Pimephales promelas (fathead minnow): 120459801 Help Entry 120459801         CDS       T08155                                  Symbol itga6a Name (RefSeq) integrin alpha-6 isoform X1   KO K06485   integrin alpha 6 Organism pprm  Pimephales promelas (fathead minnow) Pathway pprm04382   Cornified envelope formation pprm04510   Focal adhesion pprm04512   ECM-receptor interaction pprm04514   Cell adhesion molecules pprm04810   Regulation of actin cytoskeleton pprm04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:pprm00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     120459801 (itga6a)    04514 Cell adhesion molecules     120459801 (itga6a)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     120459801 (itga6a)   09142 Cell motility    04820 Cytoskeleton in muscle cells     120459801 (itga6a)    04810 Regulation of actin cytoskeleton     120459801 (itga6a)  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     120459801 (itga6a)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:pprm04147]     120459801 (itga6a)    04515 Cell adhesion molecules [BR:pprm04515]     120459801 (itga6a)    04090 CD molecules [BR:pprm04090]     120459801 (itga6a) Exosome [BR:pprm04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    120459801 (itga6a)   Exosomal proteins of breast milk    120459801 (itga6a) Cell adhesion molecules [BR:pprm04515]  Integrins   Integrin alpha subunits    120459801 (itga6a) CD molecules [BR:pprm04090]  Proteins   120459801 (itga6a) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Integrin_A_Ig_3 Integrin_A_Ig_2 Integrin_A_Ig_1 FG-GAP FG-GAP_3 Integrin_alpha Motif Other DBs NCBI-GeneID:  120459801 NCBI-ProteinID:  XP_039503199 LinkDB All DBs Position Unknown AA seq 1117 aa AA seqDB search MELFEEGLSLNLCVFSLLIWTSTSAFNLDTQNVLRKNGHPGSLFGFSLALHRQLQPSDKT ILLIGAPTARALSNQGANITGGLYSCDITTHPDDCTRVDFDNDVDVLVENKENQWMGVTV QSQGPGGKIVTCAHRYQRLLFPNTPQEARDITGRCYMLSQDLSIDSQSDEDGGNWKFCDG RTRGHERFGACQQGLAATFTKDYHYVIFGAPGAYNWKGIVRVEQKNNTLLEMGLFDDGPY EVGDENRLDPNLVPVPANSYLGECVCVCVCFDVHDFCDTESCTCTGFSLDSGHSITEKGK LIIVSGAPRANHSGAVVFLRKQDEASTRLMSEHILEGPGLASSFGYDVAVVDLNGDGWQD VVVGAPQFYQRDEEVGGAVYVYINKAGRWKDVTPTRLNGTKDSMFGLAVENIGDINRDSF EDIAVGAPYADSGFGSVYIFHGSADGINTKPAQILEGKQHNIKMFGYSLAGNMDLDQNSY PDLAVGSLSDTVFIYRSKTVISIKQDIKVTPKEIDLMKKTCGNSICLTVEACFTYRANPH TYNPKITISCTLEAEWYRRKLGLPSRVVFLEKNEMDQDFQSTGTLELRGQNKKACYKSKL RLQEGIRDKLRAIPIEVSVAIQSAKRGKRQSSLPQLVPILDSTVPNKTITEVNFLKEGCG TDNICQSNLHLQYRFCYRESKQDVFPPLPLENGVPVISLSDQKDIALEVTVRNRNGDDAH EAKLVAQFDESLSYSGFRSLRTTDKHVICAANQNGSLADCELGNPFKRDSEVKFYIILST GNISLDTKEVEIDLQLETTSSQEGLSKVKAKAKVVIELLLSVQGVAKPSQVYFGGQIRGM SAMKTEEEVGSLVEYEFRVINLGKPLKSFGTASLNIQWPKESSVGKWLLYLMKINTKGLQ LVTCSPEREINPLRLSEESTSARRKRELEERRPSDGSKTSLFTDKRKHKILSCSGDARCV EMKCPLQGLDSTAVIVLKSRLWNSTFLEDYASYNYLDLIVKASISLDVSANNIVLKNAET QVRLTVFPETTVTPFGGVPWWIILVAVLAGILMLALLVLLLWKCGFFKRSKYEDSVPKYH AVRIRKETRLLKDGKVMLDPFEKKQWMTTWDENESYS NT seq 3354 nt NT seq  +upstreamnt  +downstreamnt atggagctctttgaggaggggctctctctgaacctgtgcgtcttttcgttgctcatatgg acttctacaagtgcgtttaacctggacacgcaaaacgtcctcaggaagaatggtcacccg ggaagcctctttggattctccctcgccttgcaccggcagctccagccctcggataaaaca atattgttgattggtgctcccacagccagggctttatccaatcagggagcgaacatcacg ggcgggttgtacagctgtgacatcaccacccatcctgatgactgtactcgagtggacttt gacaatgatgttgatgttcttgtggagaacaaggagaaccagtggatgggtgtaacggtt cagagccaaggacctggaggcaagattgtgacatgtgcccatcgctaccagcgtctgttg ttcccgaacacaccccaggaggcgcgcgacatcactggacgctgctacatgctcagtcaa gacctgagcatcgacagccaatcagacgaggacggggggaactggaaattctgtgatggg cgcactcggggtcatgagcgattcggggcctgtcagcaaggcttggctgccaccttcact aaagactaccattatgtcatctttggagcaccaggggcgtacaactggaaaggtatagtg cgcgtcgagcagaagaacaacactctgctggaaatgggcttgtttgatgatggtccttat gaggtcggggatgaaaaccgcctcgatccaaatctagtgccagtaccagccaacagttac ttaggtgagtgtgtgtgtgtgtgtgtgtgttttgatgttcatgatttttgtgacactgaa tcttgcacatgtacaggcttctctctggattccggccacagtatcacagaaaaagggaaa ctcatcatcgtgtccggagcgccgagagccaatcacagtggtgcagtggtgtttctgcgc aagcaagacgaagcctccaccagactcatgtctgaacacattctggaaggaccaggactc gcgtcctcctttggatatgatgttgctgtggtggacctaaatggagatggttggcaggac gttgtggttggggcaccccagttctaccagagagacgaggaagtgggtggagctgtgtac gtttacatcaataaagctggaaggtggaaggacgtcactcctactcgcctgaatggaacc aaagactccatgtttggactggctgtggagaacattggagacattaatcgggattctttt gaagatattgctgtgggagctccatatgcagactcagggttcggtagcgtgtacatcttc cacggatccgccgacggcatcaataccaaaccagctcagatactggagggtaaacagcac aatattaagatgtttggctattctctggccggaaatatggacctggatcagaactcgtac cctgatctcgccgttgggtcgctctctgacaccgtttttatttacaggtccaaaactgtg attagcatcaagcaagacatcaaggtgacaccgaaggaaattgacttgatgaagaaaacg tgtggcaacagtatttgcttgaccgtggaagcttgtttcacatatagagcaaaccctcac acctacaaccctaagatcaccatttcctgtacattggaggcagagtggtaccgcaggaag ctgggtctcccatctagagttgtgtttctggagaagaacgagatggatcaggacttccag tcgaccggcactctggagctacgaggacaaaacaaaaaagcttgttacaagagcaaactc agattacaagaaggcatcagggataagctcagagcgattcctatcgaggtgtctgtggcc attcagagtgctaagagaggcaaacggcagagctcgctgccacaactagtgccaatactg gactccactgtgcccaacaagaccatcactgaggtgaacttcctgaaggagggttgtggc acggacaacatctgtcagagtaacctacatctgcagtacaggttctgctacagggagtcc aaacaagatgtgttccctcctctaccgctggagaatggtgtgccagtgatttctctgagt gatcagaaggacattgctctggaggtcacagtgaggaacagaaatggagatgatgctcat gaagccaaattggtggctcagtttgatgaatctctctcatactctggattcagatctctg agaactactgacaaacacgtgatctgtgctgccaatcagaatggctctctggcagactgt gagctgggaaacccttttaaacgggattcagaggtaaaattctacatcatattgagcact ggcaacatatcactcgacaccaaagaagttgagatcgaccttcagctggaaacaacgagt tcacaggagggcctgagcaaagtgaaggccaaagccaaagtggtgattgaacttcttctt tctgtacaaggggttgccaaaccgtctcaggtctattttggaggtcaaatcagaggcatg agtgccatgaagacggaggaggaagtcggcagcttggtcgaatatgaattcagagtgatt aatttgggaaagcctctgaagtcttttggcactgcatctttaaacatccagtggcctaaa gaaagttctgtggggaaatggctgctgtatctgatgaagatcaacaccaagggcctgcag ttagtcacctgttccccggagagagagataaaccctctcagactgagtgaggagtcgacg tcagccaggagaaagcgtgagctggaggagaggagaccatctgacgggagtaaaacatcc ctcttcactgacaaacgcaagcacaagattctgtcgtgcagtggtgatgccagatgtgtg gagatgaaatgccccctacagggcttggacagcactgcagtcatcgttttaaaatcccgg ctgtggaattccactttccttgaagattatgcgtcctacaattaccttgatttaatagtg aaagcctccataagtctggatgtctccgccaataacattgtccttaaaaatgctgagacc caggtgaggctgaccgtgttcccggagacgacagtgactccgttcggaggagttccctgg tggatcattctcgtggctgttttagctgggattctgatgctggctctcctagttctgtta ctctggaagtgtggatttttcaaacgttccaaatatgaggacagcgttccgaaatatcat gcggtgaggattcgtaaggagacgcgtctcttgaaagacggaaaggtcatgttggatccc tttgagaagaagcaatggatgaccacatgggatgagaacgaaagctactcttga

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