Aquarana catesbeiana (American bullfrog): 141127502
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Entry
141127502 CDS
T11018
Symbol
ITGA7
Name
(RefSeq) integrin alpha-7 isoform X1
KO
K06583
integrin alpha 7
Organism
acat Aquarana catesbeiana (American bullfrog)
Pathway
acat04510
Focal adhesion
acat04512
ECM-receptor interaction
acat04810
Regulation of actin cytoskeleton
acat04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
acat00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
141127502 (ITGA7)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
141127502 (ITGA7)
09142 Cell motility
04820 Cytoskeleton in muscle cells
141127502 (ITGA7)
04810 Regulation of actin cytoskeleton
141127502 (ITGA7)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
acat04147
]
141127502 (ITGA7)
04515 Cell adhesion molecules [BR:
acat04515
]
141127502 (ITGA7)
Exosome [BR:
acat04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
141127502 (ITGA7)
Cell adhesion molecules [BR:
acat04515
]
Integrins
Integrin alpha subunits
141127502 (ITGA7)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Integrin_A_Ig_3
Integrin_A_Ig_1
Integrin_A_Ig_2
FG-GAP
FG-GAP_3
Integrin_alpha
Motif
Other DBs
NCBI-GeneID:
141127502
NCBI-ProteinID:
XP_073470117
LinkDB
All DBs
Position
LG02:184572109..184788958
Genome browser
AA seq
1099 aa
AA seq
DB search
MPELWAAVLGAACLLCTGTAFNLDVTHTLIKDGDKGSLFGFSVALHKQMTPEPLSWLLVG
APQAPALPNQFSNRTGGLYGCPLTAEAQKCERLDIDDGVDKNRESKENQWLGGTVKSQGP
GGKIVTCAHLYESRQRVKQPSETRDVIGRCFVLSQDLTTSEDLDGGDWKFCEGRPQGHEM
FGFCQQGLSAGFTSDNHYIMFGAPGTYNWKGELRVELFNQSALDLGTYDDGPYEVAGENS
QKPELIPLPYNSYLGFSVDSGWGVTGKNKLSFVSGAPRANHTGAVVILRRESGSQLVPEL
TLWGENLASSFGYSITLEDLNGDGWNDLVVGAPNFFSRKEEIGGAVYVYINKEGKLDSSP
PIRLNGTDGSMFGLTVGSLGDINQDGFKDIAVGAPFDGSGKLFIYHGSRTGLVTKPAQIL
DGVSVGINTFGYSFSGGLDIDGNSYPDLLVGSLSDTVVLYRSRTVIRVNKDVTVTPQNID
LEQQSCKNGPGICVEFRVCFSYNAFPATYNPKIILRCVFEAEATRRQQAKSSRVFFINRR
PNDPEHQTSTTVELHRQASSRCTTAIFQLQEDITDKLRSIPVTLTYNILEARHKRQSTED
SLPPLMPILSEEEPNVYNTEVNFLKEGCGEDKICQSNLQLNYSFYSRVGNTEQFVALPIE
NKVPVFALTDQKDIILKITVNNFPSDLQNPHLDGDDAHEAQLIASFPDTMAYSAVRPIEG
SKDKLVVCLSNENASRVECELGNPMKRNAEIAFYMVISTPGITIETTELEVKLELATISE
QVNLPVLAKVSVIIELPLSVSGEAAPNRLFYSGRVKGESAMKNEDDVGSSVDVEVTVSSR
GKSLRTLGSAYLNLMWPHEMANGKWLLYPMKIHLKEQVQSGRSMECSPVDAVNPLKLNTV
REDTKTLGLSQSSASRWAISHPAKKKDVVLDCERGTAHCTIFQCPLYSFDQQVVLNVHGR
LWNSTFLEDYPSGSALEVVIRANITVKSSIKNLVLRDASTQISVMLYSDLDIVAHGGVPW
WIFLIAILAGLLLLLLLVSILWKCGFFKRKHYQEKLPQYHAVKIPREERPMVLEEKTGTI
KKKDWVTNWTEDGSVNNYS
NT seq
3300 nt
NT seq
+upstream
nt +downstream
nt
atgcctgagctgtgggctgcagtgctgggtgccgcctgcctcctgtgtacgggaacagcc
ttcaatctggatgtcacacacaccctgatcaaggatggggacaaaggcagcctctttgga
ttctctgtagctcttcacaagcagatgacacccgagcccctcagctggctattggtgggg
gcaccacaggcaccagcattaccaaatcagttctcaaatcgtacagggggtctatatggc
tgtccgttgactgcagaggcccagaaatgtgaaaggcttgacattgatgatggagttgat
aagaatcgagagagtaaagaaaatcaatggcttgggggtaccgtgaaaagtcaaggtcca
gggggaaagattgtgacatgtgctcacctttatgagtctcggcaaagggtaaaacaaccg
tcagaaacaagagatgtcattggtcgttgctttgttctgagccaagatctcactaccagt
gaagacctcgatggaggagactggaaattctgtgaaggtcggccacaaggacatgagatg
tttgggttttgccaacaaggactgtcagctggattcacctcagataatcattatatcatg
tttggggcccctgggacctacaactggaaaggtgagctacgtgtggagctctttaatcag
agtgctctggatcttggtacttacgatgatggtccatatgaagttgctggagaaaacagc
cagaaacccgaactgatcccactgccatacaacagctatcttggtttctcagtggactca
gggtggggggtgacggggaagaacaagctgagctttgtaagcggtgccccccgagcaaat
cacacaggggctgtggttatcctgcgccgagagagtggaagccaacttgtcccagagcta
acgctttggggggagaatctggcctcatcctttggttactctataacgcttgaggacctc
aatggtgatggctggaatgacctagtggtaggtgctcccaatttcttctcccgaaaggag
gaaattggtggtgccgtctatgtctacataaacaaagaagggaaactggacagctctcct
cctatacggctgaacggaacagatggttccatgtttgggttaacagtgggcagcttggga
gatatcaaccaggatggattcaaagatattgctgttggggcaccatttgatggcagtgga
aaactattcatatatcatggaagccgaacaggattggtgaccaaaccagcacagatcttg
gatggagtgagtgttgggataaatacctttggttattcgttttctggtggccttgatatt
gatggaaactcctatccagatctgctagtgggatctttatctgacacagtggtcctctac
agatctcgcactgttattcgtgttaataaagatgtcactgtaactccccaaaacattgat
ctggaacagcaaagttgcaaaaatggccctgggatctgtgtggaatttagagtatgtttc
agctataacgccttccctgcaacctacaatccaaagatcattttgagatgtgtatttgag
gctgaggcaactaggaggcaacaagcaaagtccagtcgtgtttttttcataaacagacga
ccaaatgatccagaacaccagactagtactacagtagaactccaccgacaggcctccagc
cgctgtactaccgccatattccaacttcaggaggacattacagacaaacttcgatcgatc
ccagtgactctgacttacaatatcctagaagcaagacacaagcggcagtctacagaagac
tcgctgccccctctcatgcctatccttagtgaagaagagcccaatgtctacaacactgag
gtaaactttctgaaagaaggctgcggagaggacaaaatatgccaaagtaaccttcagttg
aactatagtttctactctcgcgttggcaacacagagcagtttgttgcattgcccattgag
aacaaggttcctgtgttcgcactcactgaccagaaagacattatcctcaagattacagta
aataattttccttctgacctacaaaatccccaccttgatggagatgatgcccatgaagcc
cagctaatagcaagctttcctgacaccatggcctactcagctgtccgtccaattgaggga
tccaaggacaagttagtggtgtgtctttccaatgaaaatgcatcccgggttgaatgtgaa
cttggcaacccaatgaaaaggaatgctgagatagcattctatatggttatcagcactcca
gggatcactatagaaacaacagaattggaggtgaaacttgaactggccacgataagtgag
caagtgaatctgccagtactggccaaagtcagtgtgatcattgaactgccgctgtctgtc
tctggagaggctgcaccaaacagactgttctatagtgggcgggtaaagggagagtcagcc
atgaagaatgaagatgatgtgggcagttctgtggatgtggaagtcacagtatcaagtcgg
ggaaaatcattgcgaacgctaggttctgcctacctgaacctgatgtggccacatgaaatg
gcaaatgggaaatggctcctgtacccaatgaaaatccacctgaaggagcaggtgcaatct
ggccgtagcatggagtgcagtcctgtagatgcagtcaaccccctcaaactgaatacagtg
agagaagacacaaaaacccttgggctaagtcaaagctcagcaagtcggtgggcaatctca
catccagcaaagaagaaggatgttgttttggattgtgaacgtggcactgctcactgtacg
atatttcaatgtcctctgtacagttttgaccagcaggtggtgctcaatgtccatggacgt
ctttggaatagcacatttttagaggactatccatctggaagtgctctagaggtggtaatc
agagcaaatatcactgtgaagtctagtattaagaacctagtactgagagatgcttcaaca
cagatctctgtcatgctgtactctgatcttgatattgtggcacatggaggagttccttgg
tggatctttcttattgcaattctggctggcttactactactattactcctagtctctatc
ctatggaagtgtgggttttttaagaggaagcattaccaagagaagctgccacagtaccac
gctgtgaagatcccacgggaggagagacccatggttctggaggagaagacagggaccatt
aaaaagaaagactgggtgacaaactggactgaggatggctctgtaaacaattattcctaa
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