KEGG   Paramormyrops kingsleyae: 111850723
Entry
111850723         CDS       T05788                                 
Symbol
usp34
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 34 isoform X1
  KO
K11853  ubiquitin carboxyl-terminal hydrolase 34 [EC:3.4.19.12]
Organism
pki  Paramormyrops kingsleyae
Brite
KEGG Orthology (KO) [BR:pki00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pki01002]
    111850723 (usp34)
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pki04121]
    111850723 (usp34)
Enzymes [BR:pki01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     111850723 (usp34)
Peptidases and inhibitors [BR:pki01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   111850723 (usp34)
Ubiquitin system [BR:pki04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    111850723 (usp34)
SSDB
Motif
Pfam: UCH UCH_1 DUF3517 zf-ribbon_3
Other DBs
NCBI-GeneID: 111850723
NCBI-ProteinID: XP_023680680
Position
Unknown
AA seq 3666 aa
MCENCAELVDVLNEISDADSTDGLQLKREHALRVFSYISSWTQRQCLCCFKEYKHLEVFN
QLVYGLINLVIAQVQALRDQLCRGRDGGEPAAAPGAGWGGERPSPADDEPLNVERDSAEE
DAGAEMGGPEAGPASGQGLGLRGEQDPPGPGEGTAADGPDLLGSWSTEDREKLLLCAAKI
FQIQFPLYTAYKHNTHPTIEDISAQESNILGSFCDMNDVEVPLHLLRYVCLFCGKHGLSL
MKDCFQFGTPESLPFPIAHAFITIVSNIRIWLHIPAVMQHIIPFRTHVIRYLCKLSDQEL
RQSAARNMADLMWSTVKEPLDSTLCFDKESLDLAFKYFMSPTLTMRLAGLSQITNQLHTF
NDVCNNESLVSDTETSIAKELADWLITNNVVEHIFGPNLHIEIIKQCQVILNFLAAEGRL
STQHVDCIWAAAQLKHCSRYIHDLFPSLIKNLDPVPLRHVLNLVSSLHPSAHTEQTLYLA
SMLIKALWNNALAAKAQLSKQSSFASLLNTNIPMGKKKGSPAASPESSDNSDTHHSGGSD
IEMDEQIMNSSKHGQQRLSDTEESMQGSSDETANSGEDGSSGPGSSSGRSEASSNEAGSS
RASQSAGSPGSELHSDDMADSEALKEEEEEEEDEEEEEEEEEDEEDEEEEEEEEEEDEDE
EEVENPAVAGGSPQNETCDPAELRKRKAVEAQPQAGLCLAEREVSLDQGGGSGSSGGPNA
KGLPFTPEAAAAMVTASSAAVETHMRMLDACSSSARPEAAEHELPGDMGPSHMPPGPQDP
ACLPRSGDFLTDAMGNELFNCRRFMGPQHHHHHHPHHHHHHPHHHHHEGHMVEDMLSADD
VSCSSSQISAKSEKNMADFDGEESGCEEELVQINSHAELTSHLQQHLPNLASIYHEHLSQ
GPVVHKHQYSGHAVTDINLDNVCKKGNTLLWDLVQDEDAIHLSEGLISEAEKLLCSLVCW
FTDRQIRMRFIEGCLDNLAHHRSVVVSLRLLPKLFGTFQQFGSSYDTHWITMWAEKELHM
MKLFFENLLHYIQEVRERRHKFALYGHSAEVQVRLQFLTCVFSTLGSPDHFRLSLEQVDI
LWHCLVEDSECYDDALHWFLNQVRSKDQHAMGMETYKHLFLEKMPQLKPETISMTGLNLF
QHLCNLARLATSAYDSGSNCELCGMDQLWGIALRAQSADISRAAIQYINSYYINGKTGLE
KEQEFISKCMESLMMASGNLEKDPHSSLTIIERGLLMLKTHLEAFRRRFAYHLRQWQIEG
TGISSHLKALSDKQSLPLRIVCQPAGLPDKMTIEMYPSDQVADLRAEVTHWYENLQKEQM
NQQAQLQEFGQSSRQGDFPGGLMGPVRMISSGHELTTDYDEKTLHELGFKDMQMVFVSLG
APRRERKGEGVQLPASCLPPPQKENIPMLLLLQEPHLTMLFDLLEMLACFKPPSTERALE
SAQGARCEELHLHAENLSRRVWELLMLLPTCPNMLLAFQNISEETVSPSIHSHPSAVSPG
PVVMGAEGLCWKDLLRIKSPHKLLYALEIIEALGKPNRRIRRESTGSYSDLYPDSDDSSE
DQIENSKNSWSCKFVSSGGLQLLLEIFNSGILEPKEQETWTVWLLDCLACLLKLICQFAV
DPADLDLAYHDVFAWSGLADGQRKRAWPGKSRKAAGDHGKGLHIPRLTEVFLGLVQGTSL
IQRLINVAYTYDNLAHRVLKAQSDHRSRHEVTHYSMWLLVSWAHCSSLVKSSLADSEHLH
DWLKKLTLMVPEAAVRHEACNGLYKLSLSGLEGGESINRSFLLLAASTLLKFLPDAQALK
PLRVEDYEEEPLLRTGCKEYFWLLCKLIDNIHVKDASQTTLLDLDALARHLADCIRSREI
LDQQDGTIEDDGLTGLLRLAASVIKHKPPFKFSREGQEFLRDVYNLLFMLPSLKDRQQPK
CKSHAARAAAYDLLVELVKGSVENYRLLHNWVMSQHMQASHAPYKWDYWPHDDVRAECRF
VGLTNLGATCYLASTIQQLYMIPEARQAVFSAKYAEEMKHKTTLLELQKMFTYLMESERK
AYNPRPFCKTYTMDKQPLNTGEQKDMTEFFTDLITKIEEMSQDLKNTVKTLFGGVITNNV
VSLDCEHVSQTAEEFYTVRCQVADMKNIYESLDEVTIKDTLEGDNMYTCSQCGKKVRAEK
RACFKKLPRILSFNTMRYTFNMVTMMKEKVNTHFSFPLRLDMTPYTEDFLMGKSDRKEGF
REEAEMKAAESYEYDLIGVTVHTGTADGGHYYSFIRDIVNPHAYRNNKWYLFNDAEVKPF
DSAQLASECFGGEMTTKTYDSVTDKFMDFSFEKTHSAYMLFYKRVEPEEENGKDFKFEVS
PDLLEWIWHDNMQFLQDKNIFEHTYFGFMWQLCSSIPSTLPDPKAVSLMTAKLSTSFVLE
TFIHSKEKPTMLQWIELLTKQFNNSQAACEWFLDRMADDNWWPMQILIKCPNQIVRQMFQ
RLCIHVIQRLRPVHAHLYLQPGMEDGSDDMDGPVEDIGSRSCVTRFVKTLLSIMEHGVKP
HSKHLTEYFAFLYEFAKMGEEESQFLLSLQAITIMVHFYMGTKGPENPQVEVLSEEEGEE
EDEEEDILSLAEEKYRPAALEKMIALIALLVEQSRSERHLTLSQNDMAALTGGKGFPFLF
QHIRDGINIRQTCNLIFSLCRYNNRLAEHIVSMLFTSIAKLTPEAANPFFKLLTMLMEFA
GGPPGMPSFASYILQRIWEVIEYNPSQCLDWLAVQTPRNKLAHSWVLQNMENWVERFLLA
HNYPRVRTSAAYLLVSLIPSNSFRQMFRSTRSLHIPTRDLPLSPDTTVVLHQVYNLLLGL
LGRAKLYVDVAVHGTTKLVQYFSFMTYCLISKTEKLMFSGYFMDLWNLFQPKLSEPAIAT
NHNKQALLSFWYNVCVDCAENVRLVVQSPVVTKNIAFNYILADHDDQEVVLFNRSMLPAY
YGILRMCCEQSPAFTRQLASHQNIQWAFKNLTPHASQYPGAVEELFNLMQLFVAQRPDMR
EEELEDIKQFKKTTISCYLRCLDGRSCWTTLISAFRVLLENDEDRLLVVFNRGLILMTES
FNTLHMMYHEATACHVTGDLVELLSIFLSVLKATRPYLQRKDVKQALIQWQERIDFAHKL
LTLLNSYSPPELRNACLDVLKELVLLSPHDFLHTLVPFLQHNHCTYHHSNIPMSFGPYLP
CRENIKLMGGKNNIRPPRPELNMCLLPSMVETSKGKDEVYDRMLLDYFLSYHQFIHLLCR
VAINCEKFTETLVKLSVLVAYEGLPLHLALFPKLWTELCQSQSPMAKTCVKLLCEDPAFG
EYIKCILMDERTFLNNNLAYSFLTCFLPKVQSQVLSGPSCANLMSVLVANLISEYHSLEP
ELTNQRAEICESGGVLNSDLRALVLLLSVHTPQQLDPALGPTLQELLAKCRACLQQRSAL
EIEPKDRKTKAEEEGATPVKRRRVSSEGERPTDAGSGGCGPSSCPELKPDTREALTPAST
SDTETRDSSVIDPGTEQDPHSPESVSPKEEKMEASSSSSSSSSLPEEVLPPGPQVLEEEE
EEQPAVGGGKVEEGEGRGEEGEQLKEEKEPGAKTCGVSTSIEDMDLALPSTSVLAGLQEA
GEGQGCPLQEADASSLVPGCSHVASHGLLNLMQQQDVLDTLCRTVEATISVLSKLSSGKA
ARTAAS
NT seq 11001 nt   +upstreamnt  +downstreamnt
atgtgtgaaaactgcgccgagctggtggatgttttaaatgaaatatcggatgcggacagc
actgacggcttgcagctgaagagggagcatgccctgcgggtcttcagctacatcagctca
tggacccagaggcagtgcctgtgttgctttaaggagtacaagcacctggaggtcttcaac
cagctagtgtacggcctcatcaacctggtgatcgcccaggtgcaggcgctgcgcgaccag
ctgtgtcgaggacgagatggcggggagccggcggcagcaccaggggctggctggggcggg
gagcggccgtcaccggcagatgatgagcccctcaatgtggagcgggactcggctgaggag
gatgccggcgccgagatgggcgggccagaagcaggcccggcttctgggcagggcctggga
ctgcggggcgagcaggacccccccgggccaggcgagggcaccgctgcggacggcccggac
ctgctcgggtcctggagcaccgaggacagagagaagctgctcctctgtgccgccaagata
ttccagatccagttcccactgtacacagcctacaaacacaacactcaccctactatagag
gacatctcggcccaggaaagcaatatactaggatctttctgcgatatgaacgatgtggaa
gtcccgctgcacctgctccgatacgtctgcctgttctgcgggaagcacggcctctctctc
atgaaggactgcttccagttcggcaccccggagtctctgcctttccccatagcacacgcc
ttcatcaccatcgtctctaacatcaggatatggctgcacatccctgccgtcatgcagcac
atcattcctttccgcacacacgtgatcaggtacctgtgcaagctgtcggaccaggagctg
cggcagagcgcggcgcgcaacatggcggacctgatgtggagcacggtgaaggagccgctg
gacagcacgctctgcttcgataaggagagcctcgacctggccttcaagtacttcatgtcc
ccgacgctgaccatgcggctggcggggctcagccagatcacgaatcagcttcacaccttt
aacgatgtctgcaataacgagtccctggtatcggatacggaaacgtctatagcgaaggag
ctggccgattggctgatcaccaacaatgtggtggagcacatctttggaccaaacctgcac
atcgagatcatcaagcagtgtcaagtcatcctcaacttcctggccgcagagggcaggctg
agtacacagcacgtggactgcatctgggccgccgcacagctgaagcactgcagccggtac
atccacgacttgttcccctccctcatcaagaacctggatcccgttccactgaggcatgtg
ctcaacctggtgtccagcctgcaccccagcgctcacactgagcagacgctgtacctggcc
tccatgttgatcaaggctctgtggaacaatgcgctggccgccaaggctcaactctccaag
cagagctccttcgcctctctgctgaacaccaacatccccatgggcaagaagaaaggctcg
ccggccgccagcccggagagcagtgacaacagcgacacccaccacagcggaggaagtgac
attgagatggacgagcagatcatgaatagcagcaagcacgggcagcagaggctgtccgac
acagaggagtcgatgcagggcagctccgacgagacggcaaacagcggcgaggacggcagc
agcggcccgggcagcagcagtggacgcagtgaggcctccagcaatgaggcgggctcaagc
cgcgccagccaatcggccggcagccccggcagcgagctgcattccgacgacatggcggac
agcgaggcgctgaaggaggaggaggaggaggaggaagatgaggaggaagaggaggaggag
gaggaagatgaggaggatgaggaagaggaggaggaagaggaggaggaagatgaggatgag
gaggaggtggagaacccggcggtggccgggggcagcccacagaacgagacgtgtgaccca
gcggagctgaggaagaggaaggctgtggaagcgcagccgcaggcgggcctgtgcctggcg
gagcgggaggtctcgctggatcagggtggcggttccggcagcagcggcgggcccaacgcc
aaaggcctgcccttcacccctgaagcagcggccgccatggtaaccgcatcctcggcagcc
gtggagacgcacatgcggatgctggatgcctgctcatcctccgcccgtcccgaggctgcc
gaacacgagctgccgggcgatatgggcccctcacacatgccccccgggccccaggaccct
gcctgcctgccccggtcaggggacttcctgactgacgccatgggcaacgagctcttcaac
tgccggcgcttcatgggaccccagcaccaccatcatcaccatccacaccaccatcaccac
cacccacaccaccaccaccatgaggggcacatggtggaggacatgctgagcgccgacgac
gtgagctgcagcagctctcagatcagcgccaagtccgagaagaacatggccgactttgac
ggcgaggagtcgggctgtgaggaggagctcgtccagatcaactcgcacgcggagctcacg
tcgcaccttcagcaacacctgcccaacctggcctccatctaccatgagcacctgtcgcag
ggtccagtagtccataagcaccagtactctgggcatgcggtgactgacatcaacctggac
aacgtatgcaagaagggaaacacgctgctctgggacctggtgcaggatgaggatgcgatc
cacctgtccgagggcctgatcagcgaggcggagaagctgctctgctccctggtgtgctgg
ttcaccgaccggcagatccgcatgcgctttattgagggatgcctcgacaacctggcccac
caccggtctgtggtggtctctctgcgtctcctccccaaactcttcggaaccttccagcag
ttcggcagcagttatgatactcactggataaccatgtgggctgagaaggagctgcacatg
atgaagctcttcttcgagaacctgctgcactacatccaggaagtgcgggaacggcgtcac
aaattcgccctgtacggacacagcgccgaggtgcaggtgcgtctgcagttcctcacctgt
gtcttctccaccctgggctcacccgaccacttcaggctgagtctggagcaggtagacatc
ctgtggcactgcctcgtggaggactcggagtgctacgacgacgccttgcattggttcctc
aaccaggtgcgcagcaaagaccagcacgcaatgggcatggagacctacaaacacctgttc
ctggagaagatgccccagctgaagccggagaccatcagcatgacgggcctcaacctcttc
cagcacctgtgcaacctggcacgtctggccacaagcgcctacgacagcggctccaactgc
gagctgtgtggtatggaccagctgtggggtattgccctgagagcccagtccgctgacatc
agccgtgcagccatccagtacatcaactcctactacatcaacggtaaaaccggtctggag
aaggagcaggagttcatcagtaagtgtatggagagtcttatgatggcctcggggaacctt
gagaaggacccacactccagcctcacaatcatcgagagggggcttctcatgctgaagact
catctggaggcgttcaggcgtcggtttgcctatcatctgcggcagtggcagatcgagggg
acgggcatcagcagccatctgaaggccctgagcgacaagcagtcgctgcccctgaggatc
gtgtgtcagcccgcaggcctccctgacaagatgacaatcgagatgtaccccagcgaccag
gtggcggacttgcgggcagaggtgacgcactggtatgagaacctgcagaaggagcagatg
aatcagcaggcgcagctgcaggagttcggccagagcagccggcaaggagacttcccaggt
ggcctgatggggccggtccggatgatctcctcgggccacgagctgaccacggactacgac
gagaaaacgcttcacgagctgggcttcaaagacatgcagatggtgttcgtgtcactgggc
gccccgcggcgcgagcgcaaaggcgagggggtgcagctgccggcctcctgcctcccgccc
ccccagaaagagaacatccctatgctgctgctgctccaggagccccacctcaccatgctc
ttcgacctgctggagatgctggcctgcttcaagccccccagcaccgagcgggccttggag
agcgcccagggtgcccgctgcgaggagctacacctccacgcggagaacctgtcccggcgc
gtgtgggagctcctcatgctgctgcccacctgccccaacatgctgctggccttccagaac
atctctgaggagacggtcagtccttccatccattcccatccctctgcggtgtctcctggc
cctgtcgtcatgggggctgagggtctctgctggaaggatctgctgaggattaagagcccc
cacaagctgctgtacgcgctggagatcatcgaggctctggggaagcccaaccggcgtatc
cgtagggagtccacgggcagctacagcgacctgtaccctgactcggacgactccagtgaa
gaccagatagagaacagcaagaactcctggagctgcaagtttgtgtcttctggtggactt
cagctgcttctggagattttcaactccggcatccttgaacccaaagagcaggagacctgg
acggtgtggctgctggactgcctggcctgccttctcaagctcatctgccaattcgctgtg
gacccggcggacctggacctggcctaccacgacgtgttcgcctggtccggcctcgccgac
ggccagcgcaagagggcgtggcccgggaagtcgcgcaaggcagccggggatcatgggaaa
gggctgcacatcccacggctgaccgaggtgttcctgggactcgtccagggaaccagcctg
atccagaggttaataaatgtggcctacacatacgataatctggcacacagggttttgaag
gctcaatctgatcacagatctcggcatgaagtgacgcactactccatgtggctgctggtg
agctgggcccactgcagttcgctggtgaagtccagcttggcggacagcgagcacttgcac
gactggctgaagaagctcacacttatggtgcctgaggcagcggtgcggcacgaggcttgt
aacggcctctacaagctctctctgtcggggctcgagggaggcgagtccatcaacaggtcc
ttcctgctgctggccgcttccacgctgctgaagttcctgcccgacgcccaggcgctgaag
ccgctgcgggtggaggattatgaggaggaacctcttctgaggacggggtgcaaggagtat
ttctggctgctctgtaagctgatagacaacatccacgtcaaggatgccagccagaccacg
ctactagatctggacgccttggcgaggcaccttgccgactgcattcgcagccgggagatc
ttggaccagcaggatgggaccatcgaggacgacgggctcacggggctcttgcggctggcc
gccagcgtcatcaagcacaagccgccattcaagttctcgcgcgagggccaggagttcctg
cgggacgtctacaacctgctgttcatgctgcccagcctgaaggaccggcagcagcccaag
tgcaagtcgcacgcggcccgcgccgccgcctacgacctgctggtggagctggtcaagggc
tccgtggagaactaccggctccttcacaattgggtgatgtcgcagcacatgcaggcctcg
cacgccccgtacaaatgggactactggcctcacgacgacgtgcgagcagagtgccgcttc
gtaggcctcaccaacctgggtgccacctgctacctggcctccaccatccagcagctgtac
atgatccccgaggctcggcaggccgtcttctcggccaagtatgcagaagagatgaaacac
aagacgaccttgctagagctccagaagatgttcacgtacctcatggagagcgagcgaaag
gcttataatccacggccgttctgcaagacctacaccatggacaagcagccgctcaacacg
ggcgagcagaaggacatgactgagttcttcacggacctcatcaccaagatcgaggagatg
tctcaggacctgaaaaacacggtgaagacgctctttggaggggtcatcacaaataatgtg
gtgtctctggactgtgagcatgtgagccagactgcagaagagttctacacggtccgatgc
caggttgcggacatgaagaacatttacgaatctctggacgaagtgaccatcaaggatacc
ctggaaggtgacaacatgtacacttgctcgcagtgtgggaagaaagtgcgggcagagaag
agggcttgttttaaaaagctgccccggatcctgagcttcaacaccatgcgctacacgttc
aacatggtgaccatgatgaaggagaaggtgaacacgcacttctccttcccgctgcggctt
gacatgacgccgtacacggaggacttcctgatgggcaagagcgacagaaaggaggggttc
cgggaggaggcggagatgaaagcagcagagagctacgagtacgacctcatcggggtgact
gtgcatacaggcactgccgatgggggacactactacagcttcatccgtgacattgtcaac
ccgcacgcctacaggaacaacaaatggtacctgtttaacgacgccgaggtaaagcccttt
gattcggcccagctggcatctgagtgcttcgggggtgagatgacgacgaagacctatgac
tctgttacagacaaattcatggacttctcctttgaaaagacccacagtgcctacatgttg
ttctacaagcgggtggaacctgaggaggagaatgggaaggacttcaaatttgaggtttct
cctgacctgctggagtggatctggcatgataacatgcagtttctccaggacaagaacatt
tttgagcacacctactttgggttcatgtggcagctgtgcagcagtatccccagcaccctc
cctgaccccaaagccgtctccctcatgacggccaagctgagtacgtccttcgtccttgag
acgttcattcattcaaaagaaaagcccacaatgctgcagtggattgaacttctcaccaag
cagttcaacaacagccaggcggcctgtgagtggtttttggaccggatggcggacgacaac
tggtggccgatgcaaatccttatcaagtgtcccaatcagatcgtgcggcagatgttccag
cgcctgtgcatccatgtcatccagaggctgcggccggttcatgcccacctgtatcttcag
cctggcatggaggatggctccgatgacatggacggccccgtggaggacatcggcagccgc
tcctgcgtgacgcgcttcgtcaagacgctgctgtccatcatggagcacggcgtcaaaccg
cacagcaagcacctgaccgagtacttcgccttcctctacgagtttgccaagatgggcgag
gaggagagtcaattcctcctgtccctacaagccatcaccatcatggtgcatttctacatg
ggcactaaggggcctgagaacccacaggtcgaggtgctctcggaggaagagggcgaggag
gaggatgaggaggaggacattctctccctggcggaggagaagtaccggccggcggccttg
gagaagatgatcgcgctgatcgctctgctggtggagcagtctcgctctgagaggcacttg
accctctcccaaaacgacatggcggcactgaccggcggaaagggcttccccttcctcttc
cagcacatccgagacggcatcaacatccggcagacctgtaacctgatcttcagcctctgt
cgctataacaaccgcctggcggaacacatcgtctccatgctcttcacttccattgcgaag
ctcacccctgaggctgccaatccattctttaagctgctcaccatgctgatggagtttgcc
ggcggcccccccggaatgccctctttcgcctcctacatcctgcagaggatctgggaggtg
atagagtacaacccctcgcagtgcctggactggctggcggtgcagactcctcgcaacaag
ctggcccacagctgggtgctgcagaacatggagaactgggtggagaggttcctgctggcc
cacaactacccgcgtgtgcgcacatctgcggcctacctcctggtgtccctgattcccagc
aactccttccggcaaatgttccgctccacgcgttccctgcacatccccacgcgggacctc
ccgctgagccccgacaccacggtggtgctgcaccaggtctacaacctgctgctgggcctg
ctgggccgggccaagctctacgtggacgtggctgtgcacggcaccaccaagctggtgcag
tacttcagcttcatgacctactgcctcatctccaagaccgagaagctcatgttctccggc
tacttcatggacctgtggaacctcttccagcccaagctgtctgagccggccattgccacc
aaccacaataagcaggccctgctgtctttctggtacaacgtgtgtgtggactgtgctgag
aacgtgcggctggtggtgcagagccctgtggtcaccaagaacatcgccttcaactatatc
ctggccgaccacgacgaccaggaggtggtgctgttcaaccgcagcatgctgcctgcctac
tacggcatcctgcgcatgtgctgcgagcagtcacccgccttcacgcgtcagctggcgtcg
caccagaacatccaatgggccttcaagaacctcacgcctcacgccagccagtaccctggg
gcagtggaagagctattcaacctgatgcagctgttcgtggctcagcggccggacatgaga
gaggaggagctggaggacatcaagcagttcaagaagaccactatcagctgctacctgcgc
tgcctggacggccgctcctgctggaccacactcattagtgccttccgggtcttgctggag
aacgatgaggatcgcttgctggtcgtttttaaccgagggctcatcctgatgacagagtct
ttcaacacattgcacatgatgtatcacgaggccaccgcctgtcacgtgaccggcgacctg
gtagagctgctgtccatattcctgtctgtcctgaaggccaccaggccttaccttcagcgc
aaagatgtgaagcaggccttgattcagtggcaggagaggatcgactttgcacacaagctg
ttgacgctgctcaactcctacagccccccggagctccgcaacgcctgcctggacgtgctg
aaggaactcgtcctcctcagcccacacgacttcctgcacaccctggttccctttctgcag
cacaaccactgcacctaccaccacagcaacatccccatgtccttcggtccctacctgccc
tgcagagagaacatcaagctcatggggggtaaaaacaacatccgtccccccaggcccgag
ctcaacatgtgtctcctgccctccatggtggagaccagcaagggcaaagatgaagtctac
gaccgaatgctgctggattacttcttatcctatcatcagttcatccatctgctgtgccgc
gtcgccatcaactgcgagaagttcaccgaaacgctggtcaaactaagtgtcctggttgct
tatgaaggtctccctctgcacctggccctcttccccaagctatggaccgagctctgtcag
tctcagtcccccatggctaaaacgtgtgtgaagctgctgtgtgaagacccggccttcgga
gagtacatcaagtgcatcctgatggacgagaggaccttcctcaacaacaacctggcttac
tccttcctgacctgcttcctgcccaaagtgcagagccaggtgctgtctgggcccagttgt
gccaacctgatgagtgtcttggtggccaacctgatcagcgagtaccacagcttggagcct
gagctgacgaaccagcgagcggagatctgcgagagcgggggcgtcctcaactcggacctc
cgggccctggtgctgctgctctcggtgcacacgccccagcagctggaccccgccctgggc
cccaccctgcaggagctgctggctaagtgccgcgcctgcctgcagcaacgcagcgcgctg
gagatcgagcccaaggaccgcaagaccaaagcagaggaagagggcgccacccctgtgaaa
cggcggcgcgtgagcagcgagggggagcgtcccaccgacgccggcagcggaggctgcggc
ccttcttcgtgcccagaactcaaacccgatacccgggaggcactgacgccagccagcacc
tccgacacggagactcgggactcgtccgtcatcgacccaggcactgagcaggaccctcac
tccccagagagcgtctctcctaaggaggagaagatggaggcgtcatcctcctcctcttcc
tcttcatcgctgccagaggaggtgttaccacccgggccacaggtgttagaggaagaggag
gaggaacagcctgcagtgggaggcggcaaggttgaagagggagaggggagaggagaggaa
ggggagcagctgaaggaggagaaggagcccggcgctaagacttgtggggtcagcacctcc
atcgaggacatggacctggcactgccctccacctcggtgctggcggggctccaggaggcc
ggggagggccagggctgccccctgcaggaggccgacgcctccagcctggtgcccgggtgc
agccatgtggcttcacacggcctcttgaacttgatgcagcagcaggacgtgttggacacg
ctctgcaggaccgtggaagccaccatcagcgtgctcagcaaactgtccagcggcaaagcc
gctcgtaccgcagcctcttga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (17)   

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