KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM238450
Entry
Phum_PHUM238450   CDS       T01223                                 
Name
(RefSeq) hypothetical protein
  KO
K19511  peroxidase [EC:1.11.1.7]
Organism
phu  Pediculus humanus corporis (human body louse)
Brite
KEGG Orthology (KO) [BR:phu00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    Phum_PHUM238450
Enzymes [BR:phu01000]
 1. Oxidoreductases
  1.11  Acting on a peroxide as acceptor
   1.11.1  Peroxidases
    1.11.1.7  peroxidase
     Phum_PHUM238450
SSDB
Motif
Pfam: An_peroxidase TPPII_Ig-like-1
Other DBs
NCBI-GeneID: 8230414
NCBI-ProteinID: XP_002426138
VectorBase: PHUM238450
UniProt: E0VJ44
AA seq 1470 aa
MTMSITSLIIVLCLSHKWVSCSHHLNLYPVVEIDPLPLTPQVHIPKLSGKDVQSYLDQAK
GVIEQRTEIFEPDIRNRGVTLSPNTPAWFMSISRTSFPPTKNLSTVALIAEEVTKYATQT
LLRFTQIDIRETDLGHNCPIQVDYPCQPKKYRAYSGYCNNVQSPRWGNSNTRFLRYLPSD
YADNVSVPRGGGIQNSSLPSARDVSLIVHKDSDSPHNHLMAITAVWGEFIAHEIAHAPQF
TGHKGSRLKCCAVNFEDFHPECFPIRLPDDDPVHGKLGERCQNYARSATAPRTGCTLGPR
EQLNQVTSFIDGSVIYGSSKTEADALRKFSDGKLKTQNNVYGNSLLPPAINSEECRLAGG
QKCFKTGDVRSNEHVGLSAMHTIWVREHNRLAKKLKAINPHWGDEILFQESRRIIAAEIQ
HITYNEFLPMILGQDIIDKFGLTLQPYGFFTGYDININAGTANSVAAAALNFISSLMPKS
IDVYNSKSNKLEPQKLAETFYAPFSLYEPNGLDKIVQGLLYQRAQKEDNHINEIMTNHMF
QESSSGSGLDLAAQIIQMGRDHGIPGYHKWREFCKFPKIFKFTDLDGIMLPETISSLQRI
YKTVFDIDLFTGAISELPLPGAVVGPTLACILGRQFHYLRRGDRYWYENDLPPSSFNQEQ
LNEIRKVSLARIICDNSDSIREIQPQVFLNEDPFLNAIMPCHQGVINEMNLNPWKEIRKT
FYIPDKVIAEAVQRAKKDVSKIMEQERDLFEHKKTADPLSPVGTAYGFNRPKRQAAEIAN
TSLVLQLVSKRFVNSFLQGQLQDEEMGFNIIEPHDLQELMEALPNVDLTDVLEVPRVFSC
DEQTLPCDHTNKYRSITGWCNNLRHPGRGKSLRAFARLLPPKYDDGVSSPRTLSVTGKPL
PSARLVSTKMHPDYSRPHVKYSLMFMQFAQLLDHDLTHTPVNKAFVGEAILDCRPCDAMI
TVHPECFPIQIPSGDPYFPRINTSNGQALCIPVTRSMPGQLTLGYREQLNQVTAYIDASF
VYGSDVCESKILRSFSGGRMNTTIVRRNSKPLMPQITTHPECKNPSKVCFRGGDARASEQ
PALTAIHTIFLREHNRLSELLLKLNPHWNDETVYQQARRIVSAATQHITFGELLPRIFGW
DGIHKFDLTLNSEGYFSGYDPHCDATLANEFASAAFRFGHSLLKPSLMRLDNNYNVREPT
VRLRDTFFNPEVIYQQDMIDELLRGLATAPMETLDPFITNEVTNHLFEDKRMPYSGMDLA
AINIQRGRDHGIRSYNDYRQYCNMTRVKTFDELKRDITPSVVESLRRIYSHVDDIDLFPG
GLSETPLKGGVVGPTFSCIIGEQFQKLKKCDRFWYENDDSLVRFTEAQLMEIKKVTLAKI
ICDNSDKMTTIQRHVMDLPDPFLNPIVPCKNLPSMNLEPWKERKTCEVDNTIINVGSAKR
ISPCIMCTCTKEGVMTAGSILQLFFPYVNL
NT seq 4413 nt   +upstreamnt  +downstreamnt
atgacaatgtcgatcacttcgttaataattgttctctgtctctcacacaaatgggtatcc
tgttctcatcatttaaatttatatccggttgtagaaatcgatcctttacctttaactcct
caagttcacatacctaaattatcggggaaagatgttcagtcttatcttgatcaagcgaaa
ggagttatagaacaaagaacagaaattttcgaaccagatattcgaaatcggggcgtgaca
cttagcccaaacacgcccgcatggttcatgtcaatttctagaacgagttttccaccgact
aaaaatttatctactgttgctttaatagcagaagaagttacaaaatatgccacacaaact
ctgttacggtttactcaaatcgatattagagaaacggatttgggtcataattgtcctata
caagtagattatccgtgtcagccgaaaaaatatcgtgcttattctggatattgcaataac
gttcaaagcccacgttggggaaattcaaatacacgttttctaagatatttgccctctgat
tatgctgataacgtgagcgtacccagaggtggtggcatacaaaatagttctttacccagt
gctcgagacgtatcactcattgtacacaaggactccgattcgcctcataatcatttgatg
gctataacagccgtttggggagaatttattgcccatgaaattgcacacgcacctcaattc
acaggacataaaggttcacgtttaaaatgttgcgctgtaaattttgaagattttcatccg
gaatgttttccgataaggcttccagacgatgatccggtacatggaaaactaggtgaaaga
tgtcaaaattatgcaagatcggcaacggcaccgagaaccggttgcactctcggacccaga
gaacaacttaatcaagtcacgtcttttatcgacggatctgttatttatggaagttcaaaa
actgaagcggatgcacttagaaaattttccgatggaaaactcaaaactcaaaataacgtg
tacggaaattctctccttcctcccgccattaattctgaagagtgtaggctcgcgggaggt
caaaaatgttttaaaacaggcgatgtaagatctaacgaacatgtcggtttatcagcaatg
cacacaatatgggtgagagagcataataggttagccaaaaaactcaaagcaattaatcct
cattggggagacgaaatcctttttcaagagtccagaagaataattgctgctgaaattcaa
catatcacctacaatgaatttctccccatgattttaggtcaagatatcatcgacaagttc
ggacttactctgcagccatacggatttttcaccggctacgacattaatataaatgcagga
actgctaattctgtcgctgcagcagccttaaattttatatcatcattaatgccaaaatct
atagatgtttacaacagtaaaagcaataaattagaaccacaaaaattagcagaaactttt
tacgctccattttcactttacgaacccaacggattagacaaaattgttcagggtctacta
tatcaacgtgcacaaaaggaagacaatcacataaatgaaataatgacaaatcatatgttt
caagaaagttcttccggaagtggattagatttagccgcacaaattattcaaatgggtaga
gatcatggtattccaggctatcacaaatggagagaattttgtaaatttccaaaaattttt
aaatttactgatcttgatggaattatgttaccggaaaccatttcttctttacaacgaatt
tacaagactgtttttgatatcgatctttttactggagccatatcagaattacccttgcct
ggtgctgttgtgggtccaactttagcatgtattttgggtcgtcagtttcattatcttcgt
cgtggcgatcgttattggtacgaaaatgatttgccgccatcatcttttaatcaagaacaa
ttaaatgaaattcgtaaagtttccctagctagaataatttgtgataattcggatagtata
agagaaattcaaccgcaagtttttttaaatgaagatccatttttgaatgcaataatgccg
tgtcatcaaggggttattaacgaaatgaatttgaacccctggaaagaaataaggaaaact
ttttacattccggataaagtgattgcggaagccgtacaaagagctaaaaaagacgttagt
aaaattatggagcaagaaagagatttattcgaacataaaaaaacggcggatccattatct
ccagttgggactgcctacggttttaacagacccaaacgtcaagctgccgaaattgcaaat
acttctcttgttctacaacttgtatccaagcgattcgttaatagttttcttcaaggacaa
cttcaagacgaagaaatgggttttaatattatcgaaccccacgatttacaagaacttatg
gaagcgttgccgaacgtcgatttaacagacgtactagaagtgccaagagtttttagctgc
gacgaacaaactttaccatgtgatcatacaaataaatacagaagcataactggttggtgt
aataacctaagacatcctggtagaggaaaatcattgagagcttttgctcgattacttcca
ccgaagtatgacgacggtgtcagcagtccgagaacgctgtcagtcactgggaaaccattg
cctagtgctcggctcgtgtcgactaaaatgcatcccgattacagtcgtcctcacgttaaa
tattcccttatgtttatgcagtttgctcaattgttagatcacgatttaactcacactcct
gtcaataaggcattcgtcggagaagcaattcttgattgcaggccctgtgacgcaatgata
acggttcatcccgaatgttttccaattcaaatccctagcggtgatccttattttccaaga
ataaatacttctaacggtcaagctttatgcattcctgtcaccagatcgatgccgggacag
ttaacgcttggctaccgagaacaattaaatcaagtcacagcttacatcgatgcttctttt
gtttacggatcggatgtatgtgaaagtaaaatattaagatctttttctggaggacgaatg
aatactacaattgtaagaagaaactcaaaaccactcatgcctcaaattacaactcatcct
gaatgcaagaatccatcaaaagtatgctttagaggaggagatgcaagagctagcgaacaa
ccagctctgacagccatccacacgatatttttaagagaacacaacagattgtcagaattg
ttattgaaacttaatcctcattggaatgacgaaaccgtttatcagcaagctagaagaatt
gtttcggctgcaactcagcatataacattcggagagttgcttccgagaatattcggttgg
gatggaatccacaaattcgacttaaccttaaactcagagggatatttttctgggtacgat
ccgcactgtgacgctacattggccaatgaatttgcatctgccgcatttagatttggtcac
agtttacttaaaccatcattgatgaggctagataataattacaacgtaagagaaccaacg
gttaggttgagggatactttttttaatcccgaagttatttatcaacaagatatgattgat
gaattgctgagaggattggctacggctccaatggaaactttagatccgtttataacaaac
gaagttacaaatcatcttttcgaagataaaagaatgccatattctggcatggatttggcg
gcaataaacatccaaagagggcgtgatcatggtatccgaagttataacgattaccgtcaa
tattgtaatatgacaagagtgaaaacttttgacgaattaaaaagagatataacgccttcc
gtggtagaatcgctaagacgtatttactcacacgttgacgacattgatctctttcccggt
ggattatcggaaactcctcttaaaggaggagtggtcggtccaacgttttcttgcataata
ggagaacaatttcaaaaattaaaaaaatgtgatagattttggtacgaaaacgatgattcc
ctggtgagatttacagaagctcaactcatggaaataaaaaaagttacgctagctaaaatc
atttgtgataattctgataaaatgaccaccattcaaagacacgtcatggatttaccggat
ccatttttgaacccaattgtgccatgcaaaaacttaccgtcaatgaatcttgaaccttgg
aaagaaaggaaaacttgtgaagttgataacacaataataaatgtaggttcagccaaaaga
atttctccatgcatcatgtgtacttgcacgaaagaaggggtaatgacagcgggatcaatt
ttgcaactatttttcccgtatgtcaatctttaa

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (261)   
   KEGG ORTHOLOGY (1)   
   RefGene (256)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   VECTORBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (270)   

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