KEGG   Panthera pardus (leopard): 109255919
Entry
109255919         CDS       T06062                                 
Symbol
USP34
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 34 isoform X1
  KO
K11853  ubiquitin carboxyl-terminal hydrolase 34 [EC:3.4.19.12]
Organism
ppad  Panthera pardus (leopard)
Brite
KEGG Orthology (KO) [BR:ppad00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ppad01002]
    109255919 (USP34)
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ppad04121]
    109255919 (USP34)
Enzymes [BR:ppad01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     109255919 (USP34)
Peptidases and inhibitors [BR:ppad01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   109255919 (USP34)
Ubiquitin system [BR:ppad04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    109255919 (USP34)
SSDB
Motif
Pfam: UCH UCH_1 DUF3517 zf-ribbon_3
Other DBs
NCBI-GeneID: 109255919
NCBI-ProteinID: XP_019286361
Ensembl: ENSPPRG00000024570
UniProt: A0A9V1ER16
Position
Unknown
AA seq 3548 aa
MCENCADLVEVLNEISDIEGGDGLQLRKEHTLKIFAYINSWTQRQCLCCFKEYKHLEIFN
QVVCALINLVIAQVQVLRDQLCKHCTTINIDSTWQDESNQVEEPLSIERECNEGSTERQK
SIEKKSNSTRICNLTEEESSKSCDPFSLWSTDEKEKLLLCVAKIFQIQFPLYTAYKHNTH
PTIEDISTQESNILGAFCDMNDVEVPLHLLRYVCLFCGKNGLSLMKDCFEYGTPETLPFL
IAHAFITVVSNIRIWLHIPAVMQHIIPFRTYVIRYLCKLSDQELRQSAARNMADLMWSTV
KEPLDTTLCFDKESLDLAFKYFMSPTLTMRLAGLSQITNQLHTFNDVCNNESLVSDTETS
IAKELADWLISNNVVEHIFGPNLHIEIIKQCQVILNFLAAEGRLSTQHIDCIWAAAQLKH
CSRYIHDLFPSLIKNLDPVPLRHLLNLVSALEPSVHTEQTLYLASMLIKALWNNALAAKA
QLSKQSSFASLLNTNLPIGNKKEEEELRRAAPSPWSPAASPQSSDNSDTHQSGGSDIEMD
EQLINRTKHVQQRLSDTEESMQGSSDETANSGEDGSSGPGSSSGHSDGSSNEVNSSHASQ
SAGSPGSEVQSEDIADIEALKEEDEDDDHGHNPPKSSCGTDLRNRKLESQAGICLGDSQG
PSERSGTSNGTGKDLVFNTDSMPSVDNRIRMLDACSHSEDREHDISGEMNAAHIAQASQE
SCITRTGDFLGETIGNELFNCRQFIGPQHHHHHHHHHHHHHDGHMVDDMLSADDVSCSSS
QVSAKSEKNMADFDGEESGCEEELVQINSHAELTSHLQQHLPNLASIYHEHLSQGPAVHK
HQFNSNAVTDINLDNVCKKGNTLLWDIVQDDDAVNLSEGLINEAEKLLCSLVCWFTDRQI
RMRFIEGCLENLGNNRSVVISLRLLPKLFGTFQQFGSSYDTHWITMWAEKELNMMKLFFD
NLVYYIQAVREGRQKHALYSHSAEVQVRLQFLTCVFSTLGSPDHFRLSLEQVDILWHCLV
EDSECYDDALHWFLNQVRSKDQHAMGMETYKHLFLEKMPQLKPETISMTGLNLFQHLCNL
ARLATSAYDGGSNSELCGMDQFWGIALRAQSGDVSRAAIQYINSYYINGKTGLEKEQEFI
SKCMESLMIASSSLEQESHSSLTVIERGLLMLKTHLEAFRRRFAYHLRQWQIEGTGISSH
LKALSDKQSLPLRVVCQPAGLPDKMTIEMYPSDQVADLRAEVTHWYENLQKEQINQQAQL
QEFGQSSRKGEFPGGLMGPVRMISSGHELTTDYDEKALHELGFKDMQMVFVSLGAPRRER
KGEGVQLPASCLPPPQKDNIPMLLLLQEPHLTTLFDLLEMLASFKPPSGKVAVEDTESLR
CEELHLHAENLSRRVWELLMLLPTCPNMLMAFQNISDEQSNDGLNWKELLKIKSAHKLLY
ALEIIEALGKPNRRIRRESTGSYSDLYPDSDDSSEDQVENSKNSWSCKFVAAGGLQQLLE
IFNSGILEPKEQESWTVWQLDCLACLLKLICQFAIDPSDLDLAYHDVFAWSGIAESHRKR
TWPGKSRKAAGDHAKGLHIPRLTEVFLVLVQGTSLIQRLMSVTYTYDNLAPRVLKAQSDH
RSRHEVSHYSMWLLVSWAHCCSLVKSSLADSDHLQDWLKKLTLLIPETAVRHESCNGLYK
LSLSGLDGGDSINRSFLLLAASTLLKFLPDAQALKPIRIDDYEEEPMLKPGCKEYFWLLC
KLVDNIHIKDASQTTLLDLDALARHLADCIRSREILDHQDGNIEDDGLTGLLRLATSVIK
HKPPFKFSREGQEFLRDIFNLLFLLPSLKDRQQPKCKSHSSRAAAYDLLVEMVKGSVENY
RLIHNWVMAQHMQSAHAPYKWDYWPHEDVRAECRFVGLTNLGATCYLASTIQQLYMIPEA
RQAVFTAKYSEDMKHKTTLLELQKMFTYLMESECKAYNPRPFCKTYTMDKQPLNTGEQKD
MTEFFTDLITKIEEMSPELKNTVKSLFGGVITNNVVSLDCEHVSQTAEEFYTVRCQVADM
KNIYESLDEVTIKDTLEGDNMYTCSHCGKKVRAEKRACFKKLPRILSFNTMRYTFNMVTM
MKEKVNTHFSFPLRLDMTPYTEDFLMGKSDRKEGFKEVSDHSKDTESYEYDLIGVTVHTG
TADGGHYYSFIRDIVNPHAYKNNKWYLFNDAEVKPFDSAQLASECFGGEMTTKTYDSVTD
KFMDFSFEKTHSAYMLFYKRMEPEEENGKEFKFDVSSELLEWIWHDNMQFLQDKNIFEHT
YFGFMWQLCSCIPSTLPDPKAVSLMTAKLSTSFVLETFIHSKEKPTMLQWIELLTKQFNN
SQAACEWFLDRMADDDWWPMQILIKCPNQIVRQMFQRLCIHVIQRLRPVHAHLYLQPGME
DGSDDMDASVEDIGGRSCVTRFVRTLLLIMEHGVKPHSKHLTEYFAFLYEFAKMGEEESQ
FLLSLQAISTMVHFYMGTKGPENPQVEVLSEEEGEEEEEEEDILSLAEEKYRPAALEKMI
ALVALLVEQSRSERHLTLSQTDMAALTGGKGFPFLFQHIRDGINIRQTCNLIFSLCRYNN
RLAEHIVSMLFTSIAKLTPEAANPFFKLLTMLMEFAGGPPGMPPFASYILQRIWEVIEYN
PSQCLDWLAVQTPRNKLAHSWVLQNMENWVERFLLAHNYPRVRTSAAYLLVSLIPSNSFR
QMFRSTRSLHIPTRDLPLSPDTTVVLHQVYNVLLGLLSRAKLYVDAAVHGTTKLVPYFSF
MTYCLISKTEKLMFSTYFMDLWNLFQPKLSEPAIATNHNKQALLSFWYNVCADCPENIRL
IVQNPVVTKNIAFNYILADHDDQDVVLFNRGMLPAYYGILRLCCEQSPAFTRQLASHQNI
QWAFKNLTPHASQYPGAVEELFNLMQLFIAQRPDMREEELEDIKQFKKTTISCYLRCLDG
RSCWTTLISAFRILLESDEDRLLVVFNRGLILMTESFNTLHMMYHEATACHVTGDLVELL
SIFLSVLKSTRPYLQRKDVKQALIQWQERIEFAHKLLTLLNSYSPPELRNACIDVLKELV
LLSPHDFLHTLVPFLQHNHCTYHHSNIPMSLGPYFPCRENIKLIGGKSNIRPPRPELNMC
LLPTMVETSKGKDDVYDRMLLDYFFSYHQFIHLLCRVAINCEKFTETLVKLSVLVAYEGL
PLHLALFPKLWTELCQTQSAMSKNCIKLLCEDPVFAEYIKCILMDERTFLNNNIVYTFMT
HFLLKVQGQVFSEANCANLISTLITNLINQYQNMQSDFTNRVEISKASASLNGDLRALAL
LLSVHTPKQLNPALIPTLQELLSKCRTCLQQRNSLQEQEAKERKTKDDEGATPVKRRRVS
SDEEHTVDSCISDMKTETREVLTPTSTSDNETRDSSIIDPGTEQDLPSPENSSVKEYRME
VPSSFSEDMSSIRSQHAEEQSNEGRFEDCKEFKDLHCSKDSNLAEEESEFPSTSISAVLS
DLADLRSCDGQALPSQDPEAALSLSCGHSRGLFSHMQQHDILDTLCRTIESTIHVITRIS
GKGNQAAS
NT seq 10647 nt   +upstreamnt  +downstreamnt
atgtgcgagaactgcgcagacctggtggaggtgttaaatgaaatatcagatatagaaggt
ggtgatggactgcagctcagaaaggaacatactctcaaaatatttgcctatatcaattcc
tggacacagaggcaatgtctgtgctgcttcaaggaatataagcatttggagatttttaac
caagtagtgtgtgcacttattaacttagtgattgcccaagttcaagtactccgggaccag
ctttgtaaacattgtactactattaacatagattccacgtggcaagatgagagtaatcaa
gtggaagaaccactgagtatagaaagagagtgtaatgaaggaagtacagaaagacaaaaa
tcaatagaaaaaaaatcaaactctacaagaatttgtaatctgactgaggaggaatcttca
aagagttgtgatccttttagtttatggagtacagatgagaaggaaaaactcttactatgc
gtggcaaaaatttttcaaattcagtttcctttgtataccgcgtacaagcataatactcat
cctactatagaggatatatcaacccaagaaagcaacatattaggggcattctgtgatatg
aatgatgtagaagtaccattgcatttgcttcgttatgtatgtttgttttgtgggaaaaat
ggcctttctctcatgaaggattgctttgaatatggaactcctgaaactttgccatttctt
atagcacatgcatttattacagttgtatctaatattagaatatggctacatatccctgct
gtcatgcagcacattatcccttttaggacctatgttattaggtatttatgcaagctctct
gatcaggagttaagacagagtgcggctcgcaacatggctgacttaatgtggagcacagtg
aaagaaccattggatacaacattatgctttgataaagaaagtttagatcttgcatttaag
tactttatgtcaccaactctgactatgaggttggctggactaagtcagataacgaatcaa
cttcataccttcaatgatgtatgcaataatgaatccttggtatcagacacagaaacgtcc
attgcaaaagaacttgcagactggctaataagcaacaatgtggtagagcatatatttgga
ccaaatttacatattgagatcatcaaacagtgccaagtgattttgaacttcttggcagca
gaagggagactgagtactcagcatattgattgcatatgggctgcagcacagttgaaacat
tgtagtcggtatatacatgacttatttccttcactcatcaagaatttggatccagtgcca
cttagacatctccttaatctggtctcagctcttgagccaagtgttcatactgaacagacc
ctatacttggcgtcgatgttaattaaagcattatggaacaatgcactagcagctaaggct
cagctgtctaaacaaagttcttttgcatcattattaaatactaatcttcccattggaaat
aagaaagaggaagaagagctcagaagagcagccccatcaccttggtcacctgctgctagt
cctcaaagcagtgataacagtgatacacatcaaagtggaggcagtgacattgaaatggat
gagcaacttattaatagaacgaaacatgtccaacaacgactttcagacacagaggaatct
atgcagggaagttctgatgaaactgccaacagtggtgaagatggaagcagtggtcctggt
agcagtagtgggcatagtgatggatctagcaatgaggtgaattctagccatgccagccag
tccgctgggagccctggcagtgaggtacagtcagaagacattgcagatattgaagccctt
aaagaagaagatgaagatgatgatcatggtcataatcctcctaaaagcagttgtggtaca
gatcttcggaacagaaagttagaaagccaagcaggcatttgcttaggggattcccaaggc
ccatcagaaagaagtgggacaagcaatggaacaggaaaggacctggtttttaacactgat
tcaatgccttcagtagataatcgaatacgaatgctagatgcctgttcacactctgaagat
cgagaacatgatatttcaggggaaatgaatgctgctcatatagcacaagcatctcaggaa
tcttgtattacacgcactggggactttcttggggagactattgggaatgaattatttaat
tgtcggcagtttattggtccacagcatcaccaccaccaccaccaccatcatcatcaccac
catgatgggcatatggttgatgatatgctaagtgcagatgatgtcagttgcagtagctcc
caggtcagtgcaaaatcagaaaaaaatatggctgattttgatggtgaagaatctgggtgt
gaagaggaactagttcagattaattcacatgcagagctaacatctcatctccaacaacat
cttcccaatttagcatctatttaccatgaacatcttagtcaaggacctgcagttcataaa
catcaattcaacagtaatgctgtgacagacattaatttggataacgtttgcaagaaagga
aacactttgttgtgggatatagttcaagatgatgatgcggttaatctttctgaaggatta
ataaatgaagcagagaagcttctctgttccttagtatgttggtttacggatagacagatt
cgaatgagattcattgaaggttgccttgaaaatttaggaaacaacagatcagtagtaatt
tcacttcgtcttcttccaaaattgtttggtacttttcagcagtttggaagcagttatgat
acacattggattacaatgtgggcagaaaaagaactgaacatgatgaagcttttctttgat
aatttggtatactatattcaagctgtaagagaaggaagacaaaaacatgcactgtacagc
catagtgccgaagttcaagttcgacttcagttcttgacttgtgtgttttcaactctggga
tcacctgatcatttcaggttaagtttagagcaagtcgacattttatggcattgtttagta
gaagattctgagtgttatgatgatgcacttcattggtttttaaatcaagttcgaagtaaa
gatcaacatgctatgggaatggaaacctacaaacatcttttcctggagaagatgccccag
ctaaaacctgaaacaattagcatgactgggttaaacctgtttcagcatctctgtaacttg
gctcgactggcgaccagtgcctatgatggtggttcaaactctgagctttgtggtatggac
caattttggggcattgctctaagagcacagtctggtgatgtcagtcgagcagctatccag
tatattaactcctattatattaatggtaaaacgggtttggagaaggagcaagaatttatt
agtaagtgtatggagagtcttatgatagcttctagcagtcttgaacaggaatcacactca
agtctcactgttatagaaagaggactccttatgctgaagacacatctggaagcatttagg
agaaggtttgcctatcatctcagacagtggcaaattgaaggcactggtattagtagtcat
ttgaaagcactgagtgacaaacagtccctgccgctaagggtcgtatgccagccagccgga
cttcctgacaagatgactattgaaatgtatcctagtgaccaggtagcagatcttagggct
gaagtaactcattggtatgaaaatttacagaaagaacaaataaatcaacaagctcagctt
caggagtttggtcaaagcagtcgaaagggagagtttcctggaggccttatgggacctgtc
aggatgatttcatctggacatgagttaacaacagattatgatgaaaaagcacttcatgag
cttggttttaaggatatgcagatggtatttgtatctttgggtgcaccaagaagagaacgg
aaaggggaaggtgttcagctgcctgcatcttgcctaccaccccctcagaaggacaacatt
cctatgcttttgcttttacaagaacctcatttaactactctttttgatttattagagatg
cttgcatcatttaaaccaccctcaggaaaagtggcagtggaagatactgagagcttaaga
tgtgaagaacttcatcttcatgcagaaaatctctctaggcgtgtatgggagctactgatg
cttcttcctacatgtcctaacatgttgatggcattccagaatatctcagacgaacagagt
aatgatggacttaattggaaagaacttctcaaaattaagagtgctcacaagctattatat
gccctggaaattattgaagcactgggaaaacctaacaggaggataaggagagagtcaacg
ggaagttacagtgatctttatccagattcagatgattcaagtgaggatcaagtggaaaat
agtaaaaattcctggagttgcaagtttgttgctgctggagggcttcaacagttattagaa
atttttaattctggaattctggagcctaaagagcaggaatcctggactgtgtggcagcta
gactgtcttgcttgcttgctgaagttaatatgccagtttgcaatagatccatccgatttg
gatttagcttatcacgatgtctttgcctggtctggtatagcagaaagccataggaaaaga
acttggcctggtaaatcaagaaaggctgctggtgatcatgccaagggtcttcatatacca
agattaacagaggtatttcttgttcttgtccaaggaaccagtttgattcagcgacttatg
tctgttacttatacatatgataatctggctcctagagttttgaaagctcagtccgatcac
aggtctaggcatgaagtttcacattattcaatgtggctcttggtgagttgggcacattgc
tgttcattagtgaaatctagccttgctgatagtgaccatttacaagattggttaaagaaa
ttgactctccttattcctgagactgctgtccgtcatgagtcttgcaatggtctttataag
ttatctctgtcagggctagatggaggagactcaatcaatcggtcctttctgctattggct
gcttcaacattgttgaaatttcttcccgatgctcaagcactcaaacctatcaggatagat
gattatgaagaagaaccaatgttaaaacctggatgtaaagagtatttttggttgttgtgc
aaattagttgacaatatacatataaaggatgctagtcagaccacactcctcgacttagat
gctttggcacgacatttggctgactgtatccgaagcagggaaatccttgatcatcaagat
ggtaatatagaagatgatgggcttacaggactcttaaggcttgcaacaagtgtcattaaa
cacaaaccaccctttaaattttcaagagaaggacaggaatttttaagagatatcttcaat
ctcctgttcttgttgcctagtctaaaagacagacaacagccaaagtgcaaatcacattct
tccagagctgctgcttatgatttgttagtagagatggtgaagggatctgttgaaaactac
aggctaatacacaactgggttatggcacaacacatgcagtcagcccatgcaccttataaa
tgggactactggcctcacgaagatgttcgtgctgagtgtagatttgttggcctgactaac
cttggagctacttgttacttggcttctactattcagcaactttatatgatacctgaggcc
agacaggctgtcttcactgcaaagtattcagaagatatgaagcataagaccactcttctg
gagcttcaaaaaatgtttacatatttaatggagagtgaatgcaaagcatataatcctaga
cccttttgtaaaacatacaccatggacaagcagcctctgaatactggggagcagaaagat
atgacagaattttttactgatctgattactaaaattgaggaaatgtctccagaactgaaa
aataccgtcaaaagtttgtttggaggtgtaattacaaacaatgttgtgtccttggattgt
gaacacgttagtcagactgctgaagaattttatactgtgaggtgccaagtggctgatatg
aagaacatttatgaatctcttgatgaagttactattaaagacactttagaaggtgacaac
atgtatacttgttctcattgtgggaagaaagtacgagctgaaaaaagggcatgttttaag
aaattgcctcgcattctgagttttaatactatgagatatacatttaatatggtaacaatg
atgaaagagaaagtgaacacacacttttccttcccattacgtttggatatgacgccctat
acagaagattttctaatggggaagagtgataggaaagaaggttttaaggaagtcagtgat
cattcaaaagatacagagagctatgagtatgacttaataggagtaactgttcatacagga
acagcagatggtgggcactattatagcttcatcagagatatagtcaatccacatgcttat
aaaaacaataaatggtatctttttaatgatgctgaggtaaaaccttttgattctgctcaa
ctggcctctgaatgttttggcggagagatgacaaccaagacctatgattctgttacagat
aaatttatggatttctcctttgaaaagacacatagtgcttatatgctgttttacaaacgc
atggaaccagaggaagaaaatggcaaagaattcaaatttgatgtttcgtcagagttacta
gagtggatttggcatgataacatgcagtttcttcaagacaaaaacattttcgaacataca
tattttgggtttatgtggcagttatgtagttgtattcccagtacattaccagatcctaaa
gctgtttccctaatgacagcaaagttaagcacttcctttgtcctagagacgtttatacat
tcaaaagaaaagcccacaatgcttcagtggattgaactcctgaccaaacaatttaataat
agtcaagcagcttgcgagtggtttttggaccgtatggctgatgatgactggtggccaatg
cagatactaattaagtgccctaatcaaattgtgagacagatgtttcagcgtttgtgtatc
catgtgattcagagacttaggcctgtgcatgctcatctttatctacaaccaggaatggag
gatgggtcagatgatatggatgcctcagtggaagatattggtggtcgttcgtgtgtcact
agatttgtgagaactctgttattaattatggaacatggtgtaaaacctcacagtaaacat
cttacagaatactttgccttcctttatgaatttgccaaaatgggtgaagaagagagccag
tttttgctttcactgcaagccatatctacaatggtacatttttacatgggaaccaaaggg
cctgaaaatcctcaagttgaagtattatcagaggaagaaggggaagaagaggaggaggaa
gaagatattctctctctggcagaagaaaagtacaggccggctgccctggaaaaaatgata
gctttagttgctctgttggttgaacaatctcgctcagaaaggcatttgacattatcacag
actgacatggcagcattaacaggaggaaagggattccccttcttgtttcaacatattcgt
gatggcatcaatataagacaaacttgtaatctgattttcagcctctgtcgatacaataat
cgacttgcagaacatattgtgtctatgcttttcacatcaatagcaaagttgactcctgag
gcagccaatcctttcttcaaattgttgactatgctaatggagtttgctggtggacctcca
ggaatgcctccctttgcatcttacattctgcagaggatatgggaggtaattgaatacaat
ccttctcagtgtctggattggttggcagtacagacaccccgaaataaactggcacacagc
tgggtcctgcagaatatggaaaactgggtcgagcggtttcttttggctcacaattatcct
agagtcaggacttctgcagcttatcttctggtgtcccttataccaagcaattcattccgc
cagatgttccggtcaacaaggtctttgcacatcccaacccgtgaccttccactcagtcca
gacacaacagtagtcctacatcaggtctacaacgtgctccttggtttgctctcaagagcc
aaactttatgttgatgctgctgttcatggcactacaaagctagtgccctattttagcttt
atgacttactgtttaatttccaaaactgagaagctgatgttttccacatatttcatggat
ttgtggaaccttttccagcctaaactttctgagccagcaatagctacaaatcacaataaa
caggctttgctttcattttggtacaatgtgtgtgctgactgtccagagaatatccgcctt
attgttcagaacccagtggtaaccaagaacattgccttcaattacatccttgctgaccat
gatgatcaggatgtggtgctttttaaccgtgggatgctgccagcctactacggcattctg
aggctctgctgtgaacagtctcctgcattcacacgacaactggcttctcaccagaacatc
caatgggcctttaagaatcttacaccacatgccagccaataccctggagcagtagaagaa
ctgtttaacctgatgcagctgtttatagctcagaggccagatatgagagaagaagaatta
gaagatattaaacagtttaagaaaacaaccataagttgttacttacgttgcttagatggc
cgctcctgctggactactttaataagtgccttcagaatactattagaatctgatgaagac
agactacttgttgtatttaatcgagggttgatcctgatgactgagtcattcaacactctg
cacatgatgtatcatgaagccacagcttgccatgtgactggagatttagtagaacttctg
tcaatattcctttcagttttgaagtctacacgcccgtatcttcagagaaaagatgtgaaa
caagcattaatccagtggcaggagcgaattgaatttgcccataaactgttaactcttctt
aattcctatagtcctccagaacttagaaatgcctgtatagatgtcctcaaggaacttgtg
cttttgagtccccatgactttcttcatactctggttccatttctacaacacaaccattgt
acttatcatcacagtaatataccaatgtctcttggaccttatttcccttgtcgagaaaat
atcaagctaataggagggaaaagcaatattcggcctccgcgccctgaactcaatatgtgc
ctcttgcccacaatggtggaaaccagtaagggcaaagatgacgtttatgatcgtatgctg
ctagactacttcttttcttatcatcaattcatccatctattatgccgagttgcaatcaac
tgtgaaaaatttactgaaacattagttaagctgagtgtcctagttgcctatgaaggtttg
ccacttcatcttgcactgttccccaaactttggactgagctatgccagactcagtctgct
atgtcaaaaaattgcatcaagcttttgtgtgaagatcccgtttttgcagaatatataaag
tgtatcctgatggatgaaagaacttttctaaacaacaacattgtgtacacattcatgaca
cattttcttctaaaggttcaaggtcaagtgttttctgaagcaaactgtgccaatctgatc
agcaccctaattacaaacttgataaatcagtatcagaatatgcagtctgatttcaccaat
cgtgttgaaatttccaaagcaagtgcttctttaaatggggatctgcgtgcacttgctttg
ctcctgtcagtccacactcccaagcaattaaacccagctctaattccaactctgcaagag
cttttaagcaaatgcaggacttgtctgcagcagagaaactcactccaagagcaagaagcc
aaagaaagaaaaactaaagatgatgaaggggcaactcctgttaaaagaaggcgtgttagc
agtgatgaggagcacactgtagacagctgtatcagcgacatgaaaacagaaactagggag
gtcctaaccccaactagcacttcagacaatgagacaagagactcttcaattattgatcca
ggaactgagcaagatcttccttcccctgaaaatagttctgttaaagaatatcgaatggaa
gttccatcttcgttttcagaagacatgtcaagtatcaggtcacagcatgcagaagaacag
tccaacgaaggtagatttgaagactgtaaagagttcaaggacctccactgttccaaggat
tctaacctagctgaggaagagtctgagttcccttctacttctatctctgcagttctctct
gacttagctgacttgagaagctgtgatggtcaagctttgccctcccaggaccctgaggct
gctctatcactcagttgtggccattccagaggactctttagtcacatgcagcaacacgac
attttagatactctgtgtaggaccattgaatctacaatccatgtgatcacaaggatatct
ggcaaaggaaaccaagctgcttcttga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (8)   
   UniProt (1)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (4)   
   Pfam (4)   
All databases (29)   

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