Ficedula albicollis (collared flycatcher): 101819955
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Entry
101819955 CDS
T02815
Symbol
ITGA4
Name
(RefSeq) integrin subunit alpha 4
KO
K06483
integrin alpha 4
Organism
fab
Ficedula albicollis (collared flycatcher)
Pathway
fab04510
Focal adhesion
fab04512
ECM-receptor interaction
fab04514
Cell adhesion molecules
fab04672
Intestinal immune network for IgA production
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
101819955 (ITGA4)
04514 Cell adhesion molecules
101819955 (ITGA4)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
101819955 (ITGA4)
09142 Cell motility
04820 Cytoskeleton in muscle cells
101819955 (ITGA4)
04810 Regulation of actin cytoskeleton
101819955 (ITGA4)
09150 Organismal Systems
09151 Immune system
04672 Intestinal immune network for IgA production
101819955 (ITGA4)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
fab04147
]
101819955 (ITGA4)
04515 Cell adhesion molecules [BR:
fab04515
]
101819955 (ITGA4)
04090 CD molecules [BR:
fab04090
]
101819955 (ITGA4)
Exosome [BR:
fab04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
101819955 (ITGA4)
Exosomal proteins of other cancer cells
101819955 (ITGA4)
Cell adhesion molecules [BR:
fab04515
]
Integrins
Integrin alpha subunits
101819955 (ITGA4)
CD molecules [BR:
fab04090
]
Proteins
101819955 (ITGA4)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Integrin_A_Ig_1
FG-GAP
Integrin_A_Ig_2
Integrin_A_Ig_3
FG-GAP_3
Integrin_alpha
Motif
Other DBs
NCBI-GeneID:
101819955
NCBI-ProteinID:
XP_005049356
UniProt:
U3JLP4
LinkDB
All DBs
Position
7:complement(14397220..14425335)
Genome browser
AA seq
965 aa
AA seq
DB search
MTCARERQRSNPPNPNCCLVPPEFLGAPVVLHPIPKSIALCLLGHPSGERCGKTCLEERD
NQWLGVSLSRQPKESGSIVACGHRWKNVFYVKNEHKLPHGICFAIPPDFRTELSRRICPC
YIDHARKFGENHGSCQAGMSSFYIEDLIIMGAPGSFYWTGSVFVYNTTANTIHAYTDSNN
QVKFGSYLGYSVGAGHFLTPSSTEVIGGAPQQEQTGKAYIFSIERQLNILFELRGKKLGS
YFGAAVCAVDLNSDGFSDLLVGAPMQSTIREEGRVYVYINSGSGAKMEELNIELSGSDSY
AARFGESIANLGDIDNDGFEDVAIGAPQEDNLKGAVYIYNGRQDGITPSFSQRIQAQEIS
NSLSMFGQSISSGIDVDNNGYQDVAVGAFFSDSAVVLRTKPVIIVEASIKHSSSINRTKL
DCMENEQPATCMNLKICFTYRGREVPGYIVLLYNLSVDVNRKEDTQARFYFSSNGTYDTI
SGKVKIYSNITACKDHPAFMRKDVRDILTPVHVEASYHLGHHILQKRNVQEFSPLQPVLQ
RRKEKDVIKSKFVFARFCSQENCSADLRVSGKVVFPKPHDKKVYLGVGSVKTLLLNISLL
NVGDDAYGTVLHIQIPKGLYYIRVLELEEKQIHCAVLDKEINAVTLECSVGYLYVDHNSK
LDYSFLLDASSLTRAEEDLNIIINATCKNEVGNMLLDNMLTLPIPLKYEIELTAHGFVSP
TSFVYGAEEKYSPVTCMKENINFTFHVINAGPSMSPNTNLEIMIPNAFPPRDSRLFNPLD
IKTTAGHCSYNKYPRNCTAAEKNENILKDVITFFSKPTKRHMYCMKNDSLCLQIHCQLGN
MESGKEATVHLHLEATPLLLQMDDASVLKFEVRATAWPEKNAKVIELHKDKQVAYVYLEG
MHHQKPKYHVTVLIISLGLIVGVTLLLLLSFILWKIGFFKRKYKPVPQDVNRRDSWSFKS
GNKSD
NT seq
2898 nt
NT seq
+upstream
nt +downstream
nt
atgacttgtgcgagagagagacagaggtcaaatccaccaaacccaaattgctgccttgtg
cccccagagttcctaggtgctcctgttgttcttcaccccatcccaaagagcattgctctt
tgtctcctaggccatcccagtggagagcgctgtgggaagacttgtctggaggagcgggat
aatcagtggctgggtgtcagcttgtcgaggcagcccaaggagagcggctctatcgttgcc
tgtggacataggtggaaaaatgtgttttatgtgaaaaatgagcacaaactgccacatggt
atttgttttgccatccctcctgattttcgaactgagctgagcagaagaatatgtccatgc
tatatagatcatgcacgaaagtttggagaaaaccatgggtcatgtcaggctggaatgtct
agtttttacattgaggacttaattataatgggagcccctggatcattttattggactggt
tctgtttttgtatacaatacaactgcaaatacaatccacgcttacacagattcaaataac
caagtgaaatttggcagttatctagggtattctgttggagctggacattttctgacacca
tccagtacagaagtaattggaggggctccccaacaggagcagactggtaaagcatatatt
tttagcattgagaggcaactaaatattctatttgaactaaggggtaaaaagcttggttct
tactttggagctgcagtttgtgctgtggacctgaattcagatggcttctcagacttacta
gttggtgctccaatgcaaagtactatcagagaagagggaagagtttatgtctatattaat
tcaggttctggagcaaagatggaagagctgaacatagagctcagcgggagtgactcgtat
gcagcaaggtttggagagtccatagccaatctaggagacatagataatgatggctttgaa
gatgtggcaattggggctccacaagaagataatctaaaaggggcagtttatatatacaat
ggcaggcaagatggaataacaccatcgttttcacagagaatacaagcacaagaaatcagt
aattctttaagcatgtttggacagtccatatcaagtggcattgatgtagataacaatggt
tatcaagatgtagcagttggtgcatttttctctgattctgctgtggtgctgagaacaaag
ccagtgataattgttgaagcttctataaagcattctagttcaataaatcgaactaagtta
gactgcatggaaaatgagcagcctgccacctgtatgaatttgaagatatgctttacctat
agaggacgggaggtgcctggttacattgtattgctttataatctgagtgttgacgtgaac
agaaaagaggatacacaagcaagattttatttttcctccaatggaacatatgatacaatc
tcaggaaaagtgaagatttacagcaatattactgcctgcaaagaccatccagcatttatg
aggaaagatgtaagggatatcttgactcctgtacatgttgaagcaagttatcatctgggg
catcatattctgcagaaaagaaatgttcaagaattttcaccacttcaacctgttcttcaa
cgcaggaaagaaaaagatgttataaaaagcaagtttgtttttgcaagattttgctcccaa
gaaaattgttcagctgacttgagagtttctggaaaagttgtttttccaaagcctcatgac
aagaaagtgtaccttggtgttggaagtgtgaagactttactgctgaacatttctctgctt
aatgttggagatgatgcatatgggactgtcctccacattcagatccctaaaggtctttat
tacattcgagttttagaattggaagaaaaacagatacattgtgcagtattagataaagaa
attaatgcagtgacacttgagtgcagtgttggctatttatatgtggatcacaactcaaag
ctggattatagtttcctcttggatgcaagctcattaaccagagcagaagaggacctcaac
atcatcattaatgctacctgtaaaaatgaagttgggaacatgttgctggacaacatgcta
actttacctatacctctgaaatatgagatcgagttaactgctcatgggtttgtgtcacca
acttcatttgtttatggagcagaagagaaatattcaccagtgacatgtatgaaggaaaat
atcaacttcactttccacgttatcaatgcaggaccaagcatgtctccaaataccaactta
gagataatgataccaaatgcttttccacccagggactccaggttattcaacccactggat
atcaagacaacagctggacactgctcctataataaatatccaagaaactgtactgcagca
gaaaaaaatgaaaacatattgaaggatgtcatcacttttttttcaaagcctactaagagg
cacatgtactgcatgaaaaatgacagcctttgcttacaaatacattgccagctgggaaac
atggaaagtggaaaagaagcaactgttcacttgcatctagaggccactcctttactttta
caaatggatgatgcatcagtattgaagtttgaagtaagagcaacggcctggccagaaaaa
aatgcaaaagttattgaactacataaggacaagcaagttgcatatgtctatttggaagga
atgcaccaccaaaagccaaaataccatgttactgtgctaattatttccctaggtttaata
gttggtgttaccttgttactgcttctttcatttatattatggaagattggctttttcaaa
agaaaatacaaaccagtccctcaagacgtgaacagaagagacagttggagttttaaaagt
gggaacaaaagtgactaa
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