Xenopus laevis (African clawed frog): 108701717
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Entry
108701717 CDS
T01010
Name
(RefSeq) integrin alpha-L
KO
K05718
integrin alpha L
Organism
xla
Xenopus laevis (African clawed frog)
Pathway
xla04514
Cell adhesion molecules
xla04810
Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:
xla00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04514 Cell adhesion molecules
108701717
09140 Cellular Processes
09142 Cell motility
04810 Regulation of actin cytoskeleton
108701717
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
xla04147
]
108701717
04515 Cell adhesion molecules [BR:
xla04515
]
108701717
04090 CD molecules [BR:
xla04090
]
108701717
Exosome [BR:
xla04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
108701717
Cell adhesion molecules [BR:
xla04515
]
Integrins
Integrin alpha subunits
108701717
CD molecules [BR:
xla04090
]
Proteins
108701717
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
VWA
FG-GAP
ITGAX-like_Ig_3
VWA_2
FG-GAP_3
Integrin_A_Ig_2
Integrin_A_Ig_1
Copine
Motif
Other DBs
NCBI-GeneID:
108701717
NCBI-ProteinID:
XP_018092203
UniProt:
A0A8J0TWQ4
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All DBs
Position
9_10L:complement(124621463..124661765)
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AA seq
1120 aa
AA seq
DB search
MRHLLLGLSLLQVLYVCLGYNLATSAEKEFSGQSGRQFGYRVRQFNTTQGRRILVGDPGS
GQIYSCNVDSESCDVIVGANKTDATKLGLTLEVDPSCSKSIVCGPDKPKDCGDIPYTNGE
CYTIDSNLSISEELKPGHQDCQKAEVDLCFMVDGSSSMGDKEVNIVKEFMKNVINSLKDE
TDVHFAAIQYSTKPKTEFSFADFQKNRNPGTLLANYKLLTGFTNTYKAIQFTLDHIFTNR
SGSRPSAKKVLVMLTDGETTDSDTNNTIQTANTNKLSRYIIGLGQNFKIEDLKAFVSHPT
NEYVRTLAKFDAQQLTTLFEELQRKILSIEGAAQGVKFKREFSSAGLSAALLQNTVVLGD
PGGYEWSGRLLKLEPSVEEPFINNQEDFGYLGYSVKLLEAPEGVFCIAGAPRYQYYGQVI
LLEDYVNGTGWNEIDRVHGKQLGSYFGAEIAVSDLNQDGYSDLVLISAPHYQEERRGGRV
YVYSFTNGSLQSSGILVGDLGHPFAQFGAAVSAMGDLDGDGLCEVAVGAPYETEGRGAVY
IFKGWNSGVQKTYIQRLVAPPGKMGFGLSIHGVLDMTNDGLIDLAIGSWDNVTLHRSKPL
FNVTVNMTFDPPEIPTYQLERTNCESKVTLKACVHLKRLTPQYTRPLRVSLQCNLSLELG
RAFSRVSFKSREREISTTFNFKGDDWQCQNFTLLLTDCSHDDISPVEVLMNVSQIEDGSQ
WLVSQFSNLKTVAQLPLQICGGSDVCTPNLIVRFHSVSSLIVRNADLYSLHLELQNMGEI
GLGVSLNITYPLGLSYRKSNVTEASRRNLLSCKESEARNLICKFSPSSVRHKEWIKIQVM
LDINASMSWPSQIQIEATAMSDNQENKTMISNTTVQVLYPINIITKSLDYSTKYVNFSAH
DQSINVTHHYQIQNLQLGNVPTQVTIVVMTPEQLPNGLKWDSKSVSMGQDVFCGPKTPNW
MTSEVPHSSSDMIFVCEVENLTSISISIIGKLFVAESWKVPTTVSMNSSLVVQYNMNLFH
SETGETFHKSQIITLVELVVLPNNLPYIIGSSVGGVVLLLVICVILYKVGFFKSYKERMQ
EEMQWQEEMPQKCPEGTQDTTAEAEDEPDEPLTLQTAAQD
NT seq
3363 nt
NT seq
+upstream
nt +downstream
nt
atgaggcatcttctcttgggactttctctgctccaagtgttatatgtctgcctgggatat
aaccttgcaacatctgctgagaaggagttctctggccagtccggcagacaatttggttac
agagtgcgacagttcaacacaacccaaggaaggaggatcctagtgggagatccggggtca
ggacagatatactcatgtaatgtcgatagtgaatcttgtgatgtcatcgtgggggccaac
aaaactgacgccaccaagcttggcctgaccttggaagtagatccatcctgcagcaaaagt
attgtatgtggtcctgacaaacctaaagattgtggcgatataccatacacaaatggggag
tgttacacaattgattccaacctgtccatatctgaagaactcaaaccaggccatcaagat
tgccagaaagccgaggtggatctgtgcttcatggtggatggttccagcagcatgggggac
aaagaggtcaatatcgtaaaggaattcatgaaaaatgttataaatagcctgaaggacgaa
accgatgtgcattttgctgctatccagtactcaactaaaccaaagacagaatttagcttt
gctgatttccaaaaaaatcgtaatcctggtactcttctggctaattataagcttttaacg
ggcttcacaaatacctacaaggccatccagtttacactagaccatatatttacaaataga
agtggctcccggcccagcgctaagaaggttcttgtgatgctcacagatggtgaaaccaca
gactcagacactaacaacacaatacagacggccaatacgaataaattgtcacgctacatc
attgggttagggcagaattttaaaatcgaagacctgaaagcatttgtttcccaccctaca
aacgagtatgtaagaacccttgccaaatttgatgcacagcaactgactacgctctttgaa
gaactacagcgcaagattctttctattgaaggtgcagctcagggggtgaaatttaagcgt
gaattttcatctgctggtctcagcgctgcattgctacagaatacagtcgtgctgggtgat
cctggaggctatgagtggtctggacgattattgaaacttgaaccctcagtcgaagaacct
ttcatcaacaaccaagaagattttggatacctgggttactctgtgaagttactagaagca
ccagagggagtattctgcattgcaggggccccaagatatcagtactatgggcaggtgatt
ttactagaagactacgtaaatggtacaggatggaatgagatagacagagtgcatggaaag
cagttaggttcatattttggtgcagagatagctgtctctgacctgaaccaagatggctac
tctgaccttgtgttgatctcagcccctcactatcaggaggagagaagaggagggcgtgtg
tatgtctatagtttcacaaatggttctctccaaagctctggtattctcgttggggatctt
ggtcacccctttgcacagtttggagctgctgtgtcagcgatgggagacctggatggagat
ggtctctgtgaagtggctgtaggagcaccatatgagactgaaggaagaggagcagtctat
atattcaaaggatggaacagtggggttcaaaaaacatacatccagcgcttggtggctcct
cctgggaaaatgggctttggtttgtcgatccacggtgtgcttgacatgacaaatgatggt
cttatagatcttgccataggatcgtgggataatgtaactctccacaggtcaaaaccactt
tttaatgtaacggtgaacatgacatttgaccctccagaaatacccacctatcaattggaa
cgtaccaattgtgaaagcaaagtcaccctgaaggcttgtgtacatctcaaaagacttaca
ccccaatatacaagacccttgagagtatcgctacagtgtaatctttctctggaactgggg
cgtgccttcagtcgggtctctttcaagagccgagagcgagaaatcagtacaacgtttaat
ttcaaaggggatgattggcaatgccagaatttcactctgctcctaacagactgttcccat
gacgatatctctccagtggaggtgcttatgaatgtctctcagatagaggatggatctcag
tggcttgtatcacaattcagcaatctcaaaacagttgcccagcttccccttcagatatgc
ggtggtagtgatgtctgcactcctaatctcattgtacgcttccatagtgtcagttcattg
attgtacggaatgctgatttatattcattgcacctggagttgcagaacatgggcgaaatt
ggtcttggagtcagcctcaatatcacttatccacttggactgtcctaccgcaagagtaac
gtcacagaggcttcaagacgaaaccttttgagttgcaaagagtctgaggcacgaaatcta
atttgtaaatttagcccatcttcagtgagacacaaagaatggatcaaaattcaagttatg
cttgatattaatgccagcatgtcctggccaagtcaaatacagatcgaagcaacagcaatg
agtgataaccaggaaaataagactatgatcagcaacacaaccgttcaagtcctgtatcca
attaatatcatcactaaaagtttggactattccacaaaatatgtaaacttcagcgcacat
gaccaaagtatcaatgtgacccaccactaccagatccagaacttgcagctcggtaatgtc
ccaacccaggtgaccattgttgtgatgacgccagaacagctgcccaacggcctaaagtgg
gactcaaagagcgtctctatgggccaagatgttttttgtggtccaaagactccaaactgg
atgacttcagaggttccacactcttcctcagatatgatatttgtgtgtgaggtggaaaat
ctgacctctatcagcataagcatcattggaaagctatttgttgcagaatcatggaaggta
cccactacagtcagtatgaacagttccttggttgtccagtacaatatgaatttgtttcac
agtgaaacaggagagaccttccacaaatcacagataatcaccctggtggaactggtggtg
ctgcctaataaccttccatatatcattggaagcagtgtggggggagtagtcctgctcctt
gtcatttgtgtcattctgtacaaggttggcttctttaaaagttacaaggaacggatgcag
gaggagatgcaatggcaggaggagatgccacaaaaatgtccagaaggaacacaagacaca
actgcagaagctgaggatgaacccgacgagccccttaccttacagacggctgcccaagat
taa
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