KEGG   Acanthaster planci (crown-of-thorns starfish): 110974570
Entry
110974570         CDS       T05078                                 
Name
(RefSeq) serine-protein kinase ATM-like isoform X1
  KO
K04728  serine-protein kinase ATM [EC:2.7.11.1]
Organism
aplc  Acanthaster planci (crown-of-thorns starfish)
Pathway
aplc03440  Homologous recombination
aplc04068  FoxO signaling pathway
Brite
KEGG Orthology (KO) [BR:aplc00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    110974570
 09130 Environmental Information Processing
  09132 Signal transduction
   04068 FoxO signaling pathway
    110974570
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aplc01001]
    110974570
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:aplc03032]
    110974570
   03036 Chromosome and associated proteins [BR:aplc03036]
    110974570
   03400 DNA repair and recombination proteins [BR:aplc03400]
    110974570
Enzymes [BR:aplc01000]
 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
     110974570
Protein kinases [BR:aplc01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   110974570
DNA replication proteins [BR:aplc03032]
 Eukaryotic type
  DNA Replication Termination Factors
   Other termination factors
    110974570
Chromosome and associated proteins [BR:aplc03036]
 Eukaryotic type
  Meiosis-specific proteins
   DSB formation-related proteins
    110974570
DNA repair and recombination proteins [BR:aplc03400]
 Eukaryotic type
  Check point factors
   Other check point factors
    110974570
SSDB
Motif
Pfam: PI3_PI4_kinase FAT TAN FATC
Other DBs
NCBI-GeneID: 110974570
NCBI-ProteinID: XP_022082001
UniProt: A0A8B7XPM4
Position
Unknown
AA seq 3094 aa
MSEVLISIRNCCDHLDSDKVTERKKYIESLRRELNRPLVQRQLDRNTDEGRGFTWDSAFK
AVSAYMLKEAEYLKKNKGASSTSINTRDRKKQEVGAVLKWFVRIANQRGKRLGCAGVVEH
VLALMKDEFTATAFGVDCCSVLQKDLLRSRTYYCELTPSTWHDLLIQFCKALHSPIPGLS
QDHLSRIVKSVLAGAVVQSNIRRSSMFSFFTRMVGKLRSERSATVIENIVVALNTFSLTV
ASDCRKQLCKLGEDSMSNLLHVWKNNSATTVKDEVVVFLRLQLRLHHPQGVLQEGKGAYA
ADLTIWKSHLQQLYELIFDEWRHAGSRMKLKATGSREVIFKAALVDLAADVCHQVFSASY
AAVDVNQVISDSSQSPGSSRSFPQGGGGAKRRKVEPGWSVLQDMVATQGRSANVTPWLQL
LRTLLHKYPNSLPEDQLQPLVSTLQQVQAESKRAEIQTWILQTLQALALCQCEHRNLPSG
LRMALHTEWTKVWSCAIRTISLHTTESHGFDLLTCLLHCGIVNPDREHWRLFIADSTPPT
SHSVQFLATYLRHHSLPENHVCQGSSIIGSTSAVTKGNHPLRHQLLSWLLPAEDQDESGE
RLHLVKLLKCLPTTLAAYVLGALTQRTTHNVPHVTPYTRSPAATVDNMEQTLQDVEMLHL
RSSFDFSVEEPLKCKSIVERPAVGSSSVVSSVKQSLMQGLERVGVQVLDFNSSEATCGEA
LIHYANLLCKTLAVLLELGVLSEEEVAHSKLGDSLKTLLKRVTAALGNLWRKSDAAADGK
AKLQSLSSLVLALEGMLTWDHSLAGQVAQGSVSWVAEMCRSITPRDLLNALFEIVEKKGK
SSTSTKGSSSKTPSKDPFHDDFMDTKCDDEFEGNGKDDFDENSNLSEESATHKGCQSLLS
FDALSESEHLALRAAQLLCSWAFTGTSPEGQRSSKGHSTLSTADVQGKLLEVLEQEEFDA
FAAFDVQLFFTIAEAFITSSEKQDEILSRLLYVLRTVASANRKDLELCASVLSLLSRLIP
FLQSDTPVVSTDLKESRDVTLCLLAAFWKLRLRQEGVYTAPVCLAIAKCMHALIVIDPTG
EWTILKSKKSRERGQGDNDPTVSGEFCSLLTDSSHTVRIFMASAIQCLFCSDGKPFTKEV
QNQSFDTVYQMVQRAMELQGRLSTDERTDESANRTASLLTSLSTVARCSPACEKKTVFAL
MQAIQLNGIEISLMKKVLQSISVSLHYSSVTVFLESHLSYLIHQWLAEKYVLPQFPHQLL
ACSTEVDFYRKYHRVVIPHLVSMQSLDAIHDIAGALDTDWIELLKGTFPQSIAHILPLFG
HTRLAEEDTESEEYRERRIRAVSCFNALENTLGKETIDNMIQVHLDSIVVELLAMLYEPH
TDDSDMARFTSATDPEPNPPFFTTYTVKATLDYLTNCHAGSRALTLVSLLAKTQDSIQKI
LLALHIRISKSHRAHEKHRMVLAYRLFVSLLLAELSSGLGGSWAMVLQDIIYTLVHTIRE
GTETGEREGFCLAWPCIDLLRAVCVTGLENCHEELGKHLHVIMGTLVPLVEKQDRVADEA
LSLINLLVIDNSASLSSALKYLDPLPDSPRLARAKAAQRSSKYVGGEFTLMEEVNHFLMV
GSQQGGTLRVEGLKHLHHQLATRKEELSVMVQQCAEGSDRTIIQLITELVDLSGTKDGHL
DSQDDMAQAVKEEAARCLGDIGAPNLSTVALQCEETERNASFATALRAFAKAPDMSRYVV
IVHLLKDYLTDPNVDTVEAAADCLKTILATTSGQRCSDKYKEKNIDKLFCYLHPFRPSKK
KATSKQAPRCSRASFTQTIGDPSLWQPAGGNHGDWVRSLTVALIQSGGLQDEILQLLEPI
CKVKVEFAEKILPYLIHDILSTSNDLYRQILSERIQAVFAGHCDSTSSSRATTPIPFADV
SSSQLRQRSLQILLDVMHYLRTQERPTQSRTKSTAWDNNFWLDVNYLLAAKAAQNCRAHF
TCLLFTEIWCDVQRSRQGSSAGDGSGVQTLIQPSGIDTLSSLSSQSDINVQSLLLEAYSS
IGEPDGVYGCGAGRLTDTYARIHTYEHEGNWSKALSAYDLKLHSKSFQTGKQEVGVLQAM
QNLGLSHILTVYLQGLRSEEVAFGPEMAQFQYEAAWRNALWDMELDNRNQTNSSGYHQSL
FTALSCLRDGESESFTGALQQARLDTLHQLSHVSIESAYSVYPMLSRLQGLVELEDFGSM
MLSKQQPNSVLRSWNAQLALMDNDFEFAEPTLVLRTVLLQLLLEQCNTNNHAQAYEGLVA
HLKIQTEIARKAESFQIAEKALATLQALDRPAELQTNHSWWRLIEEAKVYWTRNEKTTAM
HLMRALLDKISRVSTEDPIGESLHPEVLTIYGNWQAETNSDSPNVIIEQYFERAVEMYDL
RDDTSLPAIESQLSLARFADSQYQNIVNYMKSSEYEDKQALMKQAKKEYEELHAMGDRIS
RYARTLKKQSEIDERELDSMMQDRENFLQKAVECYLKCLEFGTSDHDLRVFRVCSLWFEN
SSEDDINKLVQDSFERIESRKLLPLLYQLAARMTTRTQDKQLFYDVLNELIEKTARDHPH
HALPIILALANANKDAVITSRRTGRLARANSMRDDASHADESRMQAARRMLVRLRSTHCN
QIIADLEKLSDAYIELAYWDVSDRKKETGPVKLAPNQPLTQLRHLEHVAMPTMEIPVDAS
CRYENIVSIDHFEDTFKLAGGVNLPKIITCVGSDGIKRRQLVKGKDDLRQDAVMQQVFAL
VNRLLQRNQETRKRRLRIRRYKIVPLSQRSGLLEWCEGTMPLGEYLIGNQRTDFGAHRRY
RPQDSSSMECRKKMAMAHSSSEQGKKYREYLEVMKKFQPVFRHFFLEKFPDPAVWLERRL
AYTRSVATSSIVGYVVGLGDRHVQNILIDCNQAELVHIDLGVAFEQGRILPTPETVPFRL
TRDVVDGMGVAGVEGVFRRCCEKTMVVMHNSQEALLTILQVLLYDPLYVWTMSPQKAMAL
QQRRDRNDPDASELNATTSADLTDGEAGFKGQDSSEGTEVNKVAERVVLRLRQKLQGVEE
GVAMSVKGQVNRLIQEARDPKNLCRLFPGWQPWI
NT seq 9285 nt   +upstreamnt  +downstreamnt
atgtctgaagtattgatatccattcgcaactgctgtgatcacctagattcagacaaggtc
accgaaaggaagaaatatattgaatccttgaggcgggagctgaatcggccattggtgcag
cgtcagttggatcggaacaccgatgaggggcgtggcttcacttgggattcagctttcaaa
gctgtgagcgcttacatgctgaaggaggcggagtatcttaagaagaacaaaggagcttca
agtaccagcatcaatacgagggatcgcaagaagcaagaagtcggcgctgttttgaagtgg
tttgtccgcatagcaaaccaacgtggtaaacgtctggggtgtgccggcgtggtcgaacac
gtgctggcattgatgaaggatgaattcacggcgaccgcatttggagtcgactgctgcagc
gtgctgcagaaggacctgctgcggagtcgcacctattactgcgagctgacgccgtcaacc
tggcatgatcttctgattcagttctgcaaggccttgcacagtcccattccagggctgagc
caagaccacctctcaaggattgtgaagtccgtcttggctggtgccgtggtgcagagcaac
attcgtcggtcgtccatgttcagtttcttcactcggatggttggtaaacttaggtcagaa
cggagtgccacagtcatagagaatattgtagtggcactgaacacgttctctctgaccgtg
gccagcgactgtcggaaacagctctgcaagctgggcgaggattctatgagcaacctgctg
cacgtgtggaagaacaactcggccaccactgtcaaggatgaagttgttgttttcctacgg
cttcagctgaggctgcaccacccccagggggttttgcaggaagggaagggggcatatgct
gctgaccttaccatctggaagagccacttgcagcaactttatgagttgatctttgatgag
tggagacacgcgggatctcggatgaaactgaaggctacaggaagccgagaagttatcttc
aaggctgccttagtggacttagccgctgatgtctgtcatcaggtgttctctgcaagttac
gctgcagtggatgtgaaccaggtcatttcagattctagccagtcgcctggcagctcgcgg
tccttccctcagggtggagggggagccaaacgccgcaaagtggaaccgggctggtctgtg
ctgcaagacatggtggccactcaggggcggagtgccaacgtgactccctggctgcaatta
ctgaggacactcttgcacaagtatcctaacagcctgcccgaggaccagctccagccgtta
gtgtccacattgcaacaagtacaggccgagtcaaagagagcagagatacagacctggata
ttgcagactctgcaggcgctggccctgtgccagtgcgagcacaggaacttaccctctgga
ttgagaatggcattgcacactgaatggaccaaagtctggtcatgtgcaatcagaaccatc
agcctgcacacaacagagtcacatggatttgaccttttgacctgtctgctgcattgtggg
atagtcaatccagatagggaacactggaggctgtttatcgctgactcaacgcctccaacc
agccattccgtccagtttctggcaacttatctcagacatcattcactgccggagaaccat
gtttgccaggggagcagcatcataggctccacatcagccgtcactaagggtaaccaccca
ttaagacaccagttgctgagctggctgctgccagcagaggaccaagatgagtctggagag
agactacaccttgtaaagcttctgaagtgccttccaacaactctggctgcctatgtattg
ggtgcacttacccagcgcaccacacacaacgtaccccacgtcacaccctacaccagaagc
ccagcagctaccgtcgacaacatggagcaaacactccaagatgtagagatgttgcacctt
aggtcctcctttgatttctcagtggaggaaccattgaagtgcaagagcatcgtggagaga
cctgcggttgggtcctccagcgtggtgtcaagtgtgaagcaaagcctgatgcaaggattg
gaaagagtcggggtgcaggtgctagactttaacagcagtgaggctacgtgtggagaagca
ttgatccactatgccaacttactctgcaagacacttgccgtcttgctagaacttggcgtg
ctctcagaagaagaggtagcacattcaaaactcggggatagtttgaagacattgctgaag
agagtgaccgcagcactgggcaacctttggcgtaagagtgacgcagccgccgatggcaag
gccaaactccagtcgctgtcgtctcttgtcctggccttagagggaatgctaacctgggac
cattctcttgccggtcaggtggctcagggatcggtgagctgggtggcagaaatgtgccgg
tccatcacaccaagggacctgttgaacgccctgttcgaaatcgtcgagaaaaagggcaaa
agtagtacttccaccaaaggttcctcatccaagacgccctccaaggatccctttcacgat
gacttcatggatactaaatgcgacgacgagtttgaagggaacggcaaagatgacttcgat
gagaacagcaacctcagtgaggagagtgccacccacaaaggttgccagagtcttctttcg
ttcgatgcattgagtgaatcagaacatctcgccctgagggcagctcaacttctctgctcc
tgggccttcactggaacaagtcctgaaggtcaaaggtcaagcaaaggtcactcaacacta
agcacagctgatgtacagggcaagctactggaggtcttggagcaagaggaatttgatgcc
tttgcagcttttgatgtgcagctgttcttcactatcgcggaagccttcataacatcaagt
gagaaacaagatgaaatcctgtctcgtctgctatatgtattgcggacagtagcatcggcc
aatcggaaggacctagagctgtgtgcttcagtcctcagtcttctatccaggttgatacca
ttcctccagagcgacacacctgtcgtctccacagatctgaaagagtctagggatgtgacg
ctgtgtctcttagctgccttttggaagcttcgtcttcggcaggagggcgtgtacacggcc
ccagtgtgtctggccatcgccaagtgcatgcatgcactcatcgtcatcgaccccaccgga
gagtggaccattctgaagtcaaagaagagcagggagagaggtcagggagacaacgacccg
accgtgtcaggggaattctgctcgctgctgacggacagtagccacaccgtgagaatattc
atggcctcggctatccagtgcttgttttgcagcgatggaaaaccgttcaccaaagaagtt
cagaaccagtcattcgacacagtttatcagatggtgcaacgtgctatggaacttcagggg
cgactgagcaccgacgagcggacagatgaatcggccaatcgcacggctagtttgctgacc
agtctgtccaccgtggctcgctgcagcccggcctgcgagaagaagaccgtctttgccttg
atgcaggcaatccagctcaatggcatcgagatttccctcatgaagaaggttttgcagagc
atatcggtcagcctccattacagctcagtcaccgtctttctagagtcgcatctgagctac
ctcattcaccagtggcttgcagagaagtacgttctcccacaatttcctcatcagctcctg
gcatgctcgactgaggtagacttctatcggaagtaccacagggtggtcatcccccacctg
gtctccatgcagagcctggacgccattcatgacatcgctggtgcccttgacacggactgg
attgagctgctgaagggcaccttcccacaatccattgctcacatcctgcccctgtttgga
cacacgaggttagcagaggaggacactgaaagcgaagaataccgggagaggcgtatcagg
gcagtgtcgtgcttcaatgccctcgagaacaccttgggaaaggaaactatcgacaatatg
attcaagtccacctagacagcattgtggtagagttgctggctatgttgtatgagccccac
acagacgacagcgacatggctcggttcacaagtgccaccgatccagaacccaacccccca
ttcttcacgacctacaccgtcaaggccaccctggactacctgaccaactgccacgctggg
agcagggccctcacactggtctctctgcttgccaagacgcaggacagcatccagaagatt
ctccttgctctccacatccgtatttccaagtctcaccgagcccatgagaagcaccgaatg
gtcctggcctatcgcctcttcgtttcccttctcctggccgagctgtccagcggcttgggt
ggctcctgggccatggtcctccaagacatcatctacactttggtccacaccatccgggag
gggacagagactggagaaagggaggggttttgcctggcctggccctgtatcgacctgttg
cgtgctgtctgcgtcacaggactggaaaactgtcatgaggagctagggaaacatctacat
gttatcatgggcacattggtgcctttggtggagaaacaagacagagttgccgatgaggcg
ctgtcgctgatcaacctgcttgtgatagacaattcggccagcctctccagtgcgctgaag
tatctggacccccttcctgattcacctcgactcgcccgagcaaaggcagcccagagatcc
agcaagtacgtcggaggagagttcactttaatggaggaagtgaaccatttcctgatggtt
ggcagtcagcagggaggtacattaagggtggaagggctgaaacatctacatcaccaactg
gcgacgaggaaggaagaattgtccgtcatggtccaacagtgcgcagagggctccgatagg
acaattatccaactcatcacagagctggtagatttgagcgggacaaaagatggccacctt
gattctcaggatgacatggcacaagctgtgaaggaagaagcagcacgttgccttggcgac
ataggagcaccaaacctatccacggtggctctgcagtgtgaggaaaccgaacggaatgca
agcttcgcaacagcactaagagcatttgccaaggccccggacatgtccagatatgtcgtc
atcgtccatctgctgaaagattacctgacggacccgaatgttgatacggtagaggctgca
gctgactgcttgaagaccatcctagcaacgacctcaggtcaacgttgctctgataagtac
aaagagaaaaacatagacaagctgttttgctatttgcatccattccgaccaagtaaaaag
aaggccaccagcaagcaagctccacgctgttcccgtgcctcctttacacagaccattggc
gatccgtctctgtggcaaccagcagggggtaaccacggcgactgggtgaggagcctgacg
gtagccctgatccaaagtggtgggttgcaggacgagatcttgcagttgttggaacccatt
tgtaaagtgaaggtggagtttgctgagaagattctcccatatctcatccatgatattctg
agcaccagcaacgacctctacagacagatcttgtcagagcgcatacaagcagtgtttgct
ggacactgcgacagcaccagcagcagtcgagcgacgacacccattccttttgcagatgtg
tcttccagtcagctgcgtcaaaggtcattacaaatactgcttgatgtgatgcactactta
aggacacaggagagaccaacacaaagccgcaccaagagcacagcttgggacaacaatttc
tggcttgacgtgaactacttgctggcagccaaagcagctcagaattgcagagcgcacttc
acgtgtctcctgttcactgaaatatggtgtgatgtacagaggtctcgccagggctcgtct
gctggtgatgggtcaggcgtccagaccctcatccagccgtctggcatcgacaccctcagt
tcactgtccagccagtccgacattaacgtccagagtcttctcctggaagcgtacagcagc
atcggcgagccggacggggtgtatggatgcggggcaggacgactgaccgatacgtacgca
agaatccacacttacgaacacgaaggaaactggagtaaagctctcagtgcgtacgatctc
aaactgcactccaaatcgtttcagaccggcaaacaggaggttggggtcttgcaggccatg
cagaatctgggtctcagccacatcttgacggtgtacctccaaggtcttagatcggaggag
gtggcatttggtccagagatggcacagttccagtacgaggctgcctggagaaatgcattg
tgggatatggagcttgacaacaggaaccagaccaattccagtggctaccatcagtctctg
ttcaccgctttgtcttgcctgcgggatggagagtctgagtccttcactggggccctgcaa
caggcacgactggacaccctgcaccagttgagccatgtcagcattgagagcgcctacagt
gtgtacccaatgttatccaggttacagggcctggtggagctggaagattttggcagcatg
atgctcagcaaacagcagccaaattctgtcctccgaagctggaatgcacagctggccctt
atggacaacgattttgaatttgccgagcccactcttgtcctccgaacggtccttcttcaa
ctcttactggagcagtgcaacacaaacaatcatgcccaagcttacgaggggttagttgct
catctcaagatccaaacagaaatagcaagaaaagctgaaagcttccagatcgcagaaaag
gctttggccaccttacaggccttggacaggccggccgagctccagactaatcactcctgg
tggcggctgattgaagaggctaaggtgtactggactcgcaatgaaaagacaaccgccatg
cacctcatgagagcactacttgacaagattagtagggtttccacagaggaccccattgga
gaatcacttcatcccgaggtgctgaccatatatggcaattggcaggccgagactaactct
gacagtcccaacgtcatcattgagcagtactttgagagggcggtggagatgtatgacctc
agagatgacaccagcctgccagcgatcgagtcccagctgtcgctggcccgattcgccgac
tcccagtaccagaacatcgtgaattacatgaagtccagcgagtacgaagacaagcaggca
ctgatgaagcaagcgaagaaggaatacgaagaactgcacgccatgggtgataggatcagt
cgatatgccagaactctaaagaagcaatcggagattgatgagagggagttggattccatg
atgcaagacagggagaatttcctgcagaaggccgtcgagtgctacctgaagtgtctggaa
ttcggcacgtcggaccacgacttgagggtcttcagggtgtgctcgttgtggttcgagaac
tccagtgaggatgacattaacaaactcgttcaggattctttcgaacgtattgaaagccga
aaattgcttccgttgctatatcaactggctgctcgaatgaccaccagaactcaagataag
caactcttctatgacgtcctgaatgagctgatcgagaagactgcacgagaccatccccac
cacgccctccccattattctggcccttgctaatgccaacaaagatgctgtcatcacctcc
aggagaaccggtcggctcgctcgcgccaactcgatgagagacgacgcaagccatgctgat
gaatctcgaatgcaagcagcccggcgaatgctagttaggctgagatcaacacactgtaac
caaatcatagcagacctggagaaactttccgatgcttacattgagttggcttattgggac
gtctcggaccgcaagaaagaaacgggccccgttaagcttgcccccaaccaacctttgacc
cagctgaggcatctagagcatgtcgccatgccgaccatggagatccctgtggatgcatcc
tgtcgctatgaaaacatcgtctcgattgatcattttgaggatacctttaagttggcagga
ggcgtcaaccttccaaagatcatcacttgtgtcgggtcagacggcatcaaaagacggcaa
cttgtcaaaggcaaggatgacctcaggcaggatgccgtcatgcagcaagtctttgcattg
gttaacagactcctccaacgaaaccaagaaacaaggaaaagaagattgcgaatccgaaga
tacaaaattgtgcctctttcccagcgtagtggtctgttggagtggtgcgagggcaccatg
ccactgggagagtatcttattggtaatcagaggacggactttggggctcacaggcgttac
cgaccacaggacagctcgtccatggaatgccggaagaagatggcgatggcgcacagcagc
agcgagcagggcaagaaatacagggaatacctggaggtcatgaagaaattccagcctgtc
ttccgtcacttctttctggagaagtttcctgatcctgccgtgtggctggaacggagacta
gcctacaccagaagtgtagccacctcttccattgttggatatgtcgtcggccttggggac
agacatgtccagaatatcctgattgattgcaatcaggctgagctggtccacatcgatctg
ggcgttgcatttgagcaggggcgaattctgcccacaccggagactgtcccattcagactg
accagagacgtagtggacgggatgggcgtagctggcgtggagggggtcttcagaagatgc
tgtgaaaaaaccatggtggtaatgcacaactcccaggaggctttgctaaccattctgcag
gttctcctgtacgatccattgtacgtctggaccatgtccccccagaaggccatggccctg
caacagcggcgggatcgcaacgacccggacgcctctgagctgaacgccacaacgtccgcc
gacctgacggacggcgaggctgggttcaaaggtcaggacagcagcgagggcacagaggtc
aacaaagtcgctgagcgggttgtgctgcggcttcggcagaagctgcagggggtggaggag
ggcgtggccatgagcgtcaaggggcaggtcaaccggctgatccaggaggctcgagacccc
aagaatctctgtcggctgttccctggctggcaaccctggatataa

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Ontology (6)   
   KEGG BRITE (6)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (113)   
   KEGG ORTHOLOGY (1)   
   RefGene (109)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (4)   
   Pfam (4)   
All databases (134)   

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