Numenius arquata (Eurasian curlew): 141463565
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Entry
141463565 CDS
T11436
Symbol
ITGA6
Name
(RefSeq) integrin alpha-6 isoform X1
KO
K06485
integrin alpha 6
Organism
narq Numenius arquata (Eurasian curlew)
Pathway
narq04382
Cornified envelope formation
narq04510
Focal adhesion
narq04512
ECM-receptor interaction
narq04514
Cell adhesion molecule (CAM) interaction
narq04518
Integrin signaling
narq04810
Regulation of actin cytoskeleton
narq04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
narq00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
141463565 (ITGA6)
04514 Cell adhesion molecule (CAM) interaction
141463565 (ITGA6)
04518 Integrin signaling
141463565 (ITGA6)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
141463565 (ITGA6)
09142 Cell motility
04820 Cytoskeleton in muscle cells
141463565 (ITGA6)
04810 Regulation of actin cytoskeleton
141463565 (ITGA6)
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
141463565 (ITGA6)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
narq04147
]
141463565 (ITGA6)
04515 Cell adhesion molecules [BR:
narq04515
]
141463565 (ITGA6)
04090 CD molecules [BR:
narq04090
]
141463565 (ITGA6)
Exosome [BR:
narq04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
141463565 (ITGA6)
Exosomal proteins of breast milk
141463565 (ITGA6)
Cell adhesion molecules [BR:
narq04515
]
Integrins
Integrin alpha subunits
141463565 (ITGA6)
CD molecules [BR:
narq04090
]
Proteins
141463565 (ITGA6)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Integrin_A_Ig_3
Integrin_A_Ig_2
Integrin_A_Ig_1
FG-GAP
FG-GAP_3
Integrin_alpha
Motif
Other DBs
NCBI-GeneID:
141463565
NCBI-ProteinID:
XP_074002172
LinkDB
All DBs
Position
3:23492175..23536661
Genome browser
AA seq
955 aa
AA seq
DB search
MGVTVQSQGPGGNVVTCAHRYEKRQYVNTVQETRDIIGRCYVLSQDLTIKDDMDNGVWSF
CDGRLRGHEKFGSCQQGVAATFTRDYHYIVFGAPGTYNWKGLLFLTAVSDTHPDQFVYKT
LPPGIQVDKSVDVMMNSYLGFSLDSGKGIVSQDEMTFVSGAPRANHSGAVVLLKKEKNQR
ALSLEHMFEGEGLASSFGYDVAVVDLNNDGWQDIVVGAPQYFDRSGDIGGAVYIYINQQG
KWEGVKPIRLNGTSDSMFGLAVENVGDVNQDGYPDIAVGAPYDGFGKVYIYHGSKNGINT
KPAQVMKGTNFFGYSIAGNMDLDKNSYPDIAVGSLSDSVSVFRSRPVISIRRSITVQPDR
IDLKKRNPEDPSEIWMDVKACFQYTANPSDLNPRIKINYTFEAENERRQLGLPSRVRFKD
HLSDQFTASTILRGQNAKECVTTKLVLQEKIKDKLRPIPISVSVKIAGLESSSPSTRKER
ALPDLIPILNSNESETKTTKVEFLKEGCGEDNECHSNLKLQYRFCTREGNEDRFTSLPIE
NGIPVLVLKDQKDIALEITVTNNPSDAKNPQKDGEDAYEAKLIATFPDSLTYSAFREMRG
YPEKQLTCGANQNGSQAECELGNPFKRNSNVTFYLVLSTTKVNVDTTDLDINLKLETTST
QVNLTPITASAKVVLELLLSLTGVAKPSQVYFGGNIIGESAMKSEDHIGSLIEYEFRVTN
LGRPLKTFGTASLDIQWPKEISNGKWLLYLMKIDSKGLEKVSCQPENEINSLHVAESHNS
RRKREVAEKQITDSKASSLFSERKYKTLDCNVNARCVDIKCPLKGLDSKASIVLRSRLWN
STFLEEYSKMNYLDIVVRASISVPAAAKNVKLTNEAAQVRVTVFPAKPVALYTGVPWWII
SVAIFAGILMLALLVFLLWKCGFFKRNKKDHYDATYHKAEIHAQPSDKERLTSDA
NT seq
2868 nt
NT seq
+upstream
nt +downstream
nt
atgggtgtaactgtccaaagccaggggccaggaggaaacgtggtgacatgtgcacatcgc
tatgagaaaaggcagtatgtaaacacagtgcaggaaacccgggatatcattggaaggtgc
tatgtgctgagccaggatctcactattaaggatgatatggataatggagtatggagtttt
tgtgatggtcgtttaagaggccatgagaaatttggttcctgtcagcaaggtgttgctgct
acttttactagagactatcattatattgtgtttggtgccccaggcacttacaattggaaa
ggtctcctatttttgacagctgtatctgatactcatccagatcagtttgtatacaaaaca
ctgccccccggcatacaggtggacaaatcggtggatgtaatgatgaatagctacttaggt
ttctctttggactctggtaaaggaattgtctcccaagatgagatgacttttgtgtctggt
gccccaagagccaaccacagcggagcagttgttttactgaaaaaagagaaaaatcagaga
gcgctttcactggagcacatgtttgaaggagaaggcctggcttcttcctttggctacgac
gttgctgttgtggatctcaacaatgacggatggcaagacattgttgttggagccccacaa
tattttgacagaagtggagatattggtggcgctgtgtacatctacattaaccagcaaggc
aaatgggaaggagtaaaacccattcgcttaaatggaaccagtgactccatgtttggtctc
gcagttgaaaacgttggggacgttaatcaggacgggtatccagatattgcggtaggggct
ccatatgatggctttggcaaagtctatatttatcatggatccaagaatggaataaacaca
aaaccagcacaggtaatgaaaggcaccaatttctttggttactccattgctggaaacatg
gacctggataaaaattcctaccctgatattgctgttggttccctttcagattctgtgtct
gtgttcagatctcgacctgttataagcattagaagaagcattacagtacagcctgacaga
attgatctaaagaaaaggaaccctgaggaccctagtgaaatatggatggatgtgaaagca
tgttttcaatatactgcaaaccccagtgatttaaatccaagaataaagatcaactataca
tttgaagcggagaacgagaggaggcagttaggcctgccgtctagggtacggtttaaagac
catctgtctgatcagtttactgcaagtacaatcctaagggggcagaacgcaaaagagtgt
gtgacaacaaagcttgtactgcaggaaaaaattaaagataagctacgccccattccaata
tcagtcagcgttaaaattgctggcctggagtccagctcaccatccacaagaaaagagagg
gcacttccggatcttataccaattctaaattcaaatgaatctgagacaaagaccacaaaa
gtggagttcttgaaagaaggatgtggagaagacaatgaatgccacagcaatctgaaactt
cagtaccggttttgcactagagaaggaaatgaagacaggtttacttctttaccgattgaa
aacggcatcccagtgcttgttctgaaagatcagaaagatattgccctggaaataacagta
acaaacaatccatctgatgcaaaaaatccacaaaaagatggtgaagatgcctatgaagct
aaactaattgcaacttttccagacagtctgacgtattctgcatttagggagatgagaggt
tatcctgaaaagcagctaacatgtggtgctaatcaaaatggttctcaagcagagtgtgaa
cttggaaatcctttcaaaagaaattccaacgtaaccttttatctggtcctaagtaccact
aaagttaatgttgatacaacagacttggacattaatctgaagttggagacaacaagcact
caagttaatttgactccaattacagctagtgctaaagtggttcttgaattgcttttatca
ctcactggagttgctaagccttctcaggtatattttggaggtaacatcattggtgaaagt
gctatgaaatctgaagatcacattggaagcctcatagagtatgaattccgagtaactaac
ttgggcagaccactgaaaacatttggtacggcttccctggacatccagtggccgaaagaa
attagtaatggcaaatggctgctttatttgatgaaaatagattccaaaggcttggaaaaa
gtctcctgtcaacccgagaatgaaatcaacagcttgcatgttgcggaatcccataactcg
agaaggaaacgtgaggttgcagagaagcagattacagacagcaaagcctcttctttattc
tcagaaagaaaatacaagaccttggactgcaatgtgaatgcacgctgtgtggacataaaa
tgtcccctgaagggtttagacagcaaggcatctattgtgctgcggtccaggctgtggaac
agcactttcttagaagaatactccaaaatgaactacctggacattgttgttagggcttcc
atcagtgttcctgctgcagctaagaatgttaaactcacaaatgaagctgctcaggtgcgt
gttactgtctttcctgcaaaaccagtagcactttatacaggagtaccttggtggatcatc
tcagtggctatttttgctggaatactgatgcttgcactgttggtattcttactatggaag
tgtggtttcttcaagagaaataagaaagatcattacgatgccacatatcacaaggctgag
atccatgctcagccatctgataaagagaggcttacttctgatgcatag
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