Salmo trutta (river trout): 115208663
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Entry
115208663 CDS
T08542
Name
(RefSeq) integrin alpha-L-like
KO
K05718
integrin alpha L
Organism
stru
Salmo trutta (river trout)
Pathway
stru04514
Cell adhesion molecules
stru04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecules
115208663
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
115208663
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
stru04147
]
115208663
04515 Cell adhesion molecules [BR:
stru04515
]
115208663
04090 CD molecules [BR:
stru04090
]
115208663
Exosome [BR:
stru04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
115208663
Cell adhesion molecules [BR:
stru04515
]
Integrins
Integrin alpha subunits
115208663
CD molecules [BR:
stru04090
]
Proteins
115208663
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
VWA
FG-GAP
Integrin_A_Ig_1
ITGAX-like_Ig_3
Integrin_A_Ig_2
VWA_2
FG-GAP_3
VWA_3
Copine
Motif
Other DBs
NCBI-GeneID:
115208663
NCBI-ProteinID:
XP_029632756
LinkDB
All DBs
Position
14:65649871..65679133
Genome browser
AA seq
1134 aa
AA seq
DB search
MSGQGPLSLLTWMTAMAVSSMAFNIDDANPKIYKGEVQDFFGYKVLQFISGKEKGVMVSA
PYQKNGSGGICRCAQDRTNCTDCYTPQETDTIKYIGLSMAGQPTSPPTFTACSPGLAHEC
DGNSYLNSICYQFNSQLHITSNFTPAFQECTKKIVDLVFLFDGSGSMTRDEFDKNKGFIN
NIMTTLTNSSIKFAAVQFSSRARTVFNFNDYQEGRALDNLWKEKHMADLTNTHKAIDFVL
KNIFENQAAGATADATKVLVIITDGNPSDTDRKNSINRSDEKNIIRFIIGVKNVNLKKLK
SLASEPKENNTFLIQDYNGLKGILDNFQKKIFNIEGSKTALAGNLTKEMSQSGFSAVYVN
KDTLVLGSVGSNNWRGSLFETEGLRSEEREIQDSTLDKDSYMGYSVAVGKKNENLLYFTG
APRSEHMGRILLFNKVNNNWTVAQRLSGEQMGSYFGAELCSVDIDSDGNTDFLLVGAPMF
HQPPREGRIYVYTLTDKLELRMEMSVSVLAQGRFGSSISSLTDLNGDGLKDVAVGAPLED
DHRGAVYIYLGEKLKGIRPEFSQRISAAMMRSKLQFFGQAIDGKMDLGEDGLTDIVVGAR
GAVVVLRSRPVLSVSAHLHFHPLEISTDNFDCLAKETISPVVTLTACFNMAEATKSKAGA
LNAGINISYSLDVDPVRQRSRAFYSDRNKGARSLLSTVELRKKRTCFNHSVYMTQCVIDT
LSPIIMKLNLSQSESQQEGRTAILNTDSPTQAVVEVPFEKNCKENETCVAELEVDFNFIT
STLLVVDQSYFNVTIRLSNHGDDSYNTSLTLLYPPGLSFSMMHLLKSTRRTVFSCGGLEG
EMDRTTCSVSIPVYRSKTTAVFTSKFHILNTYNWNDTMEMTVIGLSDNGNSTNSSLTRTI
PVQFAVDLVAKALPQDSTTYINFTLEDTSPKGLVNVYEVQNLGFKSVPVTVTFTFPTKLE
HRFEMEDYQISVLQNHTQCGKVINSTTEYCSPEKYCKSIECESFLLKKFLTVTFVLSGNV
SFKDLDQHAKSLSLPKKFTGDRETVNVISFVKLSYDKKRYVQTASDPGDNSTSFHQIQID
VQAEMIIPPQRELILGTGVGVGLFLLIIITMAMYKMGCFQRKSLDNDENEGGIE
NT seq
3405 nt
NT seq
+upstream
nt +downstream
nt
atgtccgggcagggacccctctctctgctcacctggatgacagccatggctgtctcttca
atggctttcaacattgatgacgcaaacccaaaaatctacaaaggggaggtacaggatttc
tttggatacaaagtcctgcaattcatatctggcaaggagaaaggggtaatggtcagtgct
ccatatcagaagaacggatctggtggaatctgtagatgtgctcaagaccgaacaaactgt
acagactgttacactcctcaagaaactgacacaatcaagtacattggactgtctatggct
ggacaacctacttctcctccaacattcactgcctgcagccctggcctggcacacgagtgt
gatgggaactcctatctgaacagtatctgttatcagttcaacagccagctccacatcacc
tcaaacttcacacctgccttccaagaatgtactaagaaaatagtggacctcgttttcctc
tttgacggatcaggaagcatgacaagggatgaatttgataagaacaaaggtttcataaac
aacatcatgacaaccctaacaaactcctcaatcaagttcgcagcggttcagttctcatca
agagccaggacagttttcaacttcaatgactaccaagaggggagagccttggataatctt
tggaaagaaaagcacatggctgatctaaccaacacacataaggcaatagactttgtcttg
aaaaacatttttgaaaaccaagccgccggcgccaccgcagatgcaactaaagtactggtc
ataataacagatggaaatcccagtgatactgatagaaaaaactctatcaatagaagtgat
gagaaaaacatcatccgcttcatcatcggggtcaagaatgtcaatttgaagaaactaaag
tccctggcatcagagccaaaagagaacaacactttcctcatccaggactacaatggacta
aaaggaatcctagacaactttcaaaaaaagatcttcaacattgaaggttccaagactgct
ctggctggcaacttgactaaagagatgtctcagagtgggttcagcgctgtctacgttaat
aaggacaccttggttctgggctcagtgggatcaaacaactggcgtggatccctctttgag
actgagggtctgagatcagaggaaagggaaattcaggactccacattggacaaagactcc
tatatgggatactctgtagctgttgggaagaagaatgagaaccttctatattttaccgga
gcaccaagatctgaacacatgggacggatcctacttttcaacaaggttaacaacaactgg
actgtggcacaaagattgtctggagaacagatgggctcctacttcggggcagagctgtgt
tctgtggacatagactcagacggcaacacagacttcctcctggtgggtgcaccaatgttt
caccaacctccgagagaaggcaggatctacgtctacacactgactgacaagctggaactg
aggatggagatgagtgtttcagtgctggctcagggtagatttggctcctccatctcctct
ctcacagacctgaatggagatgggctgaaggatgtagctgtgggcgctccacttgaggac
gatcacaggggggccgtgtacatctacctgggtgaaaagctaaaggggatccgccctgaa
ttcagccagcgcatctcagctgcgatgatgagatctaagctccagttctttggccaggcg
attgatgggaagatggacctgggtgaggatggactgactgacatcgtagtaggagcgcgt
ggcgcagttgtcgtcttgaggtccagaccggtcctaagcgtctctgctcatctccacttc
catcccttggagatcagcactgataattttgactgtctggcaaaagagaccatttcccct
gtggtgactttgacagcttgctttaacatggcagaggcaacaaagagtaaagctggggca
ctcaatgcagggataaacatctcctactcgctggatgtggatccagtgagacagaggagc
cgagccttttacagtgacaggaacaaaggggccagaagtcttctctctactgtggagctg
agaaagaagcggacctgcttcaaccactcagtctacatgacacaatgcgtgatcgacaca
ttatcgcccataatcatgaaacttaatttatctcaatctgaaagccaacaagagggtcgt
actgccattctgaatactgacagtcctacacaggctgtggtcgaggtgccctttgaaaag
aactgcaaagaaaatgaaacatgtgtggcagagcttgaggtggacttcaactttatcaca
tcaactttattagtggtggaccagagttacttcaacgtgactataagactgtccaatcac
ggggacgactcctacaacaccagtctaaccctcctctaccctcctggcctctcattctcc
atgatgcatcttctgaagtccacaaggagaacggtgttcagctgtggtggtctggaaggt
gaaatggacagaactacatgcagtgtcagcataccggtctaccgtagtaaaactacagca
gtgttcaccagtaaattccatattttgaatacatacaactggaacgacacaatggaaatg
accgtcatcggcctgagcgacaatggaaactcaaccaatagttccctaaccaggaccatc
cctgttcaatttgcagttgacctggtagcaaaagcccttccccaagactccaccacttac
attaactttactctggaggacacatcacctaaaggactggtgaatgtatatgaggtgcag
aacttgggatttaagtctgtaccagtcacagtcaccttcactttcccaactaagcttgag
cacagatttgaaatggaggactaccaaatatctgtcttacagaaccacactcaatgtgga
aaggttatcaattcaacaacagagtactgctctccagaaaaatactgcaagtccatcgag
tgtgaaagcttccttttgaagaagtttttgacagttacgtttgtgctgtctggaaatgtt
tccttcaaggaccttgatcaacatgcaaagagcttgtcattgccaaagaaattcactggg
gatagagaaacagtcaatgtcatcagttttgtcaaactcagctatgacaaaaaacgatat
gtccagacagcgagtgacccaggggataattctacaagcttccaccaaatacagattgat
gttcaggctgagatgatcattcctccacaaagagagctgatactagggacaggagttgga
gtaggactctttctcctgatcatcatcacaatggccatgtataagatgggatgcttccag
agaaaaagccttgataatgacgagaatgaagggggaatagagtaa
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