KEGG   Parus major (Great Tit): 107201853
Entry
107201853         CDS       T04864                                 
Symbol
LAMA4
Name
(RefSeq) laminin subunit alpha-4 isoform X1
  KO
K06241  laminin, alpha 4
Organism
pmaj  Parus major (Great Tit)
Pathway
pmaj04510  Focal adhesion
pmaj04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:pmaj00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107201853 (LAMA4)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107201853 (LAMA4)
SSDB
Motif
Pfam: Laminin_G_2 Laminin_G_1 Laminin_I Laminin_II Laminin_EGF Laminin_G_3 COG3_N GBP_PSP PanZ
Other DBs
NCBI-GeneID: 107201853
NCBI-ProteinID: XP_015477259
Ensembl: ENSPMJG00000014201
Position
3:67114953..67214141
AA seq 1827 aa
MALISAWPLVSPVLFFLRCFSSSTASSEGSVFQFDIEGSSAVSTQEATVIRGQQQAVAPG
SWVPFAEGCQEGFYRTSSGKCSPCNCNGNANRCLDGSGICVDCQRNTTGQHCEQCPDGFI
GDAVRGVPTFCQPCPCPLPALANFAVSCYRKSGSVRCVCKENYAGPNCERCAPGYYGNPL
LIGSTCKKCDCNGNSDPNLIFEDCDEVTGQCRNCLHHTTGFNCERCAPGYYGDARFAKNC
TACNCGGRMCDSQTGECLADSPEVSTDTDCPTISCDKCIWDLTDDIRLSVLTIDESKSTL
LSISTGVAAQRRLNDLNLTTIHLQEAMSKKKNHAMLWTIQVDDAADEMNDLLREAETLDE
QGNEASSKGRLVQKETTEINNRASQLVQQLNSIRDNIEEINSKSKYYAIQQELSPEEIAQ
KRNVAEEMLKEIKRRKPFTNQRQLADEEENAAKELLEQIEAFHEKYNDTRSLVTDVLEQL
SEQDVKLSDLEEALHQALDYVIQTEDINRENTARLQRQEKQHEKIKEQINEVNSTLLSAT
TILEGPQKVNSELGEVIKNASGFYAEIDGAKKELQEKIANLSLFDDDLVEKAMHHAHNLR
RLADELDGNLYGVDSNGLVQRAINASNVYENIAGYIEEANKVASLALNTTNRVKDAAVGI
DTQVIYHKGKSEELLIRAMQLQRTAHDSSSYTIADTSWQVNGTFARMSSLRSQLMRAIAK
MQSAETEEARERLEQAQLKTAEAVSATTTVTQATTPMDENVKLWSQNLQDFQHNSEAYDS
AVHSAGDAVQKLTEVFPQLLDKLRKVEQKAPANNISSSIQRIRELIAQTRSVASKVQVSM
MFEGQSAVEVNPKINVEELKSFTSMSLYIKLHKDNPQLAASPDRFILYLGNKNAKHYIGL
AIKNDNLVYIYNLGGQDVEIPLDAKPVSTWPSYFSIIKIERIGRHGKMFLTVPSLSSTAE
EKFIKKGEVLGPGSLLNLEPENAVFYVGGVPPGFKLPPSLNLPGFIGCLELATLNDDVIS
LYNFKHVYNIDTTTSPPCARDKLAFTQSRAVSYFFDGSGYALARNIERRGKFSQVTRFDI
EVRTPTDSGLILLMINGSMFFSLEMHNGFLYLRYDFGFSNGPMLLEDSMKKARINDAKFH
EISIIYHNSKKMILVVDRRHIKSVDNERTAMPFTDIYIGGAPNEILHSSSISSHLAGSIG
FKGCMKGFQFQKKDFNLLEEPGTLGISYGCPEDSLMSRNAYFNGESFIASSQKVSLFTEF
EGGFNFRTLQPSGLLFYSSEGSDVLSISMERGAVVLNASGTKIQSPERNYNDGKTHFIIT
SVTPERYELTVDDKKQSKKNPAKDRAGKSPDSIKKFYFGGSPLRTQQANFTGCISNAYFT
RLDQEVEVEDFQKYSEKVQASLYGCPVESPPVALLHKKGKNSSKAKGNRNKKVGRDKDKI
SQPSSGLKKLYQVNFQREPQCHLPMNPKATEHAYQFGGTANSRQEFDHIPKDFSQRAQFS
ISLKTHSSHGMIFYISDEKETNFMALFVAHGRLIFMFNAGHQKIRIKSQEKYNDGLWHNV
IFIRGKNIGRLIIDGLRVLEESFDGNANTWQVTEPLYIGGVAPGKAVKNIQINSVYSFSG
CLSNLQLNGRSLTSASQTFSVTPCYEGPSEAGTYFSSEGGYVVLDESFSLGLKFEVVFEI
RPRSSSGILLHGHSVNGEYLNMHMRNGQVTVKLNNGIRDFSTSVTLKQSLCDGRWHRIAV
IRDANVVQLDVDSEVNHVVGPLNPKATDHREPVFIGGVPESLLTSSLTTRNSFIGCIRNF
MIDEKPVSFSKAALVSGAVSINTCPAA
NT seq 5484 nt   +upstreamnt  +downstreamnt
atggctttgatctccgcctggcccctcgtttctcctgtattattctttttgagatgcttc
tcctccagcacagcctcgagtgagggaagcgtttttcagtttgacattgaaggtagctca
gcggtcagcacgcaagaagccactgttatcagagggcagcagcaggcagtagctcctgga
agttgggtgccttttgctgagggatgccaagagggattttatcgtaccagctcaggaaaa
tgctctccttgcaactgtaatggtaatgcaaacagatgccttgatggatcaggaatctgt
gtggactgccagagaaacacaacaggacagcactgcgagcagtgtccggatggcttcatt
ggtgatgccgtcaggggagtgcccacgttctgccagccctgcccctgccccctgccagct
cttgccaactttgcagtctcctgttacagaaaaagtggaagtgtacgctgtgtctgcaag
gaaaactatgcaggacccaactgtgaaaggtgcgcccctggttactatgggaaccctttg
ctaattggaagcacttgtaaaaaatgtgactgcaacggcaactcagacccaaatctgatt
tttgaagactgtgatgaagtgaccggccagtgccgcaattgcctgcaccacaccaccggg
ttcaactgcgaacgatgcgctccgggctactatggggacgccagattcgctaaaaactgc
acagcatgtaactgtggagggaggatgtgtgacagccaaactggagaatgcctcgcagac
agtcctgaagtttctactgacacagactgcccgaccatcagctgcgacaaatgtatttgg
gatttgacagatgacattcggttgtcagttctgactatcgatgaaagcaaatccacttta
ctgagcatttctacaggtgttgcagctcaaaggcgtttgaatgacctgaacctcactact
attcatctccaggaggcaatgtccaaaaaaaagaatcatgctatgctttggaccatccag
gttgatgatgctgcagatgagatgaatgatctcctcagagaagcagaaacacttgatgaa
cagggaaatgaagcatccagcaaaggccgactggtacagaaggaaaccacggagatcaac
aaccgtgcttctcagcttgtgcagcagctcaatagtataagagataacattgaagaaatc
aacagcaagtcaaaatactacgcaattcaacaggaactgagccctgaagaaattgcccag
aagcggaatgtggctgaggagatgctaaaagagatcaaacgtcgaaagcctttcactaat
caaaggcaacttgcagatgaggaggaaaatgcagcaaaggagttgctagagcaaattgaa
gcatttcatgagaagtacaatgacaccagatccctggtaactgatgtgctggagcagctc
agcgaacaggatgtgaagctgtcagacctggaggaggcattgcaccaagcacttgactat
gtcatacaaacagaggatataaatagggaaaacacagccaggctccaaaggcaggagaaa
caacatgagaagataaaagagcaaataaatgaagtgaacagcactctgcttagtgccaca
actattttggaaggaccacaaaaggtcaactctgagttaggcgaagtcataaagaatgca
tcagggttctacgcagaaatagatggagcaaaaaaggaactgcaagaaaaaatagccaac
ctgtccctgtttgatgatgatttggtagaaaaggctatgcatcatgcacacaacctaaga
agacttgctgatgagctggatgggaatttgtatggtgttgattcaaatggtttggtgcaa
agggcaatcaatgcttcaaatgtgtatgagaacattgctggttatattgaagaagccaat
aaagttgcatcattggcactgaacacaacaaaccgggtcaaggatgctgcagttggaatt
gatactcaggtcatttaccataaaggtaaaagtgaagaacttctcatccgagccatgcag
ctacaacggacagcacatgacagcagcagttacaccattgcagacaccagctggcaagtc
aatggcacttttgccagaatgagttccctgcggagccaactgatgagagccattgcaaaa
atgcaatcagcagagacagaggaggccagagagcgtttggagcaagctcagctgaagact
gcagaggctgtaagtgctaccacaacagtaacacaggctacaacccccatggatgagaac
gtgaagttgtggtcccaaaacctgcaagacttccagcacaattcagaggcatatgacagt
gctgtgcattcagctggggatgcagtgcagaaacttacagaagttttccctcaactcctg
gacaaactgcgaaaagtagaacagaaggcaccagcaaacaatatttcttccagcattcag
cggatcagagagttaattgctcagaccaggagtgtagcaagcaaggtccaagtttccatg
atgtttgaaggccaatcagctgttgaagtcaatccaaagatcaacgtggaagaactgaaa
tctttcacttccatgagcttgtacataaagcttcacaaagacaacccacagctggcagcc
tctccagacagattcattttgtacctcggaaacaaaaatgcaaaacattacattggcctt
gcaattaaaaatgacaaccttgtgtacatttataatctggggggccaagacgtggagata
cctctggatgccaagccagtcagcacctggccctcttacttcagcatcatcaaaattgag
aggatcggaagacatggcaaaatgtttttaactgtgcccagtcttagcagcacagctgaa
gaaaaattcatcaaaaagggagaggtccttggtcctggctcccttcttaacctggaacct
gaaaatgctgttttctatgttggtggagtgcctccaggcttcaagctccctcctagccta
aacctacctggcttcatcggctgcctggagctggctaccctgaacgatgatgtgatcagc
ctgtacaacttcaagcacgtctataacatcgacaccaccacatcgccaccttgtgccaga
gataagttggctttcactcagagccgggctgtgagctatttctttgatggctctggctat
gccttggccagaaacattgagagaaggggaaaattcagccaggtgactcgatttgacatc
gaagttcgaacgcctacagacagtggattgatcctgctgatgattaatgggagcatgttc
ttcagcctagagatgcacaatggtttcttgtacctccgctatgactttggtttcagcaac
ggccccatgcttctcgaggactccatgaagaaggctaggattaacgacgctaaatttcat
gagatttccattatatatcacaattccaagaagatgatcttggtagtagacagaagacat
ataaaaagtgtggacaatgaaagaacagcaatgccattcacagatatttacattggagga
gcacctaatgagatcttgcattccagcagcattagttcacacctggcaggaagtatcggc
tttaaaggctgcatgaagggtttccagttccaaaagaaggatttcaacttgttggaagaa
ccaggaaccctgggaatcagctatgggtgcccagaggattcactgatgtcccgcaatgca
tatttcaatggtgagagcttcattgcatcaagccaaaaagtgtccctctttactgagttc
gaaggaggctttaatttccggacattgcagcccagcgggctgttgttttactcttctgaa
ggatcagatgtattatccatctctatggagagaggtgctgtggttttaaatgcgagtgga
accaaaattcagtcgccagaaagaaattacaatgatggaaaaacccatttcatcattact
tctgtcaccccagaaaggtacgagctgactgttgatgacaagaaacagagcaagaagaac
ccagcaaaggacagagcagggaaaagcccagacagcatcaaaaagttttattttggtggc
tctcccctcagaacacagcaagccaacttcactggctgcataagcaacgcctacttcact
aggctggatcaagaggttgaagtggaagatttccagaagtactctgagaaggttcaggca
tctttgtatggatgccctgttgaatctcctccagttgctcttctccataagaaaggaaaa
aactcatcaaaagccaaaggaaaccgtaataaaaaggtgggaagagataaagacaagatt
tcacagccttcatctggcctgaaaaaactgtatcaagtgaattttcaaagagagcctcag
tgccacttgccaatgaatcccaaggcaactgaacatgcctatcaatttggaggaacagca
aacagccggcaagaatttgatcacataccaaaggatttcagtcaaagagctcagttctct
atcagtctgaaaactcactcatctcatggaatgattttctacatttcggatgaaaaagag
accaacttcatggcccttttcgttgctcatggccgactcatttttatgtttaatgctggt
caccagaagataaggattaaaagccaagagaaatacaatgatggtctgtggcacaacgtg
atatttattagaggcaaaaatattggtcgcttgataattgatggtctccgagtactagaa
gaatctttcgatgggaatgcgaacacttggcaagtcactgaaccactctatatcggaggt
gtagctcccggaaaagctgtaaaaaacatccagattaactctgtctacagctttagtggt
tgtctcagcaacttacagctcaatggaagatcacttacttcagcttcacagacatttagt
gtaacaccttgctatgaaggcccatcagaagcaggaacatacttttcatcagaaggagga
tatgttgtccttgatgagtccttcagtttaggcctgaaatttgaagttgtttttgaaata
cgtccccgaagcagctcaggaatcctactgcatggtcacagtgtgaatggagagtacctg
aacatgcacatgagaaatggacaggttactgtgaaactgaataatggaatcagggatttt
tcaacttcagtgacgctgaaacagagtctctgcgatggcaggtggcaccgaattgcagtt
attagagatgcaaatgtggtgcagctggacgtagactctgaagtcaaccatgtggtagga
ccactaaacccaaaggcaactgaccacagggagccagtgtttattggaggtgtaccagag
tctctgctaacatcaagcctgactacacgcaattccttcattggctgcattcgtaacttc
atgattgatgaaaagccagtgagttttagtaaggcagctttggttagtggtgctgtaagc
attaacacctgtccagcagcctga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (9)   
   Pfam (9)   
All databases (22)   

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