KEGG   Theileria annulata: TA17680Help
Entry
TA17680           CDS       T00253                                 

Definition
ubiquitin carboxyl-terminal hydrolase (EC:3.1.2.15)
Orthology
K11854  
ubiquitin carboxyl-terminal hydrolase 35/38 [EC:3.1.2.15]
Organism
tan  Theileria annulata
Brite
Enzymes [BR:tan01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.2  Thioester hydrolases
    3.1.2.15  ubiquitin thiolesterase
     TA17680
Peptidases [BR:tan01002]
 Cysteine Peptidases
  Family C19: ubiquitin-specific protease family
   TA17680
BRITE hierarchy
SSDB OrthologParalogGFIT
Motif
Pfam: 
Motif
Other DBs
NCBI-GI: 
NCBI-GeneID: 
GeneDB: 
UniProt: 
Position
3
AA seq 1223 aa AA seqDB search
MDNNRSPPFYLSNENPDSPQKKHLFSNRTNLSETYPGMENYLNGENTNTYILERSTKLWN
HINTKPYSAKNHITRYLSKDKLEGATIGTYKEYVHKVVGEHKSENLGGDKVETISDIFSE
TEDNVSILSRLHSLTLKKSTSFLDQVKPNKSVQDETNKLLEQNDNSEINCPDQEQVEKKY
EEVKDNDVLKPLYSVDNAEEKPNYQVSTVNNVKIEIQNEANSVTTSDTVKIHSDIMYRID
DANKVKIGEKNKDVASVGDISVNIALSPTVSENNPFDVQNIVSTQVPSKHEVYRDRKLFN
RSTYIDNEVQKQYNRSYAYSTRVTNFHSSEMINYSNYIDYNPFSIFSVKENSGNELVKES
DLKKLRTVILSSSHSEETLIKYFTEAICITNTHMMSQIIEFLVTFLRETHKIRQFVVRLM
LCALSFHPEEFVNLFKADYLNVLFTPVIDDSIGVYFLKLLLSYKSTFGSRSEISTNIPYS
INSQGLLMYSSNQELINTPRDTFISGKIETLYILKILLERSKASTVYSIPNSMLREQLCM
LWYDMPKTIPNVNIIEVLLHWINSKEDLETKKYPFLLLEKVRDQHPFPNGQTIILSQFFM
FALNHKANVNNHLEYVITIASSDSNPNESANVSKNNSIRRESMISSKNSFIKNSSRNSFV
GLIRDENILETVLYRILYNFNERDLLDLWCLICVIPWKVTSPSSPFSRLFVYTLNTILKL
TSMSYDNYPSMINETKIRLDIMENCLRICLARCSCPINSLNSLLQTTLLLNPESYRNESI
QGITKGPGENIIISTLYKNGMILNSLCNFLWKCHFLWTRIKEGVNMEVVIVVTELYKILG
NFTSVKPLDDTHLYNSVSNTNSGEMYKFFNDSANKGIWTKITTFIPQINLEQYFNTRELN
GSEQYYQDMEEQEQNYDTFNETGRDDYMVYNEDELIDTGQVVGLKNLGNSCYLNSLLQSL
CHTKLENNESNKMVNSLVKLFRKMKTTTKRSVSPKNVFKMMSENLTNSQQDVTEAIRYIS
QAIDPNLELWKSVFAGLVVRRIKCLRCESSSDNEEIIYDFSLSLNKARSVQKMLDNFSKV
ETLSGDNKYFCINCNKDVKAHMWNIIASPPSHLIIILNRNNWSYNETQKVLKAVKIDSHL
FIEGFQYRLYGSIIHSGDSTDSGHYYFIGCDSEIFENWNKVDDSVVKPVHEFAVDDLSRD
PSNTHVPYVLFYRCLQAPQTPKF
NT seq 3672 nt NT seq  +upstreamnt  +downstreamnt
atggataataatagaagcccacccttttatctctccaacgagaatccagatagcccacaa
aagaaacatctgttctcaaacagaacaaacctatcggaaacatacccagggatggaaaat
tatttaaatggagaaaatacaaatacatatatactcgaaaggtcaaccaaactctggaat
catattaacacgaaaccatattcagcaaagaatcatataacaagatatttgtcaaaagat
aagttagaaggagcaacaataggaacatataaagaatatgtacataaggtagttggagaa
cataaatcagaaaatttgggcggagataaagttgaaacaatcagtgacattttttcagag
actgaagataatgtttcaatattaagtagattacatagcctaacccttaaaaaatcaacg
tcatttttggatcaagtgaagccaaataaatcagtgcaagatgaaacaaacaaactactt
gaacagaatgataattctgaaatcaattgccctgatcaagaacaggtagaaaaaaaatat
gaggaagttaaagataatgatgttttaaagccattgtattcagtagataatgcagaagaa
aaacctaattatcaagtatccacagtaaataatgtaaagattgaaatacaaaacgaagcg
aattcagtaacgacaagtgatacagtaaagatacattcggatataatgtatagaatagat
gatgcaaataaagtaaagattggtgaaaaaaataaagatgtggcatcagttggagatatt
agtgtgaatatagcactgtcaccaacagtatcagaaaataacccgtttgatgtgcaaaac
atagtttcaacacaagttccgagtaaacatgaagtgtatagagatagaaaactgttcaat
agatcaacatacatagacaatgaggtacaaaaacaatataacaggagttacgcatatagc
actagggtcacaaattttcattcctcagaaatgatcaactactcgaattacatcgattat
aaccctttctcgatattctcagttaaggaaaatagcgggaatgagttagtaaaggagagt
gaccttaagaaactcagaacggtgatattaagcagtagccatagcgaagagactctaata
aagtacttcacagaggcaatatgtataacaaatacacacatgatgagccagatcatcgag
ttcctagtaaccttccttagagaaacacataaaattagacagtttgtagttagattgatg
ctatgcgcactgtcatttcacccagaagagtttgtgaacctgtttaaagcagattacctg
aacgtactgttcacaccagtgatagatgactcaataggagtgtattttctgaagctgctg
ctttcatacaagtcaacatttgggtccaggtctgaaatatcaacaaacataccatattca
ataaattctcaaggcctgttgatgtattcaagtaaccaagaactaattaacacaccaaga
gatacttttatatcggggaaaatagaaactctgtatattctgaaaatcttgctggaacgt
tcaaaagcgtcgacagtatacagtatcccaaacagtatgctgagagaacagctgtgcatg
ctctggtacgatatgcctaaaacaataccaaacgtaaatataatagaagtgttgctgcac
tggataaactcgaaggaggacttggagacaaaaaagtacccgttcttgctcttggaaaaa
gtaagagatcagcacccattcccaaatggccagacgattatattgtcccaattcttcatg
tttgccctgaaccacaaagcaaacgtgaacaatcacttggagtatgtaattactatcgca
agcagtgactctaaccctaatgaaagtgctaatgtgtcaaaaaacaacagcatcagaaga
gaaagcatgatttcctcaaaaaatagttttattaagaatagttcgaggaatagtttcgta
ggtttaattagagacgagaatatattggaaactgtgctgtacaggatactgtacaacttc
aacgagagagatttgctggatctgtggtgcctaatatgcgtaataccgtggaaagtaaca
agcccaagctcaccattttcaagattattcgtatacacacttaacacaatacttaaactg
acctctatgagttatgataactacccgtctatgataaatgaaacaaaaatcaggcttgat
ataatggaaaattgtctaagaatatgtttggcaaggtgttcgtgcccaataaactcactt
aactcactcctgcaaacgacattgctcctaaacccagagtcgtatcgcaatgaaagtata
caaggcataactaaaggaccgggggaaaatataataatctcaacgttgtataaaaatgga
atgattctgaatagcctgtgcaacttcctgtggaagtgccacttcctgtggacaagaata
aaggaaggagtgaacatggaggtagtaatagtggtgactgagctgtacaaaatactggga
aatttcacaagcgtgaagcctctggatgatactcacctgtataactcagtgtcaaacaca
aacagcggagagatgtacaagttcttcaacgactcagcaaataagggaatttggaccaaa
ataacaacattcataccgcaaattaatttggaacaatattttaatactcgagaattgaat
ggatcagaacaatattatcaggatatggaagaacaagaacaaaattatgatacgttcaac
gaaacgggtagagatgattatatggtatataacgaggatgaactaattgatacgggacag
gtggtgggattaaaaaacctaggaaatagctgttacctgaacagcctgctccagagtctg
tgtcacactaagttagaaaataatgagagcaacaagatggtaaattcgttggtgaagttg
tttaggaagatgaagactacgacaaagaggtcagtgtcgcctaagaacgtgtttaaaatg
atgtcggaaaatttgacaaactcccagcaagatgtgacggaagcaataagatatatttca
caagctattgacccgaatcttgagctttggaagtcagtgtttgcaggactggtagtaagg
agaatcaagtgcttgaggtgtgaatcgtcctcagataatgaggaaataatatacgatttc
tcattaagcctaaacaaggcaaggtccgtgcagaaaatgctcgacaacttctccaaagtt
gagacactttcaggagataacaaatacttctgcatcaactgtaataaggatgttaaggca
cacatgtggaacataatagcttcgcccccgtcacaccttatcatcatactcaatcgcaac
aactggagctataacgagacgcagaaggttttaaaagcagtcaaaatagactcccacctc
ttcattgaaggattccagtacagactctatgggtctataatacactcgggagactcaact
gattcaggccactactactttatcggatgtgattcggaaatcttcgaaaattggaacaaa
gtggacgactctgtagtgaaacccgttcatgaatttgccgtggatgacctatccagagac
ccctcgaatacacatgtgccctacgtcttattctacaggtgcttacaggctccacaaaca
cccaaattttaa

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