KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM032490
Entry
Phum_PHUM032490   CDS       T01223                                 
Name
(RefSeq) Laminin beta-1 chain precursor, putative
  KO
K05636  laminin, beta 1
Organism
phu  Pediculus humanus corporis (human body louse)
Pathway
phu04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:phu00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    Phum_PHUM032490
SSDB
Motif
Pfam: Laminin_EGF Laminin_N LAMININ_IV_B Alanine_zipper F5_F8_type_C
Other DBs
NCBI-GeneID: 8232278
NCBI-ProteinID: XP_002423043
VectorBase: PHUM032490
UniProt: E0VA99
AA seq 1767 aa
MANCVITNQQYRYSRTQTCETGSCYPATGNLLIGRESQLRATSTCGIRKQERYCIVSHLE
GPKKCFWCDSRYHNQYDKSLSHNISNIVDIHPRELDPWWQSENGVENVSIQLDMEAEFHF
THLVIHFKTFRPAAMLIERSQDKGRTWHVYRYFAHDCYKVWGMRPDIPRSLSDVICEEKY
SYVNPSSGGELIFRVIPPNIPVEDPFASEVQELVKMTNLRINFTKLHTLGDNLLDKREEI
QEKYYYAINHMVVRGSCSCYGHASRCLPLPEKANSYYPPDMVHGQCECTHNTKGLNCNEC
EDFYNDLPWKPAFGKSQNACKRCNCNSHATSCHFDSAVFELTGNVTGGVCDNCQHNTQGR
NCEECIPFYYHDPGYDIQDPNACQPCDCDPRGSTDDGICDSHTDPGNGLESGRCHCKPNV
DGRRCDRCKEGYWNFDENSPEGCQACSCNIHGTVNNQGCNVNTGECTCKRYVTGRDCNQC
LPQFWGLSEDRDGCKPCNCDLGGAYNNDCDVITGQCRCRPHVVGRACDQPEQSYFTAYPD
YLIYEAELSKGSGDSQVVVLEPNREGRGNIWTGPGYMRTFEGSQLEFEINNIKTPMKYDL
AVRYSPQLPNGWDNVKVHVEGLQPLDPNGPCAGTISNYESYDLHLPVESRSSQLPSPLCL
EPGKTYKVRLDFRKYDPTVETPSASVLIDSIALLPRYDEIGFYRGSPENEINHEEFRRYR
CGEMFQYANKFPSRQIPKICLKHLQSIGAFVHDGAFQCECNPTGSISYECDPLGGQCDCK
PNVVGRRCDRCAPGTYGFGPEGCLACDCNSLALDNFCDQITGQCKCRQHTYGRVCDQCQI
GFWNFPNCQRCECNGHADTCDLKTGVCISCRDATFGDRCDRCIEGYYGDPRLGIDIPCRP
CPCPGSLDSGHSFASRCFLDPKTHDVVCNCHIGYSGSRCDVCADNYYGDPELPGGSCQAC
NCSNNVDITRPGNCDPKTGHCIQCLFNTEGEHCEKCKEGYYGDAINQQCRECVCDLLGTN
ATAGPCDRTTGQCPCLPNVIGLSCDTCKENHWKIASGNGCEPCGCDPVGSYSEQCNYFDG
QCNCAPGFGSRRCDQCQAYFWGDPKVQCHQCECDVNGSATLQCHRNNGSCICLEGIGGSK
CDKCARGYLGVAPDCRFCGECFKNWNDILEDLIVQSEKVILSASNIKNVGVQGAYTHKFL
AMEKILDDVQDLLKNMNMSARELATTENLITPLKNNLLEAAEKLNETGKVLETTEQQIKW
VDLDLNKLTDQMNVLLVATKELKENATKLQEANVEGALNLTRKAQKQSLDAEIKAIQIFE
NVLANSERQCKRAMTLYNRSIDEVNNMRHNNERTIASLKNRLESLNEKIPKLNEMVCGKN
EVCDETCGGAGCGTCGGISCDSGAVTKANASFEVVKKTDQIIKEKEEKAEELLRGVAQAK
QEASSAYDAAQDALMTAENAKNGSEKAIKESSEFFSNLEKFFSTPGAKPGDIRAAAEETL
QMDINREPEQVRELALKINNAVAKLTNIDSILEETNADKKTAGKLKEEAVKVKTDAENIL
NVLEKVNQALEEAGDAQQKAGDAIQLANIDIAAAEDDLTQITSESSAAKSKANETMNTVK
DLNGRLNTLKRRFLKNQLSASEIKEEVDAVSKDANNTLAEVQKLQDQYGVAEEKLMNRAG
KSYTAKERAQRLFDRASQLFVNTNAKEKDLRGCCCCCCFNFYLEKWYEEKEKMFESLNDE
MMMLSNKMDEYITKISSRSKHYSECVS
NT seq 5304 nt   +upstreamnt  +downstreamnt
atggcaaactgcgtaataacgaatcagcagtacagatattctagaactcaaacatgtgaa
acaggatcttgttatcctgcaacaggaaatcttttaataggtcgagaaagccagctgaga
gcaacatcaacctgcggtattagaaaacaggaaagatattgcatcgtgtcacatttagaa
ggacccaaaaaatgtttttggtgcgattcaagatatcacaatcaatatgataaatcattg
agtcataatatatctaatatagttgatattcatcctagagagttggatccgtggtggcaa
tctgaaaacggagtagaaaatgtttccattcaattggacatggaagccgaatttcatttc
actcatttggttattcattttaaaacatttcgaccggctgccatgttgatcgaaaggtcg
caagacaagggaagaacgtggcacgtttacagatatttcgcacatgattgttataaagtc
tggggcatgagaccagacattcctagaagtttaagtgatgttatttgcgaagaaaaatac
tcttatgtcaatccctcatccggaggagaattgatctttcgagttattccacctaacata
ccggtggaagatccatttgcttccgaagttcaagaacttgttaaaatgactaatttaaga
ataaattttactaaattacatactcttggtgataatttgttagacaaaagagaagaaatt
caggaaaaatattattatgccattaatcatatggttgttagagggtcatgttcttgctac
ggacacgccagtaggtgtcttcctcttcctgaaaaagccaacagctattatcctccagac
atggttcacggtcagtgtgaatgcacgcacaatactaagggattaaattgtaatgagtgc
gaagatttttataatgatttaccgtggaagccagcttttggaaaatcacaaaatgcttgt
aaaagatgtaattgcaacagccatgccacgtcttgccattttgactctgcagtattcgaa
ttaacgggtaatgttaccggtggtgtttgcgataactgtcagcacaatacccaaggacga
aattgcgaagaatgtattccgttttactaccatgatcccggatacgacattcaagatccc
aacgcttgtcagccatgtgattgcgatcctagaggttctacggatgacggaatctgcgat
tctcatacggatcctggaaatggattagagtcgggccgttgtcactgtaaaccaaatgtt
gatggtcgaagatgcgatcggtgtaaggaaggatattggaattttgacgaaaacagtcca
gaaggatgtcaagcttgctcttgtaacattcacggaaccgtgaataatcagggatgtaac
gtcaatactggagaatgtacttgtaaacgttatgtgacgggtcgagattgcaatcaatgc
ctccctcagttctggggcctttcagaagatcgagatggatgcaaaccttgcaattgtgat
ctcggaggtgcgtataataatgattgcgatgtgattactggacaatgccgatgcagacca
catgttgttggaagagcttgcgatcaaccagagcaaagttattttactgcgtatccggat
tatctaatttacgaagcggaattatcgaagggctccggagattcccaagtggttgtgtta
gaaccaaacagagaaggcagaggaaatatttggactggaccgggttatatgagaaccttt
gaaggatctcaattagaatttgaaattaataatattaaaactccaatgaaatatgattta
gccgttagatactctccccaattgccaaacggatgggataatgttaaagttcatgtagaa
ggattacaaccattagatcctaacgggccttgtgccggtacaatatcaaattacgaatct
tacgatttgcatctgcctgtagaaagtcgaagttcgcaacttccgtctcccctttgtctg
gaacccggtaaaacatataaagttagattagatttccgaaaatatgatccaacggtagaa
actccgtcggcttccgttcttattgattccatagctctactgccacgttatgacgaaatt
ggattttatagagggtctcctgaaaatgaaataaatcacgaagagtttagaagatatcgt
tgcggagaaatgtttcaatatgcgaataaatttcccagtcggcaaattccaaaaatttgc
ttgaagcatcttcaaagcatcggagctttcgttcatgacggtgcctttcaatgtgaatgc
aatcccacgggatcaatttcttacgaatgcgatcctttgggtggacaatgtgattgtaaa
ccgaatgtcgtcggacgtcgctgcgatagatgtgctcctggaacttacggatttggtcct
gagggctgtttagcttgcgactgtaactctttggctctggataatttttgcgatcaaata
actggacaatgcaagtgtcgacaacacacatacggacgagtttgtgatcagtgtcaaata
ggattttggaattttccaaattgtcaacgttgtgaatgtaatggtcatgctgatacttgt
gatttaaaaaccggggtctgcatttcttgtagagatgccactttcggtgatcgttgtgat
cgttgtattgaaggatattacggagatccaagacttggtattgatataccttgtcggcct
tgtccttgcccaggcagtttagatagtggtcattcttttgcatcgcgatgctttttagat
cctaaaactcacgacgttgtttgtaattgtcacattggatattcagggtctcggtgtgac
gtttgcgcggacaattattacggtgatcccgaacttcctggaggctcttgccaagcatgt
aactgcagtaacaacgttgatatcaccagaccaggaaactgcgatcctaaaacgggacac
tgtatacagtgtttgtttaataccgaaggagaacactgcgaaaaatgcaaagaaggctac
tacggtgacgccattaatcagcaatgtagagaatgtgtttgcgatttgttgggaaccaac
gctactgccggaccttgcgatagaacaacaggacaatgcccttgtcttccaaacgtaata
ggtttgtcttgtgatacctgtaaagaaaatcattggaaaatcgcaagtggaaatggttgc
gaaccatgtggatgtgatccggttggttcttacagcgaacaatgtaattattttgatgga
cagtgtaattgtgcaccaggttttggaagcagacgatgtgatcaatgtcaggcgtacttt
tggggagaccccaaagtacaatgtcatcagtgcgagtgcgatgtaaatggatcggcgaca
ttacaatgtcatagaaacaatggaagttgtatttgtttagagggaattggtggtagcaaa
tgtgataaatgtgcaagaggttatctcggcgtggcccctgattgtaggttttgcggagag
tgctttaaaaattggaatgacattttagaagatctcattgttcaatccgaaaaagtaatt
ttatcggcatcgaatatcaaaaatgtcggagttcaaggagcttacacacacaagtttttg
gcaatggaaaagatactagatgacgtacaagatctgttgaaaaatatgaatatgtcagct
cgcgaattagccacaacagaaaatttaattacgccccttaaaaataatttactcgaggct
gcagaaaaattaaacgaaaccggaaaagtgttggaaactacggaacagcaaatcaaatgg
gtagatttagatttaaataaacttacggatcaaatgaatgttttattggtggcaaccaag
gaattaaaggaaaatgcgactaaacttcaagaagccaacgtcgaaggtgctttgaatctt
acgagaaaagctcaaaaacaatcattagatgctgaaataaaagcaatacaaatatttgaa
aatgtattagctaattccgaacgtcaatgtaaaagagcaatgactctctacaatcgttca
attgatgaagttaataacatgagacacaataatgagagaacaatagcgagtttgaaaaat
cgattggagagtttgaatgaaaaaatacccaaactcaatgaaatggtttgtgggaaaaac
gaggtttgcgatgaaacttgcggcggtgcaggttgcggaacgtgcggaggaatttcatgc
gattccggagcagttaccaaagcgaatgcttcattcgaagtcgtcaagaaaacggatcaa
atcattaaggaaaaagaagaaaaagcggaagaattattgcggggggtcgcccaagcaaag
caagaagcttcatctgcttacgatgctgctcaagatgctttaatgacggcggaaaatgct
aaaaacggttcggaaaaagctataaaggaatcatcggaatttttttcaaatctcgaaaaa
ttttttagcactcccggtgctaaacctggcgacataagagcagcagcagaagagactctt
caaatggatatcaatcgagaaccggaacaagtgcgagaattagctttgaaaataaataac
gctgttgccaaattgacgaacatcgattcgattttggaagaaacaaatgccgacaaaaag
acagccggtaaacttaaagaagaagctgttaaagtgaaaacggatgccgaaaacatatta
aacgttcttgaaaaagtgaatcaggctttggaggaagctggagatgctcaacaaaaagca
ggagatgctatacaattagctaacattgacatagctgctgccgaagacgatctgactcag
ataacaagcgaatcgagtgcggcaaaatcaaaagcaaacgaaacgatgaacacggtcaaa
gatttgaacggacgtttaaatactctcaaaagaagatttttgaaaaatcaactgagcgca
tcggaaatcaaagaggaagtcgatgctgtttccaaggatgccaacaacactttggcggaa
gttcaaaaattacaagatcaatacggcgtggcagaagaaaaattgatgaacagagctggt
aaaagttacacggcgaaagaaagagctcaaaggttattcgatagagcgagtcaattgttt
gtcaatacaaacgccaaagaaaaagatttgagaggttgttgttgttgttgttgttttaat
ttttatttagaaaaatggtacgaagaaaaagaaaaaatgtttgaaagtttaaacgatgaa
atgatgatgctgtcgaataaaatggacgaatacataacgaaaataagcagtcgttcgaaa
cactacagcgaatgcgtttcgtag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (175)   
   KEGG ORTHOLOGY (1)   
   RefGene (170)   
   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 (5)   
   Pfam (5)   
All databases (186)   

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