KEGG   Pogona vitticeps (central bearded dragon): 110085179
Entry
110085179         CDS       T05000                                 
Symbol
ITGB4
Name
(RefSeq) integrin beta-4 isoform X1
  KO
K06525  integrin beta 4
Organism
pvt  Pogona vitticeps (central bearded dragon)
Pathway
pvt04510  Focal adhesion
pvt04512  ECM-receptor interaction
pvt04810  Regulation of actin cytoskeleton
pvt04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:pvt00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    110085179 (ITGB4)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    110085179 (ITGB4)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    110085179 (ITGB4)
   04810 Regulation of actin cytoskeleton
    110085179 (ITGB4)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pvt04147]
    110085179 (ITGB4)
   04515 Cell adhesion molecules [BR:pvt04515]
    110085179 (ITGB4)
   04090 CD molecules [BR:pvt04090]
    110085179 (ITGB4)
Exosome [BR:pvt04147]
 Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   110085179 (ITGB4)
  Exosomal proteins of bladder cancer cells
   110085179 (ITGB4)
Cell adhesion molecules [BR:pvt04515]
 Integrins
  Integrin beta subunits
   110085179 (ITGB4)
CD molecules [BR:pvt04090]
 Proteins
  110085179 (ITGB4)
SSDB
Motif
Pfam: Integrin_beta fn3 Calx-beta Integrin_B_tail I-EGF_1 Pur_ac_phosph_N PSI_integrin EGF_2 SEA
Other DBs
NCBI-GeneID: 110085179
NCBI-ProteinID: XP_020660742
UniProt: A0A6J0UJA8
Position
Unknown
AA seq 1799 aa
MRKKRMGKILHRTLCGLLLLSLLYSFSQGSTDNRCTASMAKSCTECIRVSKDCSYCIDEE
FKKARCDFKDNLERHGCSEKSIVFMKGEMLTIEEFYIDTSLKKTQVSPQKMKLRLRAGEE
SNFNMAVFEPLESPVDLYILMDFSYSMSDDLNNLKKMGQQLANFLTDLTDDYTIGFGKFV
DKVTTPQTDMRPERLREPWTDADPPFSFKNVIRLTHDIDKFSNELIKERISGNLDSPEGG
FDAILQTAVCRDHIGWRNDSTHLLVFSTESAFHYEADGANVLAGILRRNDEECHLNRAGT
YTFDTKQDYPSVPNLVKLLGKSNIIPIFAVTNHSYSYYEKLHTYFPISEIGRLQEDSSNI
VELIRTAFERIRSKMDVRPYNIPKAMKMEITSTKYEKTQSGSFNIVRGEVGTFNVHVKAY
EKVAEEHVCNLPEKDRKRVIHIKPSSFSDEMEIDASIICDACPCEQQQEINSPRCSFHGN
FVCGECVCNPGWRGRVCNCSTSSSTDNAACIRPNDTEPCSGRGECVCGVCQCYPEYLTQR
FEGQFCEFDNLQCPRTSGFLCNDRGRCYMGQCACEIGWTGPGCECPTNNETCISSNGVIC
NGRGRCECGRCICDNPKVFTGPTCEVTDLGFQRVCTENVRTCVQCQAWGTGEKKGKKCAD
CPFKIRLVDELKQEEEINMICSFQDEEDDCMYYYTKADDTDLHGNGTVHVQRKKECPAGS
FLWLIPLVILLMLLLGLLLLFCWRFCACCKACLALLPCCARGRTVGFKEDHYLLRQSLMT
SDHLDTPMVRSGNLKGRDTVHWKIKNNVHKQDFSSLALNPKDLIPYGISLRLARLFTQNL
AKPDSREREQLQKQVEENLNEVYRTISGAHKVQQTKFRLQPNAGKRQDHAIVDTVLPAPR
SAKNEIVKVTEKHVSQEAFNDLKVVPGYYTVIADQDAHGLVEFQEGVEVVDVRVPLFIRE
EDDDEKQLQVEAIDVPVGTAEIGRRLVNITIIKEQANSIISFLQPEYSYSRFDQVAKIPV
TRDILDNGKSQITYRTRDLTAQEGRDYVFAEGDLVFLPGEKRKEVQVKLLELTEIDALLH
NKQLKQFAVDLVNPRFGAKVGKYPQTMVTIVDPEAVDGIPSMVGLGQLPQSPRGLLAAPL
NPNAQALSSRKIRFNWLPPPGKPAGYKVKYWIQGDPESEAHLLDSKVPSAELTNLYPYCD
YEMQSCAYNAMGEGLYSEVVHCRTLEEVPSEPGRLAFNVISSTVTQLSWAEPAETNGVIT
AYEVGYGPVNEENRPIGPVKKVMVEESKKRMVLIENLRESQPYRYTVKAKNGAGWGPERE
ATINLATQPKRPISIPIIPDVPIIDAEEREEYDSYLMYSTDVMRSPAGSKHPSVSDDSEH
MMNGRMDFTYPGSIGSLTRNVTSNSTYLSPHIHHERRVIGNSSLTREYTTMMSGYDHSRR
KFPPIHEDAGRTVLMPKDVGFMRAKVKGYYGNSDARDSIIMTDGPSWISSYLDSKTQQGV
PDTPTRLVFSALGPTSLKVSWQEPQCDKEVQGYSVQYQLLSGGEIRRLTIPSPTQNSVVV
DDLLPNHSYIFKVKAQSDEGWGPEREGVITIESQVDPRSPLSPVPGSPFTLSTPSAPGPL
VFTALSPDSLQLSWERPRQPNGLILGYMVTCETLHGGGEPRNIYVEGDNSETTLTVPYLS
ENVPYKFKVQAKTTQGFGPEREGIITIESQDAGAFSQFGTQQFTREEVFNLPTEYSTLTR
ITPSSLDPSYADGMVMTTQRVESGSTLTKQVTKEFVSRTMMSNSSGTFSRQAERQFYDA
NT seq 5400 nt   +upstreamnt  +downstreamnt
atgaggaagaaaagaatgggcaagatactccacagaacgttatgtgggctgcttctgttg
tcacttctttatagcttcagtcaaggaagcacagataatcgctgcaccgcttccatggcg
aaaagctgtactgaatgtataagagttagcaaggactgctcttattgtattgatgaggag
ttcaaaaaggctcgctgtgatttcaaagacaacctagagagacatggctgcagtgagaag
agcatagtatttatgaaaggagaaatgttaacaattgaggagttttacattgatacatcc
ctgaagaaaacccaggtgtctccacagaaaatgaaactgaggctgagagctggtgaggag
tcgaattttaacatggccgtgtttgagccccttgaatctcctgtggacctctacattctc
atggacttttcctactcaatgtctgatgacttgaacaaccttaaaaaaatgggccagcaa
ctggcaaacttcttgacagatctgactgatgactatacaattggatttggcaagtttgtg
gataaagtaacaactccacagacagacatgcggcctgagcgattgcgtgaaccctggaca
gacgctgaccctccattctcctttaagaatgtcatccgcttaactcatgatatcgataaa
ttcagtaatgaattaattaaggagcgtatttcgggcaatctggattccccagaaggtgga
tttgacgcaatattacaaactgctgtttgcagggatcatattggatggcggaatgacagt
actcatcttctggtgttttccactgagtctgccttccattatgaagctgatggtgccaat
gtccttgcgggaattctgaggaggaatgatgaagagtgccatctgaaccgagcaggcact
tacacctttgacaccaagcaggattatccctctgtgcctaaccttgtgaaactgctggga
aaaagcaacatcatccccatatttgctgtcaccaaccattcttacagttactatgagaaa
ttgcacacatatttcccgatctctgaaattggaagactgcaagaagattcctctaatatt
gtggagttgatccgtacagcttttgagcgtattcgttccaagatggatgttagaccttat
aatatccccaaagccatgaaaatggaaataacatccacaaagtatgaaaaaacacagtct
ggttcattcaacattgttcgtggtgaagtggggacattcaatgtgcatgtgaaagcctat
gagaaagtagcggaagagcatgtgtgcaacctcccagagaaagaccggaaacgtgttatc
cacattaagccctcgtctttcagtgatgaaatggagattgatgcttccatcatttgtgat
gcctgcccttgtgaacagcaacaggaaattaattctcctaggtgcagtttccatgggaac
tttgtctgtggagagtgtgtttgcaatccaggctggcgaggaagggtgtgcaactgctct
acatcttcctctacagacaacgctgcttgcatcaggccaaatgataccgaaccctgctcc
gggcgaggggaatgtgtctgtggcgtgtgtcagtgctatccagaatatctgacccagcgc
tttgagggacaattctgtgaatttgacaacttgcagtgtccccgtacttctggattcctc
tgcaatgaccggggtcgctgttacatgggtcagtgtgcctgtgaaattggttggacagga
cctgggtgtgagtgtcccacaaacaacgaaacttgcatcagcagcaatggggtgatttgt
aatggacgtgggagatgtgaatgtggccggtgcatctgtgacaaccccaaggtcttcact
ggtcccacttgtgaagtcactgacctgggctttcagcgtgtgtgtacagaaaatgtccga
acgtgtgtgcaatgccaggcttgggggactggagagaagaagggaaagaaatgtgcagac
tgccctttcaagatccgactggtagatgaactcaaacaagaggaagagatcaatatgatt
tgttccttccaagatgaagaggatgattgcatgtactactataccaaggcagatgatact
gacctacatggcaatggcactgtgcatgtgcaaagaaagaaagagtgcccagcgggaagc
ttcctttggcttatacccttagtcatcttactgatgcttctcctgggattgctgcttcta
ttctgctggaggttctgtgcctgctgcaaggcttgcctggctctgctgccctgttgtgcg
cgaggtcgcaccgttggtttcaaagaggaccactatctgctcaggcagagtcttatgacc
tcagatcacctggacactcccatggtacgcagtggcaacctaaaaggcagagatacggtc
cactggaagatcaagaacaacgtacacaaacaagacttctcttccttagctctcaaccca
aaggacttgattccttatggtatatctctcagattggcccggctcttcacccaaaacctt
gctaaaccagacagccgcgaacgtgagcaattgcagaagcaagtggaggaaaatctgaat
gaggtttacagaactatctcaggtgcccacaaagtccagcagacaaaattcaggttacaa
ccaaatgctgggaaaagacaggaccacgcaatcgtagacactgtactccctgctccccgc
tcagcaaagaatgagatagtgaaagtaacagagaagcatgtctcgcaagaggctttcaat
gatctgaaagtggtgcctggttactacactgtaatcgccgaccaggatgctcatggactg
gtagagtttcaggaaggagtggaagtggtcgatgtccgggttcccctcttcattagggaa
gaggatgatgatgagaaacagctgcaagtggaagccatagatgttcctgtgggaactgca
gagattggccgacggttggtcaacatcaccataataaaagaacaagccaacagcataatt
agcttcttgcagccagaatattcatacagccgctttgaccaggtggctaagatacctgtg
actcgtgacatattggacaatgggaaatcccagataacctacagaacgcgtgatctcacc
gcccaggaaggcagagattatgtatttgcagaaggcgatttggtcttcctgcctggggag
aagaggaaggaggtgcaggtaaaattgctggagctgacagaaatagatgccctgcttcac
aataagcagctgaagcagtttgcagtggatctcgtcaaccccaggttcggtgcaaaagtt
ggcaaataccctcaaaccatggtgacaattgtcgatccagaagcggttgatggtatacca
tccatggtgggcttaggccagcttcctcagtctcccagaggcctcctggctgctcctctt
aatccaaatgcacaagcgctaagctcaaggaagatccgtttcaactggttaccacctcct
gggaaacctgcgggatacaaggtaaaatactggatccaaggagaccctgaatcagaggct
cacttgctcgattcgaaagtaccatcagcagagttgactaacctgtacccctactgtgac
tatgagatgcagtcctgtgcctacaatgccatgggggaagggctttattcagaagtggtt
cactgccgtacacttgaggaagtccctagtgaacctggacgtttggctttcaatgtaatt
tcctccactgtgacacaactgagctgggctgagccggccgagactaatggagtgatcaca
gcctatgaagttggctatggacccgtcaacgaggaaaacagacccattgggccagtaaag
aaagtcatggtagaagagtctaagaagcggatggtcctcatcgaaaacctaagagagtct
cagccctatcgctacacagtcaaggccaagaatggagctggatgggggcctgaaagagaa
gcaaccattaacttggccacacaacccaagcgccccatctccattcccattatccctgat
gtgccaataattgatgcggaagaaagagaggagtatgacagctacctaatgtacagtacg
gatgtgatgcgttcacctgctggtagcaaacaccccagcgtttcggatgattctgaacac
atgatgaatgggcgaatggatttcacttaccctggcagcattggaagcctgacccggaat
gtgacatccaactccacctatctaagtccacacatacatcatgagaggagggtcatagga
aattcctctctgacaagggagtatacaacaatgatgtctggatatgaccattccaggagg
aagttccctcccatacatgaagatgctgggaggacggtcttgatgccaaaggatgtgggc
ttcatgagggcaaaggtgaagggttactatggcaacagtgatgctcgggattctataatc
atgactgatgggccctcctggatttccagctacctagattccaagacgcaacagggtgtt
cctgacacccctacccgcctggtgttctctgctttggggcccacctctctgaaggtcagc
tggcaggagccacagtgtgacaaagaagtgcaggggtacagcgtacagtaccagctcctc
agtggaggagaaatacggaggctgaccattcccagccccacccagaactctgtggtggtt
gatgacctgctgccaaaccactcctatatcttcaaggtgaaggcccagagtgatgaagga
tggggtccagagagagaaggtgtgatcaccattgaatcccaagtggatccacgtagccct
ctgagtcccgttccaggttctccatttacgctgagcacacccagtgcccctgggcccctg
gtattcacagccctgagtccggactctcttcagctgagctgggagagaccccgccagccc
aatgggttaattctcggctacatggtcacctgcgagacactgcatggtgggggtgaaccc
aggaatatctacgtagagggagacaattctgagaccaccctaacagtgccctacctgagt
gaaaatgttccatacaaattcaaagtacaagcaaaaactactcaaggctttggacctgaa
agagagggcatcatcaccattgaatctcaagatgcaggtgccttctctcagtttggaaca
cagcagttcaccagagaagaggttttcaatctccctacagagtatagcacacttaccaga
atcactccgtcttcactggatccttcttatgcagatggtatggtgatgaccactcagcga
gtggagagtggcagcacactcaccaagcaggttaccaaagaatttgtctccagaaccatg
atgtcgaacagcagtgggaccttctccaggcaggcagagaggcagttctatgacgcctga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (82)   

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