Anolis carolinensis (green anole): 100556105
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Entry
100556105 CDS
T01608
Symbol
itgb4
Name
(RefSeq) integrin subunit beta 4
KO
K06525
integrin beta 4
Organism
acs
Anolis carolinensis (green anole)
Pathway
acs04382
Cornified envelope formation
acs04510
Focal adhesion
acs04512
ECM-receptor interaction
acs04518
Integrin signaling
acs04810
Regulation of actin cytoskeleton
acs04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
acs00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
100556105 (itgb4)
04518 Integrin signaling
100556105 (itgb4)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
100556105 (itgb4)
09142 Cell motility
04820 Cytoskeleton in muscle cells
100556105 (itgb4)
04810 Regulation of actin cytoskeleton
100556105 (itgb4)
09150 Organismal Systems
09158 Development and regeneration
04382 Cornified envelope formation
100556105 (itgb4)
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
acs04147
]
100556105 (itgb4)
04515 Cell adhesion molecules [BR:
acs04515
]
100556105 (itgb4)
04090 CD molecules [BR:
acs04090
]
100556105 (itgb4)
Exosome [BR:
acs04147
]
Exosomal proteins
Exosomal proteins of colorectal cancer cells
100556105 (itgb4)
Exosomal proteins of bladder cancer cells
100556105 (itgb4)
Cell adhesion molecules [BR:
acs04515
]
Integrins
Integrin beta subunits
100556105 (itgb4)
CD molecules [BR:
acs04090
]
Proteins
100556105 (itgb4)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Integrin_beta
fn3
Calx-beta
I-EGF_1
EGF_Teneurin
EGF_integrin
PSI_integrin
Pur_ac_phosph_N
FN3_DSCAM-DSCAML_C
EGF_TEN
EGF_2
SEA
vWA_SIBA-E
Fn3_PBP1
Motif
Other DBs
NCBI-GeneID:
100556105
NCBI-ProteinID:
XP_008102630
Ensembl:
ENSACAG00000006986
LinkDB
All DBs
Position
2:complement(113708817..113784563)
Genome browser
AA seq
1873 aa
AA seq
DB search
MRKKRMDKLLQRLLPRLLLLSLLYSIIQGNEVNRCTASRAESCTMCIRVSKDCSYCTDEN
FKKTRCDFRENLMRHGCSEGSIVVMKGEMLTVQEFNIDTSLKKTQVSPQNVAMRLRAGEE
ASFSMDVFEPTESPLDLYILMDFSYSMSDDLDNLKKMGQQLANFLQDLTSDYTIGFGKFV
DKVTAPQTDMRPTRLREPWTDADPPFSFKNVIRLTHDIDKFSSELMKERISGNLDAPEGG
FDAILQTAVCKENIGWRNDSTHLLVFSTESAFHYEADGANVLAGILRRNDERCHLNRAGT
YTFDTKQDYPSVPTLVRLLGRSNIIPIFAVTNHSYDYYEKLHTYFPISEIGRLQEDSSNI
VELIRMAFERIRSKMDIRAYDTPKAMKTEITSMKYEKTESGSFQVVRGEVGTFNVRVKAH
ENVGGEHVCNLPEKDRKGVIHVKPSSFSHKMEIDASVICDACPCEKQQEVNSARCNFNGN
FVCGLCVCNPGWRGEVCNCSSSSTTDNAACIRPGDTEPCSGQGECLCGVCQCYPDHQIQR
FEGQFCEFDNLQCPRTSGFLCNDRGRCYMGQCACESGWEGPGCECPTSNETCITSNGMIC
NERGRCECGRCICNNPTAFTGPTCEISDLGFARVCREDFQTCVQCQAWGTGEKKGKKCAD
CPFKIRLVDELEQEKDRYPVCAFQDEEDDCIYRYAKIEDANPENNGTVFVQRKKECPPGS
FLWLIPLLILLMLLLGLLLLLCWKFCACCKACLALLPCCARGRTVGFKEDHYLLRQSLMT
SDHLDTPMVRTGNMKGRDTVHWKIKNNVHKQDFSSLPPNPGDLIQYGLSLRLARLFTPNL
AKPHSRECEQLQKDVEENLNEVYRTIPGAHKFQQTKFRLQPNAGKRQDHTIVDTVLPAPR
SAKNEIVKVTEKHVAQEAFNDLKVAPGYYTVIADQDANGLVEFQEGVELVDVRVPLFIRE
DDDDEKQLQVEATDVPVGTAEIRRRLVNITIIKEQANSIISFLQPEYTYSRFDKVAKIPV
VREILDNGKSQITYRTRDLTAQDGKDYNFAEGDLVFLPGEKRKEVQVKLLELTEIDALLH
NRQLKQFVVDLLNPRFGAKVGKYPQTMVTIADPEAIGDVPPAVSTRQVQQSPRGMLGAPL
NPNAQALSSRKIRFNWLPPPGKPAGYKVKYWIQGDPESEARLLDSKVPSAELTNLYPYCD
YEMQSCAYNALGEGLYSEVVHCRTLEEVPSEPGRLAFNVISSTVTQLSWAEPAEPNGVIT
AYEVGYGLVNEGNRPFGPVKKVMVEDYKKRMVLIENLRESQPYRYTVKAKNGAGWGPERE
ATINLATQPKRPISIPIIPDVPIIDAEGGEDYDSYLMYSADVMRSPGGSKHPSVSDDSGS
RWKYVQLLGDELDLRRVAWRLPAERIPRYSDSSCFSSDTEGLLQEDNTPSVLVGSDAPIS
SLPRSGTPRPQPEHMLNGRMDFTYPGSIGSLTRNTTSSYNHLSPHMHHERRVIENSSLTR
EYTSMVSGQDQSRRIFPPIHEDAGRIVPMPQDVAFRRARVKGYNDDTDARESIVITDGPS
WISKYLDSRMQQGVPDTPTRLVFSALGPTSLKVSWQEPHCDKQLQGYSVQYQLLSGGEIR
RLTLPNPTQNSVVVDDLLPNHSYVFKVKAQSDDGWGPEREGVITIESQVDPRSPLSPVPG
SPFTLSTPSAPGPLVFTALSPDSLQLSWERPRQPNGLILGYLVTCETLHGGGEPRNIYVE
GDNPETTLTVPYLSENVPYKFKVQAKTTQGFGPEREGIITIESQDAGVFSQFGTQQFSRE
EVYNIPTEYSTLTSITSSPLDPLYTDGMLMTTQRVESGSTLTKQVTQEFVSRTMMSNSSG
TFSRQTERQFYEA
NT seq
5622 nt
NT seq
+upstream
nt +downstream
nt
atgaggaagaaaagaatggacaagctacttcaaaggttattgcccaggctgcttctatta
tcattgctttatagcatcattcaaggaaatgaagttaaccgctgcacagcttccagagct
gaaagttgtaccatgtgtatccgagtgagcaaggattgctcctattgcactgatgagaac
tttaagaagacccgctgtgatttcagagaaaatctaatgagacacggctgcagtgaagga
agcatagtagttatgaaaggagaaatgttaacagtacaggaatttaacattgatacatct
ctgaagaaaacacaagtgtccccacagaatgtggccatgagactgagagctggagaggaa
gcaagcttttccatggatgtgtttgagcccactgaatctcctctggacctctacattctc
atggacttttcttattccatgtctgatgatttggacaacctgaagaaaatgggccagcag
cttgcaaacttcttgcaggacttgacttctgactataccattggctttggcaagtttgtg
gataaagttacagccccacagaccgacatgagacccacaagactgcgtgagccctggact
gatgctgatcctcctttctcctttaagaatgtcatccggctgactcatgatattgataaa
ttcagcagtgaattaatgaaggagcgtatctcaggcaacctggatgccccagaaggcgga
tttgatgccatattgcaaacagctgtttgcaaagagaatattggctggcggaatgacagc
acccatctcctggtgttctccactgagtccgccttccattacgaagctgatggtgccaat
gtccttgcgggtattctgaggaggaacgatgaaaggtgtcacctgaacagagcaggcact
tacacctttgacaccaagcaggactacccttctgtgcctacccttgtgagactcctgggg
aggagtaacatcatccccatattcgccgtcaccaaccactcctacgattactatgagaag
ctgcacacatatttcccaatctctgaaattggaagactacaggaagattcttctaatatt
gtggaattgataagaatggcttttgagcgcattcgctccaagatggacattcgggcttat
gacacccctaaagctatgaaaacagaaataacatctatgaagtatgaaaaaacagagtct
ggttcattccaggttgttcgcggcgaagtgggaacatttaatgtccgtgtgaaagcccat
gagaatgtgggtggagagcatgtctgcaatcttccagagaaagatcggaaaggtgttatt
catgttaagccttcctctttcagtcacaaaatggaaatcgatgcttcggtcatttgtgat
gcctgcccatgtgaaaagcaacaggaagttaactctgctaggtgcaatttcaatgggaac
tttgtctgtggactgtgtgtttgtaatccaggctggcgaggagaagtctgtaactgctct
tcctcttccactactgacaatgcggcttgtataagacctggagatacagagccttgctca
ggccaaggggagtgtttgtgtggggtttgtcagtgctaccctgatcatcagatccagcgc
tttgagggacagttctgtgaatttgacaacttacaatgtccccgcacatctggattcctc
tgcaatgaccggggccgctgctacatgggccagtgtgcatgtgaaagtggttgggaaggt
cctggctgtgaatgtcccacaagcaatgaaacttgtatcacgagcaatgggatgatctgc
aatgaacgtggtagatgtgaatgtggtcgatgtatctgtaataatcccactgcttttact
ggacccacctgcgaaatcagtgacttgggctttgcacgtgtgtgtagagaagatttccaa
acctgtgtgcagtgtcaggcatgggggactggtgagaagaaaggaaagaaatgtgcagat
tgccctttcaagatccggcttgtggatgagttggaacaagagaaggacagatatccagtt
tgtgccttccaagatgaagaagatgactgcatttaccgctatgccaagatagaggatgcc
aatccagaaaacaacggcactgtttttgtgcaaaggaagaaagagtgcccaccaggaagc
tttctctggcttatccccttgctcattttgctgatgcttctcctaggactgctgttgtta
ttatgctggaagttctgtgcttgttgtaaggcttgcctggctctgctcccctgttgtgca
cgaggtcgcacagttggtttcaaggaggatcactatctgctcaggcagagtctcatgact
tcagatcacctggatacccctatggtgcgcactggcaacatgaaaggcagagacactgtc
cattggaagatcaaaaacaatgtgcacaagcaagacttttcttccttacctcccaatcct
ggggatctgattcagtatggcctgtccctcagattggcccgactcttcaccccaaacctt
gcaaaaccacatagccgtgaatgtgagcaactgcagaaggatgtggaggagaatctgaat
gaggtttatcgcactatcccaggtgcccacaaattccagcagacaaaattcaggttacag
ccaaatgctgggaaaagacaagatcatacaattgtggacactgtactccctgctccccgc
tcagctaagaatgaaattgtgaaagtgacagagaagcacgtggcacaagaggctttcaat
gatctgaaagtggcccctggttattatactgtcatcgctgatcaagatgccaatggcctg
gtagagtttcaggaaggagtggagcttgtggatgtgcgggttcctctcttcatcagggaa
gacgatgatgatgaaaagcagctgcaggtggaggccacagatgtgccagtgggaactgca
gagatccgacgtcgactggtgaacatcaccataataaaagaacaagccaacagcatcatc
agcttcctgcagccagagtatacctacagccgctttgataaggtggctaagattcctgtt
gttcgcgagatactggacaatgggaaatctcagataacatacaggacacgagatctcact
gcccaggacggcaaagattacaattttgcagaaggtgacttagtcttcctgcctggggag
aagcggaaggaagtgcaggtgaaattgttggaactgacagagatagatgctcttcttcac
aatcggcagctgaagcaatttgtggtggatctcctcaaccccaggtttggtgcaaaggtt
ggcaaatacccacagacgatggtgacaatcgctgacccagaagctataggtgatgtgcca
ccagcggtaagcacacgtcaagttcagcagtctcctagaggcatgcttggagccccactt
aatccaaatgcacaagcactaagctctaggaagatccgcttcaactggttacctccacct
ggcaaacctgcaggatacaaggtgaaatactggatccaaggggacccggaatcggaggcc
cgcctgcttgattccaaagtgccatctgctgagttgaccaacctgtacccttactgtgat
tatgagatgcagtcttgtgcctacaatgccctgggcgaggggctttactctgaagtggtc
cactgccgcacactcgaggaagttcctagtgagcctgggcgtttggctttcaatgtaatc
tcttccacggtgacacagctgagctgggctgagcctgctgagcctaatggggtgatcaca
gcctatgaagttggctatgggcttgtcaatgagggaaaccgaccctttgggccagtaaag
aaagtcatggtggaagactacaaaaagcggatggttctgattgaaaacttaagggaatct
cagccctaccgttatacagtgaaggccaagaatggagctggatgggggcctgaaagagaa
gcgactattaacttggccacacaaccaaagcgccctatttccattcccatcatacctgat
gtgcccataatcgatgctgaaggaggagaagattatgacagctacctcatgtacagtgca
gatgtcatgcgctcacctggtggtagcaaacaccccagtgtctcggatgattctggctct
aggtggaaatatgtgcagctgctgggggatgagctggaccttcgtcgtgtcgcctggagg
ctcccagcagaacggatccctcgttactcggacagcagctgcttttcttcggacacagag
ggtctccttcaggaggataacactccctctgtgttagtcggcagtgatgcacccatcagc
agtttgccaagaagtgggactccccggccccaaccagaacacatgttgaatggtcgaatg
gatttcacttaccctggaagtattggaagcctgacccggaacacgacttccagctacaac
catttaagtccacacatgcaccatgagagaagggtaatagaaaactcatctctgacaagg
gagtacacctcaatggtgtctggacaagaccagtccagaaggatatttcctcccatacat
gaggatgctggtaggatagtcccaatgccacaggatgtggccttcaggagggcaagggtg
aagggttacaatgacgacactgatgcacgggaatctatagtcataactgatgggccctct
tggatttccaaatacctagattccaggatgcagcagggtgttccggacactcccacccgc
ttggtgttctcggccctggggcctacctcactgaaagtcagctggcaggagccgcactgt
gacaaacaactgcaaggatacagtgtacagtaccagcttctcagtggaggagaaatacgg
aggttgactctccccaatcccactcagaattctgttgtggtggatgacctgctgccaaac
cactcctatgtcttcaaggtgaaggcccaaagtgatgacggatggggcccagagcgagaa
ggtgtgatcactatcgagtcacaagtcgatccacgcagtcctctgagtcctgttccaggt
tcaccattcaccttgagcacacccagtgctcctgggcctttggtgttcactgccttgagt
cccgactctcttcagctgagctgggagagacctcgccaacccaatggtttgattttgggt
tacctggtcacctgtgagacactgcacggtggaggagaacccaggaatatatatgtggaa
ggggacaacccagagaccaccctgacagtaccttatctgagtgaaaatgttccatataag
tttaaagtgcaagcaaagaccactcaaggatttggaccagaaagagaggggattatcacc
attgaatctcaagatgcaggtgtattctctcagtttggaacacagcagttctccagagaa
gaggtgtacaacatccccacagaatacagcaccctcacgagtataacttcttccccactg
gatcctttgtacacagatggcatgctgatgaccacgcagagagtggagagtggcagcact
ctcaccaaacaagtcacccaggagtttgtctccagaaccatgatgtctaatagcagtggg
acattctccagacagacagagaggcaattctatgaagcttga
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integrated database retrieval system
