Chelonoidis abingdonii (Abingdon island giant tortoise): 116835794
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Entry
116835794 CDS
T07367
Symbol
ITGA1
Name
(RefSeq) integrin alpha-1
KO
K06480
integrin alpha 1
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Pathway
cabi04510
Focal adhesion
cabi04512
ECM-receptor interaction
cabi04810
Regulation of actin cytoskeleton
cabi04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
116835794 (ITGA1)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
116835794 (ITGA1)
09142 Cell motility
04820 Cytoskeleton in muscle cells
116835794 (ITGA1)
04810 Regulation of actin cytoskeleton
116835794 (ITGA1)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
cabi04147
]
116835794 (ITGA1)
04515 Cell adhesion molecules [BR:
cabi04515
]
116835794 (ITGA1)
04090 CD molecules [BR:
cabi04090
]
116835794 (ITGA1)
Exosome [BR:
cabi04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
116835794 (ITGA1)
Cell adhesion molecules [BR:
cabi04515
]
Integrins
Integrin alpha subunits
116835794 (ITGA1)
CD molecules [BR:
cabi04090
]
Proteins
116835794 (ITGA1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
VWA
FG-GAP
Integrin_A_Ig_1
Integrin_A_Ig_2
VWA_2
FG-GAP_3
FG-GAP_2
vWA_SIBA-E
Motif
Other DBs
NCBI-GeneID:
116835794
NCBI-ProteinID:
XP_032654836
Ensembl:
ENSCABG00000001851
LinkDB
All DBs
Position
Unknown
AA seq
1011 aa
AA seq
DB search
MGSQPLRSRSPGVAVPCGILTALLHLCASFNVDVKNAMTFSGSGEDMFGYTVQQYENEEG
KWVLIGSPLVGQPKKRTGDVYKCPVGKGKSPCIKLNLPANTSVPNVVEVKENMTLGTTLV
TNPKGGFLACGPLYAYQCGHLHYTTGICSNVSSTFEVVNAIAPSVQECKTQLDIVIVLDG
SNSIYPWESVTEFLNRLLKQMDIGPQQTQVGIVQYGQEVVHEFNLNAYMTTDDVLIAAKV
IKQRGGAQTMTALGIDTARQEAFTEARGARRGVKKVMVIVTDGESHDNYKLANVIEDCEH
ESIQRFSIAILGSYSRGNLSTEKFVEEIKSIASEPTEKHFFNVSDELALLSIVEALGERI
FALEATTDQLAASFEMEMSQAGFSAHYSQDWIMLGAVGAYDWNGTVVMQKNSMVLMPRND
TFRDKSSERNEPLAAYLGYTVNSASTPGDVLYIAGQPRYNHTGQVIIYKIVGGDVKILQR
LNGDQIGSYFGSVITTVDINKDSFTDILLVGAPMYMGTEKEEQGKVYLYSLNKTTFEYQM
SLEPMKQTCCSLLKHSSCKNHKNEPCGARFGTAIAPVKDLNLDGFNDIVIGAPFEDDHRG
AVYIYHGTGSSIRKEYAQRIPSGGDGEKVKFFGQSIHGEMDLNGDGLTDVTIGGLGGAAL
FWSRDVAEVNVSMNFTPNKINIQKKNCNMDKKETVCINATICFEVRLKSKEDTINETSIQ
YWATLDSQRQIPRSLFMESQERKIQKNITVKGSECIKHNFYVLDKPDFQDSVKVLLEFNF
SDPENGPVLDSDQPNAVYEYIPFTKDCGIKNKCITDLVLIITAGDSSSPFIIKSSNDKFN
VLLSVRNKKDSAYNTRVLVQYSPNVIFAGIEDIQKDSCESNHNITCKVGYPFLKSGEEIS
FRIVFQFNASYILENATVQVYVTSDSEEPLETLTDNGGDITIPVKYEIGLKFFSNFKDPK
ECHIIIAANETVSAYINTTENTGDEVNINYTIEKVNTFQCHSSLCRFSFPT
NT seq
3036 nt
NT seq
+upstream
nt +downstream
nt
atgggctcccagcccctccgtagcagaagcccaggtgtcgctgtcccatgcgggattctg
acagctctgcttcacctctgtgcatctttcaatgttgatgtcaaaaacgcaatgacgttc
agtggctctggggaggacatgtttgggtacacagttcaacagtatgaaaatgaggaagga
aaatgggtacttattggttctccattagttggccaacccaagaagagaacaggagatgtc
tacaaatgccctgtagggaagggaaaatcaccttgcataaaactgaacctaccagctaac
acttcagttcctaatgtcgtggaagtgaaagagaacatgactcttggaacaactttagtg
actaatccaaaaggaggctttctggcttgtgggccactctacgcttaccaatgtggacat
ttgcattacacaactggcatctgttctaacgtcagttccacatttgaagttgtaaatgcc
attgcaccatctgtacaagaatgtaagacccaactggatattgtcatagttcttgatggt
tctaatagtatttacccatgggagagtgtcacagaatttttaaaccgccttctgaaacaa
atggacataggccctcaacaaacacaggttggaattgttcaatatgggcaagaagtagtc
catgaatttaacctcaatgcttacatgacaacagatgatgtactgattgcagccaaggtg
ataaagcaaagaggtggagcacaaactatgacagcccttggaatagatacagcaaggcaa
gaggcattcactgaggctcgtggtgcacgaagaggagtaaagaaagtaatggttattgtg
actgatggggaatcgcatgacaactacaaattagcaaacgtgattgaggactgtgaacat
gaaagcattcagagattttctattgccattcttggtagctacagcagaggaaatttaagt
acagagaaatttgtggaggaaataaaatcaattgcaagtgaacctactgaaaagcatttt
ttcaatgtctcagatgaattagctcttcttagtattgttgaagcacttggagagagaata
tttgccctagaagctacaacagaccagctggcagcttcgttcgaaatggaaatgtctcaa
gctggcttcagtgctcattattcccaggactggatcatgcttggagcagttggagcatat
gactggaatgggacggtagtcatgcaaaaaaacagcatggttttaatgccaagaaatgat
acatttcgtgacaagtcttcagaaagaaatgaacctcttgcagcttatctaggatacact
gtaaattctgcatcgacacctggagatgtgttatacattgctgggcaacctcgttataat
cacacaggccaagttatcatttacaaaatagtaggaggagatgtaaaaatactacagcgg
ttaaatggagaccaaattgggtcatactttgggagtgttattactacagttgacatcaat
aaagactcatttacagacattctgctagttggagctcctatgtacatgggaacagaaaaa
gaggaacaaggaaaagtgtatttgtattctttgaacaagacaacatttgaatatcagatg
agccttgaacctatgaagcaaacttgctgttcattgttaaagcacagctcctgcaaaaat
cacaagaatgaaccttgtggtgcacgctttgggactgcaattgctccagtaaaggacctc
aaccttgatgggtttaatgacattgtaataggagctccttttgaggatgatcaccgagga
gctgtgtacatatatcatggcactggcagtagtataaggaaagaatatgcccagcgtatt
ccatcaggtggagatggggaaaaagtgaaattttttggtcagtctatacatggagaaatg
gatttaaatggtgatggtctaacggatgtcaccattggaggacttggaggtgctgccctc
ttctggtctcgtgatgtagctgaagtaaatgtttccatgaatttcacacccaacaaaatc
aatatccaaaagaaaaactgtaatatggataaaaaagaaacagtatgcataaatgccaca
atttgttttgaagtcagactaaagtctaaagaagatacaataaatgaaaccagtatacag
tattgggctacacttgattcacaaagacagatacctcgaagcttgttcatggaaagtcaa
gaaaggaagatacaaaaaaatatcactgtcaaagggtcagaatgtattaaacataacttc
tacgtgttggacaagcctgattttcaggactctgtaaaggttttgttggagttcaatttt
tccgaccctgagaatggccccgttctcgatagcgaccagccgaatgcagtgtatgaatat
attcctttcacaaaagactgtggaatcaaaaataaatgtattacagatctggttctgatt
ataacagctggagacagttcctctccattcatcataaagtcaagcaatgataagttcaat
gtgttactgtctgtcaggaataaaaaagacagtgcctataataccagagtcttagtacag
tactctccaaacgttatttttgctggaattgaggatatacagaaagatagttgtgaatcc
aatcacaatattacctgtaaagtgggataccctttcctaaagtctggagaagagatttct
ttcagaatagtattccaattcaatgcttcttatattctggaaaatgctactgttcaggtg
tatgtaacaagtgatagtgaagaaccacttgagaccctgactgacaatggaggagacatt
acaatcccagtaaaatatgaaataggactaaaatttttcagtaatttcaaagatcccaaa
gaatgccatattataattgcagcaaatgaaacagtttctgcatatattaatacaactgag
aacactggggatgaagttaacataaactatacgattgaaaaggtgaacactttccagtgc
cacagctcactctgcagattttcattccctacttga
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