KEGG   Panulirus ornatus (ornate spiny lobster): 139764368
Entry
139764368         CDS       T10834                                 
Name
(RefSeq) laminin subunit alpha-1-like isoform X1
  KO
K05637  laminin, alpha 1/2
Organism
porn  Panulirus ornatus (ornate spiny lobster)
Pathway
porn04512  ECM-receptor interaction
porn04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:porn00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    139764368
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    139764368
SSDB
Motif
Pfam: Laminin_G_2 Laminin_G_1 Laminin_B EGF_laminin Laminin_I EGF_LMN_ATRN Laminin_II DUF6507 3keto-disac_hyd MscS_porin
Other DBs
NCBI-GeneID: 139764368
NCBI-ProteinID: XP_071547004
Position
49:complement(5997397..6140358)
AA seq 1964 aa
MLHRRVLTIEYRQPVPGERTYRPPIVVVRPWNTQEICYINLALPGERILSFEDGETRLNV
TNQLHVIPGTEGDVNIGSSLLFDAPLYWQLPREFMRDKVRSYNGHLRFRIHSEGGSRNFP
DQILQTYPLVSMQGNWQLVLEYYPPALSPDGQYEVKLHEDYWRLKNEPKIVTREMMMIAL
QNIQHILIRATHAADATRATLRDVTMDIAAEGSPVSSRIALGVEQCVCPTNYSGYSCQNP
NFGYYRWHKKNYIQSRIIIDLVGESRPCQCHGRSEICDAETGVCKNCRDNTMGDHCEVCA
TGYYGDPAVGRCKPCACPSREQNFAETCQADRFAEYICHCRTGYTGDKCDRCDHGYYGQP
AEPGGFCQPCDCDPFGSIHEGCDTDGMCTCKEGITGRDCSQCAPRHVTSETGCKSCEDGC
VNILLDELEEMIRAVTSINVTGYISAPWPSIREIQNVTKILRSELNQYHSNVDASQELVV
EFDLDYYARDLLRRAEHLEVTARETYPPTAKINLEAQSVLDLLESLYSQIDETIAYLKNY
AIGETPNISVGGALMEAEKILKEIQMRDFTKFGDDAETELSKAKALLDRIMKMDQENPVI
EAIQLHMKDIESKLNDLLEKIKAANRETNEAALLNEVNSKRLSRVKEHSLEIKNTRQMID
DQNFNSSQLLREANRNLINTRINYDDLSSMLVDLKNGSNYLEEFEGILWRLNIEYKDKYV
KRAHDHAMNLMRESIRLESLFNKTRDVADGPLRAAQAYQRIVDALLSAEKAAKNASLAAE
TAFKVAYSDVRDESLVHRATLSLHKSEELHSKGEELKMTVGQQFVELDNQRSALGTAKGI
LDVTDDRLNALNTLMDTQLTSNISIEIQESVDRTETAHANIQKTLGHAITIHTNLTIIRE
HAQELSRIDASLLNEIRETISAGEGHTVKGMRLANNLRKTVDRIENRSTDLRERIEALKR
KIKQTRQYASSIRVSLTTNSSGICTRKYRPALQPSTTTNIMLTYAISNLEENALLVYLGS
YNTSDFMAVEMVNRRIEFTWDAGGGAQRITHPLKILTNTPQVSDDTRWYHISINRVGNIG
QLSVTPTNIEGSIKDLGIVVSNASTAGFSKMDLQPSDTLWVGGAPSRAQSLLKASKFAGC
LHTLSVDGENVGLWNFTKSEGCGACNEGEELVLRQADEIAVGFNGKGYFKGTNRIRRPRE
YYSAVLSFKTLDEDALLFLAVNQAKNQYFSIALDNGHVVYTVQFDHQTRLVMKSSKQLNN
NIDMIQIQAIVQNKDKAGARMGRLVVGDQDQLGTVKGGPDLDLSYVPYYFGGVDPEFDRE
RWGTELVLRSLLGCMGGLSVLDEGKNPLTDGQYYGIEQFCSEKPLNDVGFLGQGFVELQS
HVLKRDSNFGFTFQTMESDALLMLSTFVGQDNETEGDMPTTTTTTTSTPTPLQPGQEHPP
DYYSVSLVEGHLDIRLDGGTGSHRIMSSAKYNDGYLHSFFVIKENRRVTLKVDDREVNAT
RLDRGSQVVSGPDTGGLYFGGVPEEIDAVTMVGSSRALKGCIRDIIVNNEVVSFSRPVRF
KDVYIGRCADLPPTAMQGMEGDMKEIDSCQPPTQHTVEYKALKFGDQLDSYVMVPLNPKT
LNKNFNVSFEFRTYYPDGLFFIASNTRKKRTQTISAQLRNGRVIVSLKKHSKKTSKGTEA
VSNPGLNNGQWRKVMIEKVRKRLRLFVDNQLVKKVKAPRKLNVGRELFLGSLPSNVARPN
NIQETETLRGCLRNLKINAEEFEIPNNRRRDRIVGVGQCFASVQPGSYFPGDAYAIYSDD
FNVGSLLELRLEFRTWELNGIILSIADPRGTSLSLELMNGAVVLSVDMGVGHSFSARVGL
RNKFSFCDNMWHTVKASYIKDSLSLRVDNYREAYGFNGSSNDKTTITGAPLYIGGLPDAA
LPGTLTSQENFKGCIRNIVLNSERRDWTDMYRLQNVLLNACPVQ
NT seq 5895 nt   +upstreamnt  +downstreamnt
atgttgcatcggcgggtactgaccatcgagtaccgacagcctgtgcctggggaacgaacc
tatcgcccgcccattgtggtagtccgtccttggaacacgcaggagatatgctatatcaat
ttagcacttcctggagaaaggatcttgagctttgaagatggtgaaacaaggctcaatgta
accaatcagcttcatgtcatccctgggactgagggtgatgtgaacattggctcctcatta
ctgtttgatgctcctctttactggcagctgcctagagaattcatgagagacaaggtccgt
tcatacaatggtcatttaaggtttagaatacatagtgaaggtgggagcaggaattttccc
gaccagattcttcaaacatatcctctcgtctccatgcaaggcaactggcaacttgtgttg
gagtattaccctcctgccttatctcctgatggccaatatgaagtcaaattacatgaagat
tattggcggttgaagaatgagccaaagattgttactcgtgagatgatgatgattgcatta
caaaatattcagcacatcttaattcgtgctactcatgctgcagatgcaaccagggctact
ctacgtgatgtgaccatggatattgctgcagaaggatccccagtctcttcccgaatagca
ttgggtgtggaacagtgtgtgtgccctaccaactattcagggtattcttgccagaatcct
aattttggatattaccgctggcataagaagaactacattcaatcaagaatcattattgat
cttgtaggagagtcacgcccatgccagtgtcatggacgctctgagatttgtgatgctgaa
actggtgtgtgtaagaactgccgcgataacaccatgggtgatcactgtgaagtttgtgct
actgggtactatggtgatcctgctgtaggacgatgcaaaccttgcgcttgcccttcccga
gaacaaaattttgctgaaacctgccaagctgatcgctttgctgagtatatttgccattgt
cgcactggctatactggtgataaatgtgatagatgtgaccatggttactatggacaacct
gcagaacctgggggattttgtcagccatgtgattgtgatccttttggtagtattcatgaa
ggatgtgacacagatgggatgtgcacttgcaaggaagggatcactggacgagactgctct
caatgtgcccctcgacatgtcacctctgaaactggttgcaaatcatgtgaagatggctgt
gtgaacatactgcttgatgaattggaagaaatgatcagggctgtcacttccatcaatgtt
acaggatatatatcagctccatggccttcaattagggagatccagaatgtcactaagata
ttaagatcagaattgaaccagtatcatagtaatgttgatgcttcacaggaacttgtggtt
gagtttgacctagactattatgctagggatcttttacgtagggcagaacatttggaggtg
acagcaagagaaacttacccacctacagctaaaatcaatctggaagcccagtcagtttta
gatctattggagagtttatattcccaaattgatgagaccatagcatacctgaagaactat
gccattggagagaccccaaacatatcagttggtggtgctttgatggaagctgagaagatc
ctgaaggagatccaaatgcgggacttcaccaaatttggtgatgatgctgagactgagttg
agcaaagctaaagcattattagaccggataatgaaaatggatcaagaaaaccctgttatt
gaggccatccagttgcacatgaaggatattgagagcaagcttaatgatcttctggaaaaa
ataaaagctgccaatcgtgaaacaaatgaggcagctttattgaatgaagttaatagcaag
aggctttctcgtgttaaggagcactcactggagatcaagaacactcgccaaatgattgat
gaccagaatttcaactcaagccagctgttaagagaagctaacagaaatcttattaataca
agaattaattatgatgatctttccagtatgttagttgatttaaaaaacggatccaactac
cttgaggagtttgagggtatcttgtggcgacttaacattgaatacaaagacaagtatgta
aagagagctcacgaccatgcaatgaacctcatgagggaatccatcagactagaaagtttg
ttcaacaaaacaagagatgttgccgatgggcctctgcgagcagcccaagcataccaaagg
attgttgatgctctactaagtgctgaaaaggcagcaaagaatgcttcactagctgctgaa
actgctttcaaagtggcatactcagatgttcgagatgaatcacttgtgcatcgagcaaca
ctgtcccttcataaatctgaagaattgcactcaaaaggtgaagaattgaagatgacagta
gggcagcagtttgtggaattagataatcagcgtagtgcacttggaactgcaaagggcatt
ttagatgtcactgatgatcgccttaatgctttaaacactcttatggacacccagctaact
tcaaatatttccatagaaattcaggaatcagtagacagaactgaaacagctcatgcaaac
atacagaaaactctaggtcatgcaattaccatacatacgaacctcaccatcatcagagag
catgcacaggaactcagtcggattgatgcctctcttctcaatgaaattagagaaacaata
tcagcaggagagggacacactgtgaaagggatgcgtttagcaaataatctacgcaagact
gttgatagaattgagaatcggagcactgacctgagagaaagaattgaggccctcaagcga
aaaattaagcagacaagacagtatgcatcttccattcgtgtctctcttactaccaattcc
tctggcatttgtacaagaaagtatcgaccagcactgcagccttcaacaactaccaatatt
atgcttacctatgccatcagcaatttagaggaaaatgccctcttggtttaccttggatct
tataacacaagtgacttcatggctgtggagatggtaaatcgcagaatagaatttacttgg
gatgctggtggtggagctcagcgaatcactcatccattaaagatcctgaccaacacacca
caggtttctgatgatacaagatggtatcatatcagtattaatcgtgttgggaacattgga
cagttatctgtgacacccaccaatatagagggcagcatcaaggatcttggaattgtagtt
agtaatgcttcaactgcaggtttcagtaaaatggatttgcaaccatctgatactctctgg
gttggtggagctccatcaagagcacaaagcctgttgaaagccagtaaatttgctggatgt
ctacatacactgtcagtagatggggaaaatgttggactttggaacttcacaaagtctgaa
ggctgcggagcctgtaacgaaggagaggagttggtgttaagacaagcagatgaaattgca
gttggatttaatggtaagggttatttcaagggcactaatagaatcagaagaccaagagaa
tactacagtgctgtcctctccttcaagactctggatgaagatgcattactcttccttgct
gtgaatcaagctaaaaaccagtacttcagcatagccttagacaatggtcatgtagtctac
actgtgcagtttgaccatcaaactcgtcttgtgatgaagtccagtaagcagctcaacaac
aacattgatatgatccagattcaagctattgtacagaacaaagacaaagctggtgcacgt
atgggccgacttgttgttggtgaccaagaccagttgggaactgtgaaaggaggaccagac
cttgatctctcatatgttccttattactttggtggtgttgacccagagtttgatagagag
aggtggggcactgagttagtgttgcgttcacttcttggttgtatgggaggactgagtgtg
ttggatgaagggaagaatccacttactgatggacagtattatggcattgagcaattctgc
tccgaaaagccattaaatgatgttggcttccttggtcaaggttttgttgaacttcagtcc
catgtcctgaagcgtgactcaaactttggattcacattccaaacaatggaatcagatgcc
ttattgatgctttctacatttgttggacaggacaatgaaacagagggagacatgcctact
actaccaccaccaccacctcaacacccactcctctacagccaggacaagaacaccctcca
gattactactcagtgtcattggtggagggtcacctggatatccgacttgatggagggaca
ggcagtcacagaatcatgtcatcagcaaagtataatgatggatatttacactcattcttt
gtcatcaaagaaaacaggagggtgacactgaaagtggatgacagagaagtaaatgctaca
agactggatcggggtagtcaggtagtctcaggcccagacacaggagggctctactttggt
ggtgttcctgaagaaatagatgctgtaactatggttggatcatcgagagcattaaaaggt
tgcatccgtgatataattgttaataatgaggtagtgtcattttcacgaccagtgagattc
aaagatgtatatattggtcgttgtgctgatctccctccaactgccatgcaaggaatggaa
ggagacatgaaggaaatagactcctgtcagcccccaacacaacatacagtggaatacaag
gcacttaaatttggagatcagctagattcatatgtgatggtgcccttaaaccccaagaca
ctcaataagaacttcaatgtctcctttgaatttcgtacatattatccagatggcttgttt
ttcattgcctccaacacaaggaagaagcgaacacagacaatatcagcccagctacgaaat
ggcagagtgatagtctctttaaagaagcatagcaaaaaaacctcaaaaggcactgaagca
gtttccaatccaggccttaataatggtcaatggagaaaggtcatgatagaaaaggtacgg
aagcgtctccgtctttttgtagacaatcaactggtgaagaaagtgaaagctcctcgtaag
cttaatgttggaagggagctattcctgggaagtcttccatctaatgttgccaggccaaat
aatatacaagaaacagaaacattacggggctgtttaagaaacctaaaaattaatgcagaa
gaatttgaaatacccaacaataggagacgagatcgcatagttggtgttggccagtgcttt
gccagcgtacaacctggttcatattttccaggcgatgcttatgctatttatagtgatgat
tttaatgttggttcactacttgagttacgactggaattccggacttgggaactaaatggt
ataattctcagtattgctgatcctcgtggaacatcactttcccttgaattaatgaatgga
gctgttgtattgagtgtagacatgggtgtaggccactccttcagcgctcgggtgggactc
cgaaacaagtttagtttctgtgacaatatgtggcacactgttaaagccagctacataaaa
gattctctttccctgagagttgacaattatcgggaagcctatggttttaatggctccagt
aatgacaaaacaacaatcacaggtgctccattatacattggtggtttgccagatgctgct
ctcccaggaactctcacatctcaagaaaatttcaaaggttgcatccgcaacattgttctc
aacagtgaacgaagagattggaccgacatgtacagattacaaaatgttttactgaatgct
tgtcctgttcagtaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (18)   

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