KEGG T00168: cgd8

Cryptosporidium parvum: cgd8_1530

Entry

cgd8_1530 CDS T00168

Definition

ubiquitin carboxyl terminal hydrolase domain that is fused to a MATH domain

Orthology

K11838

ubiquitin carboxyl-terminal hydrolase 7 [EC:3.1.2.15]

Organism

cpv Cryptosporidium parvum

Class

SSDB

Motif

Pfam:

UCH UCH_1 USP7_C2

Other DBs

NCBI-GI:

NCBI-GeneID:

ApiDB_CryptoDB:

UniProt:

Position

AA seq 1607 aa
MHTGRNIERPSMEGFSSREKQYDYSNIPGRLQNELEFKVEGFRRRIMEMMNSTEGGTKNR
LYSNIHSYKNFNFRIMILPKVKLTSGGSLEGHISAYLEAIPSQNWPSNWVWLNTRYSVTL
INQKDYRKSHFMSDIFSFKGENDPKKKLTLEERNYDYSSAGPEADRGWSDFFSLKTLLDP
KTGFIDSETETVIFRAGVFPVLCDPVSCGKSNFDHLGTDRSLTGYVGIRNLGATCYMNSL
LQSLYHIGRFRKAVYTIPLNPNRVTSGSSCSNTPISRETRPELTPLSACIPKIDDFGEVT
PQSISSESNSLAISLLGEASEDAVEWTSNVAKSLFEYESDGIASLESIMSSNACQDYGQN
TGVVSGNVSGPGSTIGGNCSASDAGNDQTKISSALQTLFYELQTCSEPVNCRELMRSFGW
DASDAFTQHDAQELNRLLCDRLEEEMKNTAVDGSIKALFEGEYENYIECLDVDCTSRRRE
NFYDIQVDVEGVKSLEESLQRFVEEEILDGENLYEAEGFGKQRAKKGVRFQRFPPVVQFH
LKRFQFNIQSMDMVKLNDYFTFPEKLDLSSFVNHNNKGETDTGNIVEGTEKYILHTVVIH
QGDVHSGHYYAYIRPKPDSDWFRFDDEKVTLVSSSTAIEDNFGGHEYEVWDYLGNPESDI
PKRSKTHSAYILVYVREDQAQDLLSEPIPQEVNPDLVSKYRKEIEMMNLRKRLRQDLNEH
VRIQLLLSTSYNISSSCRPKSQGLHQSISSFPWNYIFKCSRDFSLSQFHSELEKRFLNKR
MLHNDVPSSSISCNKAFGSHLFLLETNPEGNHTASGGARGMGGLHHHIGYSNGGPTSSTG
LSFYTCISSPQGEGISSGNRISDSQRGGAGGMLGRAIGFGSSTSGTRSGDEILMSDLCRR
YHRAGLWDSSCPTLYMCLYLDDVSSLLMDRIPPNLPINADGSYLEKRQRIENKLRNFNDN
GGGEVLLLLRYFDISNPRINEFSLKYSRNQEIPNLYNLGLIMVSQSTTLKDLNEYVMMEI
EKDKDNKSPGRGLISGFEFGLRVCLETASDSDNLFPLLDPRCTIQQLQLINGSSLIFSIN
LDDSVINRKREELRKSLEEVVIFPNQNLWLQEEKTSQYNGIEDEGKSSESEDSSFRLPVE
LEMVKCPEFPVLDFHHWYENFQNSLHLSLYLWDPLDGEYHPPHLGGGGGGGGTHLCLPNT
NQYGIMEAMQASNNSIIRSFSRYQIKEVHQIHVDLRWPAIKTWIYVCNQIKVDPRSIALA
RNALNPLDASLLTLFSLIQAQRHDESISSVIRSLSSAHYYGKIPRSLAILALNLKGHSFV
SLNRKDKHILTVTNTVNCSEIPKGRYILQVESCDTVDSVIRKLIKKENILSHRSFNTNGK
DAMQTGNGAKSHTDISKLKLRLFEASNQNDHVGVYRGGEMITRILNTDGMQNTSTFGGLS
IGSFVDCFRIEQDYSQEELDLLKKGELVNILVIQDSRSGFGGNYGDHYHNDDHNSLAGGT
SYLVTIPVSSRLVDLKNKLQERFDLDEKIISKWRFYRLESKSLQGIKDNDLIMNSFGNNG
VGINNHYSTNAKNNVDINIYGFEPHTILLAQQVFPILQKSGSRPLKI

NT seq 4824 nt +upstreamnt +downstreamnt
atgcatactgggcgtaatatagagaggccgtccatggaaggcttctcgagtagagaaaaa
cagtatgactactcgaatataccaggacggcttcaaaatgaattggagtttaaggttgag
ggttttagaagaaggattatggagatgatgaacagtaccgaggggggtacgaagaaccga
ctatattcaaatattcacagttataaaaactttaattttcgaataatgattcttccaaag
gttaaattgactagtggaggttcgttagaaggtcatatttctgcttatttggaggcaatc
ccatcgcaaaattggccttcaaactgggtatggttgaatacaagatattctgtgacctta
attaaccaaaaagattacagaaaatctcactttatgagtgatatattcagctttaaagga
gaaaatgacccaaagaagaaacttacattggaggagagaaattatgactatagctctgca
ggcccagaagccgatcgtggttggagtgatttttttagcttaaagactctcttggatcca
aaaactggttttattgattctgagacagaaacagtaattttcagagctggtgtatttccg
gttttatgtgatccagtttcgtgtggaaagtcaaattttgaccatttgggaactgatcga
tcactaactggatatgttggaattcgaaaccttggagctacatgttatatgaactcccta
ctacaatctctatatcatattggaagattcagaaaagctgtctatactattcccctgaac
ccaaatagagtcacatcaggctcatcatgttctaatactccgataagtagagaaacaaga
cctgaattaactcctttgagtgcttgtattcctaagatagatgatttcggagaggtcact
cctcaaagtattagttctgaatctaatagccttgccatttctttattgggagaagcctca
gaggatgctgtagaatggaccagtaatgttgcaaaaagtctttttgagtatgaaagtgat
ggtattgctagtcttgaaagtattatgtcttcaaatgcatgccaagattatggacagaat
accggtgtagtaagcggtaatgtatctggtccgggatctacaataggaggaaactgctca
gcttcggatgctggaaatgatcaaacgaagattagttctgctctccaaaccttattttac
gagcttcaaacctgttcagaacctgtgaattgtcgtgaactgatgagatcttttggctgg
gatgcttcagatgcattcacccaacatgatgcacaagagttaaatagactactttgtgac
cgtcttgaggaggaaatgaagaatactgctgttgatgggagcattaaagctctttttgaa
ggagagtatgaaaattatatcgagtgcttggatgttgattgtacttctagaaggagagaa
aacttttacgacattcaagttgatgttgaaggagtaaagtcattagaggaaagtctccag
cgttttgtagaggaagaaattttggatggtgaaaacctctatgaggctgagggctttgga
aaacagagagcaaagaagggagttagattccaaagattcccacctgttgttcagttccat
ttgaagagattccaattcaatattcaaagtatggatatggtcaagttgaatgattacttt
acttttccagaaaaattggatctatctagctttgtgaatcataataataaaggagaaaca
gatactggtaatattgtagaaggtaccgaaaagtatatattacatactgttgtcattcat
cagggggatgttcatagtggacattattatgcctatatacgtccaaaacctgattcagac
tggtttagatttgacgatgaaaaggttactctagtttcatcttctacagctattgaagat
aattttggaggccatgagtatgaagtttgggattatttgggaaacccagaaagtgatatt
ccaaaaagatccaaaacccactcagcttacatcttggtatatgttagggaggaccaagct
caagatttgctttcggagccaattcctcaggaggtcaatcctgatttagtttctaaatac
agaaaagagattgagatgatgaatcttcgaaagagacttagacaagatctgaatgagcat
gttcgaattcaattattgttatcaacaagttataatatctcatcctcttgtcgtccaaaa
tcccaaggtcttcatcaaagtatttcatccttcccatggaattacatattcaaatgttca
agggacttttctttgtctcagttccattctgagcttgaaaaaagattcttgaacaaaagg
atgcttcataatgatgttcctagtagtagtattagttgtaataaagcttttggatctcat
ttattccttctggaaaccaacccggagggaaaccacactgcttcaggaggagcaagagga
atgggtggattacatcatcatattggatactcaaatggaggccctacatcctcaaccggt
ctatccttttatacatgcatttcatctccccaaggagagggaattagctctggaaaccgg
atatcagattctcaaagaggcggagctggtggaatgctaggtagagctattggatttgga
agttcaacttctggtacaagatcaggagatgagatcttaatgtcggatctatgtagaaga
taccatcgtgcaggcctttgggactcatcttgcccaactttatatatgtgtttgtatctt
gatgatgtctcaagcttattaatggaccgaatccctccaaatctaccaattaatgcagat
ggttcatatttagagaagagacaaaggattgaaaataagctcagaaactttaatgataat
ggaggaggagaagttttgcttctcttgagatattttgatatctcaaaccctaggatcaat
gaattctccttaaaatactctagaaatcaggagattccaaatctttataatctaggactt
atcatggtttctcaaagcaccacacttaaggatttaaatgaatatgtaatgatggagata
gaaaaagataaagataacaagtcaccaggtagaggattgattagtggctttgagtttgga
cttagagtatgtctggaaacggcttcagatagtgataatttgttcccattattggatcct
cgatgtacaattcaacaacttcagcttatcaatggatccagtttaatcttttcaataaat
ttggatgattcagtaattaatagaaagagagaagaattaaggaaatctcttgaagaggtt
gtgatcttcccaaatcaaaacctttggttgcaagaagagaaaacttctcaatataatgga
attgaagatgaaggaaaatcttctgaatcggaagattctagtttcaggcttccagtagaa
ctagagatggttaagtgcccagaatttccagttttggactttcatcactggtatgaaaat
ttccagaattctctccatctttctctatatctatgggatcctctagatggtgaatatcac
ccgcctcatttgggaggaggaggaggaggaggaggaacgcatttgtgcctgcctaataca
aatcaatatggaataatggaagccatgcaggcgagcaataatagtataatacgctcgttt
tcaaggtatcaaattaaagaagtacatcaaattcatgtggatctccgctggccagctatt
aagacttggatttatgtttgtaatcaaatcaaagtagatcctagaagtattgctttagca
agaaatgcactgaatccactagatgcttctttgctaactttattctctctgattcaagcc
cagagacatgatgaatctatatcttcagtaatcagaagcttaagttcagcacattattat
ggaaaaataccacgttctttagctatcctggctctaaatctgaaaggtcactcctttgtt
agtttaaacagaaaagataagcatattctaactgtgaccaatactgtaaattgttctgaa
atacctaaaggaagatacatccttcaggtagaatcctgtgatactgtggattcagtcata
cgcaagttaataaagaaggaaaatattttatctcacaggtcctttaatacaaatggtaag
gatgccatgcaaaccggaaatggcgccaaaagtcacacagatatttccaagcttaaatta
agattattcgaagcgagtaaccaaaatgatcatgttggtgtatatcgaggaggggaaatg
ataacaaggattttaaacacagatggaatgcaaaatacttctacttttggaggattatct
attggctcttttgtggattgctttaggattgaacaagattattcacaagaagagttggat
ttacttaaaaaaggagagttagtaaatattttggttattcaggattcaaggagtggtttt
ggcgggaactatggagatcattaccataatgatgatcataattcattggctggaggtaca
agctatttagtaacaataccagtaagttcaagattggtagatttaaagaataaactacaa
gaaaggtttgatttggacgagaagataatatccaaatggagattttaccgtcttgagtca
aagagtcttcaaggaattaaggataatgatttaattatgaatagttttggaaataatggt
gttggtattaataatcactatagcacaaatgcaaagaataacgtggacattaatatatat
ggttttgagcctcatacaattttattggctcaacaagtttttccaattctacaaaagagt
ggctctagacctctgaaaatttaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   APIDB_CRYPTODB-CPV (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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