KEGG   Seriola lalandi dorsalis (Yellowtail amberjack): 111660400
Entry
111660400         CDS       T06058                                 
Name
(RefSeq) integrin alpha-M-like
  KO
K05718  integrin alpha L
Organism
slal  Seriola lalandi dorsalis (Yellowtail amberjack)
Pathway
slal04514  Cell adhesion molecules
slal04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:slal00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    111660400
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    111660400
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:slal04147]
    111660400
   04515 Cell adhesion molecules [BR:slal04515]
    111660400
   04090 CD molecules [BR:slal04090]
    111660400
Exosome [BR:slal04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   111660400
Cell adhesion molecules [BR:slal04515]
 Integrins
  Integrin alpha subunits
   111660400
CD molecules [BR:slal04090]
 Proteins
  111660400
SSDB
Motif
Pfam: VWA FG-GAP Integrin_A_Ig_2 Integrin_A_Ig_1 VWA_2 ITGAX-like_Ig_3 FG-GAP_3 FG-GAP_2 DUF916
Other DBs
NCBI-GeneID: 111660400
NCBI-ProteinID: XP_023269435
Ensembl: ENSSLDG00000005582
Position
Unknown
AA seq 1229 aa
MQGQRHLFLLTYMVAFAIHVSLAFNIDTTNTDVYTGKQEDFFGYKVLQYVSGTKKGIIVT
APLQLNGSGGICKSEKGRTTRCFNSEDINLENKTIPVKHLGLSIAADSKHSQFTVCSPNV
AHECNENSYLNSACFKITANLQAISFFTPGYQECTKKTVDLIFLFDGSGSMTEEEFTKNK
DFIVDIMNSLKNSSIKFAAAQFSSNYRKVFDFNDYQAGTALDKLMKEPHMKSLTNTHRAL
EFVLNDILENPESGASRDATKVLVLITDGDPSDVDRNKIIKRYDDKSIIRFVIGVKDAKL
DKFEVIASQPTEKYAFKIENYNGLKGILENFQKRIFKMEGSSVARAGDIAGEMSQSGFSA
VFYKDILILGSVGSNSWRGSLQEVKQDIVGKGSYSRQSNIRSIRNGDLPAYTRLNESQIL
DPSMQNDSYMGYSVSVGQRNNAPLYFSGAPRFDHVGRVVLFKHEGEDWTAAQALDGDQIG
SYFGAELCSVDIDSDGNTDFLLVGAPLFYQPQERREGQIYVYALTDEMQLRNELNVTVSS
MGRFGTTISSLADLNGDGLRDVAVGAPLEDDNRGAVYIYLGDRHKGIRSTFSQRIMGEKI
KPGLRFFGQAIDGVNDLGEDGLPDITIGSQGMAVVLRSRPVFHVTTHLSFLPKEISTEKF
DCVAKTDTSLFMVTIKSCFEMVETTKSKAGATNSGLNISYTLNVDPMRQTYRGFFETVEK
TRNFTNISLLTDKETCFDSPIYMPKCVTDTLSPLIIKLNFSQVDSETGNAILNVDSKMQD
VVEVPFEKQCAKNDTCIAELEVDFNFTTPVLLVSEDNYFNVTVKLSNHGDDSYNTSLTVY
YPEGLSFSRMILIEATRPTLHSCLDLEGVLDKTICGVSLPVYRSRSAATFKMSFYVMTGY
EWNETVSMTITGQSDNTNSTKNNSLTKSIPVQIEIKMAITVREGTTTYLNFTTEDDAPKR
METIYKISNPGLKAFPVTVSLFFPTKLEYNFELNDYHISFQENKTQCSITDMTSDYCSPE
KHCKMIMCDTFILDKESTTEFTLSGEVQFRNFKVYAENIFLLKKYVGDSGEVKFKSFVHV
RYDKQRYVLESRKQENKDGVTREKSDESGLWRSNDPTMKLAEVRVEFIIPPNRQLIIFTG
VGVGLFLLLIITLIMFKLGCFKRKRFPMCLEDEDQDLMVQTPTEPTPAPTNGLISQSETE
GKSDPPSEAKLLPDDDHQESDSNSIQGLE
NT seq 3690 nt   +upstreamnt  +downstreamnt
atgcaggggcagcgtcaccttttcctgctcacttacatggtggcttttgccatccatgtt
tccttggctttcaacattgacacgacaaatactgatgtctatactggtaaacaagaagat
ttctttggatacaaagtgcttcaatacgtatctggcacaaaaaaagggataatcgtcact
gcacctctgcagctaaatggatctgggggaatatgcaaatctgagaaaggccgaaccacc
cggtgcttcaatagtgaagatattaatctggagaataaaacaataccagtcaagcacctt
ggcctgtcgatagctgcagactccaaacactcccaattcactgtttgcagcccaaatgta
gcccatgaatgtaatgagaactcctatctgaacagtgcgtgtttcaagatcacagctaat
cttcaggcaatatcctttttcacacctggctaccaagaatgcacaaaaaagacagtggac
ctcatctttctgtttgatggatcagggagtatgactgaagaggaattcacaaaaaataaa
gatttcatagtggatataatgaacagccttaagaactcatcaatcaagtttgcagcagct
cagttctcctcaaattacaggaaggtttttgacttcaatgactatcaggctggtacagct
cttgataaacttatgaaagagccccacatgaagagtctcaccaacactcacagagccctc
gaatttgtgttgaatgatatcttggaaaacccagagtcaggcgcctctcgtgatgcaact
aaggttctggttctaatcacagatggagatcccagtgatgttgacagaaacaaaattatc
aaaagatatgatgataaaagcatcattcgctttgtcattggggtcaaagatgctaagttg
gataaatttgaggtcattgcttcacaaccgacagaaaaatatgccttcaaaatcgagaac
tacaacggactcaagggaatactggaaaactttcagaaaaggatctttaaaatggaaggc
tccagtgtggctcgggcaggagacatagctggtgaaatgtctcagagtggattcagtgcc
gtcttctataaagatatcttgatcctgggttcagtgggatcgaacagctggcgaggctct
ctgcaagaggtcaaacaagacattgttggaaaaggatcttattccaggcaaagcaacata
agatctatacgtaatggggacttgcctgcatacacaagactaaatgaaagccagatcctt
gatccaagcatgcagaatgactcctatatgggatactcggtatctgttggacagaggaat
aacgctcctctgtacttctcgggtgcaccaagatttgatcacgtaggacgggtcgtactt
ttcaaacacgagggcgaggactggactgcagcccaagcactagatggagaccagattggt
tcatactttggtgcagagctgtgctcagtagatatcgactcagacggtaacactgacttc
ctgctggtgggagctccactgttttatcagcctcaggaaaggagagaaggccagatctac
gtctacgcactgactgatgagatgcaactgagaaacgaactgaatgtaacagtgtcatcc
atgggtagatttggtaccacaatctccagccttgcagacctgaatggagatggactccga
gacgttgctgttggagccccccttgaggacgacaacaggggggctgtgtacatctacctt
ggagacagacacaaagggatacgcagcactttcagccagagaatcatgggagagaaaata
aaacctgggttgagattctttggacaggccattgatggggtcaacgaccttggagaagac
ggactcccagatattacgatcggatcacagggcatggctgttgtcttaaggtccaggccc
gtctttcatgtcacgacacatctgtcttttctgcctaaggaaataagcactgagaaattt
gactgcgtggccaaaacagatacaagtttattcatggttaccataaaatcctgctttgaa
atggtagaaacaacaaagagcaaagcaggggcaacgaactcaggactgaacatctcatac
acactcaatgtggatccaatgagacaaacatatcggggtttcttcgaaactgtagagaaa
accaggaattttaccaacattagtctgctgacagataaagaaacttgctttgacagtccc
atctacatgccgaaatgcgtgacagacacattatcacccctcatcatcaagttaaacttt
tctcaagtcgacagtgagactgggaatgccatcctgaatgtggacagcaaaatgcaggat
gttgttgaagttccctttgaaaagcaatgtgcaaaaaatgacacctgtattgcagaactt
gaggtggatttcaatttcacgaccccagtattattggtatcagaagataactacttcaac
gtgactgtgaaactgtccaatcatggtgatgactcgtacaacaccagcctcactgtgtac
tatcctgaaggcctctccttctccaggatgattcttatagaggccacaagaccgacgctc
cacagctgtctcgatctagaaggcgtacttgacaaaactatatgtggcgtcagccttcct
gtgtatcgcagcagatctgcagcaacatttaaaatgtctttttacgtcatgactggctat
gagtggaatgaaactgtctccatgacaatcactggacaaagtgataatacaaacagcacc
aaaaacaattccctgaccaaaagcatcccagtgcaaattgaaattaaaatggcaataaca
gtgagagaaggcaccaccacctatttgaacttcacaacagaagatgatgcacctaaaaga
atggagactatttataagatttctaatcctggtctgaaagcttttcctgtcaccgtgtcc
ctgttcttcccaactaaactggaatataactttgagctgaacgactatcacatctctttc
caagagaacaaaacgcaatgcagcattaccgacatgacatctgactactgctcgccagaa
aaacactgcaaaatgataatgtgtgacactttcatcctggacaaagaatcaaccactgag
tttacactgtcaggggaagtacaatttaggaatttcaaagtgtatgcagagaacattttc
ttgctgaaaaaatatgttggagacagcggagaggttaaatttaaaagctttgtacatgtt
agatatgacaagcaacgatacgtgctggagtctcgtaaacaagagaataaagacggtgtt
acacgggagaagtctgatgaatctggcttatggagaagcaacgatcctacaatgaaactg
gctgaagttcgggttgagttcataattcccccaaatcgacagctgatcatttttaccgga
gttggagtgggattgtttcttctgctcataatcacattaatcatgtttaagttgggttgc
ttcaagaggaaaaggtttcctatgtgtttggaagacgaggaccaagatcttatggttcaa
acccccactgagcctacccctgctcccaccaacgggttaatcagccaatcagagactgaa
ggcaaatctgacccaccttcagaggcaaaactgcttcctgatgatgatcatcaggaatct
gacagcaattcaatccagggattggagtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (22)   

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