Pygoscelis adeliae (Adelie penguin): 103917473 Help Entry 103917473         CDS       T06012                                  Symbol ITGB4 Name (RefSeq) integrin beta-4   KO K06525   integrin beta 4 Organism padl  Pygoscelis adeliae (Adelie penguin) Pathway padl04382   Cornified envelope formation padl04510   Focal adhesion padl04512   ECM-receptor interaction padl04518   Integrin signaling padl04810   Regulation of actin cytoskeleton padl04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:padl00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     103917473 (ITGB4)    04518 Integrin signaling     103917473 (ITGB4)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     103917473 (ITGB4)   09142 Cell motility    04820 Cytoskeleton in muscle cells     103917473 (ITGB4)    04810 Regulation of actin cytoskeleton     103917473 (ITGB4)  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     103917473 (ITGB4)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:padl04147]     103917473 (ITGB4)    04515 Cell adhesion molecules [BR:padl04515]     103917473 (ITGB4)    04090 CD molecules [BR:padl04090]     103917473 (ITGB4) Exosome [BR:padl04147]  Exosomal proteins   Exosomal proteins of colorectal cancer cells    103917473 (ITGB4)   Exosomal proteins of bladder cancer cells    103917473 (ITGB4) Cell adhesion molecules [BR:padl04515]  Integrins   Integrin beta subunits    103917473 (ITGB4) CD molecules [BR:padl04090]  Proteins   103917473 (ITGB4) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Integrin_beta fn3 Calx-beta Integrin_B_tail Pur_ac_phosph_N FN3_DSCAM-DSCAML_C PSI_integrin I-EGF_1 EGF_Teneurin EGF_integrin EGF_TEN EGF_2 vWA_SIBA-E SEA Fn3_Dep-1_3rd Motif Other DBs NCBI-GeneID:  103917473 NCBI-ProteinID:  XP_009322888 LinkDB All DBs Position Unknown AA seq 1870 aa AA seqDB search MAARMFLHKYYGLRSCSRQHRVAVVMLCATNALPAGNCPAKSLEEKQGLDLVGAHTYGRR WAPAGSSLGSGCLHRPHRPGGPVKLGTLTLGHRDNRCVLSRVKSCTECIRVDKDCSFCTD ESFEEPRCDLRENLLRYGCGEASIVYTRGEMQTQQNFSINTSLQRTQVSPQAMFMRLRAG EEMNFNMDVFQPLESPVDLYILMDFSYSMSDDLDNLKSMGQNLAEFLQDLTSNYTIGFGK FVDKVSSPQTDMRPEKLREPWNNADSPFSFKNVIRLTSNINYFSQELRKERISGNLDAPE GGFDAILQTAVCKDKIGWRKDSTHLLVFSTESAFHYEADGTNILAGILARNDEQCHLDTD GTYTYDTKQDYPSVPTLVRLLGQHNIIPIFAVTNHSYSYYEKLHKYFPISEIGVLQEDSS NIVDLLHTAFERIRSKMDIRADFVPKAMKTEFTSSTYNKTESGSFHISRGEVGKFNMRVK ALEYIGGQHVCSLPEKDRQGIIHVKPTYLSDSLQVTASVICDVCPCEQQQEFNSLKCSFH GDFVCGQCICHPGWRGDTCDCSPASSPNNEACIRPGDVEPCSGRGECLCGKCQCYSEDLT QRFDGAFCQYDVLQCPRTSGFLCNDRGRCSKGACVCESGWEGPGCECPTSNDTCIDSRGG ICNNHGRCECGRCICDKASLYTSSTCEISYSLGFQAVCESIRDCVRCQAWGTGNMKGNCS TCHLQIQMVEELKKEEASEYCSFQDEEDDCTYHYTLEGDPTIVPNTTVHVQKKKECPPGS FIWLIPLLIFLILLLGLLLLLCWKFCTCCKACLALLPCCARGRTVGFKEDHYMLRHSLMS SDHLDTPMVRSGSLKGRDTVRWKINNNVHKQGFTSLAAANPKDLIPYGLSLRLTRLFTQN LVKPDTRECEQLRKEVEENLNDVFKHIPGCHKLQQTKFRLQPNSGKRQDHTIVDTVLTAP RSAKPEIIKVMEKHISHEAFNDLKVSPGYYTVTSDQDAHGMVEFQEAVELVDVRVPLFIR EDDDDEKQLQVEAIDVPNGIAEIGRRLVNITIIKEQASSLITFLQPAYSHSRFDKLAKIP VLREIIDNGKSQVTYRTRDLTARNGRDYIFIEGDLVFQPGETRKEVQVPLLELTEIDTLL HNCQLKQFAIDLLHPKYGAKIGRYPQTTVTIADPEVVDGIPSMAGLSQVSQSPKGRLSAP LNPNAHALSSREIRFSWFPPPGKPLGYKVKYWIQGDPESEAHLIDVKAPSAELSNLYPFC DYEMQVCAYNAMGEGAYSDIIHCRTLEDVPSEPGRLAFNVVSSTVTQLSWAEPAETNGEI TAYEVSYGLVNEDNIPIGPMKKVLVEDPKKRMVLIENLRESQPYRYMVKARNGAGWGPER EATINLATQPKRPMSIPIIPDVPIIDAEGGEDYDSYLMYSADVLRSPAGSKHPSVSDDSG SRWKYVQLLGEDLDLRRITWRLPPETIPRLSGSSRLSSDTEGLLREEDSDVATGSLTRSG TPQPQAEHLLNGRVDFSFPGSGSGTLTRTTNTSYHQLSSHMQQEHRVMGSSSLTRDYSTM LMGHDSRLPLGVPDTPTRLVFSALGPTSLKVSWQEPHCEKEVQGYSVQYQLLNGGEVHRL TIPNPSQNSVVVEDLLPNHSYIFKVKAQSEEGWGPEREGVITIESQVDPQSPLSPVPGSP FTLSTPSAPGPLVFTALSPDSLQLSWERPRKPNGSILGYMVTCEMLHGGGEPRNIYVEGD NPETTLTVPHLSENVPYKFKVQAKTTQGFGPEREGIITIESQDGGTFSQFGGQQYMREEV YNFPTEYTTKTSISHSSLDPHFTDGMLMTTQRVESASSTLTKQVTKEFVSRTVMSSGTLT KQMERQFYEA NT seq 5613 nt NT seq  +upstreamnt  +downstreamnt atggccgctcgcatgtttctgcacaaatattacgggctgcgttcctgcagccggcagcac cgagtggcagtggtgatgctctgtgccaccaacgccctgcctgctggcaactgcccagcg aaatccttggaggaaaagcaaggtcttgacctggtcggagctcacacgtacggacggcgc tgggctccggccgggagcagcctgggctccggctgcctgcaccgaccccaccgccctggg ggacccgtcaagctgggcaccctgactctggggcacagggataaccgctgcgtgctgtcg cgggtgaagagctgcaccgagtgcatccgagtggataaggactgctccttctgcactgat gagagctttgaagagcctcgttgcgacttgcgggagaacttgctgcggtacggctgcggg gaggccagcatcgtgtacaccaggggcgagatgcagacccagcagaatttcagtatcaac acgtccctgcagaggacccaggtgtccccccaggccatgttcatgcggctgcgagctggg gaggagatgaacttcaacatggatgtcttccagcccttggagagccctgtggatctctac atcctcatggacttctcatactctatgtctgatgatctggacaacctcaaaagcatgggc caaaacctagcggagttcctgcaagacctgacctccaattacaccatcggattcggcaag tttgtggacaaagtctcatcccctcagacagacatgagacctgagaagctgcgcgagccc tggaacaacgccgactcccccttctccttcaagaacgtcatccgcctgaccagcaacatc aactacttcagccaggagctcaggaaggagcgcatctccggcaacctggatgcccctgag ggtggctttgatgccatcctgcagacagctgtttgcaaggataagatcggctggaggaag gacagcactcacctgctcgtgttctccaccgaatctgcctttcactatgaagctgatggt accaacatcctggcagggatcctggcgagaaatgatgagcagtgtcacctagacactgat ggcacctacacatatgacaccaagcaggactatccttcggtgcccaccctggtgcgcctg ttgggccaacacaacatcatccccatctttgctgtcaccaaccactcctacagctactat gagaagctgcacaagtatttccccatctctgagatcggggtgctccaggaggactcttcc aacatcgtggacctgctccacaccgcctttgagcgcatccgctccaagatggacatccgg gctgactttgtccccaaagccatgaagacagagttcacctcctcaacgtacaacaagacg gaatctggctccttccacatcagccgtggggaagtgggcaagttcaacatgcgtgtgaag gcgcttgagtacattggcgggcagcacgtctgcagcctccctgagaaagaccggcaggga attatccacgtgaaacccacgtacctgagtgacagcctccaagtcacagcctctgtcatc tgtgacgtgtgtccttgtgaacagcaacaagagtttaactcgctcaagtgcagcttccat ggggacttcgtttgtggacagtgcatctgccacccgggctggcgaggggacacgtgcgac tgctccccggcgtcatcccccaacaacgaagcctgcatccgccccggcgatgtggagccg tgctcgggccggggcgagtgcctgtgcgggaagtgccagtgctactccgaggacctgacg cagcgcttcgatggggcgttctgccagtacgatgtcctgcagtgcccgcgcacctctggc ttcctctgcaacgatcgtggtcgctgctccaagggtgcatgcgtgtgtgagagcggctgg gagggtccgggctgcgaatgtcccacaagcaatgacacctgcatcgacagccgagggggc atttgcaataaccatgggaggtgtgaatgcggcagatgcatctgtgacaaggcttcgctg tacaccagctccacctgcgaaatcagctactccctgggcttccaggctgtgtgcgagagc atccgggactgcgttcgctgccaggcttggggaacaggcaacatgaaagggaactgcagc acgtgccacctccagatccagatggtggaagagctgaagaaagaggaggccagcgagtac tgctcattccaggacgaggaggacgattgcacgtaccactacaccctggagggagacccc accatcgtccccaacaccaccgtccatgtgcagaagaaaaaagagtgcccgccggggagc ttcatctggctcatcccgctgctcatcttcctcatcctgctcctggggctgctgctgctg ctctgctggaagttctgcacctgctgcaaggcttgcctggccctgcttccctgctgcgca cgaggtcgcaccgttggcttcaaggaggaccactacatgcttcgccacagcctcatgtcc tctgaccacctggacacccccatggtccgcagtgggtccctcaagggtcgggacacagtc cgctggaagatcaacaacaatgttcacaagcagggcttcacctccctcgctgccgccaac cccaaagatctcattccctacgggttgtctttgaggctgacccggcttttcacgcagaac ctggtgaagccagacacccgggagtgtgagcagctgcgcaaagaagtggaggagaacctg aacgacgttttcaagcacatccctggctgccacaagctccagcagaccaagttcaggtta cagcccaattctgggaaaaggcaggaccacaccattgtggacacagtgctcaccgcccct cgctcggccaagccagagatcatcaaagtgatggaaaagcacatttctcacgaggctttc aatgacctgaaggtttcaccgggttattacactgtgacctcggaccaagacgctcacggg atggtggagttccaagaggctgtggagctggtggatgtccgtgtcccactcttcatcagg gaggatgatgatgatgagaagcagctgcaggtagaggccattgatgtccccaacggcatc gcagagattggacgcaggcttgtcaacatcaccatcatcaaagaacaagccagcagcctc atcaccttcttgcagccagcctattcccacagccgctttgataagctggccaagatccct gtcctccgggagatcatagacaacgggaaatcccaagtcacctacaggacccgggatctc actgccaggaatggcagggactacatcttcatagagggtgacctggtcttccagcccggg gagacccgaaaggaggtgcaggtccccttgctggagctgaccgaaatagataccctccta cacaactgccagctcaagcagttcgccatcgacctcctccatcccaagtacggcgccaag attggccgatacccccagaccacggtgaccatcgccgacccagaggtggtggatggtatc ccctcgatggctggcctgagccaggtctcccagtcccccaaaggccgtctgagtgcaccg cttaatcccaatgcccacgctctcagctccagggaaatccgcttcagctggtttcctcca ccgggaaaacctctggggtacaaggtgaaatactggatccaaggggaccccgagtcagaa gcccatctcatcgatgtcaaagcaccatcagcagagctgagtaacctctatcccttctgc gactacgagatgcaagtctgcgcttacaacgccatgggtgaaggggcttactccgacatc atccactgccgcacgcttgaggatgtccccagcgagcccggccgtttggctttcaatgtg gtgtcttccactgtgacgcagctgagctgggctgagcctgcagaaaccaatggggagatc acggcttacgaagtcagttacggactcgtcaacgaggacaacatacccattggcccaatg aagaaggtgctcgttgaagacccaaagaagcgcatggtgctgatagaaaacctgcgggag tcccagccctatcgctacatggtgaaggccagaaatggtgctggctggggacctgagaga gaagccaccatcaaccttgctacgcagcccaagcgcccgatgtccatccccatcatccct gatgtccccatcattgatgcagagggaggtgaggactatgacagctacctgatgtacagc gcagatgtgcttcgctctccagctggcagcaagcatcccagtgtctctgatgattcaggc tccaggtggaaatatgtgcagttgctgggagaagacttggatcttcgccgcatcacctgg aggctcccacctgaaaccattccccgcctctctggcagcagtcgcctctcctcggacacc gagggtctcctccgtgaggaggacagcgacgtggctactggcagcctgacgaggagcggg accccccagccccaagcagagcacttgctgaatggccgggtggacttctccttccctggt agtggcagtggcacactgacgaggacaacgaacaccagctaccaccagctgagctcacac atgcagcaggagcacagggtgatggggagctcctcactgacgagagactactccacgatg ctgatggggcacgactccaggctgccgctgggcgtccccgacacccccacacgcctggtg ttctctgccctgggacccacctccctgaaggtgagctggcaggagccacactgcgagaag gaggtgcagggctacagtgtgcagtaccagctcctcaacggaggagaggtgcaccgactc accatccccaaccctagccagaactcggtggtggtagaggacctgctgcccaaccactcc tacatcttcaaggtgaaggcacagagtgaggaaggctggggccccgagagggaaggagtc atcaccatagagtcccaggtggacccgcagagcccgctcagccctgtaccaggttcaccc ttcacgctgagcacacccagtgctcccggaccgctggttttcactgccctcagccctgac tccctacagctcagctgggagagaccgcgcaagcccaatgggtccatcttgggctacatg gtcacctgcgagatgctgcatggaggaggggagcccaggaatatctatgtcgaaggagac aatccggaaactaccctgactgtgccccacctgagtgagaatgtcccatacaagttcaaa gtgcaagccaagaccacccaaggctttgggccagagagagaaggcatcatcaccatcgaa tctcaggatggaggcactttctcccagtttggaggacagcagtacatgagagaagaagtg tacaacttccccaccgaatacaccaccaaaaccagcatcagccattcctcgctggatccc cacttcacagacggcatgctcatgacgacccagcgagtggagagtgccagcagcaccctc accaaacaggtcaccaaagagtttgtgagccggaccgtgatgtccagtgggaccctcacc aaacagatggagaggcagttctacgaggcctga

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