KEGG   Apteryx mantelli mantelli (North Island brown kiwi): 106484867
Entry
106484867         CDS       T04298                                 
Symbol
LAMA3
Name
(RefSeq) laminin subunit alpha 3
  KO
K06240  laminin, alpha 3/5
Organism
aam  Apteryx mantelli mantelli (North Island brown kiwi)
Pathway
aam04510  Focal adhesion
aam04512  ECM-receptor interaction
Brite
KEGG Orthology (KO) [BR:aam00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    106484867 (LAMA3)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    106484867 (LAMA3)
SSDB
Motif
Pfam: Laminin_G_2 Laminin_G_1 Laminin_I Laminin_EGF Laminin_II Laminin_B Laminin_G_3 Activator-TraM DUF6099 Glyco_hydro2_C5 PTS_IIA
Other DBs
NCBI-GeneID: 106484867
NCBI-ProteinID: XP_013798610
UniProt: A0A8B7II97
Position
Un
AA seq 2579 aa
MSSIQNEVRITLNVEKSNLYLFHVILRYINSGSATLSGRISACQSRPETGAAQSKEFVFP
PSKEPAFVTIPGKSFTEPFLLVPGTWIVSIMAEEVLLDYMVLLPSDYYEASILQLQVTEP
CTYSGRASTDNCLLYQHLPLGRFSCVLGSEAAYFTNGGEYRKIPVRQPTPDHPVMSHISG
REVSFQMTINVPQVGRYILVFEYANEEDQLYTAEVIINSPGPVTEGRVNIYSCKYSFLCR
SVVVDDRNRIAAYDLLADTKIHLKALSINFLLHKVCIISAEEFSLEYVEPKVRCIAAYQS
THDRSATCIPSVYETPPVTLVLDAFRDGKISEVQRSILYDPLSAPLPSDSVNGVTLTPLQ
NQITLSGRVPHLGRYVFVVHFYQPAHPVFPVQVRADAGHVWSGSFNASFCPHTSGCRDQV
IAESQIELDVSEPEVSVTVMIPDGKMLILESVLVVPADNYSYKILEKKTADKSFDFISQC
GGNSFYIDPEGSSAFCKDSVRSLVAFYNNGAVPCNCHKAGATSPTCSPMGGQCICRPNVI
GRRCSRCQTGYYGFPFCKLCNCGQRLCDDITGKCICPPQTVKPKCEVCKEHYFSYHPLAG
CENCNCSDRGVVNMASPECDKNNGQCKCKPGIKGRQCDRCGPGTYGFPNCIPCNCNRGGT
EPDVCDPQTGICLCKENVEGAECDVCRPGSFYQDPSNPKGCTSCFCFGATNNCRSTNRRR
TKFVDMRNWRLETVNKNVDIPVTFNPVSNSVVADVQELPASVHTLYWKAPPSYLGEKLSS
YGGYLSYQVKSFGLPSEGMVLLDKRPDIQLTGQQMKVVYVDPNNPLPDRQYYGRVQLVEG
NFRHFGSNNLVSREELMVILSRLDGLHIRGLYFTETQRLTLGEVGLEEATNTGNGSIAYN
VEKCSCPPEYAGDSCQECGLGFYRENKGLFTGRCVPCNCNGNSNRCQDGSGKCINCQYNT
AGEKCERCKDGYFGDATQGSCRTCPCPYTNRFATGCVANGEEIQCLCKEGYTGVRCERCA
PGYFGNPQKYGGYCRKCNCNNNGQLASCDHLTGECLNNEPKDVDPDEDCDSCDSCVITLL
KDLSTIGDELQLIKSQLQNVHASTHTLEQMRHLETRIKDLKVLLNNYRSVVHNQGSKADE
LETDFINLNRDVNALQEKAEMNYKTAERLFNNFGETNQKGKDLVSRIQIVVNNIQVLLEQ
IAGTNAEGNNLPLGDAAKELAEAQRMMTEMRNRNFGQLQTDAEEERREAQLLLAHVKNEL
QKYHQENHGLVKIVRDSLNEYESKLTDLREALNEATGQIKQAENLNRDNGVLLEDIKKRI
DETNLHQNNILDILSSTQTSLTQANGVLGLLQKSKEEYESLAAQLDGARKDLNEKLTNSS
LSASKEPLVVKAEDHAKSLQALAKQLDEIKNNARKDELVSCAVEASTAYDNIINAIKAAE
EAANRAGGAADSALLTVKREDLSGKAARLKAESSALLKQARETERTLKVIGPDLEDINQR
VGVVDGQKDELQIDLVTLQNNLNGINRDDIDSKITNAKSMVKSAKDVMTNVLGELLPIQA
DVEKIKSTYGSTQSADFHKMLTEANNSVTMLTNTLPDLFSKIESINQQLMPISNISENVN
RIRELIQQARDAANKVALPMRFNGSSGVEVRPPRNLEDLRGYTSLSFFLQRPQKRSDILQ
RAPNMFVLYLGSKDASQDYIGMALKRGHLTCVYNLGGNEAEIDVEPLVTESNTEEAILDQ
VKFERIYQYAKLNYIKAATSTSPEYEKPLNGNSGESHTLLNLDPSNVVFYVGGYPPDFRP
PRKLDYPHYEGCIELDNLNENILSLYNFKRTFNLNTTEVQPCRRYKEESDQSYFEGTGYA
SVTSKEINAYIPARYEQTIQTTADEGLVFFAANEDQFISILIKNGHPVFRYKIDSGPPKE
KENNAIVNDGTYKQISLLLARSKGIVRVSPGISVNISVFSFTKYYLGGIPSSLRERFNIS
TPPFRGCMKNVKNPRTASVIFDETVGVSKKCSDNWKIVRSAAFSREGTLSLSATGFPFPK
DFQVSFGFRTMASTGTLLNYSPNILIIFLRPGSVVVRMGETENKLNKEYEDGSMHYVTVI
KNDDTLRLLVDDEPVSMTVDSPVPQTLIQPIRFGGDDFEGCISNIFIERAGQLPEVQNLV
DYTRKTGVSLGACRQYKNLEPMLLKEFKNPLRFKMLKLQNEKYLDYLTDAEVQQDQQNHA
LPPQLNVSSGAYLFGNTPNSFVSYAFSPMSPTDRLHFSVDIWTQSSRGLMFFVEERFENS
YMALHISKGRFVFSLVSGGKRIKIKTDTKYNDGQWHTVVFSRDGKNIRLVVDGLRVQHGR
LATNSANSIKPPIYLGGLPSLKQQIMPVNSFKGCLRNFKMNGKVMNTPQQKNGVLPCLGV
PMETGIYFFNEGGYITIDNLVMGLDFRIVFTIRPRSSTSVLLHSGSKQDNYLTVYIEGGK
LIATGNNGAGKFQTSVTPKQSLFNGQWHTIAVSQRENTMQLEVGTQSNYTTGLPPFTPRH
MRQPLYFGRIPANLATPWLPVKDPFFGCLRNISINDKPVSTNKISEIHGVVSLHGCPAK
NT seq 7740 nt   +upstreamnt  +downstreamnt
atgtcctctatacaaaacgaagtgaggataactttgaatgtggaaaaatcaaacctctac
ttatttcacgttatcctgagatatattaattctggaagtgcaacattatctggccgcata
tctgcttgtcaatctcggcctgaaacaggggctgctcagagcaaagaatttgtcttccca
cccagcaaggagccagcttttgtcacaatcccaggaaaaagcttcacagaacctttctta
ctggttccaggcacatggattgtcagtataatggcagaggaagtcctcttggattatatg
gtgctgttacctagtgattattatgaagcatccatcttgcagttacaagttactgaacct
tgcacctattcaggacgtgcttcgacagacaactgcttgctttatcagcatttgccattg
ggcagattctcctgtgtccttggttcagaagcagcatatttcacaaatgggggagaatac
agaaaaatacctgttcgacagccgactcctgatcatccagtgatgtcccatatcagcgga
agagaggtcagttttcagatgaccataaatgttcctcaagttggtcgctacattctggtt
tttgaatatgccaatgaagaggatcagttatacactgctgaggtgataataaatagtcct
ggacctgtcactgaaggcagagtgaacatatacagttgtaaatacagtttcctttgtcgc
agtgttgtagttgatgataggaatcgcattgcagcctatgaccttctagcagatacaaag
atacatcttaaggcattgtcaattaattttcttctgcacaaagtttgtattatatcagct
gaagaattttctctagaatatgtggagcctaaagtacgttgcatagctgcttaccagagt
acccatgacagaagtgcaacatgcattccttcagtatatgaaactccgccagtgactttg
gttttggatgcattcagggatggaaaaatttctgaagtgcagagaagtatactctatgat
ccactgagtgcccctttaccttctgactcagttaatggagtcaccttgacaccattacag
aaccagatcaccctcagtgggagagtgccccacttgggcagatatgtatttgtggtacat
ttttaccagccggcacacccagtgttccctgtgcaagtgcgtgcggatgcaggacacgtg
tggtcaggctccttcaatgcttcattctgccctcatacctctggctgtcgagaccaggtg
attgcagaaagccaaattgaacttgatgtttctgaacctgaggtctctgtcacagtaatg
atacctgatggaaaaatgcttattctggaaagtgtcttagttgttccagcagataactac
agttacaaaattcttgaaaaaaagactgcggacaagtcatttgattttatcagccaatgt
ggaggaaacagtttttatattgacccagaaggatcatcagccttctgtaaagattctgtg
aggtcgctagtggctttctacaataacggagcagtgccgtgtaattgccataaagcaggt
gccacaagccctacttgcagccccatgggaggacagtgtatttgcagacctaatgtcatt
ggtcgtcggtgtagtcgatgccaaaccggctactatggatttccgttctgcaagttatgc
aactgtggccagcgtctttgtgatgacataactggtaaatgcatttgccctccccaaacg
gtgaaaccaaaatgtgaagtgtgcaaggaacattatttcagctatcaccctcttgctggc
tgtgaaaactgcaactgttcagacagaggagttgttaatatggcaagcccagaatgcgat
aaaaacaatggccagtgcaaatgcaaaccaggaataaagggacggcagtgtgatcggtgt
ggtcctggtacttacggtttcccaaactgcattccgtgtaattgcaacagaggcggaaca
gaaccagatgtttgtgatccccagacaggaatttgtctctgcaaggagaatgttgaaggt
gcagaatgtgatgtttgccgaccaggatcgttttatcaggatccttcgaatcccaaggga
tgcacctcttgcttttgttttggggcaaccaacaactgtcgcagcacaaatcgtcgtaga
accaagtttgtggacatgaggaactggcgcttggagacagtgaataaaaacgttgacatt
ccagtaaccttcaatccagtcagtaatagtgtagtggccgatgttcaagaattgcctgct
tcagtgcatactttgtactggaaagcaccgccatcttacctgggagagaagctttcttct
tatggtggctacctaagttaccaagtgaaatcatttggcttacctagtgaaggcatggtt
cttctggataagagacctgatatacaactgacaggccagcaaatgaaagtagtttatgtg
gatcctaacaacccactgcctgaccgtcaatattatggccgtgtacagctagttgaggga
aacttcagacatttcggcagcaataaccttgtatccagagaagaactgatggtgatcctg
tctagactagatggcttacacatcagaggcctttacttcacagagactcagcgattaacc
cttggtgaggttgggctggaagaagccaccaacacaggaaatggcagcattgcgtacaat
gtagagaaatgctcctgccctcctgagtatgctggtgactcatgtcaggaatgcggcctt
ggattttaccgtgagaataagggattatttactggacgctgtgttccctgcaactgcaat
ggaaattcaaacagatgtcaggatggttctggaaaatgcattaactgtcagtataatact
gctggggagaaatgtgagcgctgtaaagatggttattttggagatgccactcaaggttcc
tgtcggacgtgcccttgcccttatacaaacagatttgcaactggctgtgtggcaaatggt
gaagaaattcagtgtctatgcaaagaaggctataccggagttcgttgcgaacgctgtgct
cctggatattttggaaatccacaaaaatatggaggctactgtcgaaaatgtaattgtaat
aataatggtcagctggctagttgtgatcacctgactggagaatgtttaaataatgaacca
aaagatgtggatcctgatgaagattgtgactcttgcgatagctgtgtaattacattgctg
aaggatttgagcacaataggtgatgagcttcagctgattaagtctcagctgcaaaatgtc
catgcgagtacccacacactggagcagatgagacatttggaaacacgcatcaaggactta
aaggtcttattgaacaattaccgttctgttgttcataatcagggttcaaaggcagatgag
ttggagacagacttcattaacctaaatcgtgatgtaaatgctctccaggaaaaggctgaa
atgaactacaagacagcagagagattatttaataattttggtgaaactaatcagaaagga
aaggatttggtttcaagaatacaaatagttgtcaataatatacaagtgctcttggaacaa
atagctggtacaaatgcagaaggtaacaatttgcccttgggggatgctgccaaagaactg
gctgaagctcaacgaatgatgacagagatgcgaaaccgcaactttggccaactgcaaaca
gatgcagaggaggagagaagagaagctcagctgctactggcacatgttaagaatgaacta
caaaagtaccaccaagaaaatcatgggcttgttaaaattgtgagggattcattgaatgaa
tatgaatccaaactcactgatcttcgtgaagctctgaatgaggccactggacaaatcaag
caggctgaaaatttaaacagagataacggagttctgttggaagacattaagaaacggatt
gatgagacaaatttacatcagaacaatatcttggatattttgagctctacccaaacttcc
ctgacacaagctaatggtgtacttggattattgcagaagagcaaagaggaatatgaaagt
ctggctgctcagcttgatggagcaaggaaggatctgaatgaaaagctgacaaacagttcc
ttatcagccagcaaagaacctctggtggtgaaggctgaggatcatgccaaatctttgcaa
gccttggcaaaacaattggatgaaataaagaacaatgccaggaaggatgagttggtaagc
tgtgctgtggaagcttctactgcctatgacaatattattaatgccatcaaagcagcggag
gaagcagccaacagagctgggggtgcagctgactcagctttattgacagtgaagagagaa
gacctatcaggaaaagctgcaaggttaaaagctgagagcagtgcgctcttgaaacaagca
cgggagactgaaaggacattaaaagttattggtccagaccttgaagacataaatcaaaga
gtcggtgttgttgatggacagaaggatgaactacaaattgatcttgttactcttcaaaat
aatctcaatgggataaacagagatgatatcgacagcaaaatcaccaatgcaaagagcatg
gtaaaaagtgccaaggatgtcatgactaatgtattaggtgaactgctcccaattcaagca
gatgtggaaaaaattaagagtacctatggaagcacacagagcgctgacttccataaaatg
ttgacagaggcaaacaattcagtaacaatgttgacaaacacgcttccggatctattcagc
aagattgagagtattaaccaacagctaatgccaataagcaacatctctgagaacgtaaat
cgcataagggagcttattcagcaggcaagagatgctgcaaacaaggttgctcttcctatg
aggttcaatggcagctctggggtagaagttcgacctccaaggaaccttgaagatttgaga
ggctatacttcactttctttctttctccaaagacctcagaaaagatcagatatcctccag
agggcaccaaatatgtttgtcctgtacctgggtagtaaagatgcttcccaggactatatc
ggtatggccctgaaacgtggtcacctcacttgtgtctataacctgggaggcaacgaggcg
gaaatagatgtggagccattggtgaccgagagcaacactgaggaagccattttggatcaa
gttaagtttgaaaggatataccagtatgcgaagctgaattacatcaaagcagctacatca
acttctccagagtatgaaaagcctttgaatgggaacagtggagagagtcacactctccta
aatcttgatcccagcaatgttgtcttttatgttggaggatacccaccagattttaggcct
ccgcgtaagctagactatcctcattatgaaggctgcattgaattagacaacttaaatgag
aatattttgagcctgtacaacttcaagaggacatttaatctcaataccactgaagtgcaa
ccgtgcagaaggtataaagaagagtctgaccaaagctattttgaaggcactggttatgcc
agtgtcacatctaaagaaataaatgcttacataccagcacgctatgaacagacaattcag
actactgcagatgaaggcctagtgttttttgcagcaaatgaggatcagttcatcagtata
ctcattaaaaacggtcatccagtttttagatacaaaattgactctgggcctccaaaggaa
aaagaaaacaatgcaattgtaaatgatggaacatataaacaaattagtttgttgcttgcc
agaagtaagggtattgttcgtgtcagtcctggtattagtgtcaacataagtgtcttcagt
ttcactaagtactacctgggtggaattccatcttctctaagggaacgctttaatatatcc
acacctccattccgaggctgcatgaagaatgtgaaaaaccctagaactgcatctgttatt
tttgatgagactgttggtgtcagcaagaaatgttcagataactggaagattgtcagatct
gcagctttctccagggagggaacactgagcctgagcgcgacaggtttcccttttcccaag
gatttccaagtcagctttggctttcgcaccatggcatcaactggaacactcttaaattac
agtcctaatattcttattatcttcctgagacctggctctgtagttgtaaggatgggagag
acggaaaacaaactgaacaaggaatatgaagatgggtcaatgcattatgtgacagtcata
aaaaatgatgatacactaagactgctggttgatgatgagcctgtgtcaatgacagttgac
tctccagtaccacagacattaatccagcctataagattcggtggagatgattttgaaggt
tgcatctcaaacatctttatagaaagggcaggtcagctccctgaggttcaaaatctagtt
gactacactaggaagaccggtgtgtctcttggagcttgccgccaatacaagaaccttgaa
ccaatgctgctgaaagaattcaaaaatcctctcaggtttaagatgctcaagttacagaat
gaaaaataccttgattatctaacagatgctgaagtgcagcaggaccagcaaaaccatgct
ttgccacctcagttaaatgtcagcagtggagcatatctgtttggaaacactcccaacagt
tttgtgtcatacgcattttccccaatgtcccctacagacaggttacatttttctgtagac
atatggactcaatcatcaagaggattaatgtttttcgtggaggagagatttgagaactct
tacatggctctccacatttcaaaaggacgttttgtcttttcacttgtttctggaggaaaa
cgaatcaaaatcaaaactgatactaaatacaatgatgggcaatggcacactgtggtattc
agtagagatgggaagaatatccgtcttgttgttgatggtctaagggtacagcatggaaga
ttagcaacaaattctgccaacagcattaagccaccgatctacttgggagggttgccatca
ctgaaacaacagattatgccagtgaacagtttcaaaggttgcctgaggaattttaagatg
aatggaaaagtcatgaatacacctcagcaaaaaaatggtgtacttccatgtctgggtgtt
cccatggagactgggatttatttctttaatgaaggaggatatatcaccattgataatttg
gtgatgggcttggattttaggattgtatttactattcgaccaaggagctcaacaagtgta
ctcctccattctggaagcaagcaagacaactacttgactgtttacatagaaggaggaaag
ctcattgctactggaaataatggggctggcaagtttcagacatcagtcacacctaagcaa
tctttgtttaatggacagtggcatacaattgcagtctctcagagggagaacaccatgcag
ctagaggtaggcacgcagagtaactataccactggacttccaccctttactcctagacac
atgcgtcagccactctactttggcagaattccagcaaatttggccacaccatggcttcca
gttaaagatccattttttggctgtcttcggaatattagcataaatgacaaacctgtctcc
accaacaaaatttcagagattcatggtgtagtgagtttgcatggatgccctgccaagtaa

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (58)   
   KEGG ORTHOLOGY (1)   
   RefGene (54)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (76)   

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