KEGG   Pediculus humanus corporis (human body louse): Phum_PHUM394360
Entry
Phum_PHUM394360   CDS       T01223                                 
Name
(RefSeq) laminin alpha-1, 2 chain, putative
  KO
K05637  laminin, alpha 1/2
Organism
phu  Pediculus humanus corporis (human body louse)
Pathway
phu04512  ECM-receptor interaction
phu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:phu00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    Phum_PHUM394360
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    Phum_PHUM394360
SSDB
Motif
Pfam: Laminin_EGF Laminin_N Laminin_B
Other DBs
NCBI-GeneID: 8237678
NCBI-ProteinID: XP_002428616
VectorBase: PHUM394360
UniProt: E0VR72
AA seq 1000 aa
MDSNARYLKDNRWRIVYASRLSYNTFSKSGGLFPRIFNVAKHADILVNGTCGANRPEVYC
RRPTDKEARKANQCIPTLCDSKKNGIKKTIDGSKDSWISPTLENGLEYEYITITLDLKQV
YQVAYVTIKASIAPLPVAWVLERSLDGLNFFPWQYFAESSGECRRRYGMPASQPKPIFKT
DDEVICLINYSKLYYIDNQEVHVSLINGRPSFNYTSEILRNFTLARYVRFKFQKIHKTEK
DLILRKKLFYSIKNIIIGGQCLCHGHASKCVPNKITGLPTCVCEHNTCGSHCTECCPLFN
QFPWSPGTIETVQVCEMCECHGHSDKCIYNTQIAEEKSSLDINGFYRGGGRCVDCNNHTS
GINCETCETGWYRPTGILPDDPNPCFPCDCHPVGSTGNCTQSDDTFSDDLVGSCECKKGY
AGFKCDKCAPGWRNFPNCEPCPCDSKGSQQYEDCVLPCVCKANVVGKFCDECRPGYFGLS
EYNPEGCTKCYCSGVSTVCREANLTRNTIKSSLEGWVITDLAHVKTITPSEDPETGALYI
ANYEFPGVESYYWLAPTNIFGNLITLYGNMNFKFKVGWEAMRGDTSGQPTVGPNIVLISG
DGVKLGYGEETYEERKKNLTLKVNLIEKNWYTILPEVDDIRTRLRRTEYRGSGITREKFL
NVLANVKHVMLRAKFHTDQVEGSLFSVAVEPTDEEFGSKRYPTEDCHCPPEYSGSSCENC
AFGHYKSNETTDIKCNPCPCNLHSDCDPETKTCQKCEHNTRGEDCGICKDGFYGNATMGT
PKDCQPCGCPLLIPSNNFSPKCELEEIQENGLQFYYCTECPVGYVGDFCEECDEFFYGNP
LEIGGSCSPCDCNGGLCDNKTGKCLECTGNTEGILCEKCKPYHYRTSNSSFCSPCDCYAN
GSESEFCDEISGQCPCKNNYHGRNCSECVVGYTYAEDGSCENCNCGLGSESNECDPTTGE
CDCKSGTRSPKCDECESQHYGLSPEGCKGANCKTFKLNLI
NT seq 3003 nt   +upstreamnt  +downstreamnt
atggattcgaacgcgcgttatttaaaagacaatcgctggagaatagtatatgcatccagg
ctgtcgtacaacacgttttccaaatccggtggtctttttccaaggatatttaacgttgca
aaacatgcggatatactagtcaacggtacgtgcggtgcaaacagaccggaagtttattgc
aggagaccgacggataaagaagcgagaaaagcgaatcagtgcataccgacgttatgcgat
tcgaaaaaaaacggtataaaaaaaacaatagacggaagtaaagattcgtggataagtccg
acgctggaaaacggtctggaatacgagtacataacgataacgttagatttaaaacaagta
tatcaggttgcatacgtaacgatcaaagcgagtatagcaccgctaccggtggcatgggta
ttggaaagatcattggacggtttaaattttttcccatggcaatattttgcagaaagtagc
ggagaatgtaggaggcgatacggaatgccagcctcacaacctaaacctattttcaagact
gacgacgaagttatttgccttatcaattattctaaattatattatattgataatcaagag
gtacacgtatctcttattaacggaaggccgagttttaattatacaagcgaaatccttaga
aatttcacactcgctcgttacgttagatttaaatttcaaaaaatacataagactgaaaaa
gatctcattctacgtaaaaagttattttattccataaaaaatataataataggaggtcaa
tgcctgtgccatggtcatgcatctaaatgtgttcctaataaaattaccggattaccaacg
tgcgtttgcgaacataacacatgtggaagtcattgtactgaatgttgtcccttgtttaac
caatttccatggtctccgggcacgattgaaacggtccaagtgtgcgaaatgtgcgaatgt
cacggtcattccgataagtgcatttataatacccaaatagcagaagaaaaatcaagtttg
gatataaatggattttatcgcggcggaggacgatgcgtcgactgtaacaatcacacgtct
ggaataaattgcgaaacgtgcgaaacgggatggtatagaccgacgggaatattaccggat
gatccgaatccttgttttccatgcgattgtcatcccgtgggttcgaccggaaattgcact
caaagcgacgatacattttccgatgacttggttggttcttgcgaatgtaaaaagggttac
gcgggttttaaatgtgataaatgcgcacccggatggagaaattttccgaattgcgaaccg
tgtccctgcgattcaaaaggttctcaacaatacgaagattgcgttttgccatgcgtgtgt
aaagccaacgtcgtcggaaaattttgcgacgaatgccgacccggatattttggtttaagc
gaatacaatcctgagggatgcacaaaatgttattgttcgggtgtcagcactgtgtgtagg
gaagctaatctcactcgaaatacaatcaaatcatctctcgaaggatgggtgataacagat
ttggctcacgtcaaaacgataacaccgtcggaagatcccgaaacgggagctttgtacata
gccaattacgaatttcccggagtcgaaagttattattggttggctccgacgaatattttt
ggaaatcttattaccttatatggaaatatgaattttaaatttaaagtcggatgggaagcc
atgagaggtgatacgagtggacaaccgaccgtcggtccaaatattgttctcattagcggc
gacggagtgaaattagggtacggcgaagaaacctacgaagaaaggaaaaaaaatttaacg
ttaaaagttaatttaatagaaaaaaattggtatacgatccttccggaagttgatgatatt
cgtacgagacttcgaagaacggaatatcgcggaagtggaataacaagagaaaaattttta
aacgttttggcaaatgttaaacacgtaatgctaagagctaaatttcacacggatcaagtc
gaaggcagcctgttttccgtcgcggtggaacctacggacgaagaattcggtagtaaacga
tacccgacggaagattgtcactgtccccccgaatattctggttcgtcttgcgaaaattgc
gctttcggtcattacaaatcaaacgagacgacggatattaaatgtaatccatgcccgtgt
aatttacactcggattgcgatccggaaacgaaaacctgccagaaatgcgaacataacact
cggggtgaggattgcggtatttgcaaagatggtttttatggaaatgcaacgatgggtact
ccgaaagattgtcaaccgtgcggttgcccacttttaataccgagtaataatttcagtccg
aaatgcgaattggaagaaatacaagaaaacggtttacaattttattactgtaccgaatgt
cccgtgggatacgttggagatttttgcgaagagtgcgatgaatttttttacggaaatcct
ttagaaatcggaggaagttgctcaccctgcgattgtaacgggggtttatgcgataataaa
acagggaaatgtttagaatgtaccggaaacacagaggggatcctttgtgaaaaatgtaaa
ccttatcattacagaacatcgaattcgtctttttgctcgccttgcgattgttacgcgaat
ggatccgaaagtgaattttgtgacgaaataagcggacaatgtccgtgtaaaaataattat
catggacgaaattgtagcgagtgcgttgtgggttacacatacgcagaagacggttcgtgt
gaaaattgtaattgtggactgggatcggaaagtaacgaatgcgatccgacgacgggagaa
tgcgattgtaaatcaggtacccgatcccctaaatgcgatgaatgcgaatctcaacattac
ggactctctcccgaaggatgtaagggcgcaaactgtaaaacgtttaaattaaatctcata
tga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (99)   
   KEGG ORTHOLOGY (1)   
   RefGene (94)   
   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 (3)   
   Pfam (3)   
All databases (109)   

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