KEGG   Equus asinus (ass): 106833225
Entry
106833225         CDS       T04645                                 
Symbol
USP24
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 24 isoform X1
  KO
K11840  ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]
Organism
eai  Equus asinus (ass)
Brite
KEGG Orthology (KO) [BR:eai00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:eai01002]
    106833225 (USP24)
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:eai04121]
    106833225 (USP24)
Enzymes [BR:eai01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     106833225 (USP24)
Peptidases and inhibitors [BR:eai01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   106833225 (USP24)
Ubiquitin system [BR:eai04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    106833225 (USP24)
SSDB
Motif
Pfam: UCH UCH_1 DUF3517 UBA ubiquitin
Other DBs
NCBI-GeneID: 106833225
NCBI-ProteinID: XP_044626806
Position
5:complement(45961331..46100548)
AA seq 2621 aa
MESEEEQHMTTLLCMGFSDPATIRKALRLAKNDINEAVALLTNERPGLDYGGYEPMDSGG
GPSPGPGGGSRGDGGGDSGGGGGPSRGGSTGGGGGFDPPPAYHEVVDAEKNDENGNCSGE
GIEFPTTNLYELESRVLTDHWSIPYKREESLGKCLLASTYLARLGLSESDENCKRFMDRC
MPEAFKKLLTSSAVHKWGSEIHEGIYNMLMLLVELAAERIKQDPVPVGLLAVLTMAFNPD
NEYHFKNRMKASQRNWAEVFGEGNVFAVSPVSAFQKEPHGWVVDLVNKFGELGGFAAIQA
KLHSEDVELGAVSALVQPLGVCAEYLNASVVQPMLDPVILTTIQDVRSVEEKDLKDKRLV
SIPELLSAIKLLCMRFQPDLVTVVDDLRLDILLRMLKSPHFSAKMNSLKEVTKLIEDSTL
SKSVKNAIDTDRLLDWLVENSVLSIALEGNIDQAQYCDRIKGIIELLGSKLSLDELTKIW
KIQSGQSSTVIENIHTIIAAAAVKFNSDQLNHLFVLIQKSWEAESDRVRQKLLSLIGRIG
REARFETTSGKVLDVLWELAHLPTLPSSLIQQALEEHLTILSDAYAVKEAIKRSYIIKCI
EDIKRPGEWSGLEKNKKDGFKSSQLNNPQFVWVVPALRQLHEITRSFIKQTYQKQDKSII
QDLKKNFEIVKLVTGSLIACHRLASAVAGPGGLTGSTLVDGRYTYREYLEAHLKFLAFFL
QEATLYLGWNRAKEIWECLVTGPDVCELDREMCFEWFTKGQHDLESDVQQQLFKEKVLKL
ESYEITMNGFNLFKTFFENVNLCDHRLKRQGAQLYVEKLELIGMDFIWKIAMESPDEEIA
NEAIQLIINYSYINLNPRLKKDSVSLHKKFIADCYTRLEAASSALGGPTLTHAVTRATKM
LTATAMPTVATSVQSPYRSTKLVIIERLLLLAERYVITIEDFYSVPRTILPHGASFHGHL
LTLNVTYESTKDTFTVEAHSNETIGSVRWKIAKQLCSPVDNIQIFTNDSLLTVNKDQKLL
HQLGFSDEQVLTVKTSGSGTPSGSSADSSTSSSSSSSGVFSSSYAMEQEKSLPGVVMALV
CNVFDMLYQLANLEEPRITLRVRKLLLLIPTDPAIQEALDQLDSLGRKKTLLSETSSQSS
KSPSLSSKQQHQPSASSILESLFRSFAPGMSTFRVLYNLEVLSSKLMPTADDDMARNCAK
SFCENFLRAGGLSLVVNVMQRDSIPSEVDYETRQGVYSICLQLARFLLVGQTMPTLLDED
LTKDGIEALSSRPFRNVSRQTSRQMSLCGTPEKASYRQLSVSDRSSIRVEEIIPAARVAI
QTMEVSDFTSTVACFMRLSWAAAAGRLDLVGSSQPIKESNSLFPAGIRNRLSSSGSTCSS
GSEGDAAVLHAGICVRQQSVSTKDSLVAGEALSLLVTCLQLRSQQLASFYNLPCVADFII
DILLGSPSAEIRRVACDQLYTLSQTDTSAHPDVQKPNQFLLGVILTAQLPLWSPTSIMRG
VNQRLLSQCMEYFDLRCQLLDDLTTSEMEQLRISPAAMLEDEITWLDNFEPNRTADCETS
EADNILLAGHLRLIKTLLSLCGAEKEMLGSSLIKPLLDDFLFRASRIILNSHSPAGSAAI
SQQDFHPKCSTVNSRLAAYEVLVMLADSSPSNLQIITKELLSMHHQPDPALTKEFDYLPP
VDSRSSSGFVGLRNGGATCYMNAVFQQLYMQPGLPESLLSVDDDTDNPDDSVFYQVQSLF
GHLMESKLQYYVPENFWKIFKMWNKELYVREQQDAYEFFTSLIDQMDEYLKKMGREQIFK
NTFQGIYSDQKICKDCPHRYEREEAFMALNLGVTSCQSLEISLDQFVRGEVLEGSNAYYC
EKCKEKRITVKRTCIKALPSVLVIHLMRFGFDWESGRSIKYDEQIRFPWMLNMEPYTVSG
MARQDSSSEVGENGRSMDQGGGGSPRKKVALTENYELVGVIVHSGQAHAGHYYSFIKDRR
GCGKGKWYKFNDTVIEEFDLNDETLEYECFGGEYRPKVYDQTNPYTDVRRRYWNAYMLFY
QRVSDQNSPVLPKKSRVSVVRQEAEDLSLSAPSSPEISPQSSPRPLRPNNDRLSILTKLV
KKGEKKGLFVEKMPVRIYQMVRDENLKFMKNRDVYSSDYFSFVLSLASLNATKLKHPYYP
CMAKVSLQLAIQFLFQTYLRTKKKLRVDTEEWIATIEALLSKSFDACQWLVEYFISSEGR
ELIKIFLLECNVREVRVAVATILEKTLDSALFYQDKLKSLHQLLEVLLALLDKDVPENCK
NCAQYFFLFNTFVQKQGLRAGDLLLRHSALRHMVRFLLGPARHSSQIRRWSSAQAREFGN
LHNTVALLVLHSDVSSQRNVAPGIFKPRPPVSVAPAGPLLPLHEEVEALLFLSEGKPYLL
EVMFALRELTGSLLALIEMVVYCCFCNEHFSFSVLHCIKNQLETAPPHELKNTFQLLHEI
LVIEDPIQVERVKFVFETENGLLALMHHSNHVDSSRCYQCVKFLVTLAQKCPAAKEYFKE
HAHHWSWAVQWLQKKMSEHYWTPQSNVSNETSTGKTFQRTISAQDTLAYATALLNEKEQS
GSSNGSESSPANENGERHLQQGSESPMMIGELRSDLDDVDP
NT seq 7866 nt   +upstreamnt  +downstreamnt
atggagtcggaggaggagcagcacatgaccacgctgctgtgcatgggcttctcggacccc
gccaccatccgcaaggccctgcgtctggccaagaacgacatcaacgaggccgtggcgctg
ctcaccaacgagcggccgggcctcgactacggcggctacgaacccatggacagcggcggc
ggccccagccccgggcctggcggcggctcacgcggcgacggcggcggcgacagcggcggc
ggcggcggcccctcccgcggcgggagcaccggaggcgggggcggcttcgaccccccgccc
gcctaccacgaggtggtggacgccgagaagaatgatgaaaatggaaactgctcaggggaa
ggaattgaattccctacaacaaatttgtatgaactggaaagccgtgttttgactgatcat
tggtccatcccttacaagcgagaagaatcgctaggcaaatgcctcttggcgtccacctac
ctagcaagactcggtctttccgagtctgatgagaattgtaaaagatttatggataggtgt
atgcctgaagcatttaaaaagctcctgacatcgagtgctgttcacaagtggggtagtgag
atccatgaaggaatctacaacatgctgatgctgttagtagagctggctgctgagagaata
aagcaagacccggtccccgtgggtctcctggctgtgctgacaatggctttcaaccccgat
aacgagtaccattttaaaaacaggatgaaagcatctcagaggaactgggcagaggtgttt
ggagagggaaatgtgtttgctgtttcacctgtatctgctttccagaaggagcctcatgga
tgggttgtggatttggtaaataagtttggagaattaggtggatttgcagcaatccaagct
aagcttcattcagaagatgtagaacttggggcagtctcagcgttggtgcagcccttgggg
gtgtgtgcagagtatctcaatgcctcggtggtacagcccatgctggacccagtcatcctt
actaccatccaggatgtgcggagtgtggaggaaaaggacctcaaagacaagagattggtt
agcatccctgagctcttgtctgccattaagttactttgcatgcgcttccaaccggatctg
gtgaccgttgtggacgaccttcgactcgacatcctgcttcgcatgctgaaatcaccacat
tttagcgctaaaatgaattctctcaaagaagtaaccaaactaatagaagatagcacttta
tccaaatctgtgaagaatgctatagatacagacagattgttagattggcttgtagaaaac
tcagttctgtcaattgcattggaaggcaacatagaccaagcgcaatactgtgatcgtatc
aagggaattattgaactcttgggcagtaaattgtctttggatgagctcactaaaatttgg
aagatacagtcaggacagtcgtccactgtcatcgagaacatccatactatcattgctgca
gcggctgtcaaatttaattcagatcagctgaatcatttgtttgttctcattcagaagagc
tgggaggcggagagcgacagagtgagacagaagctgctgagcctgattggacgcatcggc
cgggaagctcgctttgagaccacttccgggaaggtgttagacgtcctctgggaactggct
catctgcccaccctgcccagcagcctcattcagcaagccctggaggagcacctgacaatc
ctgagtgacgcgtatgcggtgaaagaagcaatcaagaggagctacatcattaagtgcata
gaggacatcaagaggcctggagaatggtcaggtttagaaaaaaacaagaaggatggattc
aagtcatctcagcttaataatccccagtttgtctgggtggtaccagctttgcggcagctc
catgagatcactcgctccttcataaaacaaacctatcaaaagcaagacaagagcattatt
caagacttgaagaaaaattttgaaatagtgaaattggtaacaggaagtttgatcgcttgt
catcgattggcgtcggccgtggctggacctggaggcctgacggggtcgacgctggtggac
ggccggtatacttaccgggagtatttagaggcccatttaaaatttctggcatttttcttg
caagaagctactctgtatctgggttggaatcgtgccaaggagatctgggagtgtcttgtg
actggtccggacgtgtgtgaattagacagagagatgtgtttcgaatggtttacaaaaggg
cagcatgatcttgagagtgacgtccagcagcagcttttcaaggagaaagttcttaagttg
gagtcgtatgaaatcactatgaatggttttaacttatttaagactttttttgaaaatgtg
aatctttgtgatcatcgattgaaaagacaaggagctcagctttatgtagaaaaactggaa
ttgataggaatggatttcatttggaaaatagccatggaatcgcctgatgaagaaattgct
aatgaagctattcagttaattataaactatagttacattaatctaaatcctaggttaaag
aaggattctgtatcattacataagaaattcattgctgattgctacacaagattagaagca
gccagttcagcccttggtggccccacactaacacatgccgtgaccagagccacaaagatg
ctcacagccactgccatgccgaccgtggcaacgtcagttcagtctccatacagatccact
aagcttgtaataattgagagattgctgcttctggcagaacgctatgtgatcactatagag
gatttttactctgttccacgaactattctacctcatggtgcctcatttcatggacatctg
ttaactcttaatgttacatatgagtctaccaaagacaccttcactgtagaggctcacagt
aatgaaaccatagggagtgtccgatggaagatagccaagcagttgtgctctcctgtggat
aacatacagatatttacaaatgatagtctgctgacggtgaataaggatcaaaagctgctc
caccagctgggcttttctgatgaacaggtcctcacagtgaagacttccggcagtgggact
ccgtctgggagctcagcagactcctccaccagctccagcagcagcagcagtggggttttc
agttcatcatatgccatggagcaggagaagtccctccctggcgttgtgatggcccttgtg
tgtaacgtatttgacatgctttaccagctggccaatctggaggagccgaggataactcta
cgagtacgaaagctgctgctcttgatccccactgaccccgccattcaggaagccctcgac
cagctggactctttaggaaggaagaaaacattgctgtctgaaacaagttctcagtcttca
aaatctccgtccctgtcttcaaagcagcagcaccagcccagtgccagttcaatcctagaa
agtctgtttcgatctttcgctccggggatgtccaccttcagagtgctctacaacttagaa
gttctaagctccaaactcatgccaacagctgacgatgacatggcaagaaactgtgcgaaa
tccttctgtgagaacttcctcagagcaggaggtttaagtttggttgtaaatgtcatgcag
agggattccatcccatcggaagtggactacgaaacaaggcaaggagtttactccatctgt
ctacaacttgcaagatttttacttgttggacaaacaatgcccacgttattagatgaagac
ctcaccaaagatggcatagaagcactttcttcccgcccattccgaaacgtcagccggcag
acgagcaggcagatgtccctgtgcggtaccccagaaaaggcttcctaccgacagttgtca
gtgtcagacaggtcttccatcagggttgaggagatcatccctgctgcccgagtggcaata
cagaccatggaagtcagcgacttcacctccacagtggcctgtttcatgaggttgtcgtgg
gctgcagctgcaggacggctggacctcgtggggagtagccagcccattaaagaaagtaac
tctctgtttcctgctggaattcgaaacagactcagcagttcagggagcacctgcagctct
gggagcgaaggagacgccgcagtcctgcacgcgggcatctgtgtgcgacagcagtctgtg
tccaccaaggactcactggttgccggagaggccctgtctcttcttgtgacctgcctgcag
cttcggagccagcagctggcatctttctataacttgccctgtgttgctgattttatcatt
gacattctgcttggatcaccaagtgctgagattcgccgcgttgcctgtgatcagctgtat
acccttagtcagacggatacttcggctcatccagatgtgcagaagccaaatcagtttctc
ctgggcgtgattctcacagctcagctgcctctctggtctccaactagtattatgagagga
gtcaatcagagactattatctcagtgtatggagtattttgatctgaggtgccaattatta
gatgatctgacaacttcagaaatggagcagttacgaatcagcccagctgccatgcttgaa
gacgagattacttggctggataactttgaacctaatcgcacagctgactgtgagaccagc
gaagcagacaacatcttattggcaggacacttacggctcattaagacccttctttcactc
tgtggggcagaaaaggaaatgcttggttcatcactcattaaaccattgttagatgacttc
cttttccgagcttctagaattattttaaatagtcattctccagctggcagtgccgccatc
agtcaacaggactttcatccaaagtgtagtacagtgaatagccggttggcagcctatgaa
gtcctggtaatgttggctgatagctcaccatccaatcttcaaatcattacaaaagagctc
ctttctatgcatcatcagcctgaccctgctctcaccaaggagtttgattaccttccccca
gtggatagcaggtccagctcaggctttgtggggctgaggaatggaggtgctacttgttac
atgaacgcagtcttccagcagctgtatatgcagcctggtctccccgagtcactgctttcg
gtggacgatgacacagacaatcccgatgacagtgtgttctaccaagtgcagtccctgttc
gggcatctgatggagagcaagctgcagtattatgtacctgagaacttctggaagattttc
aagatgtggaacaaagagctttatgtgagagaacagcaggatgcatatgaattcttcact
agtctcattgatcagatggatgagtatctcaagaaaatggggagagagcaaatttttaag
aatacttttcagggcatctattctgatcagaagatctgtaaagattgtcctcacaggtat
gagcgagaagaagctttcatggctctcaacctaggcgtgacttcctgtcagagtctggaa
atttccttggaccagtttgtaagaggagaagttctggagggaagtaatgcttattactgt
gaaaagtgtaaagaaaagagaatcacagtgaagaggacctgtatcaaggctctgcccagt
gtcttggtcatccacctgatgagattcggatttgactgggagagtggacgctccatcaaa
tatgatgaacaaataaggtttccctggatgctgaacatggagccttacacagtctcagga
atggctcgccaagattcctcctctgaagttggtgaaaatgggcgaagtatggatcaggga
ggcggaggatccccacgaaaaaaagttgccctcacagaaaactacgaacttgtcggtgtc
attgtgcacagtgggcaggcacatgcaggccactactattccttcattaaggataggcgg
ggatgtggaaaaggaaagtggtataaatttaatgacacagttatagaagaattcgacctc
aacgatgagaccctcgagtacgaatgctttggaggagaatatcgaccaaaagtgtatgat
caaacaaacccgtatactgatgtacgccgaagatactggaatgcctatatgctcttctac
caaagggtgtctgatcagaactcccccgtcctaccaaagaaaagccgggtcagcgtcgta
cggcaggaggccgaggacctctctctgtcagcgccgtcttcaccagaaatttcacctcag
tcatctcctcggccccttagacctaacaatgaccggctctctattctaaccaagctggtt
aaaaaaggggagaagaaaggactatttgtagagaaaatgcctgttcgaatataccagatg
gtgagagatgaaaacctcaagtttatgaagaatcgagatgtgtacagtagtgactatttc
agttttgttttgtctttggcgtcactgaatgctactaaattaaagcatccgtactatcct
tgcatggcaaaggtgagcttgcagcttgccatccagttcctttttcagacttacctacgg
acaaagaaaaaactcagggttgacactgaagaatggattgccactattgaagcattgctt
tcaaaaagttttgatgcttgtcagtggctagttgaatattttattagttctgaaggacga
gaattgataaagattttcttgttggagtgcaatgtgagggaagtacgagttgccgtggcc
accattctggagaaaaccctagacagtgccttgttttatcaggataagttaaaaagcctt
catcagttactggaggtactgcttgctctgttggataaagatgtcccagaaaattgtaaa
aactgtgctcagtacttttttctcttcaacacttttgtacaaaagcaggggctccgggct
ggcgacctccttctgcggcactcggccctgcgccacatggtccgctttctcctggggccc
gctcggcacagcagtcagatccgtcggtggagttccgcacaggcacgagaatttgggaac
ctgcacaacacggtggcgttgcttgttttgcattcagacgtctcttcccaaaggaacgtt
gctcccggtatttttaaaccgcggcccccggtcagcgttgcccccgccggccccctgctg
ccgctccacgaggaggtggaggccctgctgttcttgtctgaagggaagccctacctgctg
gaggtaatgtttgctctgcgagagctgacgggctcgctgctggcgctcatcgagatggtg
gtgtactgctgcttctgcaacgagcacttctccttctccgtgctgcactgcatcaagaac
caactagaaacagctccaccccacgagttaaagaacacattccagctgcttcacgagata
ctggtcattgaagatcccatacaagtagagcgagtcaagtttgtgtttgagacagaaaac
ggattactagctctgatgcaccacagcaaccatgtggacagcagtcgctgctaccagtgt
gtcaaatttcttgtaactcttgctcaaaagtgccctgctgcgaaggagtacttcaaggag
cacgcgcaccactggagctgggctgtgcagtggctgcagaagaagatgtcggagcactac
tggacgccgcagagcaacgtctccaatgagacgtcaactgggaaaaccttccagcgaacc
atctccgctcaggacacattggcatacgccacggctttgctgaacgagaaagagcaatca
ggaagcagtaacgggtcagagagcagtcccgcgaacgagaacggagagaggcatttacag
cagggttcagaatcacccatgatgattggcgagttaagaagtgaccttgacgatgtcgat
ccctag

  All links  
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)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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