KEGG   Monodelphis domestica (gray short-tailed opossum): 100619627
Entry
100619627         CDS       T01031                                 
Name
(RefSeq) laminin subunit beta-2-like
  KO
K06243  laminin, beta 2
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Pathway
mdo04151  PI3K-Akt signaling pathway
mdo04510  Focal adhesion
mdo04512  ECM-receptor interaction
mdo05145  Toxoplasmosis
mdo05146  Amoebiasis
mdo05165  Human papillomavirus infection
mdo05200  Pathways in cancer
mdo05222  Small cell lung cancer
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04151 PI3K-Akt signaling pathway
    100619627
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    100619627
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    100619627
 09160 Human Diseases
  09161 Cancer: overview
   05200 Pathways in cancer
    100619627
  09162 Cancer: specific types
   05222 Small cell lung cancer
    100619627
  09172 Infectious disease: viral
   05165 Human papillomavirus infection
    100619627
  09174 Infectious disease: parasitic
   05146 Amoebiasis
    100619627
   05145 Toxoplasmosis
    100619627
SSDB
Motif
Pfam: Laminin_EGF Laminin_N LAMININ_IV_B Tropomyosin F5_F8_type_C YkyA
Other DBs
NCBI-GeneID: 100619627
NCBI-ProteinID: XP_007500007
Position
6:complement(202182940..202231854)
AA seq 1833 aa
MSRVKSPLPLDLLVSRGVKHFAVLGSSLDLGWAGGVWCIVQITYVCAHEVPDLLPRPGCS
GGSCYPPTGNLVVGRSQSLHASSTCGLSGPEPYCIVSHLQDSEKCFFCDSRGQGGHRINN
VISLSGPDGERTWWQAESGVENVSIQLDLEGEFYFTHLIMTFKTFRPAGLLIERSADGGH
SWRVYRYYAHNCSGLFPGVPLTPGRKVSDLVCDQRYSNIEPSSQGEVIFKVLDPAIPVAD
PYSPEIQELLRVTNLRVNFSKLHTLGDGPLGAWGHRHGPHYYYALYELVVRGSCLCHGHA
SECAPAPGAPPSVDGMVHGLCVCQHRTTGPHCERCQDLHHDQPWHPAEPGNPHACQKCEC
HQHARSCHFDMAVFVASGNVSGGVCDACQHHTAGRHCEICRPFYHRDPREDPRSPYTCKS
CDCDPSGTLDGGLCDTHTDEVLGLLSGQCRCKAHVWGPRCDTCRPGYYGLSPALPEGCLS
CRCDPRGTVPGDTPCDPISGDCYCKRFVTGQNCHQCLPEFWGLSNDFTGCRPCDCDFGGA
YSNRCSSGEGLCPCRPHLQGRNCLELQSGYFCAALDQAIAEAELGQRLKPSDPRLPGSLL
PDATPNCLPTTGPVLKRLRPRLRRQRSIACPLPITRRGRHSHQLSKVKNRGPHTSSWTGS
GFARIEDRAGLMLQAPSVPRAMEYDIVLRYEAQAPEDWEALVSVRAYSLPSSTRCANVLP
SEQLYQVALPPRHRAVVLSRPFCFEPGTRYMVTLRLRRVTSTRGLAGGTILLDSLVLLPR
VEELPGLRRGDPGASGRLRELGQTQCLEAARTPPLGPPSESCARLVCSISALLYGGGLAC
ECDPQGSLSSECARVGGQCPCRPHVIGQRCDQCELQTYGFGPAGCSECRCSPEGSTSLAC
DPISGQCLCKPGITGRRCDQCLPGQWGFPHCQPCECNGHAEQCHPHTGVCWACGDATTGR
HCERCQDGYYGDPVLGSGQQCRPCPCPGFLGSGNYHGTSCQADGGSERILCVCAPGYAGP
RCDRCSAGYFGRPWPEGVVGGAPCRPCQCNNNIDPSDPMACDPHSGHCQRCLHHTHGPHC
SHCQPGYYGNALRPRGCRRCSCDLQGTVPARCLPGSGICFCDRLSGYCPCRPHVLGRLCD
RCAPQFWNLGGPRGCEPCACHAQHSLQLTCHPVTGQCPCQEGFGGRTCSQCQEGYWGDPE
KECRACACDPQGSVSLHCHPRTGACSCLNGISGPQCKACVRGSQGSFPHCRPCPTCFSHW
DSRLSRLQQRLATLAQGRDALSEAATDRSSGGRLLSLEAALGHVQGVLVSTSPLVGPLQQ
LSKQRDGLRREAAMLGRALRGVERSVAVSGPWARAQHARIGQLTEEMEHLNRLATQLREA
PQGAQDAVSLVSKAALISQKAEFGIIVTTALTNTESALSQSRNVRRRTEGLLQEMKPPSR
AAAWGEQLQALVNASWALNPSLAQLKVCGGPWGMGRACALSPCGPASCSGALPTSLWALG
TAQNTSHALGTTSTRLGRLHRRLQRVGTVAGAAHSQAEETLSRARATWYGAGTASMLATI
QRIRAFLTDEGADPESVELVAQRVLKIPLPQGGQRAIEQLLEEIQDALQLPDSMDWALPS
AQDLLRQAQWAREDAGRTQDNVMKTQGVLTEAQNNVGRAEKQLRKTKQALRSLEVQTQEV
ALGLVQVAHDLDVGPTLDQLLGAADALQAQVSQNKLQLQEAQEQAEQASDTAANLGKDLQ
TAKLQFSELQSGINGLGDEVNGARHRLQRIQAEARELLKKASRSRNRLEGLEKRFALNEQ
ALGEKAAELQTLESRALGLLEQLRQEASAHATC
NT seq 5502 nt   +upstreamnt  +downstreamnt
atgagtagagtgaagtctcccctacctctggatttgctggtctcaagaggtgtgaagcat
tttgcagttctggggagcagcctggatttgggttgggcagggggagtctggtgcatcgta
cagataacctatgtctgtgcccatgaagtgcctgaccttctacctcgacctggctgctct
ggaggaagctgttaccctcccactggcaatctagttgtaggcaggagccaaagtctccat
gcctcatccacctgtggtttgagtgggcctgagccctactgcattgtcagccacttgcag
gactctgagaaatgcttcttctgtgattcaaggggccagggaggccatagaatcaataat
gtgatctccttgagtggacctgatggagaaagaacatggtggcaggcagagagtggtgtg
gaaaatgtcagtatccagctggacttggaaggggagttctactttacccaccttatcatg
accttcaagacttttcgcccagctggtctactcattgaacgttcagcagatgggggtcat
tcctggcgagtttatcgatactatgctcacaactgctctggcctctttcctggggtacct
cttacacctggccgcaaagtcagtgacctcgtttgtgatcagcgatactcaaacattgaa
ccatcaagtcagggtgaggtaatttttaaagttctggacccagctatccctgtggcagat
ccctatagtccagagatccaagagttgcttcgagttaccaacctgagggtgaatttctcc
aaactacacacgctgggagatgggcccctgggggcctggggccaccgccatgggcctcac
tactactatgccttgtatgagcttgtggtccgaggaagctgcctatgccatggacatgcc
tctgaatgtgcacctgctcctggtgccccaccaagtgtggatggcatggtacatgggctt
tgtgtgtgtcagcatcggacaactggaccccactgtgagcgctgccaggaccttcatcat
gaccaaccctggcacccagctgagcctgggaatccccatgcctgccagaagtgtgaatgc
caccagcatgccaggagttgccactttgacatggctgtctttgtggcttcaggcaatgtg
agtggaggtgtgtgtgatgcatgtcagcaccacacagctgggaggcactgtgagatttgc
cgacccttctaccaccgagacccccgtgaagacccccgatccccatatacctgtaaatca
tgtgactgtgacccttcaggcactttggatgggggtctctgtgacacacacacagatgag
gtcctggggcttctctctggacagtgtcgatgcaaagcccacgtgtggggcccacgctgt
gatacctgtcgtcctggttactatggcctgagcccagcactgcctgaaggttgtttatct
tgcaggtgtgatccacggggcacagttccaggtgacaccccctgcgaccctatcagtggt
gactgctattgtaagcgttttgtcactggccagaactgtcaccagtgcctgccagaattc
tggggactaagcaatgactttactggttgccggccttgtgactgtgattttggaggagcc
tatagcaacaggtgctcatcaggggaaggcctttgtccttgccgccctcacttacaaggt
cggaactgccttgagctccagtctggttatttctgtgcagccctggaccaagccatagct
gaggcagagcttgggcagagactcaagccctctgacccacggctacctggatcccttttg
cctgatgccacccccaactgcctgccaacaacaggacccgtgctgaagaggctcagaccc
cggctccggcgccaacgtagcatcgcctgccctctccctattactcgtcgtggacgtcac
agccaccaactatccaaggtgaagaacaggggccctcatacctcatcttggacaggctct
gggtttgccaggattgaagacagggctggtctcatgctccaggctccttcagtgccacga
gccatggagtatgacattgtgctacgttatgaagctcaggcccctgaggactgggaggcc
cttgtcagtgtacgagcctactctctgcccagcagcactcgttgtgccaacgtgttgccc
tcagagcaactctaccaggtggccctacctcccaggcacagagctgtggttctatctaga
cccttctgctttgaacctggaaccagatacatggtgaccttgagacttcgtcgagtgaca
agtacacggggcctcgctgggggaaccattctgctagactcactggtgctcctacctcga
gtagaggagcttccaggtctgagaagaggggaccccggggcatcagggcgcctgagagaa
ctcggtcaaactcagtgccttgaggctgcaagaacacctccacttgggcccccatcagaa
tcttgtgcccgcttggtctgtagcatctctgctctactatatggtggtggcttggcctgt
gaatgtgacccacaaggttctctgagctctgagtgtgcccgtgtggggggccagtgccca
tgccgacctcatgtcattggccagcgctgtgaccagtgtgagctccagacatatggcttt
ggcccagcaggttgcagtgaatgtcgttgctctcctgaggggtctaccagtttggcctgt
gatcctataagtggacagtgcttatgcaagccaggcatcacaggacgaaggtgtgaccaa
tgcctgcctggccagtggggattccctcactgccagccatgtgagtgtaatgggcatgca
gagcagtgccacccacacacaggtgtatgctgggcctgtggagatgccaccactgggcgt
cactgtgaaaggtgccaggatggttattatggagaccctgtcctgggctcaggacagcag
tgccggccttgtccctgccctgggttcctaggctctggtaactaccatgggacctcatgt
caggcggatggtggtagtgaacgaattctgtgtgtctgtgctcctggttatgcaggtcct
cgttgtgaccgatgctctgctggatactttgggcgtccctggccagagggagtagtgggg
ggagcaccatgccgaccctgccagtgcaacaacaacattgatcctagtgaccccatggcc
tgtgacccccatagtgggcactgtcagcgctgtctacaccacacccatgggccacactgt
tcacactgccagcctggatactatggcaatgccctccggccacgaggctgccggcgctgc
agctgtgacctacaaggcacagtgcctgcccggtgcctgcctggaagtggcatctgcttc
tgtgataggctcagtgggtactgcccctgccgcccacatgtcctaggacgactctgtgac
cgctgtgctccccagttctggaacctgggagggcctcggggctgtgagccctgtgcttgt
catgcccagcactccctgcagctcacctgtcatccagtcactggtcagtgcccatgccag
gaaggatttggaggacgtacctgctcacagtgccaggaagggtactggggggacccagag
aaggagtgcagagcttgtgcctgtgaccctcagggctcagtctctctgcattgccaccct
aggacgggggcctgctcatgtctcaatggtatctcaggccctcagtgtaaggcctgtgtc
cggggttctcagggcagtttcccccactgccggccctgtccaacttgcttctctcactgg
gatagccgactaagtcgcctccagcagcggctggccacactggctcaggggagggatgcc
ctgagtgaggcagctactgaccggagcagtggggggcggttgctgtccctggaggctgcc
ctgggacacgtccaaggagtcttggtgtccacctcccccctggtggggcccttgcagcag
ctttcaaaacagcgggatggactcaggagggaggcagccatgctgggtcgagcacttcga
ggggtggaacgcagtgtggctgtgagtggtccctgggctagagctcagcatgcccgcata
ggccagctgacagaagaaatggaacatcttaatcgcttggccacccagctcagagaggcc
cctcagggagcccaggatgctgtttccctagtctccaaggctgctctcatctcccagaag
gctgaatttggtatcatagtcacaactgccctgacaaacacagagagtgccctgagccaa
tcccgtaatgtccggcgcagaacagaggggctgttgcaagaaatgaagcctcccagcagg
gcagctgcttggggggagcagctccaagcacttgtgaatgcctcctgggccctgaacccc
agcctggcccagctcaaggtctgtgggggaccatggggtatggggagggcctgtgctctc
tccccctgtgggccagcctcttgttctggagcattgcccacttccctgtgggcacttgga
actgctcaaaacacatcccatgctttgggtaccacaagtaccagattggggcggctacat
cgacggctacaacgggttgggaccgtggcaggggctgcccactcacaagctgaggaaaca
ctgagccgagctcgagccacgtggtatggggctggcactgcctccatgttggccactatc
cagaggatccgggccttcctcacagatgagggtgcagaccctgagagtgtggagctggtg
gcccaaagggtcctgaaaattcctctgccccaggggggccagagagctatagaacagctg
ttggaagagatccaagatgccctccaacttccagatagtatggactgggctctgccttca
gcccaggacctccttcggcaagcccaatgggccagggaggatgcaggcagaacccaggac
aatgtaatgaagacccagggagttctaactgaggcccagaacaatgtaggaagagctgag
aaacagcttcggaaaaccaagcaggccctgcggagcctagaggttcagacacaggaggta
gccttagggctagttcaggtggcacatgatctggatgtaggtcccaccctggaccagctc
ctgggagcagctgatgctctacaagcccaggtgtcacaaaataaactacagctacaggag
gcccaggagcaagcagaacaagcatcagacacagctgcgaacttgggcaaggacctgcag
acagccaagctacagttctcagagctacagtctgggatcaatggccttggggatgaagtg
aatggggccagacatcgtttgcagcgaattcaggcagaagccagagagctgctgaagaaa
gcaagtaggagccgaaaccgtctagaaggcctggagaaacgttttgctctgaatgagcag
gcacttggagagaaggcagctgagcttcagaccctggagagtagagccctgggactactg
gagcagctgagacaggaggccagtgcccacgccacctgctga

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (8)   
   KEGG PATHWAY (8)   
Genome (1)   
   KEGG GENOME (1)   
Gene (213)   
   KEGG ORTHOLOGY (1)   
   RefGene (209)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (231)   

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