Ficedula albicollis (collared flycatcher): 101812515
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Entry
101812515 CDS
T02815
Symbol
ITGA6
Name
(RefSeq) integrin subunit alpha 6
KO
K06485
integrin alpha 6
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab04382
Cornified envelope formation
fab04510
Focal adhesion
fab04512
ECM-receptor interaction
fab04514
Cell adhesion molecule (CAM) interaction
fab04518
Integrin signaling
fab04810
Regulation of actin cytoskeleton
fab04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
fab00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
101812515 (ITGA6)
04514 Cell adhesion molecule (CAM) interaction
101812515 (ITGA6)
04518 Integrin signaling
101812515 (ITGA6)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
101812515 (ITGA6)
09142 Cell motility
04820 Cytoskeleton in muscle cells
101812515 (ITGA6)
04810 Regulation of actin cytoskeleton
101812515 (ITGA6)
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
101812515 (ITGA6)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
fab04147
]
101812515 (ITGA6)
04515 Cell adhesion molecules [BR:
fab04515
]
101812515 (ITGA6)
04090 CD molecules [BR:
fab04090
]
101812515 (ITGA6)
Exosome [BR:
fab04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
101812515 (ITGA6)
Exosomal proteins of breast milk
101812515 (ITGA6)
Cell adhesion molecules [BR:
fab04515
]
Integrins
Integrin alpha subunits
101812515 (ITGA6)
CD molecules [BR:
fab04090
]
Proteins
101812515 (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
DUF4381
Motif
Other DBs
NCBI-GeneID:
101812515
NCBI-ProteinID:
XP_005049402
LinkDB
All DBs
Position
7:complement(18011916..18036129)
Genome browser
AA seq
979 aa
AA seq
DB search
MGVTVQSQGPGGNVVTCAHRYEKRQYVNTVQETRDIIGRCYVLSQDLTIKDDMDNGVWSF
CDGRLRGHEKFGSCQQGVAATFTRDYHYIVFGAPGTYNWKGVVRAEQKNQTFYDLGIFDD
GPYEVGDESRQDKNLVPVPANSYLGFSLDSGKGIVSQDEMTFVSGAPRANHSGAVVLLKK
EKNQRALSLEHMFEGEGLASSFGYDVAVVDLNSDGWQDIVVGAPQYFDRSGDIGGAVYIY
MNRQGKWSGVKPLRLNGTTDSMFGLAVENVGDINQDGYPDIAVGAPYDGFGKVYIYHGSK
NGINTKPAQILDGEKTNTNFFGYSIAGNMDLDKNSYPDVAVGSLSDSVNVYRSRPVISIR
RNITVHPDRIDLKKKNPEDHGEIRMDVKACFQYTANPRDLNPRIKINYTFEVENERRQLG
LPSRVRFSDHSSDQFTASTTLRGQNSWQCVTTKLILQEKIKDKLRPIPISVSVKIAGLES
PSKRKESALPDLIPILNSNESETETTKVEFLKEGCGDDNECHSNLKLQYRFCTREGNEDR
FTYLPLENGMPVLVLKDQKDIALEITVTNNPSDVKNPQKDGEDAYEAKLIATFPDSLTYS
AFREMRAYPEKQLTCGANQNGSQAECELGNPFKRNSNVTFYLILSTTKVNVDTTDLDINL
KLETTSTQVNLTPITASAKVVLELLLSLTGVAKPSQVYFGGNIIGESAMKSEDDIGNLIE
FEFRVTNLGRPLKTFGTASLDIQWPKEISNGKWLLYLMKTDSKGLEKVSCQPENEINSLH
LAESHNSRRKREVAEKQITDSQAFSLFSERKYKTLSCSVNARCVDIKCPLKGLDSKASIV
LRSRLWNSTFLEEYSKMNYLDILVRASINVPVAAKNVKLTNEVAQVRVTVFPEKPVALYT
GVPWWIIAVAILAGILMLALLVFLLWKCGFFRRSRYEDSVPRYHAVRIRKEERQIKDGKS
QDPETKQWLTKWNENESYS
NT seq
2940 nt
NT seq
+upstream
nt +downstream
nt
atgggtgtaactgtccaaagtcaggggccaggaggaaatgtggtgacgtgtgcacatcgc
tatgagaagaggcagtatgtgaacacagtgcaggaaacccgggatatcattggaaggtgc
tatgtgctgagccaggacctcactattaaggatgatatggataatggagtatggagtttt
tgtgatggtcgtttaagaggccatgagaagtttggttcctgtcagcaaggtgttgctgct
acttttactagagactatcattatattgtgtttggtgccccaggcacttacaactggaaa
ggggtggttcgtgcagagcaaaagaatcagacattttatgatctgggtatctttgatgat
gggccttacgaagttggtgatgagagccgccaggataagaatctagttcctgttccagct
aacagttacttaggtttctctttggactctggtaaaggaattgtctcccaagatgagatg
acttttgtgtctggtgccccaagagcgaaccacagcggagcagttgttttactgaaaaag
gaaaaaaatcagagagcactttccctggagcacatgtttgaaggagaaggactggcctcc
tcttttggctatgatgttgctgttgtggacctcaacagtgatgggtggcaggacatcgtt
gttggggccccgcagtactttgacaggagtggggacatcgggggtgccgtgtacatctac
atgaaccgccaaggcaaatggtcgggggtgaagcctcttcgcttaaacggaaccactgac
tccatgtttggacttgcagttgaaaacgttggggacattaatcaggacggatatccagat
attgcagtaggggctccatatgatggttttggcaaagtatacatttatcatggatccaag
aacggaataaatacaaaaccagcacagattcttgatggtgaaaaaacaaacaccaatttc
tttggttactctattgctggaaatatggacctggataaaaattcttaccctgatgttgct
gttggttccctgtcagattctgtaaacgtgtacagatctcggcctgtgataagcattaga
agaaacattacagttcaccctgatagaattgatctaaagaaaaaaaaccctgaggaccat
ggtgaaattaggatggatgtgaaagcatgttttcaatatactgcaaaccccagagattta
aatccaagaataaagatcaattacacgtttgaagtggagaacgagaggcggcagctgggc
ctgccctccagggtgcgcttcagtgaccactcctctgatcagttcactgcaagcacaacc
ctcaggggacagaactcatggcagtgtgtgactacaaagcttatcctgcaggaaaaaatt
aaagataagctacgtcccattccaatatcagtcagtgttaaaattgctggcctggagtca
ccgtccaagagaaaagagagtgcgcttcctgatcttataccaattctaaattcaaatgaa
tctgaaacagagaccacaaaagtggagttcttaaaagaaggatgtggagacgacaatgaa
tgtcacagcaatcttaagcttcagtaccggttttgtacaagagagggaaatgaagacagg
tttacttatttaccacttgaaaatggcatgccagtgcttgttctgaaagaccaaaaagat
attgccctggaaataacagtgacaaacaatccatctgatgtaaaaaatccacaaaaagat
ggtgaagatgcatatgaagctaaactaattgcaacttttccagacagtctgacatactct
gcattcagagagatgagggcttatcctgaaaaacagctaacgtgtggtgctaaccaaaat
ggttctcaagcagagtgtgaacttggaaatcctttcaaaagaaattctaatgtaaccttt
tatctgatcttaagtaccactaaagttaatgttgatacaacagacttagatattaacttg
aagctagaaacaacaagcactcaagttaatttgactccaattacagccagtgcgaaagtg
gttcttgaattgcttttatcactcactggagttgctaagccttctcaggtatattttgga
ggtaacatcattggtgagagtgctatgaaatctgaagatgatattggaaacctcatagag
tttgaattcagagtaactaacttgggcagaccactgaaaacatttggcactgcttccctg
gacattcagtggccgaaagaaattagtaatggcaaatggctgctttatttgatgaaaaca
gactccaaaggcttggaaaaagtgtcctgtcaacccgagaatgaaatcaacagtttgcat
cttgcggaatcccataactcaagaaggaagcgtgaagttgcagagaagcagattacagac
agccaggcattttctttattctcagaaagaaaatacaagaccttgagctgcagtgtgaat
gcacgctgtgtggacataaagtgtcccctgaagggtttagacagcaaggcatctatcgtg
ctgcgttccagactgtggaacagtaccttcttggaggaatactcaaaaatgaattacctt
gacattcttgttagggcttctatcaatgttcctgttgcagctaagaatgttaaactcaca
aatgaagttgctcaggtgcgtgtaactgtatttcctgaaaaaccagtagccctttacaca
ggagttccgtggtggatcatcgcggtggctatccttgctggaatactcatgcttgcactg
ttggtattcttactatggaagtgcgggttcttccggcgttccaggtacgaagacagtgtc
ccccgctatcacgctgtgagaattcgaaaagaggagcgacagatcaaagatgggaagagc
caagaccctgagacaaaacagtggctcaccaaatggaatgaaaatgaaagttattcttag
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