFFKYIDKPSELHEEPLLRFGNLLPAFISSENA
FYLSPDVRKQCDWFQNDQPVKKIAQKEIHIPNNATATPTATEKPKVTMIMHTGEIQITDI
TENSAKLHWANPESQNDYVYDISITSAHDNSLVLKLNLTGTERVIGGLGSGQKYHVIVTG
YHNAHVKATYKGTFITKSMALPKMPSAATANLMMNSEPLEGPNTDPCLLDLDMGTQCKEY
QVKWFFDYKNKICTKVWYGGCGGNANRFETEADCISRCLKPSDEEVMQLPVLEQSHLSGH
KVPKKKLPRKKLPRRKLKRRARKAKDICNLSKEAGPCRDFILKWFFDTTTKSCARFWYGG
CGGNENRFNTQKECEQLCFAGSPGIIITMGT
NT seq 9456 nt   +upstreamnt  +downstreamnt
atgagaaaacatcgacattcgtccttaggagcaattatttgtctcttattctcaggttat
tatatggctgccgcccagcagcaaaacaatggtgctgctgacataatatttctagtggat
tcctcttggagcattggaaaggaacatttccaacttgttcgggagtttctgtatgatgtt
gtaaaacaattagatgtgggtggaaatgattttcggtttggcctggtccagttcagcgga
aacccacatacagagttccagttaaacacgtaccatactttgcaagatgtcctctcccat
atctcacacatgccttatatggggggaggaaccaagactggacaaggattagaattccta
attcggaaccatctaactaaagtttctggaagcagagtgagtgatggcactccccaggtt
gttgtagtgttaacggacggacggtcacaggatgatgtgactctgccatcctctgttctt
aaatctgccgatgtaaacatgtttgccattggagtgcaggatgcagtggaaggggagtta
aaggaaatagcaagtgaaccccttgagatacacctgttcaacctagagaactttactgct
ctccacggcattgtaggagatttagttgaaagtattcactcatcactgactccaggcatg
gctggagaaaaaggagtggttaaagacatcacagcacaagaatctgctgacattattttc
cttattgatggatcaaacaacatcggccctgtcattttcgcaaccgttcgtgatttcgtt
gcaaatgtaattgaaagactctcagttggatctgagtccatacgcgttggggtggtgaca
tatagtgatcaatccaggactgctttcttcttgaacagccacacccgaaaagccgatgtt
ctcgaggcagtgaaggcccttagctttcccgggggcgaggaggctaacattggggaagcc
cttgaatttgtggtacaaaaccactttaatcgttcaggaggtagcaggatagaggaacac
gtcccccaggtcttagtactgataagttccagtgagtctagtgatgacattagagaaggg
gtcctggccatgaagcaagctggtgtattctcatttagcattggggtcaaaaatgctgac
aatgtagagcttcagcaaattgctactgatggaagcttcgtgtttaccatcctggacacc
cgtaaccttggcgaccttgaagacctcttactgccaaatattgttggagtggcccaaaga
ttcattttgttagataccccaaccgtttttacagaagttgttgaagtcaataggaaggac
gtagtcttcctgatagatggcacaacagctttgggaactgcctcctttaatgcaatccgt
gacttcattggaaaaatcatcagcagattggaaattggaccacacgccatacaagttgca
gttgcgcaatatggagatactgtgagaccagaaatctatttgaatacctacccaaacaaa
aaagatatctctactaatcttagaaaaataaggccagcaggtggagctgtacttaataca
ggtgctgctctgaggacagttaaaaactccttcttcaccagttctgttggaagcaggatt
gaggaaggtgtcctcccagtgttggtacttgtcactggtggtaagtccagagatgatgtt
gtccaaccagtgcaagaactgaaacgaggagggataatggtccttgctattggagcccaa
aatgcagaccgtgctgaacttgagcagattgccttcgaaccaggcctggttttcacaccc
actgaattccgcgtacaacccctagcacagattcttcccactgttttggcacacataagg
acactttctggaagcgttacagaaacaacggatgttctgataaacaaaagggatatcatc
tttcttttggatggatcagccaacgttggaaatgccaactttccatatgtccgggacctt
gttgtgaatctagttaactcccttgatgttggaattgatgatatacgaatcggcttagta
caatttagtgagaatcccaaaactgaattctttttaaactctttcctaacaaaggcagaa
gtacttagtcatctgagtgggctgaaactgctgggtggttcagtgctgaatactggctct
gcactagactttgtcttttcaaatcacttcactaaagctggtgggagcagaatagatgaa
aatgtcccgcaggtgttagtcttccttacagcaggaccatcggtcgattcattccaagag
gcggccagagccttagcgcgggcaagagtgctgacattttccattggcgttagaaatgcc
gaccctgcagaacttcagcaaatttcctttaatccacaaatagtatattttaggaatgaa
ttccgttctctagcaaatttgccacaggaaatgattaggccactgactacatattatagt
ggagatgtggaagaagttgtaatcacatcaacagagagcaagagtgatatctttttcttg
tttgatggctcctcaaaccttgcgggtcagtttccagctgttcgtgaatttttgcttcga
gttctttctgacctcaacctggggcctgatgccacacgtgtggctgtggcacagtttagt
gacaacgttcaggttgaattcaactttcaggacatcccatccaagcaagaaatccttcag
agagtgaaaaagatgaggataaaaggaggacggtcactcaacattggtgctgcacttgaa
actgcaatgagggatgtttttgtgaggcaggctggaagcaggatcgaggaaggcgtgcca
cagttcctggtgctccttgcagctgggagatcaagtgatgatgtggatcagcctgccaat
gcgctgaaacaagctggtgttgctacttttgttatcaaatccaggactgcagatcctgta
gaattggaaagaatcgtttttgcacctcaattcattctaaatgctgactccctttctcga
attggagaaatacagcctgagatagtcaacttgctgaaaaccattgaaatcagagagtca
ggtgatgaaattcagaggaaagatgttgtgtttctgatagatggttcagatgccaccagg
agtagtttcccagagctgaagtcctttgtgcaaagagtggttgatagtttggatgttggt
cctggcaaagtccgcgtcgctgtggttcaatacagtaatgatgccaacacagagttcaat
ctgaatgagtactcagacaaagcaagtgtgattacggctgtccagagaatgactgctatg
ggaggctatgccgttaacacaggggctgcccttaactacctgattagcaatgtattcaca
agagaggctggaagcagagtgcaggaaggtgtgccacaatttgtgatcttgctgactgca
gaaaggtcgagggacgatgtcagaagaccagccttggaactgaagacaagaggtgcagtg
cctttgggcattggatttggaaatgcagatatcactcagttgcagacaatttcctttgtt
cctgaatttgcagtctttgtttctggtgttagtgaactgggccgcattcagcagctcata
gcagaaagagtgactcgactgacaaaggcagaaatagaggctttgactccagaaataact
gttccacttcctcgcccaggagatggaaagaaagatgttgtattccttattgatgattcc
caatatgctgttcctgaattcaattctgtccgtgagtttattgagagacttgttagcaat
ttgaatgtgggctctgataatactcgaatagctgtaattcagttcagtgaagaccccagg
gttgcatttctgctaaatgcacattccaccaaggaagaagtacaagatgcagtgagaagg
ctaaaacccaaaggagggagacaagtgaaccttggttctgcccttgaatatgtgtcaaag
aatatatttacaaggccctcaggaagtcgcatagaagaaggtgcacctcaatttttaatc
ctcctcttttcccacccatctgatgatgatgtggaagacccagcaattcaagtcaaacaa
gttggtgtggcaccattgactattgcaaagaatgtggatcgagaactaatgcagacaata
gcccttagtcctcagtatgtgttccaggtgtcaacctaccaggatcttcctactctggaa
caacaattgataagccctgttacaacgctaacaacacagcagatacaaggactcattgct
gataccagtagcccgacagatattgacagtgaagcaaaggacattgtcttccttattgac
agttctgacaacgttggggcagattttgctcacattcgagattttatcatccgaattatc
cagcagttagatgttagatcaaggaaagtgagaattggtgtggttcaattcagcaataat
gtattccctgagttcttcttaaaaacccatccaaccaagaatgctgtgctacaagccata
cgccgcatgcggcccagaggaggcactcccctgaatgttgggaaagctctggattatgtt
gtgaagaatcacttcatcaaatctgcaggaagcaggcgagaagatggagtcccacagcat
ttagttctgttgcttggagggagatcccaggatgatgtcggaagaccttccaatgtgatc
ctatcatcagggataaagagcctgggtgtgggagcaaagaacgcagatagtgcagaactg
caaagaattactaatgaccagagaacggcattcattgtgagagaatttgctgagctccca
acaatagagaaaaggttctttgcatcatttgaggcacctcaagaaccaccgttggaagaa
actgaaatccctctcgacagtaaaaagcaagccgacattgtttttttgctggatagttcc
atcaactttggaagagataatttccaggaagttgttgattttgtatatggtattattgat
gctatctatgaagaaggtgactccattaaagttggcttagtgcagtataactcggatgtg
agtgatgaattcttcttgaaggacttcactgacaaggaacagatcttagaagcagtgaaa
agaatagcatataaaggaggccgaacggccaatactggcacagccatcaaacacatcaaa
gcgaaacacttcgtaaaggaggctggcagcagagtcgatcagaaggtacctcagattgcc
tttattataacaggaggcaggccagaggatgatgggcagacagctgccttggccttggca
caacaaggtgtcaaggtgtttgcagttggtgtgaggaacattgacctgggcgacattgca
aaactctccagtgatagcaccacaggttttcgggcagcaacagcccaggaactctcggag
ttgaatgaggctgtcttggttaccttgaatgatgtcatgaaagagcagctgtgcgttggt
gtgggagaagtctcaagagattgtaatctggatgttataattggatttgatgtctcagat
gttgggccagggcaaagtatattcaatgtgcagagagtgctggaatcaaatgttgaagat
atattgaacagaattactcgaatgcagaaaatcagctgcactcgcaaccaggcaccaact
gtgcgcgtggctctcctggcgcagactccttctggagtagtggaagcgtttgacttttct
gagtatcagccagagttgtttgaaaaattccgagccttgagcaatcgtggcccatttgtc
ttaacagcagaaactctcaggtcttatcagaataaattcagagcatcttctgcaggaagt
gtcaaggtcgtaattcacttaactgatggccttgatggccctagggggcaactagctgca
gcatctgctgatctgaagaaagaaggtgtcaaggctctcatccttgttgggttggagcga
gtgccaaattttgaagaggtgatgcaactggaatttggacgtggctttacttacaaccgt
cctctccaagtgaatttgctggatttagactttgacctggcagagcaactggacagtatt
gcagaaagggcatgctgtggggtcccatgcaaatgctctggacagaggggagacagagga
ttgccaggtttatttggaccaaagggactttcaggagagaatggttacagaggctatcca
ggagatgaaggaggaccaggtgaacgtggaccagcaggaataaatggaactcagggattc
caaggctgtcctggtgaaagaggaactaagggaagtcgtggattcccaggagaaaagggt
gctttaggggaaataggccttgatggaatagacggggaagagggagaccgaggccttcca
ggttcttctggagagaggggaagctcgggcagacgtggtgtcaaaggacccaaaggagag
aggggagagagaggtgaccgtggattgcgaggagatgtgggtgtcgcagggattgatggc
actcaaagaggacccagaggctcaaaaggcgaacctgggccaacgggtgaacctggagga
gatggacctgcaggtgccccaggaggacctggaaggaatggaggatttggcagaagagga
cctccaggaagcaaaggaaacaaaggagcagctggtctcccaggagcagtaggagaacag
ggtatcagaggtccacagggatcaccaggaccaaatggaactccgggtcttcgaggagag
caaggcatccctggtccaaggggtgatggaggtccacttggacctgctggagagcgtggc
agatctggtccacttggcaaaaagggtgaacctggtgaacctggtccaggagggcctgtt
ggtcctccagggccccgaggattgacgggggatgatggacgtgatggagtcggcagagct
ggagctaaaggcagcaggggagaacctggcttcccgggatatccaggaccaaggggaaca
cctggagatcgtggtggtcctggtgatgttgggccaaaaggaagcagaggtcaaagggga
cgggcaggagagcccggctccataggccaaaaaggagagcgaggatatcctggggcatct
ggactgaagggtaacaaaggagaatcaagagatcaatgtgcacttgtacgtaacatcaaa
gataaatgcccttgctgttatggtccaagagaatgccccattttcccaacagaactggcc
tttgcactagatacctcagctggtggaagtacagaagctttcaacagaatgaagcagtca
gtgttgtccattgttaataatctcacgattgctgagagcaactgcccacgtggcgcccgg
gttgcactggttacctataatagtgaagtcaccactgagatccgctttgctgactcacgg
agaaagaaaaatctagtgaaacagatccaggacctccaaattgcacaaacatcaaaacag
cggagtttagaaacagcgatgtcctttgtggccaggaataccttcaagcgggcacgcagt
gggttcctcatgaggaaggtggccgtttttttcagcaatggaccaacaagagcatctccg
caacttaatgaagctatgatgaagctctacgatgctggagttgtacctgtgttccttacc
agcagagaggacagggcccttataaatgcattgcagattaacaacacaggtggacaggct
atcacattttctgggggagcagatcaactacgccaaactattggaagactaataacatgc
catatttgtctagatgtgtgtgaccctgatgccagctgcggtgctcaaaggggtgtcttt
ggtagagacagacgggcagcccctacagatgttgacatcgatatagcattcatccttgat
agttcagacagcaccactcacctgcagtttagtgagatgaagaactacatttcctatgta
gtaagtcagctggaaactagttctaatcccagtgcatcccagcaccatgccagagtcgct
gttgtccaacatgctccttacgagtttgagtcaaattcaagtacatctcctgttaaagtt
gagttgtcactgacagactatgcatccaaagacaagctaatagattttgttaaggaccag
atgacacagctgcatggcacgcgggcactaacaagtgcaataaaatatacaatgactcat
atctttgagagtgcaccaaatcccagagacttcaaagtcattgtcttgatgatgacagga
agtgttgaaaaagaagaacttgaacaccttcataaagttattgtagaagctaaatgcaaa
ggatactttttggtcatactggggattggaagaaaagttaacatcaagaatatctacagt
ttggcaagtgagccaaatgacatcttcttcaaatacattgataagccatcagaacttcat
gaagagcctttgctacgctttggaaacctcttgccagcttttatcagcagtgagaatgct
ttttacctgtctccagatgtcaggaaacaatgtgattggttccagaatgatcaaccagtg
aaaaaaattgcccagaaagaaatacatattccaaataatgccactgctacacctacagca
actgaaaaaccaaaagtgacaatgattatgcacaccggagaaatccagattacagatatc
acagaaaacagcgctaaactgcattgggcaaaccctgaatcccaaaatgattatgtctat
gacatttcaattacatctgctcatgacaactctttagttctaaaactaaatctaactggc
actgaacgggtcattggaggtctgggaagtgggcagaagtatcatgtcattgttacaggt
taccacaatgcacatgttaaagctacctacaaggggacatttattacaaagagtatggcc
ttgcctaagatgccttcagcagcaactgccaatttaatgatgaactctgaaccattagaa
ggacctaacacagatccttgcttgctggaccttgacatgggcacgcagtgcaaggagtat
caggttaagtggttctttgactacaaaaacaagatctgcaccaaagtttggtatggtggg
tgtggcggtaatgccaatagatttgagacagaagctgactgcattagcagatgcttgaag
ccatcagatgaggaagtcatgcagctgcctgtccttgagcaaagtcacttgtcaggacac
aaagtacccaagaagaagttacccaggaagaaattgcccagaaggaaattgaaaaggaga
gcaagaaaagccaaagatatttgtaacttgagcaaagaagcagggccctgtagagatttt
atcctgaaatggttttttgacacgacgaccaaaagttgtgctagattctggtatggtggc
tgtggtggaaatgaaaacagatttaacacacagaaagaatgtgaacaactctgctttgca
ggaagtcctggcatcatcataacaatgggaacttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (70)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (7)   
   RefSeq(nuc) (3)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (95)   

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