View Summary Pdf File Gene model: GSMUA_Achr4P25480_001
IDENTIFICATION
Species Name
Musa acuminata
Locus:
GSMUA_Achr4P25480_001
Gene Model:
GSMUA_Achr4P25480_001
Description:
MacEXPA-13
Family:
Alpha Expansin
3D Structure:
2HCZ

Genome Databases:
Tair
Kegg
External Resources
GabiPD
Gene Structure:
Domain Architecture:
Peptide Sequences
>MacEXPA-13
MPTPSLPPFRPKSRLLSLGQLFSLLFHSHGLALLLLPLTLLSSLAAAHQSSSSYGAAALTEWRSAHASYYAVFDPRDTVGGACGYGDLGKRGYGMATAGLSEALFEKGAACGGCYEVRCVEELRYCLPGTSIVLTATNFCPPNYGLPADAGGICNTPNHHFLMPIQAFEKIAIWKAGVMPIKYRRVKCIREDGVRFTIDGKGFFYTVLISNVAGAGDITAVKIKGSTTGWLPMGRNWGQNWHISADLKGQALSFEVTASDGVTLTSYNVAPKDWTFGKIYVGKQFPF*
CDS (Coding Sequence):
>MacEXPA-13
ATGCCGACGCCGTCACTACCGCCATTTCGGCCGAAGTCCCGCCTCCTCAGCCTCGGCCAGCTCTTCTCTCTCCTCTTCCACTCCCACGGATTGGCGCTGCTATTACTGCCCTTGACCCTGCTCTCAAGCTTAGCCGCAGCTCACCAGAGCTCGTCGTCCTACGGTGCCGCCGCGCTCACGGAATGGCGCTCCGCCCACGCCTCCTACTACGCCGTCTTCGACCCCCGCGATACCGTCGGGGGGGCGTGCGGGTACGGGGATTTGGGGAAGCGCGGGTACGGGATGGCGACGGCAGGGCTGAGCGAGGCGCTGTTCGAAAAGGGAGCGGCCTGCGGCGGCTGCTACGAGGTGCGGTGCGTGGAGGAGCTTCGCTACTGCCTGCCGGGGACCTCCATCGTGCTCACTGCCACCAACTTCTGCCCCCCCAACTACGGCCTCCCCGCGGACGCCGGCGGGATCTGCAACACTCCCAACCACCACTTCCTCATGCCCATCCAGGCCTTTGAGAAGATCGCCATCTGGAAGGCTGGCGTCATGCCCATCAAGTACCGCAGGGTCAAATGCATAAGGGAAGATGGTGTCCGGTTTACCATAGATGGCAAGGGCTTCTTCTACACAGTGCTGATCAGTAATGTGGCAGGTGCTGGTGATATTACAGCTGTGAAGATAAAGGGGTCGACGACTGGGTGGCTGCCCATGGGCCGTAACTGGGGCCAAAATTGGCACATCAGTGCTGACCTCAAGGGTCAGGCATTATCTTTCGAGGTCACCGCCAGCGATGGTGTCACTCTCACCTCCTACAATGTTGCTCCCAAGGACTGGACATTTGGCAAGATTTATGTCGGTAAGCAATTCCCTTTCTGA
Nucleotide:
>MacEXPA-13
ATGCCGACGCCGTCACTACCGCCATTTCGGCCGAAGTCCCGCCTCCTCAGCCTCGGCCAGCTCTTCTCTCTCCTCTTCCACTCCCACGGATTGGCGCTGCTATTACTGCCCTTGACCCTGCTCTCAAGCTTAGCCGCAGCTCACCAGAGCTCGTCGTCCTACGGTGCCGCCGCGCTCACGGAATGGCGCTCCGCCCACGCCTCCTACTACGCCGTCTTCGACCCCCGCGATACCGTCGGTGGGCCTCAGATCTCAGTCTCCCCGCGTCCCCTTTTCGCTTCTTCTGTCTTTATGGATCAGTCTCATTTGTTGCGTGGCTGGCAGGGGGGGCGTGCGGGTACGGGGATTTGGGGAAGCGCGGGTACGGGATGGCGACGGCAGGGCTGAGCGAGGCGCTGTTCGAAAAGGGAGCGGCCTGCGGCGGCTGCTACGAGGTGCGGTGCGTGGAGGAGCTTCGCTACTGCCTGCCGGGGACCTCCATCGTGCTCACTGCCACCAACTTCTGCCCCCCCAACTACGGCCTCCCCGCGGACGCCGGCGGGATCTGCAACACTCCCAACCACCACTTCCTCATGCCCATCCAGGCCTTTGAGAAGATCGCCATCTGGAAGGCTGGCGTCATGCCCATCAAGTACCGCAGGTGAGGAAATTACGCCTTCGTATTCACCCCTACTTCGCTTCATCATTGTCACTCTATCTACATTGATTTCTTTCTTAAAGAATTGATTTGATTTGTGATTGGTGTAAATTATGTTCGATTGAATTGAAAATGAATTGGCTTCTCCAGAATGAAGTGGAATTGAACTCAGTGCTAATTAGTTCTGAAGCTTGGAGACATCGTGAATTCTCTTTTTAACCTAGACTTGGGGATACATGGCACTGATTCATGACCCACCTTTCTCTGATCTGTTTATGTCATCTCATAGCTAACCGATCAAGTTTTGAAAATACAAAAAAAAGGTGACATTTTTATTGTGAGTTTTGAAGCCATGAGAACTCATTGACCATGAACAAAAGTCAAATTCAGGAAAAACTTGGCAGCAAGATCCTAGTTCATCTGTCCATTATGACAAATTTAGTGCAGAACTACACCCAATCACCAACCTGATTCAATGTAATTTTGATGAACCACACCTGTCACTCCTGATCTGACCTAATCTTAGGGAGTTACACCTACCACTGGCTTCTACCTAAATATGTGTGAAGATTAAATGTAGCCATCCTTGCTGAGATTAAGATTCACCTAGTTGATTAGAAGCAAAAAAACAAAGACGAGGGTCTTTTGTCAAGCAAGCATAGAATGGATCCTGTATGTTTCTCCTGTAGCAGCTCACTAATTTAGTTTCTTCTTCTTATTCCAGATGCCGGTGTTTGACATTGTAGAAATGTGATCTGGTACTTTTTTAGGGGGTTTAAGAATCTAGCTGGTTTCCAACAATGTGTTGGCAAACAATTGTATTATTCCTAGTGTATCAAATTTAAAAGTTATCGTGATGTGTGAAGAGACTAAATCGTTCATATGCATAAATGGAAATATTCCATGAATACAATCAGTTGTTTTGACTATAGGGCTAGTTTCAAATTTTCTTTATGAGCTGCGCTAGTGATCAACTATATCGTAGCTTTTCTCCCTTTAGTCCATATGTTATGTATTATTATGTTGTAGGAGGAATTAAAGCTATTCTCAGACTGCATTCATCTTCTCTGCTGACTTATCTTTTTGTGTTGGCTAAAATGAAGACATGACCATTTGTCTTCTTCTGGAAGCTGAGTAGTTCAGCATCATGAACAGCTCAGCTATATGGTTAACAAATTACAGCACTGGTTGACACAGCAAACAAATACTAGTCTTTTAGAAAATTATGAAGTTGGGAAGACATTTAAATCAACACGGTCCTCTCTTTGCAGCAGTTTTGGCTCCCGCTTGTATATTTGAGCACGAAACTGCCTTGATTGTTGTCACTAATGTCCATCTGATTTGTTGGTTTTCTCACACACACTCTGATGCTTTTATAAGGGAGTTTTGTTGGCCGTGAACTATGTGTGCTTATTTGATGCATATAATTAAATCTTACAATTTGGAACTGCACACTCAGGGTCAAATGCATAAGGGAAGATGGTGTCCGGTTTACCATAGATGGCAAGGGCTTCTTCTACACAGTGCTGATCAGTAATGTGGCAGGTGCTGGTGATATTACAGCTGTGAAGATAAAGGGGTCGACGACTGGGTGGCTGCCCATGGGCCGTAACTGGGGCCAAAATTGGCACATCAGTGCTGACCTCAAGGGTCAGGCATTATCTTTCGAGGTCACCGCCAGCGATGGTGTCACTCTCACCTCCTACAATGTTGCTCCCAAGGACTGGACATTTGGCAAGATTTATGTCGGTAAGCAATTCCCTTTCTGATATATCGAAATCTCATTAATATGGCTTAATATTTTTGTACTTTTATTTGTGGATATACATATTCAAGAAACAAGATATTAATACGAAGAAGAAATCAGATTTT