KEGG   Bombus impatiens (common eastern bumble bee): 100748549
Entry
100748549         CDS       T04362                                 
Name
(RefSeq) laminin subunit alpha-1 isoform X3
  KO
K05637  laminin, alpha 1/2
Organism
bim  Bombus impatiens (common eastern bumble bee)
Pathway
bim04512  ECM-receptor interaction
bim04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:bim00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    100748549
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    100748549
SSDB
Motif
Pfam: Laminin_EGF Laminin_G_2 Laminin_G_1 Laminin_N Laminin_B Laminin_G_3 F5_F8_type_C
Other DBs
NCBI-GeneID: 100748549
NCBI-ProteinID: XP_003494017
UniProt: A0A6P3DX39
Position
Unknown
AA seq 3144 aa
MAVRMLRSSLMLRSLFLLLLLWNLNAAHAARGFRHNTRHGQSALYGTNKSLKNSGLFPST
FNVAAKADIFVNATCGEEGPETFCKPSESSRCAVCDARSPDPGKKHNISNILDSSPGKWW
QSPTLARGEHYEYVTIALDLKQVYQIEYVIVKAANSPRPAAWILEKSIDGENFQPWQYYA
PSDEECWTRYSVPPVTGKPIYIGDDDVICTSVFSRQTPMENGEIHTHLVNGRPGALNHST
TLQEFTQARYVRLRLQGLRRSGETIADKRRAFYSIKEINIGGRCVCSGHAARCRYSVQHG
EHTTGINCEKCQVNYYRPNGVAPDDPEPCVPCDCNVHGSTGYCTPDDSYVHIGKVAGACD
CKPGYSGYKCDQCAAGYRQFPDCMPCPCDSRGILPSHDCEGDCLCKANVAGELCDQCKPG
HFALTKENLDGCLPCYCFGVSDHCGTAKLSYSTISSLENWLVTDVNATRAIVPILDTDNG
WLTIAAFDVEYDSPFWLAPRIYCGNRLSSYGSNLTYSVSWVVMRGDTSGRPTTGPNVVLV
GNNGMRIAYGEEQYNGQEAEITVPLREDGWYHVRGEIQDIPTRLRRTEFRGDAVTRIQMM
KVLADLKYLMIRAQYHSEQIEGSLQSAVVSVGDVSSSGENNNLVEKCECPEGYTGLSCEN
CAWGYVKLIQNGSDHQNHHVCVKCDCNGHASTCDLVLGECTTCEHNTVGPKCDRCAPGFY
GIALTGTSDDCKRCACPLLIETNNFSPNCQLDDPTDIDSGYVCTQCPKGYTGDHCESCDI
GFFGNPLIPGGTCEPCFCGGGPCDQETGRCLECRGNTEGWKCDKCKPAHYGNPLEQNCLP
CNCDPLGTSSIECDEKSGQCPCKPLFEGRDCSSCIEGYGNVTAGCRECDCDVGALDEICD
PVTGECRCTEGVLGFRCDHCDIDHYGLSTEGCNGCRCNPIGSITTACDIVTGQCQCKPHV
TGRQCDQCMIGFWGLPTGAGCAPCGCDPIGAYNSSCHDSIGQCYCKPGVGGTRCDVCLPG
YYGYSSNGCQVCDSCVRPGHVCDPDTGRCVCPTLTFGEHCDRCRSGSWDLVPGVGCRPCA
CTLGSMKPQCDHQGQCPCRIGYDGLRCEKCAKGYYGYPRCRPCSCNVAGTLQCDDETCDC
NDKGQCPCKEYVVGRQCGQCKEGTFGLALDNPKGCTECFCFGRTTSCQQAGLSWGQRRLT
RPRTLHVNDTINDIIVSKFRSRVFLSPINGGLNMTNGLSTIPDTGGDVTIPSHLYYNYPL
YWMLPESFLGDKVVSYGGFLRFTTSTEGGIPLRSTFQYPIVQLQGNRKIVLEYYLPVPSD
SNHYEVRFHESLWQLQNRPDYKVTREVLMVALQNLQYILVKASDNAEFTRTTLHEASIDA
AVLTPMHIPQLATGVEICKCPPKYNSTSCQDPSIGHYRWYNNTTVTSTIVINLIGEAIPC
QCNGRSDICDIETGHCLNCRENTAGPRCDICSDSFYGHPDFGCKPCPCPQADKRFSNTCM
VLANTEAICVCKPGYTGRKCERCSSGYYGFPHLPGGKCIPCNCNPAGSLNDECDTETGQC
RCRAGSTGRDCSECTAYRHVYINNVCTSCNDNCTGILLDTVAALSQELAESTTHIANGYI
PPPWEDLSYIDSNITTFLDKINLRNRLRQRMRDVPWHEYRNLMKYLEMLLRTANERALRA
DTVKSKTSDLENNIFSAKIEAENLRKYIEDTITLLNQYTNENKRIEIKKALNTAKMILNG
IKELNLAKKTMEIERFLEDVAEYTDWLNSLYDATGPLATAQNNAEEYSIKLTDMRNIIEN
AMETLFTYDGLYNNINQTYQEAKNYCSEIDMLRSTINASLTEGEKLIDETRSFIVNFRNN
VQDLPELRNKLTYWFDKLSMKEELLYRLNYEYNDTYVIPAIAHVKNLSNYVDQYVSLFSE
TKNIAASPLKASQAYKNIVDNIRTANITATAAKDISEDTYNKIFPDGPKSKSLLDSAKEI
LLASSKQQNSANRHGKLVQNASDGLELQKEAVNILKNTLNSTGIRDNQVNIKLQTLQDDS
KKLRENVENILNDNEKVLESIKTSQKLIGDYKEGIANILKPKLYDLKREGDSEISLASEK
LTEALSNMKKADAKLISLSNAAVKRKNEFDKWNDTLTTKLQNLKDKIAEARNTADGIRVS
LKSAEGKECSRSYRPSTLQPSSMNSIIMTFALPKGKKEGPLFYLPSSINDDFLALEIIDR
RVRFMWNVGGGTGILTHPEVIQSGDLLDDRFWYRIEAERVRHLGKLYVRKQASTTKEHPP
IKNSTDSEYGRFDITSSDRVWIGKIPITERRRTELIASNGLPACVHQVILDGKPIGLWNF
ITTAPDMACEACVEGVEDVKDDIAYSFNGEGYAVRNRVSSGPYNKYSFGVSISFRTYDEN
ALLFLAINPDNNQHIMIFLREGKVILHIGYGGNVSMEMSSNFKYNNGNWTKVDAFRYYQL
RKTVEKCSLSVGGENDKRIGAPTPQPKKEDIPDFIQAKYYIGGVPPSFRAEKLILPSQVS
FFGCMSNIIVEEGYDPMAEQYHGVEPTCANKPLRIVGFYGDGYLQHVSYTLRKINSTMSF
SFRTMQENAVLLLSTFEGQEERMPPIRHMNDDSIKKSYYSICIINGQVQVRLNAGRGELT
LQSNDTFNDGRYHSVTVIKRRKDIELRIDDAYQSAGKLPTSAAIKAPEESGGLFFGGLPV
LINNTNMISTTTPLYGTIKDAIFNDDIVRFDEAISFEHALIGRSGPSMGKDPPTYTPSAS
LSRGMSTQPEGCQKVPYYSLEAGALKFGDKPNSHTQLYLNFKKFWEKKYAIEFDFRTYYP
NGLLFITPGLRPKHYLMVVIRDGQLLLLVKSKQKKEILFKTPFNDGNWHHVVISHDERKL
TLLVDSQTPRTIKVPRKIGLASMMYIGGLPESGTPIPEQVVVKLETLKGCIRGLRINGNV
YDMVGSTSRAYQVGQCFPNVESGAYFQDEAYAIYKRNFELGAVLELQLEFRTSELSGVLL
SITAPGNSPSLSLELNNGKVIMSGDLGDNNPLYVEQRFNSPYTICDNRWHRIQAVYNDEE
LALKVDELDQKYGLPANVNYHIMDATVSRPLYIGGLPASAPKGTLITRDHFNGCIRNVMI
GGERRDWTDMDELHNIHLSSCPVQ
NT seq 9435 nt   +upstreamnt  +downstreamnt
atggctgttcgaatgctccgctcttctttaatgttacgaagcctcttcctcttgttgctc
ctgtggaacctgaatgccgcgcatgctgctcgtggatttagacacaacacgaggcatgga
caatccgcgctgtatggaacaaataagagcctaaaaaatagcggcctcttcccatcgaca
ttcaatgtggccgcaaaggctgacatcttcgtcaacgcaacttgcggtgaagaagggcca
gaaacattttgcaaaccttccgaatcgtcgagatgcgcggtttgcgatgccaggagtccg
gatccaggcaagaaacataatattagcaacatactggactcgagtcctggaaaatggtgg
caaagtccaacccttgccagaggagaacactacgaatacgtgacgatagctttggatctt
aaacaggtgtatcaaatagagtacgtaattgtgaaggcagcaaattcaccaaggccggcc
gcatggattttggagaaatctatcgatggtgaaaatttccaaccgtggcagtattacgca
ccaagcgatgaagaatgttggacgcggtattctgtgccgcctgttaccggaaaacctatt
tacatcggggacgacgatgtgatatgtaccagcgtcttttccaggcagactcctatggaa
aacggagagatccatactcacctggtgaacggtagacctggtgccctgaatcacagcacg
acccttcaggaattcacgcaggccagatacgtacggcttcggcttcagggccttcgacga
agtggagagacgatcgcggataaaaggcgcgcgttttactcgattaaagaaatcaacatt
ggcggaagatgtgtgtgttccggccacgcggcaagatgtcgttacagcgtccaacacggg
gaacatacgactggaatcaattgcgagaagtgtcaggttaattattacaggccgaacggg
gttgcccctgatgatcctgaaccttgcgtaccgtgcgactgcaacgtacacggtagcacg
ggttactgcaccccggatgactcgtacgttcatataggaaaggtagcaggcgcttgtgat
tgcaaaccgggttattcgggatacaagtgcgaccagtgtgcagccggttatcgtcagttt
cctgattgcatgccatgtccgtgcgattcccgcgggatcctcccgtctcacgactgcgag
ggggactgcctctgcaaggcgaacgtcgctggcgagttgtgcgaccagtgcaaaccggga
cactttgcgctgactaaggaaaatctcgatggatgccttccgtgttactgtttcggtgtt
agcgatcattgtggaaccgctaaattatcttattccacaatatcctcgctggagaattgg
ttggtgaccgatgtaaatgcaactcgtgccattgttcctattttggacacggataatggg
tggctgacgatcgcagcgttcgacgtcgaatacgatagtcctttctggttagctccacgg
atttattgcggtaatcgactatcgtcttacggcagcaatcttacttactctgtcagctgg
gtcgttatgcgcggtgacaccagtggaagaccgactacagggcctaacgttgttctagtc
ggtaataatggcatgcgaatagcttacggcgaggaacaatataatggccaggaagcagag
atcaccgtgcctctacgcgaagacggctggtatcatgtacgcggtgagattcaagatatt
cctaccaggctgagaagaaccgaatttcgcggagacgctgttaccaggatacaaatgatg
aaggtccttgcggatttaaagtatctcatgataagggcgcagtatcactccgaacagatc
gaaggaagtctacaatcggcggttgtgtcagtcggagatgtttcatccagtggcgagaat
aataatttggtggagaaatgcgaatgccccgagggatacacgggtctatcgtgcgaaaat
tgtgcatggggctacgtaaaattgatccaaaatgggtccgatcatcagaatcatcacgta
tgcgtgaaatgcgactgtaatgggcacgcgagtacttgtgaccttgttcttggggaatgc
acaacctgtgaacataacacagtgggtcctaaatgcgatcgttgtgcacctggtttttac
ggcatcgctctaacaggcacatcagatgattgcaaaaggtgtgcctgtccacttttaatc
gagaccaacaattttagtccaaattgtcagctggatgaccctactgacatcgatagtgga
tatgtatgcacgcaatgtccaaagggttatactggcgatcactgtgagagctgtgacata
ggattcttcggaaatcctctgatacctggtggcacatgcgagccgtgtttttgcggcggc
ggcccctgcgatcaggaaacagggcgctgcttggagtgtcgcggtaacacggaaggctgg
aaatgcgacaaatgtaaaccagctcattacggaaatcctttggaacagaactgcttgccc
tgtaactgcgatcctctgggcaccagttccatcgaatgcgacgagaagagcggtcagtgt
ccctgcaagcctttgttcgagggtcgtgactgctcctcttgcatcgaaggttacgggaac
gtgactgcaggttgccgagaatgtgactgcgacgtgggtgccctcgacgagatctgcgat
cctgtaaccggcgaatgcaggtgcacggaaggcgtccttggcttccggtgtgaccactgt
gacatcgaccattacggattgtccacggaaggctgcaacgggtgtcgatgtaatcctatt
ggttcgataaccactgcgtgcgacatcgtaacaggacaatgccaatgcaagccccatgtg
actggcagacaatgcgatcaatgtatgattggtttctggggtttgccaacgggagcagga
tgcgctccttgtggttgcgatcctataggagcgtataattcttcctgtcacgatagtatt
ggacaatgctactgtaaaccaggagtgggtggcacacgttgcgatgtttgtctacctgga
tattatggatactcatcaaacggatgtcaagtttgcgattcgtgtgtgcgaccaggtcac
gtttgtgatcctgacacgggtcgctgtgtgtgtccaaccttgactttcggtgaacattgc
gacagatgcagatcaggttcctgggacttggtcccaggagttggttgcaggccctgtgcg
tgcacccttggttccatgaaacctcagtgcgaccatcaagggcaatgtccttgtagaatc
ggctacgatggtcttaggtgtgagaaatgcgcgaaaggttactatggttatcctaggtgt
cgaccttgtagctgcaacgtagcgggtaccttgcagtgtgatgatgaaacttgcgattgc
aatgataaagggcagtgtccttgcaaggaatacgtggtcggaaggcagtgtggtcaatgc
aaagaaggtacgttcggtttagcactggacaatccgaaaggttgcaccgaatgtttttgt
ttcggaagaacgacctcctgtcaacaagctggtcttagttgggggcagaggagattgaca
cgaccacgaactcttcacgtcaatgacactatcaatgatataatagtttctaaatttaga
tcacgagtgtttttatctcctattaacggtggtttaaacatgaccaatggactttcgacg
atccctgatactggaggtgatgtgacgataccatcgcatttgtattataattatcctctc
tattggatgctacccgaatcttttcttggtgataaggttgtatcctacggaggattttta
agattcacaacttcgacagaaggtggaatacctttaagatcaacttttcaatatccgatc
gtgcaactgcaaggaaaccgtaaaattgtcttagaatactatttacccgtaccttcggat
agcaatcattacgaagtcagatttcacgagtccctatggcaattacaaaataggccagac
tataaagtcacgagagaggttcttatggttgctttgcaaaatttgcaatacattctggta
aaagcctccgataatgcggaatttacaagaacgaccttgcacgaggcttctatagacgct
gcagttttaacgcccatgcatataccgcaacttgcaaccggtgtcgagatttgcaaatgc
cccccgaaatataacagcacgtcctgtcaagatccaagtatcggacactatcgatggtac
aacaacacaaccgtcacatcgaccattgttatcaaccttattggagaagcaataccttgc
cagtgtaacggaagatctgatatttgcgatatagaaacagggcattgcttgaattgccga
gagaataccgcaggaccaagatgcgatatttgctcagacagtttctacggccatccagac
tttggctgtaaaccgtgtccttgcccacaagcagataaaagattctcaaatacttgcatg
gttcttgccaatacggaagcaatttgtgtttgcaaacctggttacaccggtagaaaatgc
gaacggtgttcttccggatattatggattccctcaccttcctggtggcaaatgtataccg
tgcaattgcaaccccgctggaagtttgaacgatgaatgtgatacggaaacaggacaatgt
aggtgcagagctggttctacgggtcgtgattgctctgaatgtactgcgtatcgtcacgtc
tatataaataacgtttgcacgtcgtgcaacgataattgtaccggtatactgctcgacact
gtggctgcactttcgcaagaattagcagaaagcaccactcatatagccaatggttatatt
cctcctccatgggaagatttgtcttacattgactccaacataacaacgtttctagataaa
ataaaccttcgaaatagactgaggcaaagaatgagagatgtaccctggcatgagtataga
aatcttatgaaataccttgaaatgttgctcagaactgcgaacgaacgcgctctgcgcgca
gatactgttaaatcaaagaccagtgatttagaaaataacatatttagcgcaaagatcgaa
gcggaaaatctgcgaaaatatatagaagatacaattacgttgttgaatcaatatacaaat
gagaacaaaagaatagaaataaaaaaagcattgaacacagcaaaaatgattttgaacggt
ataaaagaactaaatctagcaaagaagacaatggaaatagaacgttttctcgaggacgtc
gcagaatacaccgattggttaaattccttgtacgatgcaacagggccattagcaaccgct
caaaacaatgctgaagaatattctatcaaactaactgacatgcggaacatcatagaaaac
gcgatggaaacgctgttcacatacgatggtttatacaacaatattaatcaaacatatcag
gaagccaaaaattactgtagcgagatcgacatgttacggagcacaattaatgcgtctctt
accgagggggaaaagctgattgatgaaacgcgtagttttatcgtcaattttcgaaataat
gttcaagaccttccggaactgcgaaacaaattaacatactggtttgataaattgagtatg
aaagaagaactactgtatagattaaattacgaatataacgacacgtacgtgatacccgcg
attgcacatgtgaagaatttatcgaactacgttgatcagtatgtcagtctgttttccgag
acaaaaaacatcgcagctagcccgctgaaggccagtcaagcatacaagaatatcgtcgat
aacataagaactgcaaatataacagcaacggcagctaaagatatttctgaagacacgtac
aataagatatttcccgatggcccaaaatcaaaatcgctgttggatagcgctaaagaaata
ttgctggcatcgtccaagcagcaaaatagtgcaaacagacatggaaagttagtacaaaac
gcgagcgatggattggaattgcaaaaggaagctgtgaacattttgaaaaatactctcaat
agtactggaattagggataatcaagtcaatataaaattgcaaacattgcaagatgacagt
aagaaattgcgtgaaaatgttgaaaatatattaaacgacaacgagaaggtgttagaaagt
attaaaacctcgcaaaaacttattggagattacaaagaagggattgctaatatattaaaa
ccaaaattgtacgatttaaaaagagaaggcgattccgaaatcagtttagccagcgaaaaa
ttgacagaagcactgagtaacatgaaaaaagcagatgcaaaattaataagtttatcaaat
gccgcggtaaaaaggaaaaatgaatttgataaatggaacgatacgttgactacaaaatta
cagaatctcaaagacaaaatcgcagaagctagaaacaccgctgacggaattcgcgtttct
ttaaaatcagcagaaggaaaagaatgcagccgatcctacagaccatccacattacagcca
tcatcaatgaattcgattatcatgacctttgcacttccaaaagggaaaaaggaaggcccc
ctattttatttgccaagtagcataaatgatgatttccttgccctggagatcattgacaga
agagtgagatttatgtggaatgttggaggaggaacaggtattcttacacaccctgaagtg
atacaaagtggcgatcttctagatgatagattctggtatcgtattgaagctgaaagggtt
cgtcacttgggcaaattatatgtacgaaaacaagcgtcgacaaccaaagaacatccaccc
ataaagaattcgacggactctgaatacggccgctttgatattaccagttcagatcgtgtt
tggataggaaaaattcccataacagaacgtagaagaaccgagctcattgcgtctaatggt
cttccagcatgtgtacaccaagttattctagatggaaagcctataggtctttggaatttc
attacaactgcgccagatatggcctgtgaagcatgtgtggaaggagtggaagatgtcaag
gatgatatagcatacagtttcaatggagaaggatatgcggtcagaaacagggtttcttca
ggaccatataataaatattcgtttggagtatcgattagtttccgaacttacgacgagaat
gcgttgctatttttggcaattaatccagacaacaaccaacacatcatgatattcctgcga
gaaggaaaagtgatcctgcacattggttacggtggtaatgttagcatggagatgtcctca
aactttaagtataacaacggaaactggacaaaagtggatgcatttagatattatcaatta
cgtaaaacggttgaaaaatgtagcttgagtgtaggaggagaaaacgataagaggataggc
gcacctacacctcaacccaaaaaagaggacatccctgatttcattcaggctaaatattat
atcggtggtgttccaccaagttttcgcgcggaaaaactaatcctgccgtctcaagtttcc
ttctttggctgtatgtctaatatcatcgttgaagagggctatgatccaatggcagaacag
tatcatggcgtcgagcctacctgtgcaaataagccattaaggatcgtaggattttacgga
gatgggtatttacaacatgtatcatacacactgcgtaaaataaactccacgatgagtttc
tcttttagaacaatgcaggaaaacgctgtactccttctttctacattcgaaggacaagaa
gaacgtatgcctcctatacgacacatgaacgacgactcaattaaaaaaagttactattcc
atatgcataatcaatgggcaagtgcaagtgcgtttaaatgctggaagaggggagctcact
ttacaatcgaatgacacttttaatgacgggagatatcactcagtaacagtaattaaaaga
cgaaaagatatcgaattgcgaatagacgacgcttatcagagcgcaggtaaattacccacc
agtgcggctattaaagctcctgaagaaagtggaggactattcttcggaggtttgccagtg
cttattaacaataccaacatgatttccaccaccacgcctttgtatggaacgattaaagac
gcgatatttaatgacgacattgttcgttttgatgaagccattagttttgaacatgcatta
attggtcgttccggaccaagcatgggaaaagaccctcctacgtatacaccatcagcatca
ctgtcaaggggaatgtctacccaaccggaagggtgtcaaaaagtgccgtattattctttg
gaagctggtgccctcaaatttggagacaaaccaaacagtcacacgcaactttatctaaat
tttaaaaaattttgggagaagaagtatgcgatagaatttgatttcaggacatactatcca
aatggactgctgtttattactccaggccttagaccaaaacactatctcatggtcgtgata
cgagatggacagcttttactcttggtgaaaagcaagcagaagaaagaaatactgtttaaa
acaccgtttaatgacggtaattggcatcatgtagtgatcagtcatgacgagcggaagttg
acattgctcgtggattctcaaacaccacgcacgattaaagtgccaagaaaaattggacta
gcttctatgatgtatattggaggcctgcctgaaagtggaacacccatacctgaacaagtc
gtagttaaacttgaaaccctcaaaggttgtatcagaggattgaggatcaatggcaacgtg
tatgatatggttggttctacgagtagggcctatcaagtgggacagtgtttcccaaatgtt
gaaagtggagcttatttccaggatgaagcatatgccatatacaagcggaactttgaatta
ggtgctgtactcgaacttcagttggaatttagaacatcagaattgtcgggtgttttgctt
tctataacggcacccggcaattcgccttcattatcattagagctgaataatggtaaagtg
attatgtcgggtgatctaggagataacaatccgttatatgtagagcaacgtttcaatagt
ccatacacgatctgtgacaatcggtggcacagaatacaagcagtttataacgacgaagaa
ttggcactgaaagtcgatgagttggatcagaagtatggtcttccagctaacgtcaattat
catataatggatgctacagtttctcgccctctatacattggtggtttgccagcctctgct
ccaaaaggaacattaataacaagggatcatttcaacggatgtataagaaatgtaatgata
gggggagaaagacgagattggacagacatggatgaattgcacaatattcacttgagctcc
tgcccagtacaatga

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Ontology (1)   
   KEGG BRITE (1)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (24)   

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