KEGG   Pieris rapae (cabbage white): 111004449
Entry
111004449         CDS       T05162                                 
Name
(RefSeq) uncharacterized protein LOC111004449 isoform X1
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
prap  Pieris rapae (cabbage white)
Pathway
prap00310  Lysine degradation
prap01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:prap00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    111004449
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:prap03036]
    111004449
Enzymes [BR:prap01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     111004449
Chromosome and associated proteins [BR:prap03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     111004449
SSDB
Motif
Pfam: SET BAH AWS PHD_5 Bromodomain PHD
Other DBs
NCBI-GeneID: 111004449
NCBI-ProteinID: XP_045484417
Position
5:complement(8331279..8370197)
AA seq 3183 aa
MGTEVPKTHDSSGDSDSNSDSENSSSDTSGSDWECSGSKQVNTRKSHFSVTSCDTGLKLK
IAAIPRKVTPKKSAKPTVRKKSNETISKQRPKEKTKKKLSDSSSSSESCSKCSSATSSED
DLPLKAVKKSLPSKTSVKVKTSVKSDCEGSEKDIKVKDKSCKSISTAKKNKCDESSQDGK
KQARQRAKFASPTVASAACGSSSSSSTSSSSSSSSSSSSTSSDSDTPDAGTQNPPDDSNV
ALAAACQLQVIDDADLAELFPEQSSSAPVQQTNFTTFAEHSAAPDDDKSPVDNGDGSSSE
MELTPQLVTAAIQRATADSSGSENECSNSETVQNTSHYASSLLQQFVAQTQLLSNSAPLS
NINSSSISCGLNAKDGNIQSTIGDCVLGQLNNLPEISPITPNFLSGSTHLSPQHTEELSL
INKDLAEISSVADSVDIANPPSLDDCVENNDFMNLDIAGTSVLGSASDLLQSSHITIANN
DVNSLNQIDPNKLYSINANSLESQDDSKNVAVESRRKRGRPRKVKKNEEFVKKGAESQRD
DKQAANVDNHFHNSNDPPNVSPDSGILSNHNSPTQSPLRRLDIDEGSSRNRRKSVQKENT
SERKSARSKSKTRTRTQDRSDSSDNDFRKKRSETEIKQIKTEAPSPVPLKQEPNRLEKPK
KNDRKIDIAALDRMLYATDRVLYPPRKRPGRKPQAKTKPIKTASKTLKDKNQYNSGDSDN
DSASPNRSVLSGVYAKRKELNSKLAVLPKKSSKTITNTWRENQSENEAAADDMIDPTWKE
IDLNPKYKDLLSGYKSDYEFKPYKSCSRLIESGYKSDYGFRSGYKSDYNRSGYKTDYKSG
YKTDKSGYKTDYSVRSGRRRIKKLKKTRSVRNRSYYKNQKHFVSDQEILLLSNKTFSSLT
LGHSSSDSECDNYMRKSAASPKYISVCTKYPLPSKYDYSFKKNNQKNILRVNSSDPFAPG
PVFSGLQRPVTTYNIFKVSHNNNNTLLKPPGQSKASSGTLPPLKPVFTHKFGVSPLTSTK
QPQKEVDKINSRNLSPRNRKHTKFTATAPLPTPKKEHVKPLPNIFEKAKNSYIPNKSLSR
NVFLNFKKSNIKPTYHIKKHRRTVVLAPPKINLKPTERPSRITIKTESKHHRHRSKRRHR
SRSVSRCRESANRNVAETIDQKFNTDMDNLINNFIKLCQVAPKLLTNVALNSPKHVEKEK
PQSDTATTKVVKRTSKKRKTSDNLETATPTSKRRHKKQLAESQNKGGKDTNEHKLPLKKR
HYHINSSTSNSLSLSLVTSEFDENLKNEAGSEKFLCTESDCLVDLQTQDAENSPKPKAVS
EKSKRPGESLKIAASESKIISELLPKETKTDSDTKSIIIKKDESNSPVMDDSASNSINIT
DDDLLIKKPSEEQSELSKKIYETSEKLKAVHKMVHDLEKSLPKTKDVDVKPESSKLDTSR
ISSPRSETKSSPMRNPIVTPKKRHRLEAEKDTSHSNIDNVVQSLSKKISEEKPLMSDKKD
INENTSQEDVKDDDKNSSTSPNTTSVPTSGSGTDPLKSMSARSLYKSAIPPAQKSEIMTR
KKNRLEGLTSNLVSKINPSAATKVLDTLLNNNIRKSIESRILEKEKSNSDSSCSNKSDDK
IRGKDSPNNQINTRASVIKSPVSKGKLLETKCKTRTSDSLTGNTVVVNVDNPTGIFESSV
DLEDQIPKSSICVSNILAEKNKKMKNHDLKSSILSSIDTESDIPLSLIAESSDSIIRPKR
GESIAAVISDKIQETAGGHNLRQPKRNLMTDSDDANEKKKKKTSNNIIRESKLVLPSKIL
IPKVQAERMPIGNIIKKCNLQTKKSEQTAEPNDTIKTIDPVKKKPRRRKAFNRTGFPNVK
RKKKKVESNNSANSSHDQLGSEDTDSSAFERVPKDGEAMSNFLERTTNMQPELKIVLNKD
ECPKQGRLTVVALEKLQGREAVNKSNKQTDKAAPEKKTSSILRAPALQLKQKTDKEIKNH
INKWEVLSETDSIPSLASSLGNDPEDSIPLSLLNLKQKANRVENIERLKRKSRVLSPSNE
IEQIFSKRKVVEKTCKVGLRPKSSLAVLYPSERRHTRSFDNTAEDGKIKPRKSENKKVLE
VTEKEKIKPLGIITRRKSRSCQLNKKVANDVVNSSRESSLETIVSRKMPLSREPSVDTLL
DHDENEPLPLNEKEIDFEKSIDVISKNIICKKRVAASRDGSPSNGVDSKERIVSKKNPRL
RKKFLLAGLFSEYYKEDPKPEGKGKNLVTQTEFPPGLLGPPPYCERWVRKRLIHFTLPYD
IWWEQHYNQPVPSWNYKKIRTNVYYDVKPSAEECESVACNCAPSSGCNEDCINRLVYSEC
SPQLCPSGDKCKNQRIQRHEWASGLEKFMTENKGWGVRTKHRITSGDFILEYVGEVVSDK
EFKERMATRYARDTHHYCLHLDGGLVIDGHRMGGDGRFVNHSCRPNCEMQKWTSNGTFRM
ALFALRDIDPDEELTYDYNFSLFNPAVGQPCKCDSEDCRGVIGGKSQRITKQPLKTQSRT
PSNASNQSSTSNQPRVGRPRKAVKCNKKSDQLNVSACDIKNMTILKYQQHLNKLWQEPQL
KPLTAKERALVKDRHCFLFRNLENVRRTREKITLPMPPSPVSNVPSVSLPPVPEVINVDP
LALPDTMNPQVFHKKLQNLRASKEKILKLAKFEDDSTLDMKQRLGRVFKALFTILTTFKG
DEDKPICTPLLKLKNQKSDSISDLNGIQNKIDNNDYESIVQFDSDVSGLMSMLMREYSKA
TAVGSAAAQLKKVYTTAKLEFAEHLSKILGSQESLPSGFIQKTKPEEVILCICGLHVEEG
LMVQCGNSRCGVWQHARCMRLADTSSTHYCHLCSTEPVDREIPLDEYTEEGHQFYLSLMR
DGLQVRQGDTVYVLRDIPINDKHPDVSQKTGDKTDSPKTKRVDRKKLKNIKGKEKEDVTV
NKDNEVRKHTYQTIGCVPVSELDIFRVERLWKHKDTQERYVYGHHYLRPHETFHEPTRKF
FHNEVMRVPLYEAVPIELVMSQCWVMDLNTYCKGRPVGASEAHVYICELRVDRTAHLFTK
VSRPKYPLCTKPYAFDHFPQRLKISRTYAPHEVLPEYLKGRAGKNFLATDKPKPTNEIKK
KPSTSAISSVNKALTPSQRREQQKERVNEIARGLLTRGGQRGAVDASYLLAPRVARRPRA
RLS
NT seq 9552 nt   +upstreamnt  +downstreamnt
atgggcacagaagtgccaaaaacacatgattcaagtggtgattcagattctaacagtgat
tctgagaatagttcaagtgacacatcaggaagtgactgggaatgttctggttcgaagcaa
gtgaacactaggaaatcacatttctcagttacatcttgtgatactgggcttaaacttaaa
attgctgcaataccaagaaaagtaacacctaaaaaatcagcaaagcctacagtgagaaag
aaaagtaatgaaactatatcaaagcaaagaccgaaagagaaaactaaaaagaagctatca
gacagtagttccagctcagaatcatgtagcaaatgctcgtccgcaacatcaagtgaagat
gatttgccattgaaagctgttaaaaaatctttaccatcaaaaacctcagtaaaagttaag
acaagtgttaagagtgactgtgagggtagtgaaaaggacataaaagtcaaggacaagtca
tgtaaaagtatatctactgcgaagaagaataagtgtgatgagtctagccaagatgggaag
aaacaggcacgtcagcgggccaagtttgcatcaccgacggtggcgagtgcagcgtgtggt
agcagctcttcttcctcgacttcctcgtcgtcgtcatcatcgtcatcctcttcatcaaca
tcatctgactcagatacgcctgatgcgggtacacagaacccgcccgatgactcgaatgtt
gcccttgccgcggcctgccagttacaggtcatcgacgatgcagacctcgcggaactattt
ccagagcaatcgtcgagtgcgccggtgcagcagactaatttcacgacgttcgctgaacac
agcgcggcaccggacgacgataaatctcctgttgataatggcgacggatccagcagtgag
atggagcttacgccccagttagttacagctgcaatacagagagcaacggctgattcctct
ggatcggaaaatgaatgctccaattcggagacagtgcagaatacatcacattacgcgtca
agtttattacagcagtttgttgctcaaacacaacttttaagcaattctgcacctttatct
aatataaattcttcatcaatatcctgtggattaaatgcaaaagatggaaacattcaatcg
acgataggggattgtgtgctgggacagttaaataatctaccagaaatatcaccaattaca
ccaaacttcctaagtgggagtactcatttaagtccccaacatactgaagagttgtcacta
ataaataaagatcttgcggaaatatcatctgttgccgattcggtcgatatagccaaccca
ccgagtttagacgattgtgttgagaataacgactttatgaacctggatatagcaggaact
tcggtactgggtagtgcaagtgatctattacagagttcacatatcacaatcgccaacaac
gatgtcaactcgttgaatcaaattgacccaaacaaattgtactcaatcaatgcgaattcg
ctcgaatctcaagatgactcgaaaaatgttgctgttgaatctagaagaaaaagaggtcga
ccgcgaaaagtaaaaaaaaatgaggaatttgtaaagaaaggagctgaatctcaaagggat
gacaaacaagccgccaatgtcgacaatcactttcacaatagtaatgacccaccaaatgtt
tcgcctgattctggaattttatcaaatcataattcaccaactcaatcaccattacgtcgt
cttgatattgatgagggtagcagcagaaatagaaggaaatctgttcaaaaagaaaatacg
tcagaaagaaaaagtgcaaggtcgaaatcaaaaacgcgaacccgaactcaagataggtct
gattccagtgacaatgattttaggaagaaaagaagtgaaactgagataaaacaaatcaaa
actgaagccccatcaccagtcccacttaaacaagaaccgaatagattggaaaaaccaaag
aaaaacgaccgtaaaatcgatatcgcggccttagatagaatgctgtatgcgacggataga
gtcctttacccgccacgaaaaaggccgggtagaaagccacaagcaaaaacaaaacctata
aaaacagcttcaaaaacactaaaagataaaaatcagtataactctggtgacagtgataat
gattcagcttctcctaatagatctgttctgtcaggggtgtatgctaaaaggaaagaactc
aatagtaaacttgcagtcctgccaaaaaagagcagtaaaacaataactaatacttggagg
gaaaatcaaagtgaaaatgaagctgccgcagatgacatgattgaccctacatggaaagaa
atagatctaaatccaaagtacaaagatctcctctcgggatataaaagtgattatgaattt
aaaccatacaaaagctgtagtagacttattgaatcgggttataaaagtgattatggattt
agaagcggctataaaagtgactacaatcgctctggttacaaaactgattataagtcagga
tataagactgataaatcaggatataaaactgactacagtgttcgaagtggacgaaggcga
atcaagaagttgaaaaagacgagatctgtacgcaataggtcatattataaaaatcagaag
cattttgtatctgatcaagaaatattattgttaagtaataaaacatttagcagtctcacg
cttgggcatagttcaagtgactctgaatgtgataattatatgagaaaatctgccgcaagt
ccaaaatacattagtgtatgtacgaaatatcccttaccatcaaaatatgactacagtttt
aaaaaaaataatcagaaaaatatattgcgggttaattcatcagatccctttgctccaggt
ccagtgtttagtgggttacagagaccagtgacaacttataatatttttaaagtaagccat
aataataacaatactcttttaaaacctccagggcagtcaaaagcttcaagtggaacgtta
cccccattgaaacctgtttttacacataaattcggagtatcgcctttaacctcaacaaaa
cagccgcaaaaagaagttgataaaattaatagcagaaatctctccccgagaaatcgaaag
cacactaaatttacagcgacagctcccttaccaactcctaagaaggaacatgtaaaacca
ttaccaaatatattcgaaaaagcaaaaaatagttacattcctaataagtctttatcacgc
aatgtttttctaaatttcaaaaagtctaacatcaaaccaacgtatcatataaagaaacat
aggagaactgtagtacttgctccacccaaaatcaacttaaaacctacagagagaccatct
cgaatcacaattaaaacagaaagtaaacatcacagacatcgaagtaaaagacgacacagg
tcgagatcagtgtctcggtgcagagaatctgctaaccgtaatgtagctgaaacaattgat
caaaaatttaatactgatatggataatctcataaacaattttattaagctgtgccaggtt
gcaccaaaattattgacaaacgtcgcattaaactctccaaagcatgtagaaaaggagaaa
cctcaatcagataccgctacaactaaagtagtaaagcgaacatcaaagaagcgtaaaact
tctgacaatttagaaactgccacacctacatcaaaacgaagacataaaaagcagttggca
gaatctcaaaataagggtggaaaagatacaaatgaacataaactaccgcttaagaaaagg
cattatcacataaactcgtctaccagcaattcattaagtttaagtttagtgacctcggag
ttcgatgaaaatttgaagaatgaagctggatcggaaaagtttttgtgtacagaatctgat
tgccttgtagatttacaaactcaagatgcagaaaattcgcctaaacctaaagcagtttct
gaaaaatctaaaaggccgggtgagagtttaaaaattgcggcatctgaaagcaagattatt
tcagaattactgccgaaggaaactaaaacagatagtgatactaaaagtataataataaaa
aaggatgaaagcaattctccagtcatggatgattctgcttcaaattcaattaatattacg
gacgatgatttgttgataaagaagccatcggaagaacagtctgaactgtcgaaaaaaata
tatgaaacctccgaaaaattaaaagctgtccataaaatggttcatgatttagagaaaagc
ttaccgaaaacgaaagatgtggatgttaaacctgaatcatcaaaattagacactagtcga
atttcctcccctagatctgaaacaaaatcatcaccaatgcgaaatccgatagtgacgccg
aaaaagcgtcataggctagaagctgaaaaggatacatcgcactccaacatagataatgtg
gtgcaatctctatctaaaaaaatatccgaagaaaagcctttgatgtccgataagaaagat
ataaatgaaaatacatctcaggaagatgttaaggatgatgataaaaattcatctacttca
ccaaacactacatccgttccaacgtcaggtagcggaacagatcctttgaagagtatgtct
gccagatcattatataagagtgcaattccacctgcacagaaatcagaaataatgactcga
aagaaaaacagactcgaaggcttaacaagcaatttagtttccaaaattaatccaagtgcc
gctacaaaagtacttgatacacttttaaacaacaacataagaaaatcaatagaatcacga
atattggaaaaggagaaaagtaattctgacagtagttgcagtaacaaatcagatgataaa
atcagaggaaaagattcaccgaataatcagataaacactagagccagtgtaattaaatct
ccggtatcgaaaggtaagctattggagactaaatgtaaaaccagaacatcagactcgtta
actggtaacactgtagttgtaaacgttgataatcccactggaatttttgaatcgtctgta
gacttagaagaccaaattccaaagtcatctatatgtgtcagtaacatactagctgaaaag
aataaaaaaatgaaaaatcacgatttgaaaagttctatattatcttctatcgatactgaa
tcggatataccattatccttgatcgcagaatcttctgattctattataagacctaaacga
ggagaatctatagcggcagttatatcggataaaatccaagagactgctggtggccataac
ttacgacaacccaaaagaaatttaatgactgatagtgatgatgcaaacgaaaagaaaaag
aagaaaacttctaataatatcataagagaaagtaaattagtacttccctctaaaatatta
attccgaaagttcaagcagagaggatgccaattggtaatataataaagaaatgtaattta
caaactaagaaatctgaacaaactgcagaacccaacgatactattaaaaccattgatcct
gtcaaaaagaaacctcgaaggcgaaaagctttcaataggacgggtttcccaaatgtcaaa
cgcaagaagaaaaaggttgaatctaataattcggctaacagctcacatgatcaattaggt
tccgaagatacggatagttctgcatttgagagagtgccgaaagatggtgaagcgatgagt
aacttcttagaacgcactactaatatgcaaccggagttaaagattgttttaaataaagat
gaatgtccgaaacaagggcgtttgacagttgttgccttagagaaactacaaggaagggaa
gcagtaaataaatctaataaacaaaccgataaagctgctcctgaaaagaaaacttcgtcg
atactaagagcgcctgctttacaattaaaacaaaagactgataaagaaattaaaaaccac
atcaataaatgggaagtactaagtgagactgatagtataccttcgttagcgagttctctt
ggcaatgaccctgaagacagtattccattgagtttattgaacttgaagcaaaaggccaat
agagtagaaaatattgagcgattaaaaagaaaaagtcgggttctttcgccttctaatgaa
atcgaacaaatattttcaaaacggaaggtcgtagagaaaacttgcaaagttggacttcgg
ccgaaatccagtctggctgttttgtaccccagtgagcgaagacataccagaagttttgat
aatactgctgaggatgggaaaattaagccaagaaaatcagaaaacaaaaaagttttagag
gttacagaaaaagaaaagattaaacctttgggcataataacaaggagaaagtcaagatca
tgtcagctaaataaaaaggtggctaatgatgtcgtaaacagttcgagagagagttcattg
gagacgattgttagtcgtaaaatgccactgtcacgggaaccatctgtcgacacactacta
gaccatgatgaaaatgagcccttaccgcttaatgagaaagaaattgacttcgaaaaaagc
atagatgtcatatccaagaatattatttgtaaaaagagggtcgctgcttctagagatgga
agcccgtctaacggagtggatagtaaagagagaattgtgtctaagaaaaatcccagacta
cgaaagaagttcttattagccggcttattttcggaatactacaaggaagatccaaagcct
gaaggaaaaggaaagaatctggttacgcaaacagagtttccccctgggctcttgggtccg
cccccatactgcgaacgttgggttcgaaaaagactcattcacttcacgctaccttacgac
atttggtgggaacaacattataaccaaccagtgccttcatggaattataagaaaatacgc
acaaacgtatactacgacgtcaagccatcagccgaagaatgcgaaagtgttgcatgcaat
tgcgcaccgtcttccggctgtaacgaagactgtatcaaccgactggtctattctgagtgt
tcaccccaattgtgtcctagcggtgataaatgcaagaatcaaaggatccaacgccacgaa
tgggcatctggtttggagaaattcatgactgagaacaaagggtggggagttcggaccaaa
cataggataacgtctggggacttcattttggagtatgtgggtgaagtcgtctctgataag
gagtttaaggagcgaatggcaacccgatatgccagggacacacatcactactgtctccac
ttagacgggggcttagtcattgacggacatcgcatgggcggagatggacgcttcgtcaac
cattcgtgtcgacctaactgtgagatgcaaaaatggacttctaatggtactttcaggatg
gcgttattcgcactaagagacatcgatccagatgaggaattgacttatgattacaacttt
tcactgttcaacccagctgtgggacagccctgcaaatgcgactcggaagactgtcgcggc
gtcattggtggcaagtcacagcgtataacgaaacagccacttaaaacgcaatcacggaca
ccctccaatgcctcaaaccaatccagtacctctaaccagccgcgcgttggaagaccgcga
aaagcagtgaaatgtaataagaaatctgaccaattgaacgtatcggcctgcgacatcaag
aacatgaccattttgaagtaccaacaacatttgaacaagctctggcaagaaccgcagttg
aaacctctcactgctaaggaaagggcactggttaaggacaggcattgcttcctgtttagg
aatttggagaatgttcgtcgtacccgcgagaagataacactccccatgcccccatcgccc
gtatctaatgtcccaagtgtcagtttgcctcccgtccccgaagttatcaatgtcgatccg
ttagccttacccgatacaatgaatcctcaagttttccacaaaaaattgcaaaatcttcga
gcgtcgaaggaaaaaatactgaaattggccaaattcgaagatgactcaacattagatatg
aaacaacgtttgggtcgagtgtttaaggcactgtttactattttaacaacttttaaaggc
gacgaagacaagccaatctgtacaccattactcaaacttaagaaccagaaatcggattct
atatcagatttaaatgggattcaaaataaaatagataacaacgactatgaaagcatagta
cagtttgacagcgatgttagcggactgatgtctatgctaatgagagagtatagtaaagcc
actgctgtgggatcggctgctgcgcagttgaaaaaggtctacacaaccgccaaattggag
tttgccgaacatctaagtaaaatccttggctctcaggaaagtctaccatctggatttata
caaaaaactaaaccggaggaagtaatcctatgcatctgtggactacacgtggaagaagga
ttaatggtgcaatgtggcaactcgcgttgtggcgtgtggcaacacgcgcgatgtatgcga
ctcgctgataccagttctacgcactactgccatctatgttctacggagcctgtggatcgc
gaaattcctctagacgaatatacagaggaaggccatcaattctacttatcgcttatgcgt
gatggccttcaagtaagacaaggcgatacggtttacgtgctaagagatataccaattaat
gataaacatcccgatgtcagtcaaaagacaggggacaaaacggattcgccgaagactaaa
cgagtcgacaggaagaaattaaagaacatcaagggaaaggaaaaggaagatgttacggtc
aataaggataacgaagtacgaaaacacacataccaaaccatcggatgcgttccagtttcg
gagctggatatattccgcgtggaacgtttgtggaaacacaaggacacgcaagagagatac
gtgtacgggcatcattatttgcggccgcatgagacattccacgagccaactaggaagttc
ttccacaatgaagtaatgcgagtacccttatatgaagccgttcccatagaacttgtcatg
tcccagtgctgggtcatggatctcaatacatactgcaagggtcggccagtgggcgcatct
gaagcccacgtatacatctgtgagctacgcgtggatcgtacagcgcatctcttcacaaaa
gtgtctcgaccgaaatatcctttgtgcacgaagccttacgcgttcgaccatttcccgcaa
aggcttaaaatttcaaggacgtatgcgcctcatgaggtgttgccagaatatcttaaaggt
cgcgctgggaagaacttccttgctacggacaaaccaaaaccaacaaacgagattaagaaa
aagccatccaccagtgcaatttctagtgttaataaggcattaactccttcgcagcggcgc
gagcagcaaaaagagcgagtgaatgaaatagctcgaggtctgctcacacggggaggtcaa
cgcggggcagttgacgcatcgtatctattggcgcctcgcgttgcgcgaaggcctcgcgcc
aggctctcctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (112)   
   KEGG ORTHOLOGY (1)   
   RefGene (108)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (140)   

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