Protobothrops mucrosquamatus (Taiwan habu): 107291524
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Entry
107291524 CDS
T05763
Symbol
ITGA6
Name
(RefSeq) integrin alpha-6
KO
K06485
integrin alpha 6
Organism
pmur
Protobothrops mucrosquamatus (Taiwan habu)
Pathway
pmur04382
Cornified envelope formation
pmur04510
Focal adhesion
pmur04512
ECM-receptor interaction
pmur04514
Cell adhesion molecules
pmur04810
Regulation of actin cytoskeleton
pmur04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
pmur00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
107291524 (ITGA6)
04514 Cell adhesion molecules
107291524 (ITGA6)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
107291524 (ITGA6)
09142 Cell motility
04820 Cytoskeleton in muscle cells
107291524 (ITGA6)
04810 Regulation of actin cytoskeleton
107291524 (ITGA6)
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
107291524 (ITGA6)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
pmur04147
]
107291524 (ITGA6)
04515 Cell adhesion molecules [BR:
pmur04515
]
107291524 (ITGA6)
04090 CD molecules [BR:
pmur04090
]
107291524 (ITGA6)
Exosome [BR:
pmur04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
107291524 (ITGA6)
Exosomal proteins of breast milk
107291524 (ITGA6)
Cell adhesion molecules [BR:
pmur04515
]
Integrins
Integrin alpha subunits
107291524 (ITGA6)
CD molecules [BR:
pmur04090
]
Proteins
107291524 (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
Herpes_LMP1
DUF4381
Motif
Other DBs
NCBI-GeneID:
107291524
NCBI-ProteinID:
XP_015676014
LinkDB
All DBs
Position
Unknown
AA seq
986 aa
AA seq
DB search
MGVTVRSQGPGGKIVTCAHRYEKRYYVNTEQETRDIIGRCYVLSQDLSISANEYMDGGEW
SFCEGRPRGHEKFGSCQQGVAATFTKDNHYIAFGAPGTYNWKGVVRAEQKNHTLDEMGIF
DDGPYELGGESLRSESLVPVPANSYLGFSLDSGKGIVSKEEVTFVSGAPRANHSGAVVLL
KKDSDIQRALSSVHIFEGEGLASSFGYDVAVVDLNNDGWQDIVVGAPQYFEKEGGIGGAA
YVYINQEGKWDRVNPIRLNGSKDSMFGIAVENVGDVNKDGFPDIAVGAPYDGEFGRVYLY
HGSRDGIKTTPAQTLDGATNNVIFFGYSITGNMDLDGNSYPDIAVGSLSDSVSVYRSRPV
ISIKKTIMISPDRIDLNMRNCEASSSLCLNIRSCFEYTASEPNFNQKIILNYTFEAESER
KQLGLPPRVHFSKLRSVPFSGSVTLKGQKVEECVPSRLELEEKIKDKLRPIRVSLSVAIH
SPETSVKPRRRQGRSLPDLTPILDANEPKTVHSEVQFLKEGCGSDNICHSNLKMHYRFCT
KEGNEDRFAYFPMENNVPVLVLKDQKDIALEITVTNSPSSAMDPLKDGEDAHEARFVATF
PDSLTYSAFREWKSFPEKILSCGANPNGSQVECELGNPFKRNSTVTFYVILSTTKVNVDT
KELDINLKLETTSNQTNLEPITAKAKVVIELLLSLTGVAKPSQVYFGGNIVGESAMKSED
NIGSLIEYEFRITNLGKPLKTFGTAFLEIMWPKELKGGKWLLYLVSIHSKELGELQCTPQ
NEINLLNVQRSQNSRIKREVAEKQIEGSKSFSLFTERKYKTLECNEEANCVNVTCSLQGL
DSKAIVVLRSRLWNSTFLEEFYKMNYLDIPVRARIGISAADNVKLANEATNVRVTVFPAK
TVALYKGVPWWIILVAILAGLLMLALLVFLLWKCGFFQRSRYDDSIPRYHAVRIRKEERQ
IKDGKAKENHAKKQWMTKWNGNESYS
NT seq
2961 nt
NT seq
+upstream
nt +downstream
nt
atgggtgtaactgtgcgaagtcaggggccaggtgggaaaattgtgacctgtgcacatcgc
tacgagaaaaggtattatgtcaacactgaacaggaaacccgagacatcattgggaggtgc
tacgtgctgagtcaggatctttccatttccgccaatgagtatatggatggtggggaatgg
agcttctgtgaaggccgaccgaggggccatgagaaatttggctcctgccaacaaggtgtc
gcggccacatttaccaaagataatcattacattgcatttggtgcaccagggacctataac
tggaaaggcgtggtgcgggcagagcaaaagaatcacacccttgacgaaatgggcatattt
gatgatgggccttatgaactcgggggtgaaagcctgcgaagtgaatccctggttcctgtt
cctgctaacagttatttagggttttctttggactctggaaaagggatcgtttctaaggag
gaggtcacttttgtttctggtgccccgcgagccaaccatagtggggcggtggtcctgctg
aaaaaagacagtgacatccagcgggccttgtcctctgtacacatatttgaaggcgaaggg
cttgcctcttccttcggctatgatgtggctgttgtggacctcaacaatgatggttggcaa
gatattgtggttggagccccacagtattttgaaaaagaaggaggaattggcggtgctgca
tatgtgtatattaatcaggaaggcaaatgggacagagtaaacccaattcgcctcaatgga
tctaaagattccatgtttgggattgcagttgaaaacgttggtgatgttaataaagacggc
tttccagatattgctgtgggggctccttatgatggagagtttggcagggtatatctctat
catggctccagggatggaattaaaacaacaccagcacagactcttgatggcgcgacaaat
aatgtgatattctttgggtattctatcacgggaaatatggatcttgatggaaactcttac
cctgacattgctgttggatcgctttcagatagtgtttcagtttacaggtcaaggcctgta
ataagcattaagaaaaccattatgatctctccagacagaattgatctgaatatgaggaac
tgtgaagcgtccagtagcctttgcctgaacattagatcatgttttgaatatacagctagc
gagcctaacttcaatcaaaaaataattttgaactatacatttgaagcagaaagtgagagg
aagcaattaggcttgccaccaagagtgcatttttctaagcttcgctctgttccatttagt
ggaagtgtaactctcaaaggacagaaggtggaagagtgtgtgcctagcaggctcgaatta
gaggaaaaaatcaaagataaattgcgtccaattcgtgtatctcttagcgttgcaattcat
agtcctgagacctctgtaaaacccagaagaagacagggaaggtcactgccagatcttacc
ccaattctggatgccaatgagcccaaaactgtgcactcagaggtgcagtttctgaaagaa
ggctgtggatcagacaacatatgccacagcaatttgaagatgcattacagattttgcacc
aaagagggaaacgaggacagatttgcctatttccccatggaaaacaatgttccagtgctt
gttctcaaagaccagaaagatatcgcccttgaaatcacagtgacgaacagtccttccagt
gccatggaccccctaaaagatggcgaagatgctcatgaagcgagatttgtagcaaccttt
ccagacagcttgacttattctgctttcagggagtggaagagctttccggaaaaaatcctc
tcctgtggtgctaatccaaatggttctcaggtggagtgtgaacttggaaatcctttcaaa
agaaattctactgttacattttatgtgattttaagtacaaccaaggttaacgttgatacg
aaagagctggatatcaatttgaaactggaaacgacaagcaatcagactaatttggaacca
attaccgcgaaagctaaagttgttattgaactgcttttatcacttacaggggttgctaag
ccttcccaagtgtattttggaggtaatatcgttggggaaagtgcaatgaaatctgaagat
aatatcggtagtttaattgaatatgagttcaggatcacgaacctaggtaaaccactgaaa
acatttggtacagctttcttggaaattatgtggccaaaagaactgaaaggagggaagtgg
ttgctatatttggtttccattcattcgaaggaattaggagaattacagtgtactcctcaa
aatgaaataaaccttttgaacgttcagcggtctcaaaattcacggataaaacgtgaagtt
gcagagaagcagatagagggtagcaaaagcttttctttgtttacagaaagaaagtataag
acattggaatgcaatgaagaggcaaactgcgtcaacgtaacatgttccttgcaaggctta
gacagtaaagccatagtagtactgcgctcaaggttgtggaacagcacttttctagaggaa
ttctataaaatgaactatctagacattcctgttagagctagaattggcatttctgctgcg
gataacgtcaagctggcaaatgaagctacaaatgtacgagttactgtctttcctgcaaaa
acagtagctttatataaaggagttccttggtggatcatcttggttgctattctcgctgga
ttattaatgcttgctttgttggtgttcttattgtggaagtgcgggttcttccagcgttcc
aggtacgatgacagcatcccccgctaccatgctgtaagaattcggaaggaagaaaggcag
attaaagatggaaaagctaaagagaaccatgcaaaaaaacagtggatgacaaaatggaat
ggaaatgaaagttattcctag
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