KEGG   Notothenia coriiceps (black rockcod): 104959559
Entry
104959559         CDS       T04920                                 
Symbol
usp24
Name
(RefSeq) ubiquitin carboxyl-terminal hydrolase 24
  KO
K11840  ubiquitin carboxyl-terminal hydrolase 9/24 [EC:3.4.19.12]
Organism
ncc  Notothenia coriiceps (black rockcod)
Brite
KEGG Orthology (KO) [BR:ncc00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:ncc01002]
    104959559 (usp24)
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:ncc04121]
    104959559 (usp24)
Enzymes [BR:ncc01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.19  Omega peptidases
    3.4.19.12  ubiquitinyl hydrolase 1
     104959559 (usp24)
Peptidases and inhibitors [BR:ncc01002]
 Cysteine peptidases
  Family C19: ubiquitin-specific protease family
   104959559 (usp24)
Ubiquitin system [BR:ncc04121]
 Deubiquitinating enzyme (DUB)
  Ubiquitin-specific proteases (UBPs)
   UBP/USP
    104959559 (usp24)
SSDB
Motif
Pfam: UCH UCH_1 UBA
Other DBs
NCBI-GeneID: 104959559
NCBI-ProteinID: XP_010785768
UniProt: A0A6I9PFR4
Position
Unknown
AA seq 2141 aa
METEEEQHITTLLCMGFPDPDVIRKALRLAKNDINEAVALLTNESPGLGYGYEPMESGPA
PGVGSTGDGESSGRTGTGGFDPPPAYHDVVDSERSNDENGNCSGGSMEFPTTNLYELESR
VFTDHWSIPYKREESLGKCLIASTCLARHGLADADENCKRFIDRCMPEAFKKLLTSSAVH
KWGTEIHEGIYNMLMLLVELVAERVKQDPVPVGLMGVLTMAFNPDNEYHFKNRMKVCQRS
WAEVFGEEANMFAVSPSNSYQKEPHGWLVDLVNRFGELGGFTAIQTKLNIDEIEIACVSA
LVQPLGVGAEYLNSSLVQPMLDPVIHKMITYVQNLEEKDLKDKRLVSIPDLLSAIKLLCM
RFQRELVTVVDDLRLDTLLRMLKTPHFSTKMNSLKEVTKLIEESTVSKTVKNAIDTDKLL
DWLVENSVLSIALEGNIDQAQYCERIKGIIELLGSKLSLDELSKIWKIQAGQSSTVIENI
HTIIAAAAVKFSFDQLTHLFALIQKSWEVESDRVRQKLLSLIGRIGREARSETTTGKVLE
VLWELAHLPSLPTSLVQQALEEHLGILSDAYAVKETVKRNYIIKCIEDIKKTHIQDDCKG
SDTQSLFLTGTWSKKKANSLAKASQPSAPQAVWVVPALRQLHEITRSFIKQTYQKQDKSI
IQDLKKNFEIVKLITGSLVCCHRLAVTAAGNSGLSGSTLVDGRYTYQEYLDSHLRFLAFF
LQEASLYLVWNRAKELWECLVSGPDVCELDREMCFEWFTKGQHDLESDVQQQLFKEKILK
LEPYEITMNGFNLFKTFFENVNLCDHRLKRQGTQLCVERLDLAGMDFIWRIAMETPDEEI
ANEAIQLIITYSYTNLNPKMKKDSVSLHKKFIADCYKRLEAASSALGGPTLTHAVTRATK
MLTATAMPTVATSVQSPSRSTKLVIIERLLLLAERYVITIEDLYSVPRTILPHGASFNGH
PVALHITYESTKDTFTLETHSNETIGSIRWKISEHLSCPVDNVQIFANDSVMTMNRDQKL
LSQLGFNDEQSLTVKSSGTGTPSGSSESSASASSSSSSAVFNSAYALEQEKSLPGVVMAL
VCNVFEMLYQLANLDETRITLRVRKLLLLIPTDPEVQDALDNFVPKESSVWSHQVHQTVT
RSGRVKTLFQGTGSRSPSMSSKQQHQAPSAASILESLFRSSAPGMSTFRVLYNLEVLSSK
LMPTSDDEMAKTSSKSFCENFLKAGGLSLVVNVMQRDSIPSEVDYETRQGVYSICLQLAR
FLLVGQSMPAALDDDVIRDGESLSSRPFRNAGRAGRQLSLCGTPEKSSYRQMSLSERSSI
RVEEIVPAARVAIQTMEVGDFTSTVACFMRLTWAAAAGRLDLVGSPQPIRETHSSLLPQG
VRTRVSSTGSNCSSSSEGETPPTALHAGICVRQQCVSIKDTIIAREALSLLVTCLQLRCQ
QLCSFYNLPSVNDFIIDVLLGSPSGEIRRVACDQLYTLSQTDTSAFAEVQKPNLFLISVV
LTAQLPLWSPTSIMRGVNQRLLSQCTEYFDLRCQLLDDLTTSEMEVLKVSAATMLEDEIS
WLDNFEPSWSSEMETSEADNILLAGHLRLIKTLLSLCGNDKEHLGQSLIQQLLDDFLFRA
SRIIINSSNPTPSPAPSHDFHPKCSTASSRLAAYEVLVMLADSSLSNLRLIVKELMTMHH
QSDPSLCKEFDYLPPVESRSVSGFVGLKNGGATCYMNAVFQQLYMQPGLAEAFLSIEEDT
DQPEESVFYQVQSLFGHLMESKLQYYIPENFWKIFKMWNKELYVREQQDAYEFFTSLVDQ
LDEHLKKMGREQIFKNTFQGIFSDQKICKDCPHRYEREETFMALNLGVTSCQSLEISLDQ
FVRGEVLEGSNAYYCEKCKEKRTTVKRTCIKSLPSVLCIHLMRFGFDWESGRSIKYDEQI
RFPWVLNMEPYTVSGMARQDCSGEASESRGDGTSGGSPRKKVTISENYELVGVVVHSGQA
HAGHYYSFIKDRRGSARGRWYKFNDNVVEEFDMNDETLEYECFGGEYRPKVYDQSNPYPD
VRRRYWNAYMLFYQKISDQNSPVLPKKSRVSIMRQEAEDLTLSAPSSPDVSPQSSPRPPR
ANNDRLTILTRLVRKGEKKGLFVEKMPASIYQVKASRYKRP
NT seq 6426 nt   +upstreamnt  +downstreamnt
atggagaccgaagaggagcaacacatcaccacgctcctctgcatgggtttcccagacccc
gacgtgataaggaaagcgctccggttagcaaagaacgacataaacgaggcagtggcgctg
ctgacaaacgaaagccccggactcgggtatggatatgagccgatggagagcgggcctgcc
cccggcgtgggctccactggagacggggaaagcagcgggcggactgggactggagggttt
gatcccccacccgcataccacgatgtagtggatagtgagaggagcaatgatgagaatggg
aactgctcagggggcagcatggagtttcccaccaccaacctgtacgagctggagagtcga
gtctttaccgaccactggtccataccttacaagagagaggagtccctgggcaagtgtctc
atcgcgtccacctgcctcgcccggcacggtcttgctgacgctgatgagaactgcaaacga
tttatcgaccggtgcatgccggaggccttcaaaaagttgcttaccagcagtgccgtacac
aaatggggcacggagattcacgaaggaatttataacatgctcatgttgctggtggagctg
gtagcagagagggtgaagcaggatcccgtaccagttggcctgatgggagtcctgactatg
gccttcaaccctgataatgagtaccattttaagaaccggatgaaggtctgtcagaggagc
tgggctgaagtttttggagaagaggccaacatgtttgctgtgtctcctagtaacagctat
cagaaagagcctcatggttggctggttgatttggtgaatcgattcggagagttgggagga
ttcactgccatccagactaagctcaacatagacgaaattgagattgcgtgtgtgtcggct
ctggtccagcctctgggagtcggtgcagaatacctaaactccagcctcgtccagcccatg
ctggatccagtcatccataagatgatcacctacgtgcagaacctggaggaaaaggaccta
aaagacaagcgtctggtgagcatcccagatctgctgtcggccatcaagctgctgtgtatg
cgcttccagagggagctggttactgtggtggacgacctgcgtctggacacgctgctgcgc
atgctcaaaaccccccacttctctaccaagatgaactccctcaaagaggtgacaaagttg
atagaggagagtacagtgtctaagacggtgaaaaatgccattgacacagataaactgttg
gactggctggtggagaactcagtcctatcaatagcgctggagggtaacatcgaccaggct
cagtactgtgagagaataaagggaatcattgagctgctggggagtaaactgtccctggac
gaactctccaagatctggaaaatccaggcgggccagtcatcaacagtgatagaaaacatt
catacaatcatcgccgctgctgctgtgaagttcagctttgatcaactcacccacctcttc
gccctcatacagaagagctgggaggttgagagtgaccgtgtgaggcagaagctgctcagt
ctgatcgggaggatcggcagagaggctcgctctgaaaccacaacagggaaggtgctggag
gtgctgtgggagttggctcacctccccagcctgcctaccagtctcgttcagcaggcgttg
gaggagcacctggggatcctgagcgacgcctacgctgtcaaggagaccgtgaaacgcaat
tacatcattaaatgtattgaggacattaaaaagacacacattcaggacgactgtaaaggc
agcgacactcaaagcttatttcttaccggcacttggagcaagaagaaagctaactcgttg
gccaaagcgtctcagccgagcgctcctcaggcagtgtgggttgttcctgctctccgtcag
ctgcacgagatcactcgatctttcatcaagcagacctatcagaaacaggacaagagcatc
attcaagacttgaagaagaactttgagattgtgaaactgatcacaggatcccttgtgtgc
tgccatcggctggctgtgaccgcggcgggaaatagcggcctctcaggctccactctggtg
gacgggcggtacacctaccaggagtatctggacagccacctgcgcttcctggccttcttc
ctccaggaggccagcctctacctggtgtggaaccgggccaaggagctctgggagtgcctg
gtgtcggggccagatgtctgtgaactcgaccgtgagatgtgtttcgagtggttcaccaaa
ggacagcatgacctcgagagtgatgttcagcagcagctcttcaaggagaagatcctaaag
ctggagccctatgagatcaccatgaacggtttcaatctgttcaagaccttctttgagaac
gtgaatctgtgtgaccatcgcctcaaacgccagggaactcagctgtgtgtggagcgtctt
gacctggcagggatggattttatctggcgcatcgccatggaaacccctgatgaagaaata
gccaatgaagcaatccagctaattatcacatatagctacaccaacctcaatcccaaaatg
aagaaggattccgtgtctttgcacaagaagttcattgctgattgttacaagcgactggag
gcggcaagctcggccctcggagggcctactttgacacatgctgttaccagggcgaccaag
atgctgacggccactgccatgccgactgtggccacatctgtacaatcaccatccagatcc
actaaactggtgataatcgaaagactgctgctactggctgaacgctacgtcatcactata
gaggatttgtactcagttcctcgcactattctacctcacggggcctcgttcaatggacac
cctgtcgctcttcacatcacctacgagtcaaccaaagacactttcaccttagagacgcac
agcaatgagacaataggaagtatccgatggaagatatccgagcacttgagctgtccggtg
gataatgtccagatctttgctaacgacagtgtgatgaccatgaaccgggaccagaagctg
ctgtcccagctgggtttcaatgacgagcagagcctcactgtgaagagctcgggcaccggc
accccctctggcagctccgagtcctcggcctcggcctccagcagctccagctccgcagtc
ttcaactctgcctacgccttggagcaggagaagtccctgcccggtgtggtgatggcttta
gtgtgtaatgttttcgagatgctttaccagctggctaatctagatgaaaccaggatcact
cttcgtgtgaggaagctgctgctgctgattccaacagacccagaagtgcaggatgctctc
gataactttgttcccaaagagtccagcgtctggagccaccaggtacatcagactgtgacg
cgctcaggtcgtgtgaagacactgttccagggcacaggctctcgctctccgtcgatgtcc
tccaagcagcagcaccaagcgccgagtgctgcatccatcttagagtctctcttcaggtct
tctgccccgggcatgtccaccttcagagtgctgtacaacttggaggtgttgagttcaaag
ctcatgcccacctctgatgatgagatggccaaaaccagcagcaagtccttctgtgagaac
ttccttaaagcaggaggcctcagtctggtggtgaatgttatgcagagagattccatccca
tcggaggtggactatgagaccagacaaggagtctactcaatctgtcttcagttggccagg
tttcttctggttgggcagagcatgcctgcagcgctggatgatgatgtcatcagagatggc
gagtcgctgtcatctcgtccgtttcgtaacgctggacgggccgggcgacagctatctctc
tgtggaactccagagaagtcttcttaccgacagatgtcgctctctgagcgctcctccatc
agagtggaggagatcgtaccggccgctcgtgtagctattcagaccatggaggtgggtgac
ttcacttccactgtggcctgtttcatgcgtctgacctgggcagctgcagccggccgattg
gacctggtcggcagcccgcagccaatcagagagacccacagctcccttctgccgcaggga
gtccgcaccagagtcagcagtacaggaagtaactgcagctccagcagtgaaggggagacc
ccgccaacagcgttgcatgctgggatatgtgtgagacagcagtgtgtctcaattaaagac
accatcatcgcccgcgaggctctgtccctgctggtcacctgtctgcagttacgctgtcag
cagctatgttctttttacaaccttccctcagtcaatgatttcattattgatgtcttgctg
ggatctcccagtggagagatccgccgggtagcttgtgatcagctctacactctgagccag
accgacacctcagccttcgccgaagtccagaagcccaacctgttcctgatctcagtcgtc
ctcactgctcagctgccgttatggagtcctacatctattatgagaggcgtcaaccagagg
ttgctgtcccaatgcactgagtactttgacctaagatgtcagcttctggatgacctaacc
acctcagagatggaggtgttaaaagtgagcgcagccaccatgctggaggacgagatctct
tggctggacaactttgagcctagttggagctctgagatggagaccagcgaggcggacaac
atcctcctggcaggacacctccgtctcatcaagaccctgctctccctctgcggcaacgat
aaggagcatctcggtcaatctctgattcagcagttgttggatgacttcctgtttcgagcc
tcgcgcatcatcatcaacagttcaaaccccaccccctccccggcccccagccacgacttc
cacccaaagtgcagcacggccagcagcagactggcggcctacgaggttctggtgatgctc
gcagacagctcgctctcaaacctccgcctgatcgtcaaagagctcatgaccatgcaccac
cagtctgatccttccctctgcaaggagttcgattacctccctccagtagagagccgctca
gtgtccgggttcgttgggttgaagaacggcggcgccacatgttacatgaacgctgtgttt
cagcagctctacatgcagccgggtctagcagaggctttcctgtccatcgaggaagacacg
gatcagccggaggagagcgtcttctaccaggtccagtctttgttcggccacttgatggag
agcaaactgcagtactacatacccgagaacttctggaagatcttcaagatgtggaacaag
gagttgtatgtacgagagcagcaggatgcttacgagttcttcactagcctggtggatcag
cttgacgaacatctcaagaaaatgggtcgggaacagatcttcaaaaacacatttcaagga
atcttctctgaccaaaagatttgtaaagactgtcctcatcgatacgagcgtgaagaaaca
ttcatggctttgaacctcggagtgacgtcttgtcaaagcttagagatctctttggaccag
tttgtcagaggagaggtgctggagggcagcaatgcctactactgtgagaaatgcaaggag
aagagaaccacagtgaagaggacatgtatcaaatccctgcccagcgttctctgtatccac
ctcatgcgcttcggcttcgactgggagagtggacgctccatcaaatacgatgagcagatc
aggttcccctgggtgttgaacatggagccgtacaccgtctctgggatggctcgtcaggac
tgcagcggagaggccagcgagagtcgaggcgacgggacctcaggagggtcaccccgaaag
aaagtcacgatttctgagaactacgaactcgtgggagttgtagtccacagcggtcaggca
catgccggtcactattactccttcattaaagatagacgtggcagcgctcgtggacgttgg
tacaagttcaacgacaacgtggtggaggagttcgatatgaatgacgaaactttggagtat
gagtgctttgggggagagtaccgtcccaaagtgtacgaccaatctaacccataccctgat
gtgcggaggagatactggaacgcctacatgttgttctatcagaagatcagcgaccagaac
tcgcccgtcctgcccaagaaaagcagagtcagcatcatgaggcaagaggctgaggacctt
acactttctgccccgtcctcccctgatgtttctccacagtcctctcctcgaccccccagg
gccaacaacgaccgcctcaccatcctcacccgcctggtccgcaagggagagaaaaaggga
ctgtttgtagagaagatgcccgccagcatttatcaggtaaaggcgtcaagatataagagg
ccttaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (29)   
   KEGG ORTHOLOGY (1)   
   RefGene (25)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (41)   

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