KEGG T04896: 106034951

Anser cygnoides domesticus (swan goose): 106034951

Entry

106034951         CDS       T04896

Symbol

LAMA1

Name

(RefSeq) laminin subunit alpha-1

K05637

laminin, alpha 1/2

Organism

acyg Anser cygnoides domesticus (swan goose)

Pathway

acyg04510

Focal adhesion

acyg04512

ECM-receptor interaction

acyg04820

Cytoskeleton in muscle cells

Brite

KEGG Orthology (KO) [BR:acyg00001]
09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    106034951 (LAMA1)
09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    106034951 (LAMA1)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    106034951 (LAMA1)

SSDB

Motif

Pfam:

Laminin_G_1 Laminin_EGF Laminin_G_2 Laminin_B Laminin_N Laminin_I Laminin_II Laminin_G_3 Hepar_II_III Bap31_Bap29_C

Other DBs

NCBI-GeneID:

106034951

NCBI-ProteinID:

XP_047933036

Position

Unknown

AA seq 3105 aa
MMMMMVVGSSGWRRRWLLLLALASLLWAPGHGQPRGLFPAILNLASNAHISTNATCGEKG
PEMFCKLVEHVPGRPLRNAQCRVCDRHSANPKEQHPISSAIDGTNNWWQSPSIQNGRQYH
WVTITLDLRQVFQVAYVIIKSANAPRPGNWILERSIDGTEFRPWQYYAISDTECLTRYNI
TPRIGPPTYKRDDEVICTSYYSRLVPLEHGEIHTSLINGRPSADDPSEKLLEFTSARYIR
LRLQRIRTLNADLMTLSHHDPKELDPIVTRRYYYSIKDISVGGMCICYGHARSCPLDEIT
KKLQCQCEHNTCGESCNKCCPGYHQKPWRPGTISAGNKCEKCNCHNKAEDCYYNQSIADQ
KRSMDIHGQYIGGGVCLNCTQHTTGINCEMCADGYFRPHKVSPYDDHPCYPCGCDPFGSL
SSDCVKDEHHSDSQLGMWPGQCQCREGYTGEKCDRCAFGYRGYPNCLRCNCSLIGSINED
PCTEPCLCKENVEGENCDLCKPGFYNLQERNPQGCTECFCFGVSDVCDSLTWPISQVTHM
TGWLVTDLYNARGVQPQQSQLDGPHQISINNTEAVKVLKHTYYWSAPEPYLGNKLTAFGG
DLKYTVSYDIPMESVDSDIVSSVDVIIQGNGQILSTRAAGLSLQPYEEYSNSVRFVSENF
IDFNTKKAIDRERLMTVLVNVTHLLIRANYNIAKKAVYRLDSVTLDTASANVIDLSSAPD
VEFCECPQGYTGISCESCLPGYYRVDGILFGGICQPCKCNGHATECDIQGVCFACQHNTT
GPFCEQCLPGFYGNPSQGTPEDCQPCACPLSSAANNFSPTCQLREGGGIVCDKCLPGYTG
FQCERCANGYYGNPLVPGQSCAPCECNGNVDPQEDGHCDTVTGQCLKCVGNTAGHHCEKC
ADGYYGDAVVEKSCRACECHVNGSLSSSCHHETGFCHCKSNVIGQRCDKCLNGYYGLLTG
LGCIPCNCSQFGSVSEVCSHQGQCHCLPGVAGEKCDRCAHGFHSFQNGGCTPCDCAHTQN
NCNADSGQCICPPHTRGPKCEFCEENHWGLSPKLGCKACNCSDTGSINLQCDVLTGQCQC
KAEFGGQDCSRCALGYRDYPDCVACDCDLSGTKAEMCDDIEGLCGCEEETGICICKENVF
GLQCSECKPGTFALSANNSLGCTPCFCFGLSLFCWEVEDHVRIPITLTPDQSILHVVAPS
NLTGTVEGVFSQFSDILLDATIVRKYLNTETFYWRLPEQFQGDQLMAYGGKLRYTVAFYA
LDGFGTSNFEPQILMKGGRTSKLVIYVDIPSPENGIRSDKEVEMKEDSWKYFNSVSEKPV
SRSDFMSVLSNIEYILIKAAYGQGLQQSRIANISMEIAVKFEEMHRGRSRAHFIEQCRCP
AGYTGFSCQSCAPGYYREKPTELGVRESHTMIEPCLPCQCNNHSETCDPETGKCLNCRDN
TVGDYCSACAPGYYGKVIGSVNDCSLCACPRANPVSFSPTCVLKGVQDYHCDACLPGYEG
QYCEKCSLGYYGDPQLPGGSCHPCRCNPSGSVHVNCDRATGKCLCKQGVTGQLCEECEAR
HLLVEEECVSCDDNCTGVLLSNLDNLNKAILSVNLTGIARVPYGILSELENATKHLKGSV
VSREDPTYSLATAKENLLSLSGGFAQLPEESSRILKKAWQLNTMTQETRNKSKELIGFID
TVHTAIKVLAEVAMSLNETLGLDLPLPNATSQSLQDGISAQLDALRKKDFGQQHYNATSL
LKAAENLLLRVQKEYLRPQQELAELKKNASQLLSKHNSRLQDAQDMVNEALANINETNRL
FPLISSNLGELNEKKLNIKEGKEVSTMLIKEGKILVNVAAALVQDVKNSTSNLEVHQDGL
VLWSTNLRHHVDGLVMQMSVRGVLDLVYRAEDHAAQFQRLADALESGLSKIRNVTLNATA
AVYTHSNVKSVIERTESLADDASRVVNGPLDLPEESLSLLGKQALLLSSKFQNEAKNLKK
KSNGLVFELNGLNKKVEKIQESAIKIVNQLNDSLLTLKALPNDTRKYVLEVKELAVSANT
STVVGLSHFGDFNQKLLNTSSTLSRVNDTLRKTSELITDSSKAAITAEKQVKEVKAQASL
LLNKLKPLKMLEENLSRNLSEIKELISQARKQAASIKVAVSADRDCIRAYQPQISSTNYN
TLTLNVKTTEPDNLLFYLGSNGKTDFLAVEMRRGKVALLWDLGSGSTRVEYPDLQIDNNK
WHRIHATRFGKTGALSIEEVNSNQKSSSKSATSPGTASILDVNKSTLMFIGGLGGQIKKS
PAVKVTHFKGCMGEASLNGKSIGLWNYMEREGKCNGCFGSPQDEDTSFHFDGSGYSVVEK
ALRSTVTQIIIFFSTFSPNGLLLYLTSNGTRDFLSLELVDGKVRLTVDLGSGPLALTTEN
RYNNGTWYKISFSRNKKQGMLAVMDAYNLNYKETKQGESPGVASDLNRSDKDPIFIGGLP
RSRAVRKGLNSRTYVGCIKNLEISRSTFDLLRNSYGVRKGCVLEPIRTVNILNNGYIELE
PKSLSPESELMATFATKNSNGIILAGLSRRTEKRQRRQAHLPFFSIMLVDGHLAVHINAG
DRTSTRKVILQSANGTYSDGQEHSLILIRKKRIVTVQVDESTPSELRLGSSAEMSPMNIS
NFYAGGIPAGEGFLGLKITGSFRGCISNLIFNKELLDFTTSMKYEYVDMDSCFLSEKPKP
AIKLEDIDIQPEVQALPVPLRPLTDSKKVVCAKDELPDHVQGARQFGLAKGSHLTLLFNQ
STVRKKLSVQLNLRTFASSGLIYYMAHQNQVDYAALQLHGGQLYFSFDLGRGKAVAFHPA
VVNDGKWHTIKTEYAKRKGIIIVDGHELVSVSALGDGSTLDVEGKLYVGGLPLDYVAKNL
GNVTHSIPACIGSMTINSKQLDKESPVSIFAVNKCYVTVQEGTFFDGSGFAALYREGYKV
RSDVNITLEFRTTAMNGVLLGVSSAKVDAIGLEIVNGKVLFHVNNGAGRITATYEPGVTN
GLCDGKWHRLQANKSKHRISLIIDGNLVQTDNPYVQSTSADTNNPIYVGGYPGDVKQNCL
TSKSSFHGCLRNLVMNKGQQTELFDFSKAFDLRGVFPHSCPGAEH

NT seq 9318 nt +upstreamnt +downstreamnt
atgatgatgatgatggtggtgggcagcagcgggtggcggcggcggtggctgctgctgctg
gctctggcctcgctgctctgggcgccggggcacggccagccccgaggcctgttccctgcc
attttgaacctggccagcaatgctcacatctccaccaatgccacctgtggggaaaaagga
ccagagatgttctgcaaacttgttgagcatgtcccaggccgacccctgcgcaacgcccag
tgccgggtctgtgaccgtcacagtgccaatcccaaagagcagcacccaatttctagtgca
attgatggtaccaataattggtggcaaagtcccagcattcagaacgggaggcagtaccac
tgggtcaccatcaccttggatctaaggcaggtctttcaagttgcatatgtcatcatcaaa
tctgctaatgctccacgacctggaaactggattttggaacgctccatagatggcacagag
ttcagaccatggcagtactatgcaattagtgacacagaatgtttaacccgttataatatc
acaccaagaattgggccaccaacatacaagagagatgatgaagtgatctgcacctcctat
tattccagactagttcccctggaacatggagagattcacacgtcactgatcaatggcagg
cctagtgctgatgatccttcagaaaagcttttggagtttacctctgcacgatacattcgc
ctacgactgcagcgtattagaactcttaatgctgacctcatgactctcagccatcatgat
cctaaagaactagatcccattgttaccagaaggtactactactcaataaaggacatctct
gttggtggcatgtgtatttgttatggccatgctcgaagctgccccttggatgaaatcaca
aagaaattgcagtgccagtgtgagcacaacacatgtggagagagctgtaacaaatgttgt
cctgggtaccatcagaaaccatggagaccaggaaccatttctgctgggaacaaatgtgag
aagtgcaactgtcataacaaagcagaagattgttattacaaccagagtattgcagatcag
aaaaggagcatggatattcatggccagtatataggaggtggtgtctgtttaaactgtact
caacatactactgggatcaactgtgaaatgtgtgctgatggatattttagaccacacaaa
gtttctccctatgatgatcacccctgctatccctgtggctgtgacccatttggatctttg
agttctgactgtgttaaagacgagcaccattctgactcacagcttgggatgtggccaggt
caatgtcaatgcagagaaggttacacaggagaaaaatgtgaccgttgtgcatttgggtat
cgaggctacccaaactgcctgcgttgtaactgcagcctaattggcagcattaatgaagat
ccatgcacagaaccttgtctttgcaaagaaaatgtagaaggtgaaaactgtgacctctgt
aaacctggattctacaacctgcaagaaagaaatcctcagggctgcacagagtgtttctgc
tttggagtttctgatgtctgtgacagcctaacatggcccatcagtcaggtaacacacatg
actggatggcttgttactgatctgtataacgcaaggggtgtgcaacctcagcaaagtcaa
ttggatggcccccatcaaataagcatcaacaacactgaggctgtgaaagtgctgaaacat
acttactattggtcagcacctgagccatatttaggaaataaactcacagcttttggtgga
gacttgaagtatacagtgtcttacgacattccaatggagagtgtggacagtgatatagta
tctagcgtggatgtcatcattcagggcaatgggcagattttgagcacaagagcagcaggc
ttgtcattacagccatatgaggagtactctaattcagtgagattcgtgtcggagaatttt
atagacttcaatacaaaaaaagctatagaccgggaaagactgatgactgttctagtaaac
gtgactcatcttctgattagggccaactacaacattgccaaaaaagctgtttacaggctg
gactctgtaaccctggatactgcaagtgcaaatgttatagatctttcttcagcaccagat
gtggaattctgtgaatgtcctcaaggttacacaggaatatcctgtgagtcctgtctccct
gggtattaccgtgtggatggaatactatttgggggtatttgtcaaccctgcaaatgcaat
gggcatgcaactgaatgtgatattcaaggtgtttgctttgcttgtcaacataacacgaca
ggacctttttgtgaacagtgcttgcctggcttctatggaaatccatcccaaggaactcct
gaggactgccagccctgtgcctgtcctctgagctctgctgcaaacaatttcagtcccact
tgccagctgagggaaggaggtggaattgtctgtgacaaatgtcttccaggctatactggt
ttccagtgtgaaaggtgtgctaatgggtactatggaaatccactcgtgccaggacagtcg
tgtgctccttgtgaatgcaatggcaatgtagaccctcaggaagatggtcactgtgatact
gtcacaggacagtgcctgaaatgtgtggggaacacagcaggtcaccactgtgaaaagtgt
gctgacgggtattatggggatgcagtggttgagaaaagttgtcgtgcctgtgagtgccac
gtgaatggttccctttccagtagttgtcatcatgagacaggcttctgtcactgcaagtca
aatgtgattggacaaagatgtgataagtgcttgaatggctattatggcttgcttactgga
cttggctgtattccctgcaactgcagtcaatttggctcagtttccgaggtctgcagtcat
caggggcagtgtcactgtttaccaggcgtggctggagaaaagtgtgatcgctgtgctcat
ggctttcattcgttccagaatggtggctgtacaccctgtgactgtgctcatactcagaac
aactgtaacgcagattctggtcagtgcatttgtccccctcacactcggggaccaaaatgt
gaattctgtgaagaaaatcactggggactctctcctaaacttggctgcaaggcttgcaac
tgtagcgacactggttcaatcaatctccagtgtgatgtattgactggtcaatgccagtgc
aaagctgaatttggaggacaagactgttccagatgtgcattaggctacagggactatcca
gactgtgttgcctgtgactgtgacttaagtggaaccaaagcagaaatgtgtgatgatatt
gaaggactttgtgggtgtgaagaagaaactggcatctgtatctgcaaggaaaatgtattt
gggctgcagtgtagtgagtgtaaacctggaacttttgctctgtctgctaacaattcactg
ggttgtactccatgtttctgctttggcctgtccttgttttgttgggaagtagaagatcat
gtgagaattcccataaccctaactcctgaccagtccattctgcatgtagtagctccaagt
aacctgactggaacagtggaaggagtattttcacaattttctgacattttactggatgct
accattgtcagaaaatacttaaatacagaaacattttactggaggttaccagagcagttt
cagggagaccagctgatggcatatggaggcaagctgaggtatactgttgctttttatgct
ttggatggctttggaacctcaaattttgagccccaaattctaatgaaagggggtcgtacc
agtaaattggtcatctacgtagacatcccttccccagaaaatggaataagaagtgacaag
gaggtggaaatgaaggaggattcttggaagtattttaattctgtgtctgaaaagcctgtc
tcacgttctgacttcatgtctgtgctaagcaatattgaatacatccttatcaaggcagcc
tatggccaaggattacagcaaagcagaattgcaaatatctcaatggaaattgcagtgaag
tttgaagagatgcatcgaggcagatctagagctcactttatagagcaatgtagatgtcct
gctggttatactggattctcctgtcagagctgtgctccaggatactacagggagaagcct
acagaacttggtgtaagagagtctcatactatgatagaaccttgtttgccatgtcagtgc
aacaatcacagtgaaacctgtgatcctgaaactggaaagtgcttgaactgcagagataat
acagttggtgattactgcagtgcttgcgccccaggatactatggtaaagtaattggatct
gtcaacgactgctctctttgtgcctgtcccagagccaaccctgttagttttagtcccact
tgtgttctaaaaggtgtccaagattaccactgtgatgcttgtctcccaggatatgaagga
caatattgtgaaaagtgttccctcggctattacggtgatcctcagctgcctggaggcagc
tgccatccgtgtcgatgcaatccaagtggctctgttcatgttaactgtgatcgtgctact
ggcaagtgcctctgtaagcagggagtcacaggacagctctgtgaggagtgtgaagcgagg
catcttcttgtggaagaagaatgtgtttcttgtgatgacaactgcacaggagttttgcta
agtaatttggataatctcaacaaagccatactttcagtgaacctcactggtattgcccgt
gtgccctatgggatactgtcagagctggagaatgcaacaaaacatctgaaggggtctgtt
gtttctagagaagatccaacttactcattagctacagcaaaagaaaatcttctgagttta
tcgggaggttttgctcagttgcctgaagagtcatctagaattttgaaaaaagcttggcag
cttaacacaatgactcaagaaaccaggaataaaagtaaagaactgattgggtttattgac
acggtacatacagccatcaaagtacttgctgaagttgcaatgtcgctaaatgaaacactg
ggcttggatctcccactgccaaatgctacatctcagagccttcaggatggtatttctgcc
cagctggatgcattgcgcaagaaagattttggtcaacagcactacaatgctacaagtctc
ctgaaagctgcagaaaatttgttgctccgggttcaaaaagagtatcttagaccccagcaa
gagcttgctgagctgaaaaagaatgcaagccagctcttatcaaagcacaacagcagactg
caagatgcccaggatatggtgaatgaggcactggctaacatcaatgagaccaatcgcttg
tttcctcttatctctagcaacctgggagaattaaatgaaaaaaagctgaatataaaggaa
ggtaaagaagtctcaaccatgcttattaaagaaggaaagatcctagtgaatgttgctgct
gctcttgtccaagatgtaaagaactctacctctaacctagaggtccaccaggatgggcta
gttctatggagtaccaacttgcgacaccatgtggatgggctggtgatgcagatgtccgtg
agaggagtgcttgacctagtatacagagctgaggatcatgctgcccagttccaaagactt
gcagatgcactagagagtggcctctctaaaataaggaatgtgactctgaatgcaactgct
gctgtctacacccactccaatgttaaaagtgtgattgaaagaacagagagtctggcagat
gatgcatctagagttgtgaatggccccttggatttgccagaggagtctctcagtcttctt
ggaaaacaagctctactgcttagctccaaatttcaaaatgaagcaaaaaatctgaagaaa
aaaagtaatggccttgtatttgaattgaatgggttgaacaaaaaggtagaaaagattcag
gaaagtgctattaaaattgtcaaccagcttaatgattccctgttgacgctaaaagcattg
cctaatgatacaaggaaatacgtgcttgaggtgaaagagctagctgtgtctgcaaacacc
agcaccgtggtgggtttaagccactttggggacttcaatcaaaagctcctgaatacttcg
tctacattgtcccgagttaatgacacgttgaggaaaactagtgaacttataactgattca
tcaaaagctgcaatcacagctgaaaaacaagttaaagaggtcaaagcacaagcaagtctt
ctacttaataagctgaaacctctgaaaatgctagaagagaacctcagcagaaatttgtct
gaaattaaagagctcatcagccaagcccgcaagcaggcagcatctattaaagttgcagta
tcagcagacagagattgtattcgtgcctaccaaccccagatttcatctacaaattacaac
accctaacccttaatgtgaaaactactgaaccagataacctccttttctacctgggtagt
aatggaaagacagacttccttgcagtggagatgcgacgtggtaaggtagctcttctttgg
gatttgggctctggatcaacaagagtagaataccctgatcttcaaattgacaacaacaaa
tggcacagaatacatgcaaccaggtttggaaaaacaggtgcactcagcatagaggaagtg
aactccaatcagaagtcttcgtctaaatctgcaacctctcctgggacagccagcatacta
gatgttaacaaatcaacactgatgtttattggaggacttggggggcaaatcaagaaatca
cctgctgttaaggtgacacattttaaagggtgcatgggagaagcatccctgaatggcaaa
tctatcggtctttggaactacatggaaagagagggcaagtgcaatgggtgttttggaagc
ccacaggatgaagacacttcattccattttgatggcagtggatactcagttgtggagaag
gctcttcgctcaacagtgactcagataataatatttttcagcaccttttcacctaatggg
cttcttctgtatcttacttcaaatggcactagagatttcttgtcccttgagcttgttgat
ggcaaagtgagactgactgttgatctaggttcaggacctcttgctcttacaacagaaaat
cgttacaataatggaacatggtataaaatttcattcagtcggaacaagaaacaaggaatg
ctggcagttatggatgcatataaccttaattataaagaaaccaagcaaggagaatctcct
ggggttgcctcagacctgaaccgctctgataaggacccaattttcattggtgggctgccg
agatcaagggctgtgaggaaaggtctgaatagtagaacatatgtgggatgcatcaagaat
ctggaaatatcccgttcaacctttgacttgcttagaaattcatatggagtaagaaaaggc
tgtgtattggagcctattcgtactgtgaacatcttgaacaatggatatattgagttggaa
cctaagtctttaagtccagaatcagaactgatggcaacttttgctacaaagaacagcaat
ggcatcatccttgctggactcagcaggagaacggagaagcgacaacgcagacaagcgcat
ttgcccttcttttccatcatgctggttgatggtcatcttgcagtgcatattaatgctgga
gatagaacaagtactagaaaagtaattcttcagtctgctaatggaacgtacagtgatgga
caagaacactctctcatcctaattcggaagaagaggatcgtaactgtacaagtggatgaa
agtaccccttcagaactgaggcttggttcatcagcagaaatgagtcccatgaatatttcc
aacttctacgctggtggcattccagcaggagaaggcttcttagggctaaaaataactggc
tcctttcgtggctgtatcagcaatcttatttttaacaaggaacttttggatttcaccact
tccatgaagtatgaatatgtggatatggacagctgctttttgtcagagaagcctaaacca
gccataaagctagaagacattgatattcaacctgaagttcaggctttaccagttcccctg
aggcctcttacagattcaaaaaaagtagtatgtgcaaaagatgagctgcctgatcatgtt
caaggtgcccgtcagtttggacttgccaaaggcagccacttgacactgctcttcaatcag
tctactgtcaggaagaagctttctgtccagctgaatctcagaacctttgcctccagtggc
ctgatttactacatggctcaccagaaccaggttgattatgcagccctacagcttcatggg
ggacagctctatttctcatttgatctaggcagaggaaaagcagtagcatttcaccctgct
gttgtcaatgatggaaaatggcatacgataaagacagaatacgctaaaagaaaaggtatc
atcattgtggatggacatgaattggtatcagtcagtgccctgggagatggcagcactttg
gatgtggagggaaagctctacgtgggaggactccccttagactatgtggcgaagaatctt
gggaatgtgactcacagtattcctgcctgcattggcagtatgaccatcaacagtaagcaa
ttggacaaggagagccctgtctccatctttgctgtgaataaatgctatgtcacagtgcag
gaagggactttctttgatggaagtggttttgctgctctttatagagaaggttacaaagtc
cggtctgatgtgaacatcacacttgagtttcgtacaacagccatgaatggtgttctcctt
ggagtcagcagtgctaaggttgatgccattggactggagattgtaaatggcaaggtttta
ttccatgtcaacaatggagctggcagaataacagctacgtatgaaccaggagtcacaaat
ggtttatgtgatggaaaatggcacaggcttcaagcaaacaaaagcaaacatcgtatttca
ctgataattgatgggaatttggttcaaactgataatccctacgttcagtcaacatctgca
gacacaaacaatcccatttatgttggaggttatcctggtgatgtgaagcaaaactgtctc
acgagcaagagctcattccatggctgtttgaggaacctcgtgatgaacaagggccagcag
acagaattgtttgacttcagcaaagcttttgacctgcgtggagtctttcctcattcctgc
cctggggctgagcactga

All links

Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (21)   

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