KEGG T01223: Phum

Pediculus humanus corporis (human body louse): Phum_PHUM024700

Entry

Phum_PHUM024700 CDS T01223

Definition

hypothetical protein

Orthology

K11844

ubiquitin carboxyl-terminal hydrolase 16/45 [EC:3.1.2.15]

Organism

phu Pediculus humanus corporis (human body louse)

Class

SSDB

Motif

Pfam:

UCH zf-UBP

Other DBs

NCBI-GI:

NCBI-GeneID:

VectorBase:

UniProt:

AA seq 1190 aa
MGRKKRQADHSIENEDSSDSIEENQKKTIAVNCPHAKNAIHLPGVKKALKPDGFPLTCNG
CAKGKTNSNSTSEVENENWALLMCLKCGHCGCGSGSKHAEQHSINRKSDVHDLALNLTIW
TVWCYKCDVEIPSNASKKLLECYEFVKKILASNSMDSRTPPVERFVEEKPSVNFSLSRPV
KGSDSAVYPPGFESYVPQHNSFLDSLPKARGLCNLGNTCFFNAVLQCLSQTPFLLSILEE
MKEEGEKFKLPGGEINFGEEKETLEPLEGVLKGWGQVTQILADTLFEIQSGKSEVFQPRK
LLCQLHLKCPQFVGFGQHDSHELLRQLLEIVRTEDLQRYKHAILETLNLDKKSERDNITD
ELRRKVKAYGKQANELLLRPEQVFRGFLVSTLECQECHNRSDHVESFLDLSLPVMADKPV
HIRSKSYDDGGDINSPPSKHQLKMKRKAAAKNRKLRHKNVPSNAAGDANVEENNSRNSSD
SDNQDQSDADVEDNVEPEISQNQDVIESGYSSEKPFNGDSACGSPSSETNIHFNRDSALA
SPVINKNNVSNNASNQILDLTMPSNSLSKENLISSPGNHLSITCQPSSVTSSSEAHLDNR
LSSNGQDLDSEIKLNKTSSGVEQEELNLPSVSNVNSTTEKIQCKSNDVEDINRTDNNSES
DKMTRLENGIGKLLFEPINKEENNNNSNASLYDKVDEDEDGDDYGGSADGTLGQRVCGEN
SGECTIHSCLNQFTARELMTGNNKVGCEACTKRVNHGKEGKTVLTNTSKQLLVCSPPAVL
ILHLKRFQVLRCTFKKKCREVKFPMILDLAPYCSTKCKNGSTIKKNQNEILYSLYGVVEH
MGTFHRGHYVAYIKIRPPMKPDDPRWSFLPKGAHGNLAAQIKNNYLDHSHQNGAVGGKLS
PPPGKWYYVSDSCTSEVDEENVLSNGLIDYAEEATAGSEFNSNNFQDDSEFPQSLVTEKI
IFCIDILLMSKSDNSILNIFNLLKSYFVLKKKICVKSPEFECLLITGNASIIHFNINSIK
DIQTALKFVENIEYDDEIKPLEIDKVFNNIASLAELPDPDNHNKCIPFNWVYHVLWLFGR
NLFIPTMENTNPYNYLMMSSYFALDILYLYDDTLQNNCIENISQYLCSLNENGKGYFLKV
KFNDSPKIFSNFAQFLGHPLMRSSQSKAIFNILELGPPSEEHEIHEINQK

NT seq 3573 nt +upstreamnt +downstreamnt
atgggcaggaaaaaaagacaagcagaccattcgatagaaaatgaggattcgtctgactca
attgaagaaaatcaaaaaaaaacgatagctgttaattgtccacatgctaaaaacgccatt
catttacctggtgttaaaaaagcattaaaacctgatggttttccattaacatgcaacggt
tgtgcaaaaggtaaaactaacagtaatagtacctcagaagtagaaaatgaaaactgggct
ttgcttatgtgtttaaaatgtggtcactgcgggtgtggtagtggaagcaagcacgctgaa
cagcattcaataaatcgaaaatcagatgttcacgatcttgctcttaacttaacaatatgg
acagtatggtgttataaatgtgatgtagaaataccttcaaatgcttctaaaaagctatta
gaatgttatgaatttgttaaaaaaattttagcatctaattctatggatagtagaacacct
ccagtcgaaagatttgtcgaagaaaaaccttctgtaaatttttcattatctaggcctgtt
aaaggttcagattctgcggtttatccgccaggatttgaatcttatgttcctcaacataat
agttttttagattctttaccaaaagctaggggactatgcaatttaggaaacacatgtttt
tttaatgcagttctacaatgtttgtctcaaacaccatttttactttcaattttggaagaa
atgaaagaagaaggtgaaaaatttaaattgcctggaggggagataaatttcggggaagaa
aaggaaactttggaaccactggagggagttttaaaaggatggggacaagttacacaaata
ttggctgatactcttttcgaaatccagtctggtaaaagtgaagtttttcaacctcgaaag
cttttatgtcaattacatttaaaatgtcctcagtttgtcggttttggacaacatgattct
catgaattacttagacaattactcgaaattgttagaactgaagatttacagcgttacaag
catgccattcttgaaactttgaatttagacaaaaaaagtgaaagagacaatataacggat
gaactaagaagaaaagtcaaagcatatggaaaacaggcaaacgaattgttacttaggcct
gagcaagtttttcgagggtttttagttagcacattagaatgtcaagaatgtcataataga
tcagatcacgttgaaagttttcttgatttaagtttacccgttatggcggataaaccggta
cacatcagatcgaaatcttatgatgatggaggcgatataaattcacccccttcgaaacat
cagcttaaaatgaaacgaaaggcagctgccaaaaatcgaaaattaaggcataaaaacgta
ccttcgaatgcggcaggagatgcaaatgttgaagaaaacaattctagaaattctagtgat
tcagacaatcaggatcagagtgatgccgatgttgaagataacgtagaaccggaaattagt
caaaatcaagatgttatcgaatccggatatagctcggaaaaaccatttaacggagattca
gcgtgcggtagtccttcgtcggagacaaatatacattttaatcgtgattctgctctagct
agtcctgttataaataagaataacgtttctaataatgcatcaaatcaaattttggattta
accatgccaagtaattcattatccaaagaaaatttgatctcttctccgggaaatcactta
tcaataacttgtcaaccctcctccgtaacatcatcatcagaagctcatttagataatcgt
ttaagttccaacggccaggatttggattctgaaattaaattgaacaaaacgagttcaggt
gtagaacaggaagaattaaatctcccgtctgttagtaatgtaaattccacaacggaaaaa
attcagtgtaaaagtaacgatgttgaggatattaacaggactgataataacagtgaaagc
gataaaatgacaagactggaaaacggaattggtaaattgttattcgaacccatcaataaa
gaagaaaataataataatagtaatgcaagcttgtacgacaaagttgacgaggatgaagac
ggtgacgattatggtggatctgccgacggtacgttaggtcaaagagtatgcggagaaaat
tcgggggaatgtacgattcattcgtgtttgaatcagttcacggctagagaattaatgact
gggaataataaagttggatgcgaggcatgcacaaaacgagtgaatcacggtaaagaaggt
aaaactgtactcaccaacacgtccaaacagctattggtatgcagtcctccggcagtactc
atccttcatttaaaaagatttcaagttttacgatgcactttcaaaaagaaatgtcgcgaa
gtgaaatttcccatgattttagatcttgctccatattgctctacaaaatgcaaaaacgga
tcaacgataaaaaaaaatcaaaatgaaatattatactcactctacggggttgtcgaacac
atgggtacttttcacaggggtcactacgtcgcttacataaaaattcggccccccatgaaa
ccggacgatcctcgttggtcttttctacccaaaggtgctcacggtaacttggctgctcaa
attaaaaataactacctggatcactctcatcaaaatggcgccgtgggcgggaaattatct
cctcctcctgggaaatggtattacgtgagcgattcttgcacttcggaagtcgacgaagaa
aacgttttaagcaacggtttaattgattatgcagaagaagccacagcaggatccgaattc
aatagtaataattttcaagatgattccgaatttcctcaaagtttggtaactgaaaaaata
attttttgcattgatattttacttatgtcaaaaagtgacaattccattttaaacatattc
aatttgttaaaatcatattttgtattaaaaaaaaaaatatgcgtcaaatccccggaattc
gaatgtcttctcataacgggaaatgcatccattattcatttcaatattaacagtataaaa
gacatacaaacagctttgaaatttgtcgaaaatatcgaatatgatgatgaaatcaaacca
ttggaaatagataaagtttttaataacatagcttcattagcagaactacctgatcctgat
aatcataataaatgtataccctttaattgggtctaccatgttttgtggttattcggtcgt
aatttattcattcccaccatggagaatacaaatccgtataattatctcatgatgagttcg
tattttgcattagacatattatatttatacgatgacacattacaaaataattgcattgaa
aacatttcacaatatttatgcagtttaaatgaaaatggaaaaggttattttttaaaagtt
aaatttaatgattctcctaaaatattttctaattttgcacaattcctcggtcatcctttg
atgagatcatcacaatcgaaagctatttttaacatattggaattggggccaccatccgaa
gaacatgaaatccatgaaattaatcagaaataa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   VECTORBASE-PHU (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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