KEGG T00175: CMR384C

Cyanidioschyzon merolae: CMR384C

Entry

CMR384C CDS T00175

Definition

ubiquitin-specific protease

Orthology

K11838

ubiquitin carboxyl-terminal hydrolase 7 [EC:3.1.2.15]

Organism

cme Cyanidioschyzon merolae

Class

SSDB

Motif

Pfam:

UCH UCH_1 USP7_C2 MATH USP7_ICP0_bdg

AA seq 1589 aa
MRNQARRTPAQTGDMRQPRALGAPAAAEQQPLSASPQDVPMETMLPDSARIDKNTGGEQL
LDRSQSPETQPWVCVGDDELTFLGETTTQRRIAAPAAVRRQPLNPYFSLAAPDRGSEPYG
VRADDETGDCEGEDDVEEDSFVSSTSHGDGNCEDSDGTTDRLDHMRPLIRSGVVDVENAA
DSSTAGSFDEIGPARPMRSVPSVPESDFIDMELDTRNHRDLCSRLVSNAIVVFEYVLRDV
TKLLRSPVYRQNMDQRSGGGGVAGRLRVTSPWLEAFGFQWRLLIFPRGNGDPEGKFMSVF
LECSPLDSAREEQKKSWRSHARFQLALKNQTGVRPPIIRREMAGHMFSPRESDWGFQEFA
PCAELESPRFGWLIHDQIIFRVWIEFDKDSYTFSEQYDSKRETGFVGLRNQGATCYMNSL
LQTLYNIGAFRRAVYELPLPPLEGEAAEMVDRGLDSQAPASETSTGTPLTFALQRVFFDL
QHEDQCVTTKELTNAFGWTDADAFTQHDAQELNRLLCDTLEERMKGTPLEGTIARLFQGQ
AKRFIKCVHVDFESSHDECFYDLSLNVKGCKDLYDSFRKYIEVETLEGDNKYYADGFGLQ
DAKMGVQFIKLPPVLQLHLKRFEYDFNRDMMVKINDRYEFYPEIKLGEFVDGSTGADDEE
YIYVLHAVLVHMGDVHGGHYHAYIRPDPGTEEGSKIWFKFDDERVLRVTESEAVEDNFGA
PLAANGVPFPPQRRFTNAYMLQYVRKKDAHIYLGASTEADVPEALRQRIALEKELEEKKI
REREELRQMMNIRLITPAMQKGYHGLDWTDLNQGLILRVRRSMLLGEFKQMLLKEVLSPE
GIDASSALSNENFDGDACQRMLVWTFVARINQTIRPSRLLNDGNHEEPLERAWNDRAIAR
NNQAGASPGSMGSSIHAVNLFIDVRQEPVRLAALFDKRECLMLFKWYESADPPARESPEL
RVLGWDVVPMHLTMQNLVALLRERNVLPRVPLSELYWYEEVTSQDAKEIVSDVALSTARN
QLQSGDIIIFGRRSPIRQQTDQTARALNVNESGNNSEAPVSSAALLASILQDPDLSVEEQ
ANALYRHMFWDARDFLRHRCDVRLVPLTLQRMSGAAGDEPLTEEPSRGGSVASGPGSDQQ
NASEILLRNVSTQLTQYGLGTLLVAKLRNLHQQQQGLDLMQTCGVTAEDLRPSRVRFHRR
GFSSLDDFLYPRDSDPIPMSGARTRKILECIVSKQRIVKLFYEFIDTDAEAFEGKQEVTI
TWRPTPIDMIGRKILLALPLNATYGDLIRELESKLSVTERTALQSQYAGIRVHELWQKKI
IAGIVPLDRTVTVLGPDSNRENFEILAEPVPPHETPEELSRQGCVLIRVAHISKSASPPL
YGIQQDENYAAGGLATVNSFGLPFLLRVPSPEIHGTLPVQQLQTLIQERLQLPENEFRQW
RLLYVRPAERHPVIYLQPNGHEESERSAALGSPENTEKAHHGEQPVNHSETTKSGRPSTE
KISELAVSNGRQPSVAEGVTGAAVDTATMLSAEEKLLRRGLINLQDCIVENDDTYVHNFI
GLEHHDSNATKRRATSRLRYLNDKPLKIA

NT seq 4767 nt +upstreamnt +downstreamnt
atgaggaaccaagctcgtcggacacctgcgcaaacaggtgatatgcggcagcctcgggca
ctgggcgctcccgcggctgcggaacaacagccgttgagcgcttccccgcaagatgttcct
atggagacgatgttgcccgattcggcccggatagataagaatactggcggtgaacagttg
ttggatcgttcacaaagccccgagacacaaccgtgggtctgcgtcggtgacgatgagttg
acgttcctcggggaaacaacaacgcagcggcggatagccgcgcctgcagcagtccgaaga
cagcccctgaacccgtacttttccctagcagcaccagacaggggttccgagccctacggg
gttcgcgctgacgatgagacgggagactgcgaaggcgaggacgacgtggaggaggactcg
tttgtatcctcaaccagtcatggcgacggtaactgcgaagacagtgacggtacgaccgat
cgtctggatcatatgcggcctctgattcgttctggtgtggtggatgtggaaaatgctgcg
gattcctctaccgctggctccttcgatgagatcgggcccgcacgtccaatgcgcagcgtt
cccagtgtgccggagagcgactttatcgatatggagctggacacgcggaaccaccgggac
ctatgcagtagactcgtttccaatgctatcgttgttttcgaatatgtgctcagagatgtg
accaaactgctgcggagcccggtgtacagacagaatatggaccagcgtagtggaggtggt
ggcgtagccggtcgacttcgcgtcacatcgccttggctggaggcctttgggttccagtgg
cgcttgctgatttttccacgcggtaacggcgacccagagggaaaattcatgtctgttttt
ctggagtgtagcccgctcgactctgctagggaggagcagaaaaagagttggcgatcacat
gcgcgcttccagctcgcactgaagaatcaaactggagtgcgtccgccgattattcggcgt
gagatggctggacacatgttttcgccacgggagagtgactggggctttcaagagttcgcc
ccatgtgcagagttggaaagtccccgctttggatggctcattcacgatcagattatcttt
cgcgtctggatcgagttcgacaaggactcgtatactttcagtgagcagtacgactccaag
agagagacgggttttgtgggtctcaggaatcaaggcgcaacttgttatatgaactcccta
cttcagacgctgtacaacatcggggcgttccggcgcgcagtttatgagttgcccctgcca
ccgcttgaaggtgaagcggctgaaatggtggatcggggcctcgacagccaggcacctgca
tccgagacttctacggggacgccgctcacttttgcgctccagcgggtgttctttgatctt
caacatgaagaccaatgtgtgaccaccaaagagctaacaaacgctttcggttggacggac
gccgatgccttcacacagcacgatgcgcaggaactgaatcgactgctctgcgatacactg
gaggagcgcatgaaaggcacacctttggagggcacgatcgcgcgcctctttcagggtcag
gcgaagcgctttatcaaatgtgttcatgtcgattttgagagttcgcacgatgagtgcttc
tatgacctatctttgaacgtgaagggatgcaaggatctgtacgactcttttcggaagtac
atcgaggtggagacgttagagggcgacaacaagtactacgcggatggattcggtctacag
gatgcaaaaatgggggtccagttcatcaagttaccaccggttctccagcttcacttgaaa
agatttgagtacgacttcaatcgtgatatgatggtgaaaatcaacgatcgctatgaattc
tacccggaaatcaaactgggtgagtttgtagatggctccactggagccgacgatgaagaa
tacatttatgtgttgcatgcggttctagttcatatgggcgacgtacatggaggtcactac
cacgcctatatcaggccggaccctggaacggaggagggctctaagatttggttcaaattc
gatgacgaacgagtcctgcgcgttacggagtctgaagccgttgaagacaactttggggca
ccactcgcggcgaacggtgtaccctttccgccacaacgtcgctttaccaatgcttacatg
ctccagtacgttcgcaagaaggatgcgcacatttacttgggtgcgtccacagaggctgat
gtcccggaggcgttgcggcagcgaatcgctttggaaaaggagctggaagagaaaaagatt
cgcgaacgagaggagctgcgccagatgatgaacatccgcctgattacgccggcaatgcag
aagggctatcacggactggactggacggatctgaatcagggcctcattctacgggttcga
cgtagtatgcttttgggtgaattcaagcaaatgctcttgaaagaggtactcagtcctgaa
ggcatcgatgcgagcagtgcgctgtcgaacgagaacttcgacggggacgcttgccagaga
atgctcgtttggacgtttgtggcgcgcatcaatcagaccattcggccaagtcgccttctc
aacgatggaaaccatgaggagccactcgagagggcatggaatgatcgagcaatcgcccgc
aacaatcaagctggggcaagtcccggtagcatgggtagctcgatccatgcggtgaacttg
ttcatcgacgtccgccaggaaccggtccgcttggcggccctgtttgacaaacgagagtgt
ctcatgctcttcaaatggtatgaatcggcagatccaccggctcgggaatctcccgagctt
cgcgtcctcggctgggatgttgtgccgatgcatctcacgatgcagaatctagtagcttta
ctcagagagcgcaatgtgttgccccgcgtaccgctgtcggaactctattggtatgaggaa
gtcacaagtcaggatgccaaggagatcgtctctgacgtggcgctctcgaccgcccgtaat
cagttgcaaagcggagatattatcatattcggaagacgatcacctattcggcagcaaact
gatcagacggctcgggcactgaacgtgaacgagtcgggcaacaattccgaagcaccggta
tccagtgctgcgctgctcgcaagtatcttgcaggatccggatctctcagttgaggaacaa
gcaaacgcgctctaccggcatatgttttgggatgcgcgggactttctccggcaccgttgc
gatgttcgactggttccgcttactcttcagagaatgagcggtgctgcaggagacgagcct
ctcaccgaggaaccttctcgcgggggatccgtcgcatcgggacccggctcagatcagcag
aatgcatcagagatcctattacgaaacgtatccacgcagttgacgcagtatgggttagga
actctgctggtcgcgaaactgcgcaatctgcatcagcagcagcagggtctagatttgatg
cagacttgcggagtcactgccgaggatctgcgacctagccgagttcgctttcatcgaaga
ggcttttcatcgctagatgactttctctatccgagagattccgatccgatccctatgagc
ggtgctcgaacgcggaaaatactcgaatgcatcgtatccaaacaacgaattgtgaaattg
ttctatgagttcatcgataccgatgcggaagccttcgagggcaagcaggaagtgacgata
acttggcgaccaacgccgatcgatatgattggacgaaaaattctgctcgccttgccgctg
aacgctacctacggggacctgattcgggaactggagtcgaaattgtccgtcacggagcgt
acggcgttgcagtcgcaatacgcaggcatacgagtgcacgaactgtggcagaagaaaata
attgctggtatcgtacccttggaccgcactgttacggttctgggtccggatagcaaccgc
gaaaactttgagattctggcggaaccggttccgcctcatgagacccctgaagagctctcc
cgccaaggctgtgtgctcattcgagttgcgcacatatcgaagagtgcgtcaccaccgttg
tacgggatccagcaagatgagaactacgccgctggcggtcttgcgacggtgaacagtttc
ggattgccgtttttgctgcgggtgccgtcgcctgagatccatggcactttgcctgttcaa
cagctccaaacgcttattcaagaacgtctccagctacctgaaaacgagttccgacaatgg
cgcctgctgtatgtacgtccagcggagcggcatcccgtgatctacctgcaacccaatggg
cacgaagagagcgagcgatccgctgcgctgggctctccagaaaacaccgaaaaagctcac
cacggtgaacaacctgtgaatcattcggagaccaccaagtcagggcgaccaagcactgaa
aagatatccgagttggctgtgtcgaacggtcgccagccgagcgttgcagagggcgtcacg
ggagccgcggttgacactgctaccatgctttcggcggaagagaaactgctgcgtcggggg
ctcatcaacctgcaggattgcattgtcgagaacgatgatacttatgtccacaattttatt
ggtctagagcatcatgattcgaacgctaccaagcggagagcgacatcgcgactgagatac
ctgaacgacaagcctttgaagattgct

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (9)   

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