Ailuropoda melanoleuca (giant panda): 100476147 Help Entry 100476147         CDS       T01329                                  Symbol ITGA1 Name (RefSeq) integrin alpha-1 isoform X2   KO K06480   integrin alpha 1 Organism aml  Ailuropoda melanoleuca (giant panda) Pathway aml04151   PI3K-Akt signaling pathway aml04510   Focal adhesion aml04512   ECM-receptor interaction aml04518   Integrin signaling aml04640   Hematopoietic cell lineage aml04810   Regulation of actin cytoskeleton aml04820   Cytoskeleton in muscle cells aml05165   Human papillomavirus infection aml05410   Hypertrophic cardiomyopathy aml05412   Arrhythmogenic right ventricular cardiomyopathy aml05414   Dilated cardiomyopathy Brite KEGG Orthology (KO) [BR:aml00001]  09130 Environmental Information Processing   09132 Signal transduction    04151 PI3K-Akt signaling pathway     100476147 (ITGA1)   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     100476147 (ITGA1)    04518 Integrin signaling     100476147 (ITGA1)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     100476147 (ITGA1)   09142 Cell motility    04820 Cytoskeleton in muscle cells     100476147 (ITGA1)    04810 Regulation of actin cytoskeleton     100476147 (ITGA1)  09150 Organismal Systems   09151 Immune system    04640 Hematopoietic cell lineage     100476147 (ITGA1)  09160 Human Diseases   09172 Infectious disease: viral    05165 Human papillomavirus infection     100476147 (ITGA1)   09166 Cardiovascular disease    05410 Hypertrophic cardiomyopathy     100476147 (ITGA1)    05412 Arrhythmogenic right ventricular cardiomyopathy     100476147 (ITGA1)    05414 Dilated cardiomyopathy     100476147 (ITGA1)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:aml04147]     100476147 (ITGA1)    04515 Cell adhesion molecules [BR:aml04515]     100476147 (ITGA1)    04090 CD molecules [BR:aml04090]     100476147 (ITGA1) Exosome [BR:aml04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    100476147 (ITGA1) Cell adhesion molecules [BR:aml04515]  Integrins   Integrin alpha subunits    100476147 (ITGA1) CD molecules [BR:aml04090]  Proteins   100476147 (ITGA1) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  VWA FG-GAP Integrin_A_Ig_2 Integrin_A_Ig_1 VWA_2 Integrin_A_Ig_3 FG-GAP_3 vWA_SIBA-E LYRIC FG-GAP_2 Integrin_alpha EIF3I DUF6446 Motif Other DBs NCBI-GeneID:  100476147 NCBI-ProteinID:  XP_002921600 Ensembl:  ENSAMEG00000007586 LinkDB All DBs Position 3:complement(109501342..109667660) Genome browser AA seq 1179 aa AA seqDB search MAPRRQASPGVAVACCWLLTVVLGFCVSFNVDVKNSMTFSGPVEDMFGYTVQQYENEEGK WVLVGSPSVGQPKNRTGDVYKCPVGRGKPLPCIKLDLPVNTSIPNVTEVKENMTFGSTLV TNPNGGFLACGPLYAYRCGHLHYTTGICSDVSPTFQVVNSIAPVRECSTQLDIVIVLDGS NSIYPWESVTAFLNDLLERMDIGPKQTQVGIVQYGENVTHEFNLNKYSSTEEVLVAANKI IQRGGRQTMTALGIDTARKEAFTEARGARRGVKKVMVIVTDGESHDNHQLNKVIQDCEDE NIQRFSIAILGSYNRGNLSTEKFVEEIKSIASEPTEKHFFNVSDELALVTIVEALGERIF ALEATADQSAASFEMEMSQTGFSAHYSQDWVMLGAVGAYDWNGTVVMQKANQIIIPQNTT FNVESTKKNEPLAAYLGYTVNSATVSGDVLYIAGQPRYNHMGQVVIYRMEDGDIKILQTL SGEQIGSYFGSVLTTIDIDKDSNTDILLVGAPMYMGTEKEEQGKVYVYALNQTRFEYQMS LEPIKQTCCSSLKHNSCTKENKNEPCGARFGTAIAAVRDLNLDGFDDIVIGAPLEDDHGG AVYIYHGSGKTIRKEYAQRIPSGGDGKTLKFFGQSIHGEMDLNGDGLTDVTIGGLGGAAL FWSRDVAVVKVTMNFEPNKVNIQKKNCRVEGKETVCINATLCFAVKLKSKEDTIFVADMQ YRVTLDSLRQISRSFFSGTQERKIQRNITVEEKECTKLSFYMLDKHDFRDSVRITLDFNL TDPENGPVLDDSLPNSVHEYIPFAKDCGNKEKCISDLTLKVSTTEEGLLIVRSHNDKFNV SLTVKNKKDSAYNTRTMVHYSPNLIFSGIEAIQKDSCESNHNLTCKVGYPFLRRGEEVTF KILFQFNTSYLMENVIIHLSVTSDSEEPPETLSDNEVNISIPVKYEAGLQFYSSASEYHI SIAANETVPEVINSTEDIGDEISIFYLIRKSGHFPMPELKLSVSFPNLTSDGYPVLYPTG WSSSNNANCRPSSLQDPLGVNSGKKTIISKPEDLKQGTIPDCSMCKFATITCNLIPSDIS QVNVSLILWKPTFIKARFSSLNLTVRADLQSENTSLILSTGNQKREFAIQISKDGLPGRV PLWVILLSAFAGLLLLMLLILALWKIGFFKRPLKKKMEK NT seq 3540 nt NT seq  +upstreamnt  +downstreamnt atggccccccgacgccaagccagcccaggggtcgctgtcgcctgctgttggcttctcacc gttgttctaggcttctgcgtgtcattcaatgttgacgtgaaaaattcaatgactttcagt ggccccgtggaggacatgtttggatatactgttcagcaatatgaaaatgaagaaggaaaa tgggtgcttgttggttctccttcagttggtcaacccaagaacagaactggtgatgtctat aagtgtccagtggggagaggcaaaccattaccttgcataaagttggatctaccagttaat acatccattcccaatgtcacggaagtaaaggagaacatgacatttggatcaactttagtc accaacccaaacggagggtttctggcatgtggccccttatatgcctatagatgtggacat ttgcattacacaactggaatctgttctgatgtcagccccacatttcaagtcgtgaactcc attgctcctgtacgagaatgcagcacccagctggacatagtcatagtgctggatggctcc aacagtatttacccctgggagagtgttacagcttttttaaatgaccttcttgaaagaatg gatattggtcctaaacagacacaggttggaattgtacagtatggagaaaatgtaacccat gagttcaaccttaataagtactcgtcaacggaagaggtacttgtggcagcaaataaaata atccagagaggtggccgccagactatgacagcccttggaatagacacagccaggaaggag gctttcactgaagcccggggtgcccgaaggggagttaaaaaagtcatggtaattgtgact gatggggaatcccatgacaaccatcaactgaataaggtcatccaagactgtgaggatgaa aacattcagcggttttccatagctattcttgggagctataacagaggaaatttaagcact gaaaaatttgtggaagaaataaaatcgattgcaagtgaacccactgagaagcatttcttc aacgtctctgatgaattggctctagtcactattgttgaagctctgggagaaagaatattt gccttggaagctacagctgaccagtcagcagcttcatttgaaatggaaatgtctcagact ggcttcagtgctcattattcacaggactgggtcatgcttggagcagtaggagcctatgat tggaatggaacagtcgtcatgcagaaggctaatcaaatcataatcccccaaaacacgacc tttaacgttgagtctaccaaaaagaatgaacctcttgctgcttatttaggttacacagtg aactccgccactgtttccggggatgtgctgtacattgctggacagccacggtacaatcat atgggtcaggttgtcatctacaggatggaagatggagacatcaagattctccagacactc agtggggaacagattggttcctactttggcagtgttttaaccacaattgacattgataaa gattctaataccgacattcttctggttggggctcccatgtacatgggaacagagaaagag gaacaagggaaggtgtatgtgtatgctctgaaccagacaaggtttgaataccaaatgagc ctggagcccattaagcagacttgctgctcatctctgaagcacaattcatgcacaaaagaa aacaaaaatgagccatgtggggctcgttttggaacagctatcgctgctgtgagagacctc aatcttgatggatttgatgacattgtgataggagctcccctggaagatgatcatggggga gccgtgtacatttatcatgggagtggcaagactatcaggaaagagtatgcacaacgtatt ccatcaggtggagacggcaagacactaaaattttttggccagtctatccatggagaaatg gatttaaatggtgacggtctgactgatgtgactattgggggccttggtggtgctgccctc ttctggtcccgagatgtggctgtggttaaagtgaccatgaattttgaacccaataaagtg aatatccaaaagaaaaactgccgtgtggaaggaaaggaaacagtatgcataaatgctaca ctgtgttttgctgtgaaattaaagtccaaagaagacacaatttttgttgctgatatgcag taccgtgtcacactagattcactaagacagatatcacgaagttttttctctggaactcag gaaagaaagattcaaagaaacatcacagttgaagaaaaagaatgcactaagctctccttc tacatgttggacaagcatgactttcgggattccgtaaggataactttggattttaatctt accgatccagaaaatgggcctgttcttgatgattctctaccaaattcagtacatgaatat attccctttgccaaagattgtggaaacaaggaaaaatgtatctcggacctcaccctgaaa gtatccaccacagaagagggcctgcttattgtcaggtcccacaacgataagttcaatgtt agcctcacagtcaaaaataaaaaggacagtgcctataacaccagaaccatggtacactat tctccaaatctaattttttcgggaattgaggctatccaaaaagacagctgtgaatccaat cataatctcacatgtaaagttggatatcctttcctgagaagaggagaagaggttactttc aaaatattatttcagtttaacacatcttatctcatggaaaatgtgatcattcatttaagc gtaacaagtgacagcgaggaacctcctgaaaccctttctgataacgaagtaaacatttct atcccagtaaaatatgaagctggacttcagttttacagctctgcaagcgaataccatatt tcaattgcagccaatgagactgtccctgaagttattaattctactgaggacattggagat gaaattagtatcttctacttgattagaaagagcggacattttccaatgccggaacttaaa ctgtcagtttcatttcccaacttgacatcagatggttatcccgtgctatacccaactgga tggtcatcttctaataatgcaaactgcagacccagtagccttcaggaccctcttggtgtc aactctgggaagaaaacgattatatccaaacctgaagatctcaaacaaggcacaattccg gactgcagtatgtgtaaatttgctaccattacgtgtaatttgattccttctgacataagc caagtgaatgtttcacttatcttatggaaaccgacttttatcaaagcacgtttttccagc ttaaatcttactgtaagggcagaccttcagagtgaaaacacatcactgattttaagtact ggcaatcaaaaaagagagtttgctattcaaatatccaaagatggactgccgggcagagtg ccattatgggtcatcctgttgagtgcttttgctggattattgctattaatgttgctcata ttagcactgtggaagattggattcttcaaaagaccactaaagaagaaaatggagaaatga

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