Sed0000373 (gene) Chayote v1

Overview
NameSed0000373
Typegene
OrganismSechium edule (Chayote v1)
Descriptionprotein GDAP2 homolog
LocationLG11: 16904484 .. 16937537 (-)
RNA-Seq ExpressionSed0000373
SyntenySed0000373
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGTACAGGACATTGGCTACATCTGCGGCCACAGCTTCAACAACAGATAGCGTGGATTATGTGGTGAATTTGGATCAAATTCCACGCTGGAGTGATGCAGAACATAGGTCTTCAATGGAGTTCGTCAACGAAGACCCTTCTTTGTCTAATTCGTACTTTCCTGATCCTCTGACGTCTCCATCTGACGCCGAGAATGGTAGTTGTGGGCTCGTTTCGAGATTCCCGGTCGATCATGAGATTAATTCCAGAATATATCTGTGGCGGGGGAATCCTTGGAATCTTGAGGTCGATGCTGTCGTGAATTCTACAAACGAGGTGAGTGTTAATTTTCTTCCCCTTCTTCTTTCTGAAATAGAAACCTAAGAAAATAAACAAAGGGAAAGAAAGCGATACCGTGAACTTAATAATAGTTACTGTTGTTCAATTATGTTTAATTCTATCAACCAACACTCCCCCTCACTTGTGAGTTTTGAAATTTGAGAAATGCATTACAAGTTGAATTTAATTTTAATTGGAGAGGAAACAACTTGGCAGAGACTCGAACATGACCTCTTGCTTGTTAAACAAGTTTGATTTATTATGTTTTTATATGTTATTTTATTACCGTTGCATCTTTCTCTTGTCCTATCTATATAAGGTCTTTTTCTTGTAAGTGTTTTTAAGGAAAACTGTAATACAACTTTGTCTTGCAATTATTCTCTCAAGCTTTCAACTCCTTTCATGGTATCAGATTCAAGGTTTTAAATCAAAATGGTACAAAATACCTCATCCTTCTCATCCGGTCTGGGGAATTCACCCAACGAATCTCCTCAACCTCAACCAAATCCTCAACCTCATCTCTCCACAACAACAAATCTCCCCCCCCCCCCCTTTACTTCGCCACCTAACCCTCGGCCAATGCCCACTGGGCAACAAAATATTCCTCCAAATTTTGCATCTCCCTCCTTCTCAACTCCATGACCATTTTTTGGTTCTTATCAACAACCTGCCCAATATTCCATACCCCTTCCCCCACCACAAGTTCTACCTAATGTTTCTCACTCCTTTCCCATAAAACTCAAGGATTCTAACTATTTACTTTGGAAGAATCAAATACTCAACATCGCATACTCTTTCAGGCTTGAAGGGTTTCTTAATGGGTCCATTCCCTCTCCACCAAAGTATCTCGATAACCTTCAACTTCATCATAATCCTGAATTTATGGTGTGGGAACAATATAATAGGATTGTTATGTCCTGGTTTTACTCATCTCTCACTGAAGAAAAAGCGGCAGAAATTGTCTCTTTCAACACTGCTCGAGATATTTGGGAATCCTTGCGCCGCTCCTACGAATCCACCTCTTCATCTCGTGTTCTTAGTCTTAAATCTCAAATTCAAAGAATCAAGAAAGATGGCATGTCGGTGACTCAATTCTTGGCCAAAATCAAAGATGTTGCTGATAAGTTATCATCCATAGGTGAACCAGTTCCTCTCAAAGATCACATTTCTTACATATTGGAGGGTCTTGGGGTTGAATATAATGCATTTGTGATAGCCATACAACATCGATCTGAGTTGCCAACAATCGAAGACATTCGAGCACTGTTGTTAGCTTATGAGTATCGGTTAGAACAACAAAATTCGGTTGATTCTTTAAACTCTATTCAAGCTAACTTTGCAGGTATTAAGATTCAGGGCTCGTCTTCTTTTAAGCGTGGGACTCGGTCTCAAAATAACTATGTTCAACCTCCAAATAACTATGTTCAGCGTTCATCCCAAAATCAACCCGGTATTCTCAGCAAGCCATCACAACCTCCCCCTACCCATAATTCATCATTCTCTCCACCAGACAATACCCCTCCAGACACACCCCAATGTCAAATATGCAATAGAGTTGGTCACATTGCCCTTTCCTGCTATCATCGGGCAAACTTCATCAAACACCCACCAACTAAACCATAAAAAAAACCACACGCCATATTGACAAGTACTTCTGTCCAACCCCAACCCGCTAAAATTCAACCCTCTCTAATCCCGGATGACGCGTGGTACATGGACTCAGGTGCTACTCACCATCTCACTCCTGATTTCAACTCTTTGTCCAACCCTATACCTTACGGTGGAAATGAGCAAGTAACTGTTGGGAATGGTACGTCTCTTCCTATCTCTAATATTGGATCTATTCGTGTTCCTTGATTCATAATATTCCTCTTCACCTAAATCATATTCTTCATACTCCTTTTATAACCCATAAATTAATTAGTATATCAAAGTTGTGTCGGGATAATAAAGCGTCTGTTGAGTTTTATCCTACTTTTTCCTTGTGAAGGATCTTTTAACCAAGAGAACTTTACTCATGTGGCAATCTTGAAGGAGGTCTATACAAATTGTGTCCGTCCTCTTCCACATATCCGACACGTTCAACCTCCACTTTTGCTCTGCCCTTGTTTCAAGTGGACCATCGTCAATATGGCATGCACGCCTTGGTCACCCCTCTTTTGATGTCGTTAGGAAAGTTTTTGAAATATGTAAAATGGGTTATCCACCCAAGTTTGATTTAAATGTATGCTCTTCATGTCAAAAGGCGAAAAGTCATCGTTTACCTTTTTCTTTGAATTTTCGGAATGCTTCTCATCCTTTTGAAATTGTGCACTCAGATGTATGGGGACCCTCCCCAGTAGATGCTATTAATGGAGCTAAATATTTTGTATTGTTCATTGATGATTTTACGGATATACTTGGCTTTACCTTTTAAAAACAAAAGATCAAGTATTCCCAATTTTTCTTCAATTTCAAGCCATGGTTAATACACAATTTAATTATAAAATCAAAGCTCTCCAAACTGATTGGGGGGGTGAATTTAGATCCTTATCATCCTATTTGGCAAACCAAGGAATTTTACATAGAGTTTCTTGTCCTTATACTCCTCAACAAAATGGGAGAGTTGAACGTAAAAACCGACATATTGTAGAAGTTGGACTATCATTGTTAGCTCATTCAAATGTTGATCTTAAATTTTGGCCTTTTGCTTTTCAAACTGCCGTTTATTTAATTAATCGTTCCCCAATTTTGGTTTTATCTCATAAATCTCCTTATTTTGCTCTTTTCAATAAACACCCAGATTATTCTATTATTCGAATATTTGGTTGTTCGTGTTATCCCTTTCTTCGTCCCTACAATAGTCACAAATTGCAATTTAAATCAGTTGAGTGCATTCTTTTAGGATTTAGCTCCAATCATAAGGGGTATTTGTGTTTTGACCCCGAATCTGGGCGCTTGTATGTTTCTCGTCATGTGATTTTCAATGAATCTATTTTTCCTTCACAAGTTAAGTCTCAGTCGAACCCTCAATTTAAATATGATTGTCCAGATAATTTTTTAGCACCACCAATCCCTTTCCAAAATTCCCAACAATTTCAAAAAAAATCTTCATCTATTTTTCCCACTTTACATGTGTCCAATCTTAATTTCCATAAAAATAATAATTTAAATCCACAAATTTCTAATTCATTTTCTTCCGCGTCAGTCCCATTAACCATCATGTCGGCCTCGACCGATCCCAAAATATCCCTGCACCTCCCGGTTTTCCTCACCCCATCTACACCACTCATTTGCAACCCGTTAAACATGTGCCACACGTCTCCCATCCAACACTCCACCCATCAACACATCCCCTCATTTCCGATTATATTCCCACTTGCCCAACATCTCTCATCTAACGCCTCCCCATCCCATCTTTCGCCCAATAGTCACCCATGTGTCGATCCCCCACCATGTCTTGTCCACTGCATCCACTTCCATTCCAAAGAATTAATTCTACCACCCAAAGTATTTCTTTTTATCCAATGACTTATCTCAAACCATGACCATCTCTCCAATAGTAATTCAAATTCTTTAACCTCACAATTTAATTATTCCCTTCCCCAAGTCCCCCTCTCTGTCCAAACTCATTTGCCTCAATCAGAAACTAATATTCACCCAATGGTTACTCGGTCGAAAGTTGGGATTTTTAAACCAAAAGCTTGGACGTCATCTATGTCCATCAATCCTTCAATGACTGAGCCTACATCTTACAAAAAGGCTTTGCTATGTCCCGAATGGAAACATGCAATGAATTGTGAAATTGAAGCCTTGACACAAAATGCAACATGGACACTTGTTCCACCACCGAAAAATTGTCGACCTGTTGGATGCAAATGGGTCTTTCGCCTCAAGCTAAAACAAAATGGTGTAGTTGATAGACATAAGGCGAGATTGGTTGCAAGGGGTTTCACTCAAACATACGGTCTTGATTATTTTGATACATTCAGTCATGTTGTGAAGCCATCCACAGTTCGGATTATTCTATCTCTCGCAATCAATTATAATTGGTCAATTCGACAACTTGATGTGAACAATGCATTTTTGAATGGTGAATTAAAGGAAGAAGTATTCATGGAGCAACCACCGGCTTTATACATGCCGACTATCCGAGGTACGTTTGCAAACTCAATAAGGCTATTTATGGATTAAAACAAAGTCCTCGTCGCGTGGTTTTGAAGTTGAGTTCTTGTTTGTCTGAATGGGGATTCTTGGCTTCAAAATCAGATACATCACTATTTTTTTTTCGGCAAGGTACTCATATTGTGATTATTTTAATATATGTTGACGACATCATTGTCACCGGTAGCAGCAACGTTCTATTGTCATCCTTAATTAGTCGTTTGGGAACTGTATTTCAACTAAAGGATCTTGGTTCTTTATCATATTTTCTTGGAATTCAGGCTTCATTTTCATCTAATGGTCTTCATTTATCTCAAGAAAAATATATCAATGATCTGCTCTTGAAAGCCAATATGATGAATTGCAAACCAGTTGCAACTCCGATGGCATTCGGTGTTTCATTATCTCTACATGATGGTGCTCTTATGGATAATCCAACTGAATATCGTAGCCTTGTAGGAGCATTACAATATTGCACCATTACTCGTCCTGATATATCCTTTGCGGTGAATAAAGTTTGTCAATTCTTACATGCTCCCACTATCACTCATTGGCTTGTTGTGAAACGAATTTTGAGATATCTGAAAGGTACCCCGTCTCATGGATTACGATTTGTTTCTTCATCCATGTCTCTTGTGTGCTTTACCGATGCGGATTGGGCTAGTTGTCCTGATGATCGAAGGAGTATAGGTGGCTATTGCACATTTTTTGGCAACAATTTAATATCTTGGTCTTCGTCAAAGCAGAAAACTGTGTCTCGCTCGAGTGCAGAATCGGAGTATAGGGCCCTTGCAAATGGCGCTGCTGAAATTTTGTGGATTTCATCTTTATTATTTGAGCTCGGCATCCCCATTCCTTCCACCCCTAAACTTATGTGTGACAACATTAGTGCCACTCATCTTGCTGCTAATCCTGTTTTACATCAGCGTACAAAGCACATTGAAATTGATCACCATTTTATTCGAGAGCGTATCTTAAGCAAACACCTTACAGTTCAATTCGTTCCATCCGAGGACCAAATAGCCGATATTCTTACCAAACCTCTTCCTTCGTCGAGGTTTCAGAGTCTTCGAACCAAGCTCACCGTGCTCACAAGCTCGCTTAAACTTGCGGGGATGTTAAACAAGTTTGATTTATTATGTTTTTATATGTTATTTTATTACCGTTGCATCTTTCTCTTGTCCTATCTATATAAGGTCTTTTTCTTGTAAGTGTTTTTAAGGAAAACTGTAATACAACTTTGTCTTGCAATTATTCTCTCAAGCTTTCAACTCCTTTCATTGCTCTTGTGAAATTTCAGAAATGCCCTACAAATTGAATTTAGTTTTAATTTGAGGAGGAAACAACTTGACAGAGATTCGAACTCACGACCTCGTACTCTGATACGATTTTGAATTATGTTAAATTACCAATCAACCTAAAAACTTAAACTGATGGGATGAGGTAAATTTTAATTATATCAACCAACAGAATAGAAAAGGAAAAATCTTATACCAGTATTCTGTACATTACTAAAAAGAAGAAAAAACGAAGAAATGGATAAAAGTATAGAAGCCAATTGCAAGTAAGACTTTCGATCATTGGGTTTTAGATGACATCAATGCTCACTAATTATTTATTGTAATAATTTGATTTTATGTGGTTGAGCTTTAAAGAGATATCATTTGAAAATGGGATGTATTAGTGGGAAAGTTGGTTGAAAATGAAATTTCGTTAATGATTAGTTTTTGGCATGTCTAATCGACTAGGAAACCTGTGCCTATTTCACATGAGATATAACATTGCTATCATCATCAAGATCACATTGCCATTTTGCAATTACTTCCATGGCAAGATGTAGCTATTTTAGATGGTGGTCTCCGTACCTAAAAGTGGTTCTTGAAAAAAATACCCATGATGTATATACCGTGGAGCCAAAACCTTCATGCCTGAGCTTAAGCAACGTTTAAATTATCGGTCGATTGAACCATCATGGAGTAGCTAGTGGCAAGAGGGCATTGGAGAGTTAAGAGGTGATGGGTTCACTCCTTGGTTGCCACCTACTTAAGAATTAATTTTCTACAGGTTTCTTTGACACCCAAAAGTTGTAGGGTCAAATGGTATATCTCGTGACATTAGACGAGGTGCATTCTTTCTTATCCAAAAAAGATATTAGTTGAGGTGCGCACAAGCTGTCTAGACAATAGCGAATAAAAAAAGAATTATCTGTTGATTGTAAGTGTTTATTAGATGTGGGCATCCATCTCAAAACCAATTGGTAATGTGGGGAGTAACCCACATATCTTATAAAGATGTAGACTCCTCACCTTTCCGATGCGGGACAACTGACAAAGTGAGTATCTCCAACATGCCCCCTCAAGATAGTGCCACATAGAGAACACCATCTTGAATTAGATCTAAATTTGTGGACCGAAATTTATCGATCAAATACTCACTTGGGAATGTTTGGGATCAAATATCCCATGTTTAGTTTTTGATCATTGGGAGCGAATTTGTGGACTAAAACAATTAATTGTATTAATTATTTTCTAAAATTATCTTACTTTAGGTTACTTTAACTCTCAATTCTTGAGAGTTATCAATAGTCTAGCCACATGTTTTTGAATTTGTAAGAATAAGGCTCCCAACGGGTCACAAAAATTGGCCAGTTGTGTGAGGTGATTCTTGGATCAATTGAATGTGTTGAGGAGTCGAATTCATCTATCCATCCTTTGGAGAGGAGGAATTTGTCAATTGGGTGTTGCAATGTTGCCGGCGCATTAACCGAAAATGTGACAGATGAAAAGGTTGGAGAAAATGTGTTAAAGAAGTAAGAAGAGAGAAGGAAAAGAAAAGGAAAGGAAATCATGAGTCTTGGAAGTTGCAATTTTGGAATAAATAAATATAATTCAAATATTTTTCTAAGTTTCTTCTTTCTCTCATAAACGTGGGCTATTTTTCATTTGTTTATTTTTTATTTTTCATATGAATTACTATCTCCTATTTAATGTGGATAGTTGGAATTTCAAAAGTTAATATGTGAACTTGGAAACAAACAAGGAGTTCTATTGTTTTTAATGTTTTTCTATACCTATTTTGAAGTTAGGTGATGCTTTTATGGGATAGTTTGAACTTTGGAGTTAGCTTGTGTTTTAATACTTATTTTGGAATGAGCAATGGTTCAATCGGCATAAGTGTGTACCCATGACCAAGAGGTCATGAGTTTGAATTCCCCACCCCTAATTGTAGTTGATTTAAAAAATATACTTATTTTGGAAAGGTTTAAATATTTGGCTATTTATTTCACTATTTTAATAATTTCTATTTATTTTATTGTTATTTATCAAATTGAAACTTACAATGCACGTTACGTTACTATAAATTATACTCTACAATATAATTTTGATATTCGTTCCATTTCATGAGTTAACAACCTCGATTACATCATACAGAACTTGGATGAAGCGCACAGTAGCCCTGGTTTGCATGCTGCAGCAGGACCTGGTCTATCAGAAGAATGCGGAACACTTGTATGCCTGTGATTGTTTTTTCTTCAGTTAGGCTTTTATTTATTGCTTTTTCCTTGATTAAGAACTGGAGATTTTACAAATTAACATATGCATATATCTTATTAACTAAAAGAAACATTTGTGAAAACTTTGTTCCTTTGGAGATACAATGGAATTTGGATTTCTTTTCAGAAAGACTTTTTTATAGCACTTCTTTGAACAATAAGAATGTCAAACCTGACTCACTTGGTACATTTTTCTTTTGAAGGGTGGTTGTCGCACTGGAATGGCAAAAGTCACTAATGCTTATGATCTTCCTGCTAGGTGAGTATGTAGTTGATTTTGGATCTCAAAGTAAAGACATACATTTTTTAATAAAAACTGAAGCTCACTTCTATTATAATTTCTAGTTGATTTTGGATCTCAAAGTAAAGACATACATTTTTTTAATAAAAACTGAAGCTCACTTCTATTATAATTTCTCCCACTCCCATTTAATCTTTACCTGTTCTTGCAGGAAGGTCATACATACTGTTGGTCCAAAATATGCAGTCAAATACCATACTGCTGCAGAGAATGCTCTCAGCCATTGCTACCGTTCTTGCCTTGAACTTCTTATTGAAAATGGGCTTCGGAGGTTGTGAAAGTAGTTGATGTTACACTTTTTTTTCTCCATATTATCTGTCTCATCTCAGGCATCTCTTGGTATCTTTAGCTTACATGTTAAATGGCCATTTAATGCAGCATTGCTATGGGTTGTATATATACAGAGGCAAAAAACTATCCTCGTGAACCTGCTGCACATGTAGCAATAAGTGAGATATTTTTTCTACATGTTCCTTTAAGTCGTCTATATTTTTCTCTATTCTACTATGATTTCAATTATTTTGTGCTACTTTTTCCTCGTGATTGTCCGGGCCAATTTGCGATTTTTTTTTAAACAAGGGTAACCACGCCCGTCCCTAGGCTAGGCACCGGAGATATCGAAGGAGTAATATCACATGTGAGTCTCGAATCTGGGATCTTGAAGGGAGCATACCTTCAAAGCCTAAGTCTTCAACCACTTCGCCTTGGGGACCGGCCAACTTGCGAATTGTGCTACTCTATTCATAAATTATTGACTTCCATTAACTGCCAATTTACCTAGCATGTTTAGACATAGTAGGGATGTTACCAGGGCGGGGTAGGGGCCAAGAAGCATTTTGGACCTAACCAACTTGGGAGTTTGGAGGACTTGCCCTGATCCGATCCATGCTAGCAAGCTCTAGTATAAGAAATACAAAATTGTGAATAGTTGATTCTAAATTTTAATCACCTCTTTTATTATTTTTCTTTGGTGGTTATAGGTTCATTTGCATTCTAGTCTTCAGAATTTGTGATTGTTTCCAACTTGCATTTTCAATCGGTGGTTGCATTCAAGTATCTCCACTTTTTAGTGGCATCTATGTCTAATGTTTCTAAAATAGAAGTCTATCTTAGTATTAGTAGGCATACAACTGTTTACTTGGTCAACTTATTATATGCTGCCGAAGTACTTTTTCCAAATGAATTTTGTTGGAACTTGTTGGGAATTCGAGGTCGATGCTACGCTGCTGAATCGCTTCAGCGAAATATAATCGAAGTGATTAATTTAAGCGTGCCTAGACTCAAGAATGTGCAAGTATATACAGTCCAGTTCTTCTTGTAGCAAGTTTTGATTAAAGTATAGGTAATCTCCACAGGAATTTTGAATCTTTTTCCAATCTGAGTTATCGTAAGAGTTGAGTTGGTGGGATACAATTTGTAATGAGCTATAACTAAGTTTTCAATGATACAATGTTGAAAGATGAAAATTCAAATTCTCTAAATTCTTCATTTAATAATGAACCCAACAATGGGTTTAAATAGAGTACAAGATGACCTAATTATAACAGGAAAATATAATATCTAATCATAAAAAGGAAAAGATAGAAAATAATATTTAATCTAATCCGAAAAGGAATAAATAATTAAAAAGATGAAAATACAATTTTACTAAAATTAACATAAACCAACATATCTGTATCAAAAGGCATTAGTGCAGTGAGCTCGACACTATTTTTCATATGTTTCATGTCCCTTTCGATCCGCATGAAAATATGATAGTGCAAACATCATATATTTTTGTCAGTTGTTCCTTCCTTGAATATAAGAATTCCAAGAACGTCAGAAGCTCCTTCACACTATTACAATGACCAATCAGGTCAACCACATTGTCGTCTATAGAGTTTTGAATCTGATTTTACAACTGAGCATCATCTCGAAGCCACACCTTTTTCAATAACTCATCCTCGGGCACATCATCCTTAATATGAGACTCCATCTCCGTGCTTAACAAATGGAATTGGATTGTTTTATTCCACTCACGATAGTTCGAGCCATTTAACTTATGTTTCGTGATTTTTGACGAGTGAGAAATAACATTTGTTTGCTTAGAGTCAGCCATATATCACTTTAAATAGAGCAAATCAACAATCTAAATAATCTGGAAACAAAAACCAACACCAAAACTGAATAGAACGCAACAGAAAATACCTGAAAAAGGCTCTAACTATTAAACTCGAGACAAATCGTTGCCAAAAACCAAAAGGAAATTACACAAACCTGTCGTAGACACCTTCGCGCACAAAACCGAAGAATTGGAACTCCGAAAAAATCCTTCATGTACCTTCATGTGCAACTTTTTCTGGCGGTAACAGAAAAACAAGCGCCTGCGCGTCGTCCGACTTCTAGAGGCACATACGGCCAGCTCCGATCTGCGATGGCGATGATTTTTAATGGGCTTTGAAGATCGTCTCGAGAGCTTTCCAATGTAGTGTGTCAAAAAGCTGATGAAATTGACGTTTTTCAATGAGCGCGCAGTACTGTCTGGAAAACTGTTATTTCGAAATTTAGAAGAAAAATCTATTTTCTCGTGAACGGTAGCGAGGATTCTTCTTGGATGACGACACCTAAAACTACAAACCCTAATCCCGATCTTTTAAAAACCCTAGGTATGGCTCTGAATCTTGATACCATGTAACTCAATATTGGGACTCGAAGAAGTCGTGATTTTATTGATATGACTATGTCTATATACATACAAGAAGGATGTTGTAAAACCCTAATGATAATGGGCCTAACATATTAACTACAAACTAATATATAAAAATATAATGCTAACAGGAAAACTTGAAAGTGGCAAGGAAAAACGATCTCTCGATCTTGGCTCTCCTGAAAACGAAGGAAAAGTTGGCTTTTTATAGCACAACCGACAAACTCTGCCCCACGATCCTCTGCTCTACGTGCTCACACTTCTGACATTCCCTCTCCATGATTCGCATCATTCGCGCTTGCTACAACGGTAAAAAAGTGACGGCTAGGATTGAAAGACATTTCTTGGATCTTTGACACGCGTCCTTCCTTTGGATATTTTCTGAGTGTCAGTCTTCATGGGAATTATCTTCGCTTCGGCGAGGCTCAGTCCGCGATAACATGCTTCACTCCGAGGAATGCTGCAGCAAACTAGAAAAACCAGGCCTTTTAAAAACACAATCATGTACTTTTCCCGCAACATACTTCTAAAAATGATATCCTAATCAGAAAACTAAAGGATTTGACAATTCGTCCTAAACATGATGCTAAAGCAAAATTGTAAGCAGATTCTTAATTAAATGTAGCGAAGTTCAAGCGAAACAGTATTGCCTAAAGCTATTTAACTCTCAATTCTTGAGAGTTATCAGAACTCTAGTTTAACCTCATATAAAAAATTTACACCTTATCCTTCATTTAGTTTTGCTTCTTCTGTTTAGGAACTGTGCGTCGTTTTCTTGAGAAGCAGAAAGATAAAATTGAAGCTGTTGTATTTTGTACAACGTCATCAGTAGATACTGAAATATATAAAAGGTACTTCACTCTCAAGTAACTGTGGCAAGTAAATCCATAAGGTTCTATTTTCTATGCGATAGAAAATATAATAATCCATGTTGCACTTATTTTATCTACTTGTATATGTTTCTGAGGCAGGTTGCTTCCTCTGTACTTTCCCCGTGATAAACATGAGGAAGAAGTTGCATTGTCAAAGCTTCCTGCAGATGTTGGAGATGAGAATGGCGAGGCCATTATAGACGAGCGGAAAATCAGGATAAAACCTTTGCCCAAAAAGAATGTTCTGAAACCTTCCCAAGATCCCGAAGATCCTCCAGTCAGTGATGTAAGGTTGACGCGGAGGTTAGTGAATTGATTTAAGCGATATACACTTTTTTTTCAGTCATAAAAAACATTTATAAAAAAAAATCATCTTCCAAGGGTAGATTCATGAGAATTGCTTACTTGTATGAATAAGGTTGCCATAAATTTGATGACATTTACTATTGTTTTGGGGTGGGCTGCATGGAAGTCCAAGGTCTTGGGAAGTCCATTAGTTCAGTATTGCTTTAAGAAGGTAAAAAAACAGTATTAGTGGTATTTTCTTAATCTTTGTCTTGTGGATCAGTTAATGCATGTCTTCTGGAATCTTGCATGAACAATAGTTCCGTAGGGGAGAAACCAACCCTCTCGTTGGCCAATATACATCTTTCTATTTTCTAACTTCTATGCACAATTTTGTAAGGTTATACCTTACATATGGTTACTATAATTTGTTCTGTTGTCAAATAGTTTTGTTTTGGGATTGGGTCTCCTCTATCCTTGTTGCATCTGTTAAAAGGTATTTTAACTTGACTAATGGTGCCTGATATTTTCAGGAACTCATCATATTTGGATTCATACCTGGATCCTGCTTTCTGGCTTTAATCAAAGATCCAGATCAAAGACGCAAGGAACAATGGGAAAAAACTGCCCAGGCTCAGACTGGATGGAATTATGGTAGAGTGCTTGGATTTGGTGACCTTGGTGGACCTCCTTTATCTGCGGCTGAAGAATACTCTCTTCATTCGAGATATCTTGCTAAAGCAAATTCTCTTAATCTCTCTGAAATTGGGGAGATGAAAATTGTGTGAGTATCAATTTTCTTGATTGTTTCCACATGCCCATAATATATAGATAAAGTGGTCTGCTATTCACCACCCACACAATCAAAAGGTTAGGTGGACATCAATAAAGAAAACTAGACAAAAAAGTCATAGAAGTTTTTTTGTATACTAGATAATAAATTATTCTTCCTTTGTTGAAATTATTCATCCACCAATAGTTTCTTTTTGAGTTATGGATCTCTTCTTCTTCAAAGGCCTTTGCGGGCTTTTCTATTCAAGACATTTACTCTCATTGGAATGATCTTGATTAGATCTTTGGTTTGAATCTTTTTGGTTTTGGCTGGTTTTAATCAGCCTTCTACTTTTGAAGTTTCTTTACTATCATTGTTTTGCTATTTTTGTCTTTTTGTTTTCTTTTTTGTTTTCTGTTTGTTTTTTGTTTCTTATTGTACTTTTGTTCATTTCATCAATGAATATACTTGTTTCTTGTTTCAAAAAAAAAAGTCCAATTAATATTTATTTATCTACTTATCCTCAACCTTCACATTTTGAGGAGCTTTGTTAAAATTGGCTTTGTAGGGAGAACATTTCACGAAAGTTGGTTTCTGTGAGTCATTCAAGTTTATATGTGCCAATAGTGAAAAGAAGTGTAGATAGAGAAATATCATGTTGTTTCCCATTATGGAAAGTACTGAGTTCTAGTTTGTCTCTCTCCGGCATGTTAATTAGTCAGAGGTTTGTGAAAAACAGAGGAGTGTGATGTTTCCACAACAAAGATGGAAGCACTGATGTTACATTCCTTAACATATTTGGTTCTTGTGCATTTCTGATAGTTCTATTAGCTTGAGATGCCCATAATTTGAATCTATTGCAGTTACCGTGGTGGAGTTGATAGTGAGGGCCGTCCTGTTATGGTTGTTGTTGGAGCACATTTTCTACTACGTTGTCTTGACCTTGAGCGGTTTGTTCTCTATGTTGTAAAGGTAATTTAATTCTAATCTTTAATAATATGTATTTTATCTTAAGACCTCTAAGAAGCATGAGTATAGTTACAGATACAGAACACATGAATTCTCAACCACTTTTAGAACAATGATAAGGATGATATTGATGAACTTCAATTCTATAGAGAAGGGTATTTGGTAAATCCATAAGATTGTGTTAGTTATCATAATCCTTAATAAATATTAAGACCCTCTCATGTAATGACACCTTTTGATTTGATATTCAATAAAGAGTGTTGTTTGGTTCTTGGAGAATTATCTCTCAACCAATCCTAGGCTACATCAAATTTGTATGAGAGCAACCGTCTGGGCCAAGGTTGACTGCCGCCAGTGAAAGACCGGGAAACTCTTAGTGACATCGGTCGCAAGAGGGATCTTTTTGTGTTGTGCTCGTTGCCGAACAACCAACTTTACACAATGATACCGTTGAGAGTATCTTTTGCAAGAAACACATGAAAGGCTTCAAGGATGAACTATTGTCATTCAAGAAGACAATTGAGAGGAAAAAATTGCTATGCTGATTATGGATCACAAATGCTAAAAATTTATTCAAGAATACCTACTCATCAGTCCAATCAACCACTTTTTTATGGCGAACAAGAAGAATTTGAACAAATAAGAGTTGATATGGCCAAAATTCAAGCTCTTATGAAAAAGATGGATCAAGATTTTGATCGATTTTCAAGGGAAAAGGAAGATTTTTACAAAGAAAGGAAATTAAGTTCACTAAGTAATGAAAAGATGATGGTTGAAATCCTCGAAAAAATCCCTAAGTAGTTGCAAAGTCTGGGAGAATTTAGCTGGTGATAAAAAAACCAAGGATTGCGTAGAAAAAAAATAAAGAGGATGAAAAGGCTGCTGAAAATGAAAAAGAGAAAGATGAAGAGAAAATTACCGGTGAAGATGGATAGAAAATCAAAATCGTATCCTACATACAAGAATTCAAGGAGGTTAGTGTTAAAACCATCAAAGAAAGAGGAAATTCAGGTTTGGAATGACCCAATTCAAACAAAAAATTCAGTGAAGAAATTGCCACTAAAGCTGCCGATGAAATTGAATCAAATACAAAATCAGTGAGCTCGGACCATGGTGGAGTGTTATTCTAAGAAAAAAGCTTGAACAGAATTGAAGAAACGTAGGTAGTATAAATTAAAGAAAAAGTCATGGAAGATGACGACCAGAACGAAGAGAAAATCGTAAGCGAAATTGACAGAGACATCGTTGTGCGATTAAAAGAAGAAGAGAATGAAATCGAAGAAAAAGAAACTTCGATTGATTCAGAATTAGTGTTTTAAAAAAGCGCAAGGCGCACTAAGGCCCAATGACCCTCTAGAGCCTTAGGCACAAGGTGTCACAGTCATGCTTGTCCAGGGCCAGTTGCGGCCGTCCATGACCGCATGTCGTGACCAGTGTTTTCAAGGCCATCGCCTTGCACATAGGCAGGTATTGCGCCTCTAACGTAGCTAAGGCGAGCTCCTTCAATCAGCCCCTCGCTTTTCCTTGCCACTTTGGGCCCTGCATCACCTTCGCCTCAGGCTAAGGCGTGCGCCTTGTTAAATTTTTATTTATTTATCAATATCCGAACTTAATATCCACAAAAAGAACCTAGAATTAGTTTATGAAAAAGTCCAACAACTATGCAAAGTCTTTATTAAGGATACTGAATTTGTTTAATTGCTATTTCAAATATATGTATCTGTTTATTCGAGTTATTTGACGTAAAATCTTTTTTTTTTTTTTACTTTCAGTTAACTTCAATTTTTTTTATACAAATAATAATTTAATATTATAGTATATCTTATAATAACATAAATTTTGTGATTTATTATTCTTTTATTTTTTACTTTTTAGTATTTTTTCATATGAATTTGAAATTTTATGGGAATACACATATGTTTTATTATCAATTTATAAATGCGCCTCTCTTCACTCAGACCTCGCCTTTTAATCGCCTTTCGCTTTGAGGTGATCAAGGAGAATATCGCCTTGCGTTGTCCAAAGCTGGCCGCCCATGGCCGCATGCTTAAGTTAACCCCTCGTCGTCATGCTTTTGTTGTGTAGGCTAGTCCCTTAGGTTGTTGCTTGTTCTTTGTCTTTTGTGGGGAAGTTGACTCCTCGCCATTTTGATATGCAAGCCTGCCATATAAAAAATGGTCCAGAATGCACCTTAAGGGGTAGTGAACTCCCACCAGTTGTATGTTAACATAGTTTTGTCTAAATTCCAGTAAACAGCTTGCGGCATACAACCTTTCAAAATGCTTGCCAAAACATTTCTTTGTCTCTTTTTCTAAAATCTTTTCAAAAACCTGAGATAGAAGGTTTGCACAGAGATTGGGTGTGCCACCTGCTCTCTGAAAGTGATTCGATGTGCTCGTTCGTGGGCTAGAGCGAGCGCTTCACGTCCTCTTTGTCGCTTAACGAAGTACAACTGCGATAGTTGGTGTCAGAGCCGAACGATTCTAAAAAATTGCTTGGTCAATTATGTCTGCAAACAAGAAACCCAATAAGTCGGAATCCGACCGAAGATAGAAGAGCAACTACTCTTCTTGAGGGAAGTTCCTGGCAACATCCGGTTCTTGGAATCTTGAATGGAAGAGATCGAGATCAAGACTGGTCAGATTAATGCGGTAGTTGGGATGCCCGTCCAAGAGTTGATGCTGAGGGTTTACTCTCTACAAGAGAAAGCGACACATCCTAATGTCTTGGAACGGGGGGAGAGTTTGTCGGGCTCTGTTGCCCGTATGGAAGAGCGAGTTGATGTCTTGGACAACTAGCAAAAGGCGTTGATTCAGATAGTCACAAACCTTTCTGAGGATGTGAAAACAACGTTCGATATTCTCAAGGCTCAGACTGAATACCTACGAAACAAGCTAAACCTCACCATGAAAACTATGGGGAGCCACAACCCAACTAGGGTTGTGGGACACATGAACAAGGTAAAAGTGCCAGAGCCGAAACCCTTCTATGTCGTGATGCCAAGGCTCTGGAAAGCTTTATCTTCGGCCTGGAACAGTACTTTCATGCCACGAGCACAACGATTGATGAAGCCAAGATTGCATTGGCAACAATGCATCTAGCTGAAGATGCCAAACCATGGTGGAGATCTAGATTCATAGACATCGAACAAGGTCGATGCTCTAACGAGACGTGGGAAAAACTGAAACAAGAACTGTGTTCGCAATTCTTCTTGGAAAATATGGAAATATTGGCAAGACGCAAATTACGGAAATTGAGGCACACTGGCAGCATTCGCGAATATGTTAAACAATTCTCAACATTAATGTTGGACATACACGATATGTCCGAGAAGGATAAGGTATTCTGCTTTATCGAAGGCTTGAAATCATGGGCGAAATCGAAACTATACGAGCAGAGAGTGCAAAATCTCTCGACTGCTTATGCAGTGGCCGAGCGGCTGTATGACCTGAGCGCTGATTAGTCTTAGGACGCAAGGAAGAACCATGGCCCCTCAAGTTTCACAAAGTCCAATACTCATGCCAACTCGCCTAAGAATGGCGGGGGAGATAGACAAGGTGGGGGAGAGCAAAGAGCCTTCCAACTTAGGGGGGGATATCAGGGACGGGGACCTTATCAGAATAATTATAACAATCAGCCCCCGTATTGCTTCATTTGCAAAGGACCCCATCGGGCTGCAGAATGTTCCAAGCGAGCAGCCTTCCAAGCCTTCCAAGCCTCGTTCGACACTAATGTTGAGACATAAATGGAGACTACCGATGCTAGTACACTACAAACTGAGAGAGATGACAACCCTCGCATGGGAGCTCTAAAGTTCTTGTCAGCCCTCCAAAACAAGATGGGTCAGTCTGGAGAGCTATTTGAGTGTGGTCTTATGTACGTTGATGCTTGGGTCAACCAGAGATCGGCCAAGCGTACCATGGTCGACTCCAGAGCCACCCATAACTTCATGACTGAAGCTGAGGCACGATGGCTGAACCTACAATGGGACCAAGATTTGGGGAAGATGAAAGCTGTTAATTCGCTAGTGTTACCCATCCTGGGGGTAGCAAGATGATCAACGCTAAAGCTGGGAGAACGGAAAGGACAAACAGACTTTATGATCATCAAGATGGACGACTTTGATGTTGTATTGGGAATGGAGTTTCTCTTATAACATAAAGTCATTCCGATGCCACTCGCCAAATGCTTGGTTATCACGGGGTCCAATCCAACTGTTGTTCAAGCTACGTTAAATCAACTGAATGGCCTAAAAATGTTCTCAACCCTCCAGCTCAAGAAAGGGTTGGCGCACGAAGAACCAACATTCATCTCTATCCCAATGATGAGAAAAACAGACATGAACGAGGTAGTCCCCGTTAAGATTCAACGAGTACTAGAGAAATATCGTGATGTTATGGCGAATGCTTTGCCATAAGCATTATCCTCACGAAGGGGGATTGACCATGAGATAGAATTTTTTCTCGGGACAACCCCTGGTGAAAAACGCATATCGTATGGCTTCGCCTAAGTTAATAGAGCTTAGAAATCAACTTGACAAGCTCTTATCCGTCGGGTTCATCGGCCAGCAAAGGCCCCTTTTGGGGCCCCTGTTTTGTTTCAGAAGAAAAAAGATGGTAGCTTGCGCTTATGTATTGACTACCGAGCGCTAAATAAAATCACTGTCCGCAACAAGTACCTCTCACCAATTATAACTGTTTTATTCGATCGTCTCCATGGGGCTAAATACTTTTCAAAGCTAGACTTGAGATCGGGATAATATCAAGTCCGCATCGTTGAAGGAGACAAATCTAAGACTACATGCGTGTCCCAAATATCTTGACAAATTCGTAGTAGTCTATCTGAATGATATCGTTGTTTACAGCCCGACCATGGAGGAACATCAAAATTCACCTGCAACTGGTCTTTGATAAACTAAGGGAAAATCAGTTATATGTCAAAAAGGAAAAATGTTCATTTTCTTAGGAACGCATAAACTTCCTTGGACATGTGATCGAATGCAGAAAGATCGGTAGGGAAGATGGGAAAGTCGAAGCCATACGCGACTAGTCCATGCCAACTATGTGCTGCCAATTGAATTCTTGATTTTGAGAAAAGGCCCAATGATACAAAGATAAGGTTACAATATTTTCATAATTAATTATTCTAACAGTTATTAAGAGCCCGTTTGGTAACGATCTTGTTTTCTGTTTCTTGTTTCTTAGTTCTTGTTTTTTGATTTTTTTAGAACAAGAAACAAGAATGTGTTTGATAACTATTTCTGTTTCTTGTTTCTTAAAAAAATTAAGAAACATAAACAAATATGTTTGATAACCGTTTATTGTTTCTAATTTTTTTTTAAAAAAATATATATGTATTTAAAAATCATTAATTAAAAGTTTGTATTTTCTAACATTAATCATTTTTCTATATATAAAAATCCGTTCAACAAATAAAAAATTCGTAATAATAACAATTTTGTAATGAATAAGCCTATTATAATTTTGATTTAAAAAAAGAAAAAGAAGAATAGAATACGCATATTATAAAAAGTTTAAAATTCAATTATAAATAAATAAATTGAAATAAGATATAGATACACATACTAAATATTTTTAAATTCTCTCTCTCTCTCTCGCTATATATATAGTAAAATTAAGAAATAAAGTAAACACAATTTTTTATAAAATAATATTTGTATACAAATTAAGATAATTTATAAATATAAAAATTGGAAATTTGATGTAGATAGAAACTTTTATTATTCGTATTTTATTATAACTTGATACAAGTCTATCGATCCAAAGTTTCATTTAAAACCTATTAATTTCACTTGATTGAAATCTAGCAATTTTTTTTAATTAAAAAAAAAAGTCAAGCAATTTTATAACTATCAATTTAACTTGATTGATTTGGCTTTTTTATATTTGATTTTTCTTAAGCTTTTGGTATCCAATTGATTTGGTTTTTTTTTTTTGCTATTCACTAAAAGTTTTCTATAAAATTAGTATATATTTAAATTAATAATCGAGAAATATAAATATTATTTTTTATATAAATTAAACTGAAAATTAGTATATATTAATATTATTATAAAATAAATTGAAATAAAACAAAATAGTTTATGTCTATATATATAAAATTGAAATAATATAAGAATATTAGTATTGTATTTTTAGGAATAAAAATAATATATGAATATATATTGAGTGGAAATTGAAAAGTAAAAGTTGATTTTTAAAAATTAAAATTGAAAGAAAAATGAAAAGTTTATTTTAATAAATGAAAATTGAAAAAATGTTTGAAAAGGAAAAAAAAAAGATTTACTCAAGGATTGAACTTGGGATGTCCAAGTGAATAAAGTATTCTAGTACCTACTTGCCTCTAGGCCAAAAGCTAAAAATGTAAACAAAGTGGACAATTTTAAATAAAAAGAGAAAGTAACAGGAAAGGTAACACAAAAAATCAGAAACGGAACAAGAAAAACTCCTTTTGGGAGTTTCTCATTTTTAAACCTAAAACTAGAAATGTTTCTTTTTTATTTTGGGAACAAGAAATGGGAACGGTTACCAAACAAGTCTGTTTCTCAAAAAAAGAGAAACAGAAACGAGAAACAGGAAACGAGAACGTTACCAAACGGGCCTTAAGGGTCTCAACCATCATCATTAACTCTTGGATATGTATTCTGTCTAGGCAGGCAACTATTACAACAATCGTGTCAGCTTTGACAACTATCTCATCTAGATAAGATTCCAAAACTCAAATATTTTCAACAACTTTCTCAGATTGATCATCTCTATTACCTCGACTCAATCATCCGGTTGACATGAGACTTGATCAACTATTCACTCTCGAACATGAGTAGCCAACTGGATTGTGGTACCAATTGTCACGATCTCACTTCTTTTGCTTTGCAAAGTTATCGGGCGACACTTGCTATAACCCAAATGTAGCAATTTAGCCAACACAAATACAAATAGCTTTTTGCACAACCTGGCTATCATAGAATTTCCACACTCGATCTTGAGAAAACGGTTTTTTGAATACGGGGTAGAGAGAGATTTGAGAAAAACTTTTAGAAAGTATTTGTGCAAGTAAATGTCTAACACTAGCAAGCAAATAAGGGGATGACATTGACTTGATAGCATATAACTCCGGGTAGAAACAACTAATCCTACTGCCTACCGTACATTTTTGGAGCATTTTCAGTATCTCACCCATTACACATGAAAATAACGAGAAGTCATACAACAACAAAAGTGCATCAAAAGTAAACCAACAAGCATAATGAAACTTACACTATGAAGAAAGCATTATAGAAAAGGGTTAAAATGATCATGCGGTCATGGATAGGTCCTCTGAGCACTTATGCATGTTCATCTTGGATGTACAACCCTTCATCTTGAATGTATACATGCCTCCAGATAAATCACTCAGAGAACATGGATGTACAAATAATTTAAGATAAGGGAGGTATTAGGTTCCATGTTATAAGAGTAATTAGAAGATGATTATGGTGTTATGGAATTGTTAGAATAGGGAAGAGATCCTAAAATTCTTGTATGGTCCATTTACATACCTTTCACCAATGGATGATTGTTTTTCTTTTTCTTGTACATTTTGTTCCAACATTTAATATCATAGAATATCGTCTCAATAAGAATTTTATATTTTTCATTCATTACACTGATTAAAAACGTTCTTATATAGAATTTATTTCCATGTGATGTGAGTACATGAACCACTACTCAAAGTAGTATTTAGTATTTGTGATTCCTGGTGAACCTTTATCTTGCCCCTACAAGAACATCCTCTCTTTGTTTCTTTGTTTTTTTGTGAAGACATTTTTTAATTTTATTATATGCACTTAGACTTGTTATTAAATTCCAGGAATTTGAGCCTTTAATACAGAAGCCTTATACAATTGTGTACTTCCACTCTGCAGCATCTTTACAACCGTAAGTGCAGTAATATCTACTTCAAGTGTTCGTCTATATTTATTTTAAACTAGCAAGAATTTGTCTGATGAAACTTTTTTCAAATGGAAAGCCTTGACAATGATAAGTATTCCTGTATTGCTTGAGCATTAATTGCATTAATATTTAGGATGTTTCAATTGTTTTCAAATTTTAAGGAACATATTTTATCCTGGATGAAATGAAAATTGCAAAGAAACGTCAATGATTTGTCAGAAGAACAACAAGACAACTGAAGAAATGAACCAAGCCATGACCAACTGCACAATCCAATGTACTAAGCAAGCCCACTATTTTAAAAGATCCCGAAAGGTGCACTTCAGGCTCGAAAAAGTCCCAGGCTCGAAAAAGTCCCAAGCTCAATGTTGGCGTCTCGCCTTAGAAAAGCAAGGTGCGGATAGAAAGGTCTGTGAAAGGCGCGTGCCTTTCATGAAGCTTTAGTCACACAAGTTTTACTCGTTTTCTCTATTTGTTTTTTGAACTTCAAATCCAATCAACAATTACTTCAAAAAACAATTAAAACCTAACTGTCAACCTTAATTGCTAATCCACTTCTCTGTTCTCTCTAATTATTGCCAATGAAAGAGCGGGTGGGGATGACTATGTATTTAACAACCATAAGTTTGATCTTTAGGACTTTAGGTTTTTATTTGGGATTAATATTTTAATGTTTCATGTTTTTTTATGGGGAGACTACGTGAAAAATTTATATTGAAAGAGATTATTATATATGTTGTGCATAAATATGCAAGTACATATTTTTTTGTTTTTTCTATGCATGGTGTGCCTTGGAAAAAAAGTTTGCCCCTTTTTTGTGCCTTTGGCTTCAGGTGTTGTTGTACCTTTGTGCTCCTTGTGCCTTTAAAAACACAGAGCAAGACAACGATTTTTTGCTAAAATATAAAAATCACCCTATATAACGAACAATACAACTCAAAATCATGTAAACATACCCTTGGGCCTTGACAATTTGAAGTCAACTTGGCAGAACCTAAACAATTATTATATATTCGGCTCCTGTGATTGTATTTATCTAAGATTCCAAAACATCATATTTATCGTAAATGAGTTGGGATTCGTGGTATGAAACAAACGTATGTTTTATATAAAAACATAGAGAATGAGAAGTTTTTAGAATCTCATGAACTTCTACCCTACTCGATTTATGGATTAAAGAATTATCCAAAGAACTTTTTTTTGGATTAGAAACAATTTCATCGTAGATATGAAATTACAAGTGAGGCCATTGGTCGAGTTACATTAAAGATCACCAACTATAAATTAATATATCATAGCTATAATCATGGGATTAGATTATTGAGAACTCTTCAATGGCGTTCTCTCCAACTCTCGTCTCCGATGGCTTCTTCGCTGGAGATTCCTAACCTTGTCCGTCTTCTCCTTTCTATTCTTCTCCTTATCATTTCTTTCTTCCTTCTTCTCCTTCCTCAGTAGCTCTTATTTCTTTTCCATTCCTCTCGGGCTTTTTTCCATAACTAGATATGGAAACTTTAAGTTGCAACATTCTAGGTGATTTTTTCTACATTGGGAAGGAAGAATCACTTTTTTGACTAGAAGATACATGTTTTCGTAGAGTTGTTCCTCTTTCATCCTCCCTTTTTCTATGGTTGGAGTCCTCTCTTTCACACCCAGCAGAGCAACTAGTTGTCAATTTCTTCAGACAATCGTTCAAGGATGACTTTGGCACTATCAGAGTAAGCAGGATTCGTACTCCTCAGGGGCGTCATTGTCGATGTGTGGTGTGGCCAAAGAAAGGAGGCAGACTCCTTTTTCATATTCCAGTCGAAGAGGGCTTTGCTGGCCTTACTGCAATTTTAACCTTGATGAGGGATTTTTTTTCTTCACTAGGTTCTGCTTCGCTCAAAGTTGCAAGTATGGAAGAGGTAATCTCTCAAGTTCTAAAAAGGCAGGGGTAGATGTTTCAGTCCCTGACAAGTTAGTTGCTTTAATCCAGGCTCCATCTCTTACTGCAATATATTTTGGACCTATTACATCTGCAATGCCCGTTTTTCTTCGAAAACATGAGGAAATTCTTCATACTGATTTTGATAATACTTGGATTGTTACCTAATGCTTTGCTCATGACAAATGGAAAGACATCTCTCAGACGTTGAAAAACTTCTTTAGAACCAATGTGGTTATCAATCCTTGATTGTTATTCCAGGTATAAGTATTGGATCCTTGATTTCCGCTAGGTCTTTGGAACATTTTTGGAGATTATAGTTTGATTATTGAAAAATGGGATGCTTCAAAACATGGTCGCCTGTTCATATTCAGGGGTATGGTGGTTGGTTGTCCATAACAAATCTACCTTCAGATTTTTGGACTCGTCTATCCTTCGAAGTAATTGGCTCTTATTTTGGTGGTTTGGAGGAAATTAGTGTTGAAACTCTTAATCTTACCAATGTCATAGAAGCACGAATTAGAGTTAAAAGGAATTTATGTGGATTTATGCCTGCAACAATAGAGGTCTCTCATCCTGATAGAGGCAGTATGTTTCTTAATTTTGGAGATATGTCTGTTTTGGAACCTCCACCTCATTTTAAAGGTGATTTGCTTATGAGTGACTAGCAATCCTTCGGATATTTCTAGAATGCAAGAAGTATTGGCTGATTTAGGGATGGATTCTAAATTCTCACAAGAAACTTCCAATCAGTCTTCCTTGCTAGAGAATTATCCACACCCCTCCTGAAATCCTCGACCAATTCTAAACCAATCTGGTTCACCATCTACGACCCCTGAATTTCCATTTGCGACTCTTGCACTTCCCAATTCTTGCCCTCCAAGAGAGCAAGATCAACCCGTCATTAATTACTGTCCCACCCTACAGTTGTCGAAAGAGACGTTTTGAACCCCTTATTGACCTTTCAATGCCCGAAGAAGACCTTCATTGGCCAAAGAACCTGAATTTAGTGCAATCACATTGCATTTATTACCTTCTTCATTGCATCTGGACCCTTTGAATTCCACACCTCATTGTCCTATGAATTCTATTCATAAATTGGATTCTCGAGAACATTTTGTAGAAAGTCAAGCTAGTTAGAGTCTACCCCTTTTATTTCTCCTTCTATTTTTCTAACTTAATTAAGTTAGTCTACATTCTATAATTAGAGAGGTTAGTTTACATTCTATTATTAGGGAGGTTAGTTTACAACTTTCTTGTATAAATATGTATATTACTTCACTTGAATGAATAAGAAAAGTATACAAATTCCTCTCATACATAGCTTCATGGTATCTGAGCTTTGAAACTCTTTCAACCCTAGTTGCTGTTGTATTCATAGTTATTGGACTATCAAGACATAGCTAATCAACAAGCTAGTGTCACATATATGCCCTTGACTCCCAATAGCCTGTCACTGGTCTCATTGGAAATTATCTGCAGCCTCGCCATTCATACCGCTCAAATCGGTTCATCGTCACAACTAGTTTTTTCTTTTAACTAGGTTATTCAAGACCAGTTCGGTACGATTCAAATTCAATTAGACCGTTTAATCAAACTTGTTCAAACCGGTCAACGAGAACAGTCAGTGGTCAACTGTCAACGGTCAACTTTCAACAGTCAGCGGTTAACTATCAACGGTCAACAGTCAACAGTCAACTGTCAGTGGTCAACAGTCAACTGTCAGTGGTCAACAGTCAACGGTCAACGATCAACAATTTAAGCTCATCTTCAAATCAGTTTCAATTTTTTTTTATTCCTCATATTTAAATATGCCAGTCTCTCAAGTTAGCAAGATTAACGACTTTGCTTTACACACAAAAATTTCTTCATCAGAATGGATAGTCGACTCTGGAGCCTCTGATCATATGACAGGGGATAAATCATTGTTTGAGACTTACACTCCACATAATGGAGATCTTTCAGTTCGCATCGTCGATGGAAGTCCTACCAAAGTTCTCGATATTGGGAGTATTCAAGTATCGCCGATTAATTGTTAGACTAAATTTCGTGCATATTCATGTACTTTTCAAGACTTGGGATCGGGGAGGACGATTGGCAGTGCTGAATTATGTGGAGGGTTGTATCTTCTAAAGGTAAAACCTCTTTTGTGCAATAAACCTGAAATTCAGTCGAGTAACGAGTCAGCATGTGTTTCACATTCTCTAGATCCATTGCATAAGGATAGTCTTGTCATGATGTGGCATTATCGTTTAGGTCACCAAACTTTTCCTACCTTAAACGCTTATTTCCATCACTATTTGCCCATAAAAATAGTAAATATTTTCAATGTGAGATTTGCCAACTATTCAAACATACTCGCACCCAATATGTACCGCGTTCTTATATCCCATCTCAACCTTTCTCACTTATCCTTGGGGACATTTGGGGACCATCGAAAGTAAAAAATATTACTAGGCACGTTGGTTCCTATTGTTAGTAGATGATTATACTCGTTTAAGTTGGACATTTCTTATGAAAGATAAGTCCGAAACCGGTCATATTCACTGTTTTTCATAAAATGATTCAAAACCAATTTCAAACCAATATCAAAGTTCTTATGATAGATAATGCTCGTGACTTCTTTAATTCAAACCTAAACACCTTTCTTCAATCTAACAACATTGTTCATTAGGGTTCTTGTGTCTACACACCTCAACAAAATGGTGTGGTTGAACGCAAGAATCGTCATCTCCTTGATGTCGCTAGATCCCTCATGCTCACTTCAAAAGTCCCAAAGAAGTTCTGGGGTGAAGTTGTTCTAGCAGCTACATACCTAATTAATCGCATGCCTTCCCGCATTCAAACGCCTTTACAGAGTTTACTTACTCTGTATCCTACATCCCACCTTGTGTCCCTCATCCCATTTAAAATATTTGGATGCATAGCCTTTGTTCATGTCTATCCTCAGCTTCGTACTAAACTTGATGCACGGTCTATCAAATGTGTCTTTCTCGGATACTCGCCTAATAAGAAAGGCTACAAATGTTATTATCCTCCAACACATCAGTTCTTTCATACCATGAATGTTACCTTCTTTGAAAACCTATCTTATTTTCCCAATTCTGTAGTTCAGGGGGAGAATAATGATAGTGAACCACAATATTGGGACTGCATACCTCTTTGTCCCCTAACCTCATATGAAATATCCCCTCTTGAAATCATTCCCGAGTCACTTTCTCATGAAATCATTCTCGAGTCACCTTCTCATGAAATCATTCTCGAGTCACCTTCTCCCGAAATCATTCCCGAGTCACCTTCTCCCGAAATCATTCTTGAGTCACCTTCTCTTGAAATCATTCCCGAGTTAACTATCAGGCTGAATTTCAAGTTTATTCTCGAAGATAGAAACAACCTGAAGCGCAACCCTCACAAGTTCAGCAAAGTCAAGATCTGAATCACCATCCTGATGTCCCTCAGACCGTTGAAGATGACAGACCAATCGCCTTGAGGAAAGGTATTCGTTCATGTACTCAACATCCTATACAGTACCATTTATCATACACAAATTTGACACCAAATTTTAGAGCATTTGTAACGACTCTAGATCAGATACAAATTCTCAACACCGTACATGAAGCTTTACAGAAGTCTAAATGGAAAGCAGCCACTTTAGAGGAGTTGGGAGCACTCGAAAGAATGGTACGTGGAGTCTTGTCGATTTACCTCCAGGGAAACGCACAATTGGATGCAAATGAGTTTTCACCACCAAACACAGACCAGACGGAAGTATAGAGAGATTCAAAGCTCGTTTGGTAGCTAGAGGCTTCACCCAAGCATATGGGATCGTCTATCAAGAGACTTTCGCACCAGTTGCCAAATTGCATACCATCCGGGTACTTCTCTCTATTGCATCCAATGTAGACTGGCCATAGTTCAACTTGATGTAAAAAATGCATTTCTAAATGGTGACTTAGTTGAGGAAGTGTATATGGATGTTCCTCCGGGTTTTGAAGGCCGATATACTAGTGGAAAAGTATGTAAGATCAAGAAATCACTTTACGGGTTGAAGCAGTCACCTCGGGCATGGTTTGAGAAGTTTACCACTGTGTTAAAACATGATAGATTATATTTAGTGCCAGTCCGATCACACCATGTTTATTAAACATTTCTCATCTGATGAAATGGTCATACTAGTATATGTTGATGGTATCATTCTCACAGGAAATGTGTCTGAAGAAATCATTCGTCTAAAGAAACTGCTTTCAACCGAATTTGAAGTAAAAGACTTGAGACACTTGAGATACTTCCTAGGGATAGAGGTAGCTAGGTTCAGTGAAGGGATTTCTGTAACTCAACGGAAGTATACACTTGATCTCTTGAAAGAAACTGGTATGAGTGGTTGCAAACCAATACACATGCCTATGGATGCGAATACCGAGCTTGGAATAAACCCTGAAGATGAGATAGTTGATCGTGGAAAATATCAACGACTAGTTGGGAAGCTAATATATTTAACTCACACTCGACCGGATATTAGCTTTGCAGTAAGTGTGGTAAGTCAGTTTCTAAACAAACCGTCTAAAGAACATATGGAAACTGTCTATAGAGTCTTGAGATATCTCAAGAAAGATCCTGGAAAGGGTATTATGTTCAGAAAAATCACGAGTCGGTTGTTGGAAGTCTATACAGATGCAGACTGGGCTGGCTCTCCCATTGATTGGAAGTCAACTTCAGGATACTGTTCCTATGTGTGGGGAAATTTAGTCACTTGGCAAAGCAAGAAACAACCAGTTGTAGCTCGAAGTAGTGCCAAAGCTGAGTTTCGCTCACTAGCCCTTGGAATATGCAAAGGGATTTGGCTGAAACGTCTTCTCACAGAATTAAAGATGGAGATTTAAGGCTCCATAGAAGTCTTATGTGATAATCAATCTGCTATAGCTATTGCAAAAAATCCAATGCATCATGATCGAATGAAACATGTTGAGATCGATCATCACTTCATTAGTGAGAAAATCGAGGCTAATATCATTACATTGAAATATGTACCATCACAAGAATAGGTTGCAGATATATTGACCAAGGCACTTCATCAACCTAGTCTTGGTGGATTAATATCCAAGCTCGGCATGCGAAGCATATATCGTCCAGATTGCGGGGGAGTGTAGAAAGTCAAGCTAGTTAGAGTCTACCCCTTTTATTTCTCCTTCTATTTCTCTAACTTAATTAAGTTAGTCTACATTCTATAATTAGAGAGGTTAGTTTACATTCTATTATTAGGGAGGTTAGTTTACAACTTTCTTGTATAAATATGTATATTACTTCACTTGAATGAATAAGAAAAGTATACAAATTCCTCTCATATCATAGCTTCACATTTTATGCCACTATTTTCCACCCTAAACTCAGTTCCCATGTCACTCAAGCCAGCTATGAACCCAATTAACTCCCAAAACTTAGAATATAGAGCCTTAGAATTGCCTATTTTCTCGAGCTCACCAGCCTCATTTAATCAACCGATCCTTAATCCCCAAGCCTCTAATGACGAACAACCCATAACCTCTTTATCTGCTCCACCATTAAATACTCTTCCAGACCTTCCCAATTTCCATCTATCATTGCCGCCTAAGGCCACAATCCTTGAATGTCCTATCTACTACTCTCGTAGAAGTCGTGAAGCACCAAAATCGTTACATAACCAATCCTTGAATCCAGACATCTTGGAGGACTGTTGTACTCGTCACTATTGGACCTTCTTTGACCAAATAAGCCAAAAAATCTTGTTTTGCTTTTAAGCCTAAATGCTTTTCAGTCAAAGAATTCTAGTAACTCTTCTGTGGTAGTCTTGACTACATCAGTAGGTTCTGAGAAGCTTAAGCATAGTACTCAGTCAGGCTCAAAAGAAGAATCTGACATTGATTCTGTCTTTAGTGTTAGTTCAGTAGATGAATTGGTTGAGCAAGAGTGGCAAGATATTCTTCCAATTGAAGAAGTTTTTCCGGCTGATTTGAATGAACTCTCAGACAAATGCCAAAGTATAGCTGTCGATGTACCTGGAAACTTAGCTAAGATAGCAGAAATTCACTAAGATATTCCTTCCCACTCTACTGTATGAATATACTGACTTGGAATACGAGAGGGCTTGGGGAATTCTGATAGAATACTAAGGGTAGGATGGGTATATTATATGTAAGGGTAGAATAGTAATTAGCATGTAAGGGTTTTATTATAAATAGGAGTCTAAGAGTATTTGGAAAGGAAAAGATATATTTTGGTATTGTCTTGCAGAAGACTTGGGAGAGACATAACCCTCTCGAAAGGCTATTGGGAGAGACTTGGCCCTCTCGAAAGGCTAAGGGTACGGTATTGTAATCTCTATCTATTATCAATATAGTGTTCTCGTGTGTTCCGTTTATCATCATTTCGATATTAGTTCTCTTATGCTAGTTAAGATTATTAGTGTCTTAACAAATTCACAAAGAGATCAACTATCAAGAGGTCGATTCTACATCTTTGTCCTGATATTGTGTCGATTCAAGAAACAAAGTGATAAAAACCAAATATATATTTAAATAAAAGGATAATAGGTACTTGGACCCTCCTGATCTTGAGACCACTCTCAAGCCCTAGATACTCAATATCTCAATACTTCGCAAGATCCCCTTGCTTTCCTATCCTCTCTTATTTATAGTCTAATATGTTTATCCTACTCCTAATAGGATTTGTCATTCTTTATCCTATCCTAATAGGATTAACCATTCCTTATCCTACTTCTAAACATGCCTTATCAAAATGCTCCCATTTCTTGATTTAAATATGATTAAGTCTTTATGGAGCTCCAAATATGTGGGATGGTCTACTTTAGAATCTTGTGGAAGATCTGGTGGTTTGTTAATAATGTGGGATGAAACAAAGATAACTGCCCTTGCTATTCTTCCAGATACTTTTTCTTTATCCATGAAATTCTCTTTTTTACCGGACAAAGTTGGCTGGATTACTAATGTTTATGGCCCTAATGACTACCGAGTAAGGCTTGCATTCTGGTATGAAATTCGTTCCCTATCTGCATCCTTTGTTGAGCCATGGTGTATTAGCGGGGCTTCAATGTTACAAGCTGAATTAGGGAATGTCAACCTTGAAGAAGATCTACTAGAGGCATGAAACAATTCAATGCTTTGATTGACGACCTTTGTTTAAGGGACATTTCTCTTTCAAATGGCCTTTTCACATGGTCTATCCAGAATATTTGCAATAATTGGGCTGCTTTTTCTTAGCTTGTTCTTTTTGTTGATTTTGTATTGTTATTTTATTCTCTGTTTTTTTTTTGTGATTTATCTTTGGTTATGTTTTGTTTGATCTTTTCTCCTTGTAATTGGCACTTTATACCCTCTTTCTTCATTTTCTTAATGAATTGACTGTCTCTTGTTCAAAAAAAAAAAAACAAAACTATAATCATGGAATAGAGGAGATTTTTTGCACCATGAAATTACAACACTAATTAAGTTTTCAATGAAACGATTGTGTTGTATAGCTTTATCATGGAAGGTGCGGCGATTCCTCTTGTAATCGAGACTCGAGAGAGTCGTTGTATTATTCATTGAGTGACAATGCCAATATATGTGTTACAATGGGCCTGACGGTCCTAGATCGAATAAAGCAATAAAATATACAACTATATACATATACATTTAATTTCTAACACTCCCCCTCAAGCTGGAGACAATATATCTATCATGCCCAGCTTGTTGCAGATGTAGTTTATCTGGATTCCATTCAATACTTTGGTGAAGAGATCACCTAACTGTTCTCCGGTCTTCACATAACCTATCGAAATCAAACCTTGTATCTTCTCTCAAATAAAGTGACAATCTAGTTCAATATGCTTAGTTCTCTGATGAAACACTGGATTAGAGGAAATATGGATCGCTGCCTGATTGTCACACCATAGCCTAGCAGGTATCGTGATTTTCATTCTGATTTCATTAAGCAGCTGAACCAACTATACTATCTCACATGTCACCTGTGACATAGCTTTATCCTCTGATTCAACACTCAAATGGGACACCACATTCTGTTTCTTACTCTTCCACGATACTAGATTACCTCCCATACACACACAATAACCTGAGGTTGACCTTTTGTCCTCTTTAGAGCCTGCCCAATTAGTATCGGAGAAACACTCGATATTAGAGTGCCCATGGTTTTTGTATAAAACACCTTTTTCAGGAGCAAACTTGAGGTAACCTAGAATTTGTTTCACGGCTGTCCAATGATCGACTGTGGGTGCTAACATGAATTGACTCACGAACTCACAGAATAAGAAATATCTGGTCTCGTGACTGTTAGACAATTTAATTTCCCAACCATCTTCATGTATCTCTCGGGATCAGTGAATGCTTCAATCTTCTTTTTGTTCCCACAGCCCTTGGCCGAAATAAACCGATTCAATCTTTATTTTCTATAATTCTTCCCATCGTAACAGTCTAACAGGAAGGATAACGTTGACTGTTACTGACACTTCATAATGAAACCCAGTTATGCGCATTCTGTTCTTGATTTTGCATCATACAAGTAGTCTATCCAGAAGGTATCTTACTTCTCTAACCATGTTTGTGGTCTATATACTGTTAGTCGGCCAGACATGGGATGGATGAAGAGATTGCAGCTGATTCTTGGACGAAGACACCGGCATAACCTTCATGTATGAAGTCCAACTTATTCTAATGCTATAAGCTTTCAGATAAAAAATTCTGCCTTTATCTTTCTCATCTATCTGTATGAATTTTGTAGGCAATATATGTTCTTCACCCAACCTTCGGATTGAAATCTGCAGTATTTGCCATGCAATTGCTCGTGGATAATGTGGTAGGTTTGAAGTTTGTTATAAATTCTCATTCTTAAGCATCAATTAAGATTAAAAATGTTAGTAACCTAAACTGTATCCAGGTATGGAACAAAGTTGTGTATATTGATCGACTTCTGCAGCTGTTCAAATATGTTCCTCGAGAGCAGTTGACAATCCCCGACTTTGTATTTCAGTGAGTTAATGTTTACTTTAACTTTTTTTCAGTAATGATCTCTCCTTTTTCTTTCTATTAATGAAAGGTTGATAGAGAAACTTGTGCATGTCCTCAAAGCATAGGTGCCTTATGGTCTATTTTATGCCTTAGTTTGTGAAGGTTACCACGAAAAATCAGGCGCCTCATTATGTGTAAATGCAGGCACGACTTGGAAGTAAATGGAGGGAAGGGCCTGATTGTGGATCCTCGAACAAAATACGTATACCATCGACCTTAA

mRNA sequence

ATGTACAGGACATTGGCTACATCTGCGGCCACAGCTTCAACAACAGATAGCGTGGATTATGTGGTGAATTTGGATCAAATTCCACGCTGGAGTGATGCAGAACATAGGTCTTCAATGGAGTTCGTCAACGAAGACCCTTCTTTGTCTAATTCGTACTTTCCTGATCCTCTGACGTCTCCATCTGACGCCGAGAATGGTAGTTGTGGGCTCGTTTCGAGATTCCCGGTCGATCATGAGATTAATTCCAGAATATATCTGTGGCGGGGGAATCCTTGGAATCTTGAGGTCGATGCTGTCGTGAATTCTACAAACGAGAACTTGGATGAAGCGCACAGTAGCCCTGGTTTGCATGCTGCAGCAGGACCTGGTCTATCAGAAGAATGCGGAACACTTGGTGGTTGTCGCACTGGAATGGCAAAAGTCACTAATGCTTATGATCTTCCTGCTAGGAAGGTCATACATACTGTTGGTCCAAAATATGCAGTCAAATACCATACTGCTGCAGAGAATGCTCTCAGCCATTGCTACCGTTCTTGCCTTGAACTTCTTATTGAAAATGGGCTTCGGAGCATTGCTATGGGTTGTATATATACAGAGGCAAAAAACTATCCTCGTGAACCTGCTGCACATGTAGCAATAAGAACTGTGCGTCGTTTTCTTGAGAAGCAGAAAGATAAAATTGAAGCTGTTGTATTTTGTACAACGTCATCAGTAGATACTGAAATATATAAAAGGTTGCTTCCTCTGTACTTTCCCCGTGATAAACATGAGGAAGAAGTTGCATTGTCAAAGCTTCCTGCAGATGTTGGAGATGAGAATGGCGAGGCCATTATAGACGAGCGGAAAATCAGGATAAAACCTTTGCCCAAAAAGAATGTTCTGAAACCTTCCCAAGATCCCGAAGATCCTCCAGTCAGTGATGTAAGGTTGACGCGGAGGTTAGAACTCATCATATTTGGATTCATACCTGGATCCTGCTTTCTGGCTTTAATCAAAGATCCAGATCAAAGACGCAAGGAACAATGGGAAAAAACTGCCCAGGCTCAGACTGGATGGAATTATGGTAGAGTGCTTGGATTTGGTGACCTTGGTGGACCTCCTTTATCTGCGGCTGAAGAATACTCTCTTCATTCGAGATATCTTGCTAAAGCAAATTCTCTTAATCTCTCTGAAATTGGGGAGATGAAAATTGTTTACCGTGGTGGAGTTGATAGTGAGGGCCGTCCTGTTATGGTTGTTGTTGGAGCACATTTTCTACTACGTTGTCTTGACCTTGAGCGGTTTGTTCTCTATGTTGTAAAGGAATTTGAGCCTTTAATACAGAAGCCTTATACAATTGTGTACTTCCACTCTGCAGCATCTTTACAACCTCGGCCAGACATGGGATGGATGAAGAGATTGCAGCTGATTCTTGGACGAAGACACCGGCATAACCTTCATGCAATATATGTTCTTCACCCAACCTTCGGATTGAAATCTGCAGTATTTGCCATGCAATTGCTCGTGGATAATGTGGTATGGAACAAAGTTGTGTATATTGATCGACTTCTGCAGCTGTTCAAATATGTTCCTCGAGAGCAGTTGACAATCCCCGACTTTGTATTTCAGCACGACTTGGAAGTAAATGGAGGGAAGGGCCTGATTGTGGATCCTCGAACAAAATACGTATACCATCGACCTTAA

Coding sequence (CDS)

ATGTACAGGACATTGGCTACATCTGCGGCCACAGCTTCAACAACAGATAGCGTGGATTATGTGGTGAATTTGGATCAAATTCCACGCTGGAGTGATGCAGAACATAGGTCTTCAATGGAGTTCGTCAACGAAGACCCTTCTTTGTCTAATTCGTACTTTCCTGATCCTCTGACGTCTCCATCTGACGCCGAGAATGGTAGTTGTGGGCTCGTTTCGAGATTCCCGGTCGATCATGAGATTAATTCCAGAATATATCTGTGGCGGGGGAATCCTTGGAATCTTGAGGTCGATGCTGTCGTGAATTCTACAAACGAGAACTTGGATGAAGCGCACAGTAGCCCTGGTTTGCATGCTGCAGCAGGACCTGGTCTATCAGAAGAATGCGGAACACTTGGTGGTTGTCGCACTGGAATGGCAAAAGTCACTAATGCTTATGATCTTCCTGCTAGGAAGGTCATACATACTGTTGGTCCAAAATATGCAGTCAAATACCATACTGCTGCAGAGAATGCTCTCAGCCATTGCTACCGTTCTTGCCTTGAACTTCTTATTGAAAATGGGCTTCGGAGCATTGCTATGGGTTGTATATATACAGAGGCAAAAAACTATCCTCGTGAACCTGCTGCACATGTAGCAATAAGAACTGTGCGTCGTTTTCTTGAGAAGCAGAAAGATAAAATTGAAGCTGTTGTATTTTGTACAACGTCATCAGTAGATACTGAAATATATAAAAGGTTGCTTCCTCTGTACTTTCCCCGTGATAAACATGAGGAAGAAGTTGCATTGTCAAAGCTTCCTGCAGATGTTGGAGATGAGAATGGCGAGGCCATTATAGACGAGCGGAAAATCAGGATAAAACCTTTGCCCAAAAAGAATGTTCTGAAACCTTCCCAAGATCCCGAAGATCCTCCAGTCAGTGATGTAAGGTTGACGCGGAGGTTAGAACTCATCATATTTGGATTCATACCTGGATCCTGCTTTCTGGCTTTAATCAAAGATCCAGATCAAAGACGCAAGGAACAATGGGAAAAAACTGCCCAGGCTCAGACTGGATGGAATTATGGTAGAGTGCTTGGATTTGGTGACCTTGGTGGACCTCCTTTATCTGCGGCTGAAGAATACTCTCTTCATTCGAGATATCTTGCTAAAGCAAATTCTCTTAATCTCTCTGAAATTGGGGAGATGAAAATTGTTTACCGTGGTGGAGTTGATAGTGAGGGCCGTCCTGTTATGGTTGTTGTTGGAGCACATTTTCTACTACGTTGTCTTGACCTTGAGCGGTTTGTTCTCTATGTTGTAAAGGAATTTGAGCCTTTAATACAGAAGCCTTATACAATTGTGTACTTCCACTCTGCAGCATCTTTACAACCTCGGCCAGACATGGGATGGATGAAGAGATTGCAGCTGATTCTTGGACGAAGACACCGGCATAACCTTCATGCAATATATGTTCTTCACCCAACCTTCGGATTGAAATCTGCAGTATTTGCCATGCAATTGCTCGTGGATAATGTGGTATGGAACAAAGTTGTGTATATTGATCGACTTCTGCAGCTGTTCAAATATGTTCCTCGAGAGCAGTTGACAATCCCCGACTTTGTATTTCAGCACGACTTGGAAGTAAATGGAGGGAAGGGCCTGATTGTGGATCCTCGAACAAAATACGTATACCATCGACCTTAA

Protein sequence

MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAAGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDPEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLEVNGGKGLIVDPRTKYVYHRP
Homology
[Close]
BLAST of Sed0000373 vs. NCBI nr
Match: XP_038890071.1 (protein GDAP2 homolog [Benincasa hispida] >XP_038890072.1 protein GDAP2 homolog [Benincasa hispida])

HSP 1 Score: 1053.9 bits (2724), Expect = 4.9e-304
Identity = 517/560 (92.32%), Postives = 535/560 (95.54%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TT+SVDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTESVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  SDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120
           SDAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDE HSSPGLHAAA
Sbjct: 61  SDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEVHSSPGLHAAA 120

Query: 121 GPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180
           GPGL EECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL
Sbjct: 121 GPGLLEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180

Query: 181 ELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDT 240
           ELLIENGL+SIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQ+DKI+AVVFCTTSSVDT
Sbjct: 181 ELLIENGLQSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQRDKIKAVVFCTTSSVDT 240

Query: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDP 300
           EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNV KP Q P
Sbjct: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVPKPPQVP 300

Query: 301 EDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGF 360
            DPPVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+LGF
Sbjct: 301 NDPPVSDVRLTRRNSSYLDAYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRMLGF 360

Query: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLL 420
           GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDSEGRPVMVVVGAHFLL
Sbjct: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSEGRPVMVVVGAHFLL 420

Query: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLH 480
           RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NLH
Sbjct: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNLH 480

Query: 481 AIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540
           AIYVLHPTFGLK+AV AMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE
Sbjct: 481 AIYVLHPTFGLKAAVLAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540

Query: 541 VNGGKGLIVDPRTKYVYHRP 561
           VNGGKGLIVDPRTKYVYHRP
Sbjct: 541 VNGGKGLIVDPRTKYVYHRP 559

[Close]
BLAST of Sed0000373 vs. NCBI nr
Match: XP_008465697.1 (PREDICTED: protein GDAP2 homolog [Cucumis melo] >XP_016903466.1 PREDICTED: protein GDAP2 homolog [Cucumis melo])

HSP 1 Score: 1049.3 bits (2712), Expect = 1.2e-302
Identity = 515/560 (91.96%), Postives = 534/560 (95.36%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTDS+DYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDSLDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  SDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120
           SDAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA
Sbjct: 61  SDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120

Query: 121 GPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180
           GPGL +ECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL
Sbjct: 121 GPGLLDECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180

Query: 181 ELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDT 240
           ELLIENGL+SIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQ+DKI+AVVFCTTSSVDT
Sbjct: 181 ELLIENGLQSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQRDKIKAVVFCTTSSVDT 240

Query: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDP 300
           EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNV KP   P
Sbjct: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVPKPPPVP 300

Query: 301 EDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGF 360
            D PVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+LGF
Sbjct: 301 NDTPVSDVRLTRRNSSYLDSYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRMLGF 360

Query: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLL 420
           GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDSEGRPVMVVVGAHFLL
Sbjct: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSEGRPVMVVVGAHFLL 420

Query: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLH 480
           RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NLH
Sbjct: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNLH 480

Query: 481 AIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540
           AIYVLHPTFGLK+AV AMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE
Sbjct: 481 AIYVLHPTFGLKAAVLAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540

Query: 541 VNGGKGLIVDPRTKYVYHRP 561
           VNGGKGLIVDPRTKYVYHRP
Sbjct: 541 VNGGKGLIVDPRTKYVYHRP 559

[Close]
BLAST of Sed0000373 vs. NCBI nr
Match: XP_022999322.1 (protein GDAP2 homolog [Cucurbita maxima] >XP_022999324.1 protein GDAP2 homolog [Cucurbita maxima])

HSP 1 Score: 1047.7 bits (2708), Expect = 3.5e-302
Identity = 516/561 (91.98%), Postives = 536/561 (95.54%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTD VDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDIVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  S-DAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120
           S DAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA
Sbjct: 61  SDDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120

Query: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180
           AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC
Sbjct: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180

Query: 181 LELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVD 240
           LELLIENGL+SIAMGCIY EAKNYPREPAAHVAIRTVRRFLEKQKDKI+AVVFCTTSSVD
Sbjct: 181 LELLIENGLQSIAMGCIYAEAKNYPREPAAHVAIRTVRRFLEKQKDKIKAVVFCTTSSVD 240

Query: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQD 300
           TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNVLKPS  
Sbjct: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVLKPSPV 300

Query: 301 PEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLG 360
            +DPPVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGW+YGR+LG
Sbjct: 301 IDDPPVSDVRLTRRTSSYLDAYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWSYGRMLG 360

Query: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFL 420
           FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDS+G PVMVVVGAHFL
Sbjct: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSDGHPVMVVVGAHFL 420

Query: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNL 480
           LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NL
Sbjct: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNL 480

Query: 481 HAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540
           HAIYVLHPTFGLK+AVFAMQLLVDNVVWNKVVYIDRL+QLFKYVPREQLTIPDFVFQHDL
Sbjct: 481 HAIYVLHPTFGLKAAVFAMQLLVDNVVWNKVVYIDRLVQLFKYVPREQLTIPDFVFQHDL 540

Query: 541 EVNGGKGLIVDPRTKYVYHRP 561
           EVNGGKGLIVDPRTKYVYHRP
Sbjct: 541 EVNGGKGLIVDPRTKYVYHRP 560

[Close]
BLAST of Sed0000373 vs. NCBI nr
Match: XP_022946371.1 (protein GDAP2 homolog [Cucurbita moschata] >XP_022946372.1 protein GDAP2 homolog [Cucurbita moschata] >KAG7029988.1 Protein GDAP2-like protein [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1046.2 bits (2704), Expect = 1.0e-301
Identity = 516/561 (91.98%), Postives = 535/561 (95.37%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTD VDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDIVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  S-DAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120
           S DAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA
Sbjct: 61  SDDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120

Query: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180
           AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC
Sbjct: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180

Query: 181 LELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVD 240
           LELLIENGL+SIAMGCIY EAKNYPREPAAHVAIRTVRRFLEKQKDKI+AVVFCTTSSVD
Sbjct: 181 LELLIENGLQSIAMGCIYAEAKNYPREPAAHVAIRTVRRFLEKQKDKIKAVVFCTTSSVD 240

Query: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQD 300
           TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNVLKP   
Sbjct: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVLKPPPV 300

Query: 301 PEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLG 360
            +DPPVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGW+YGR+LG
Sbjct: 301 IDDPPVSDVRLTRRNSSYLDAYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWSYGRMLG 360

Query: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFL 420
           FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDS+G PVMVVVGAHFL
Sbjct: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSDGHPVMVVVGAHFL 420

Query: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNL 480
           LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NL
Sbjct: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNL 480

Query: 481 HAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540
           HAIYVLHPTFGLK+AVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL
Sbjct: 481 HAIYVLHPTFGLKAAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540

Query: 541 EVNGGKGLIVDPRTKYVYHRP 561
           EVNGGKGLIVDPRTKYVYHRP
Sbjct: 541 EVNGGKGLIVDPRTKYVYHRP 560

[Close]
BLAST of Sed0000373 vs. NCBI nr
Match: XP_004143794.1 (protein GDAP2 homolog isoform X1 [Cucumis sativus] >XP_031741405.1 protein GDAP2 homolog isoform X1 [Cucumis sativus] >KGN51197.1 hypothetical protein Csa_008053 [Cucumis sativus])

HSP 1 Score: 1045.4 bits (2702), Expect = 1.7e-301
Identity = 514/560 (91.79%), Postives = 533/560 (95.18%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTDS+DYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDSLDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  SDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120
           SDAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA
Sbjct: 61  SDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120

Query: 121 GPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180
           GPGL +ECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL
Sbjct: 121 GPGLLDECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180

Query: 181 ELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDT 240
           ELLIENGL+SIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQ+DKI+AVVFCTTSSVDT
Sbjct: 181 ELLIENGLQSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQRDKIKAVVFCTTSSVDT 240

Query: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDP 300
           EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIK LPKKNV KP Q  
Sbjct: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKSLPKKNVPKPPQVL 300

Query: 301 EDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGF 360
            D PVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+LGF
Sbjct: 301 NDTPVSDVRLTRRNSSYLDSYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRILGF 360

Query: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLL 420
           GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDSEGRPVMVVVGAHFLL
Sbjct: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSEGRPVMVVVGAHFLL 420

Query: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLH 480
           RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NLH
Sbjct: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNLH 480

Query: 481 AIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540
           AIYVLHPTFGLK+AV AMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE
Sbjct: 481 AIYVLHPTFGLKAAVLAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540

Query: 541 VNGGKGLIVDPRTKYVYHRP 561
           VNGGKGLIVDPRTKYVYHRP
Sbjct: 541 VNGGKGLIVDPRTKYVYHRP 559

[Close]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match: A7T167 (Protein GDAP2 homolog OS=Nematostella vectensis OX=45351 GN=gdap2 PE=3 SV=1)

HSP 1 Score: 323.2 bits (827), Expect = 5.9e-87
Identity = 183/504 (36.31%), Postives = 282/504 (55.95%), Query Frame = 0 

Query: 42  VNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVN 101
           +N  P  S +  P P   P   E+ S   +S FPVD EIN+++ LW G+   L  DA+VN
Sbjct: 13  INSLPKWSTT--PVPNYEPGSNESQSSSFLSPFPVDEEINAKVVLWNGDITKLAADAIVN 72

Query: 102 STNENL-DEAHSSPGLHAAAGPGLSEEC-GTLGGCRTGMAKVTNAYDLPARKVIHTVGPK 161
           +TNE+L D    S  +H AAGP L +EC   L GCRTG AK++  Y+LPAR VIHTVGP+
Sbjct: 73  TTNESLSDRGALSERVHRAAGPELMQECRQQLLGCRTGEAKISEGYNLPARYVIHTVGPR 132

Query: 162 YAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRF 221
           Y  KY TAAE+AL  CYR+ + L+ EN + +I +  + T  + YP E  AH+A+RTVRRF
Sbjct: 133 YNTKYKTAAESALFSCYRNTMRLVRENKISTIGVCVVNTTKRGYPPEDGAHIALRTVRRF 192

Query: 222 LEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIID 281
           LEK    ++ V F      +  +Y +++P+YFPRDK EE  AL+ +P D+G+E GE II 
Sbjct: 193 LEKYGSAVDTVAF-VVEGAEAVVYAKVMPIYFPRDKLEEAHALTLMPDDIGNEEGEPIIP 252

Query: 282 ERKIRIKPLPKKNVLKPSQDPEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRK 341
           ER+IRI P P    L+  +D E+   ++  L    EL     +    F  +  D DQ  K
Sbjct: 253 ERQIRIVPKPPS--LQHGEDVEEAEEAEGHLD-MTEL----HVGKHAFAVMAGDHDQMTK 312

Query: 342 EQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVY 401
           ++  ++                      +   E+  ++ R+L +A + N ++    KI+Y
Sbjct: 313 QRAHRSDDG-------------------MKVVEQQRVYQRWLRRARTENFADFSRQKILY 372

Query: 402 RGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRP 461
           + GVD  GRPV+V V  HF  +  DL + V Y +   + ++ + Y +VYFH+ ++ + +P
Sbjct: 373 QSGVDFLGRPVVVFVARHFTAQNTDLGKAVAYFISVLDRIVNRDYVVVYFHTHSTEENQP 432

Query: 462 DMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQL 521
            M ++K L  I+  ++R NL A Y++HPT   +   +       + V  KV ++  +  L
Sbjct: 433 PMSFLKELYHIVDNKYRRNLKAFYIVHPTVWARIVTWFFTTFTASSVKEKVHFLSGVQYL 487

Query: 522 FKYVPREQLTIPDFVFQHDLEVNG 544
           + ++  +QL IP +V ++D++ NG
Sbjct: 493 YDWINPDQLDIPAYVLEYDMKENG 487

[Close]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match: Q5CZL1 (Ganglioside-induced differentiation-associated protein 2 OS=Xenopus tropicalis OX=8364 PE=2 SV=1)

HSP 1 Score: 299.3 bits (765), Expect = 9.2e-80
Identity = 185/523 (35.37%), Postives = 279/523 (53.35%), Query Frame = 0 

Query: 22  VNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEIN 81
           V+ D +P W+D       +               P     DA +G  GL S FP  ++IN
Sbjct: 11  VDADALPCWADVRDGEGEDV--------------PDGGRKDAPHG--GLHSPFPYRNDIN 70

Query: 82  SRIYLWRGNPWNLEVDAVVNSTNENL-DEAHSSPGLHAAAGPGLSEECGTLGGCRTGMAK 141
            ++ LWRG+   L   A+VN++NE L D+   S  +   +GP LSEE   L GCRTG AK
Sbjct: 71  KKVILWRGDVALLSCTALVNTSNETLTDKNPVSDSIFRYSGPELSEEMQKLKGCRTGEAK 130

Query: 142 VTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEA 201
           +T  ++L AR +IHTVGPKY  KY TAAE++L  CYR+ L+L  E G+ S+    I T+ 
Sbjct: 131 LTKGFNLAARYIIHTVGPKYKTKYRTAAESSLYSCYRNVLQLAKEQGMASVGFCVIATQK 190

Query: 202 KNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEV 261
           + YP E + H+A+RTVRRFLE     +E VVF  T   +   Y+RLLPLYFPR   EE+ 
Sbjct: 191 RCYPPEDSTHIALRTVRRFLEAHGAALEKVVFAVTEQ-EEGTYRRLLPLYFPRSLEEEQR 250

Query: 262 ALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDPEDPPVSDVRLTRRLELIIFG 321
           ++  LP D+G+  GE ++ ER+IRI   P           +D    +  L + L +    
Sbjct: 251 SIPFLPQDIGNAEGEPVVPERQIRISEKP---------GGQDDDSEEEGLVKDLSV---- 310

Query: 322 FIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEYSLHSRY 381
            I    F  +  D D++R                 R+   G L G  +    + + ++R+
Sbjct: 311 -IGSHAFARMEGDVDKQR-----------------RLALQGQLSGAAMQKQHQRN-YNRW 370

Query: 382 LAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEPLI 441
           L++A + +LS+I  +K +Y+ GVD+ GR VMVVVG +  +  +D+E+ +LY +   + + 
Sbjct: 371 LSRARTEDLSDIAALKALYQSGVDNCGRTVMVVVGRNIPVLLIDMEKALLYFIHMMDHVA 430

Query: 442 QKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAMQL 501
            K Y +VYFH+       PD  ++K +  I+  +++ NL A+Y +HPTF  K + +    
Sbjct: 431 AKEYVLVYFHTLTGEHNHPDSDFLKNMYDIVDVKYKKNLKALYFVHPTFRSKVSSWFFTT 484

Query: 502 LVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLEVNG 544
              + + +KV  ++ L QLF  VP EQ+ IP FV  +D   NG
Sbjct: 491 FTVSGLKDKVHQVESLHQLFSAVPPEQIEIPPFVLDYDARENG 484

[Close]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match: Q66HX8 (Ganglioside-induced differentiation-associated protein 2 OS=Danio rerio OX=7955 GN=gdap2 PE=2 SV=1)

HSP 1 Score: 293.9 bits (751), Expect = 3.9e-78
Identity = 188/528 (35.61%), Postives = 278/528 (52.65%), Query Frame = 0 

Query: 22  VNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEIN 81
           V +  +P W   +       V ++    N Y  +      +  N    + S F    +IN
Sbjct: 11  VEVLNLPTWDQPQG------VQDELDGENHYEEEEEEEEDNLTNQLNSVNSPFTFRQDIN 70

Query: 82  SRIYLWRGNPWNLEVDAVVNSTNENL-DEAHSSPGLHAAAGPGLSEECGTLGGCRTGMAK 141
           ++I L+ G+   L   A+VN++NE L D+   S  +H  AGP L +E   L GCRTG AK
Sbjct: 71  NKIVLFNGDVALLNCTAIVNTSNETLTDKNPISDSIHRHAGPELRDELLKLKGCRTGEAK 130

Query: 142 VTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEA 201
           +T  +DL AR +IHTVGPKY  KY TAAE++L  CYR+ L+L  E+ + S+    I T  
Sbjct: 131 MTEGFDLAARFIIHTVGPKYKAKYRTAAESSLYSCYRNVLQLAKEHAMVSVGFCVISTVK 190

Query: 202 KNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEV 261
           + YP E A H+A+RTVRRFLE   + IE +VF   S V+  +Y++LLPLY+PR K EE +
Sbjct: 191 RAYPVEDATHIALRTVRRFLENHGENIETLVF-AVSDVEEPVYRKLLPLYYPRSKQEERI 250

Query: 262 ALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDPEDPPV-SDVRLTRRLELIIF 321
           +L  LPAD+G+  GE ++ ER+IRI   P    +    DPED  + SD+           
Sbjct: 251 SLPLLPADIGNSEGEPVVPERQIRIAEKP----VNLEDDPEDDSLDSDL----------- 310

Query: 322 GFIPGSCFLALIKDPDQRRK-----EQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEY 381
           G +    F  +  D D++RK     +  E   Q Q   NY                    
Sbjct: 311 GLVGSHAFARMEGDVDKQRKLILQGQMSEVAQQKQHQRNY-------------------- 370

Query: 382 SLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVK 441
              +R+L KA + +LS+I  +K +Y+ GVD  GR VMVVVG +  +  +D+E+ +LY + 
Sbjct: 371 ---NRWLCKARAEDLSDIAALKALYQTGVDLCGRTVMVVVGRNIPVMLIDMEKALLYFIH 430

Query: 442 EFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSA 501
             + +  K Y +VYFH+        D  ++K+L  I+  + + NL A Y +HPTF  K +
Sbjct: 431 VMDHITVKEYVMVYFHTLTGEHNHLDTDFLKKLYDIVDAKFKKNLRAFYFVHPTFRSKVS 490

Query: 502 VFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLEVN 543
            +       + + +KV +I+ L QLF  V  EQ+ IP FV ++D  VN
Sbjct: 491 TWFFTTFSVSGLKDKVHHIENLQQLFTCVLPEQIDIPPFVLEYDSRVN 493

[Close]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match: Q9NXN4 (Ganglioside-induced differentiation-associated protein 2 OS=Homo sapiens OX=9606 GN=GDAP2 PE=1 SV=1)

HSP 1 Score: 291.6 bits (745), Expect = 1.9e-77
Identity = 177/523 (33.84%), Postives = 282/523 (53.92%), Query Frame = 0 

Query: 22  VNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEIN 81
           V++D +P W D    S  + +N   + +  +  D + SP             F  + ++N
Sbjct: 11  VDVDTLPSWGD----SCQDELNSSDTTAEIFQEDTVRSP-------------FLYNKDVN 70

Query: 82  SRIYLWRGNPWNLEVDAVVNSTNENL-DEAHSSPGLHAAAGPGLSEECGTLGGCRTGMAK 141
            ++ LW+G+   L   A+VN++NE+L D+   S  +   AGP L E+   L GCRTG AK
Sbjct: 71  GKVVLWKGDVALLNCTAIVNTSNESLTDKNPVSESIFMLAGPDLKEDLQKLKGCRTGEAK 130

Query: 142 VTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEA 201
           +T  ++L AR +IHTVGPKY  +Y TAAE++L  CYR+ L+L  E  + S+    I +  
Sbjct: 131 LTKGFNLAARFIIHTVGPKYKSRYRTAAESSLYSCYRNVLQLAKEQSMSSVGFCVINSAK 190

Query: 202 KNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEV 261
           + YP E A H+A+RTVRRFLE   + IE VVF   S ++   Y++LLPLYFPR   EE  
Sbjct: 191 RGYPLEDATHIALRTVRRFLEIHGETIEKVVF-AVSDLEEGTYQKLLPLYFPRSLKEENR 250

Query: 262 ALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDPEDPPVSDVRLTRRLELIIFG 321
           +L  LPAD+G+  GE ++ ER+IRI   P     + +Q+ ED  +           +   
Sbjct: 251 SLPYLPADIGNAEGEPVVPERQIRISEKP--GAPEDNQEEEDEGLG----------VDLS 310

Query: 322 FIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEYSLHSRY 381
           FI    F  +  D D++RK                 ++  G L    L    + + ++R+
Sbjct: 311 FIGSHAFARMEGDIDKQRK-----------------LILQGQLSEAALQKQHQRN-YNRW 370

Query: 382 LAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEPLI 441
           L +A S +LS+I  +K +Y+ GVD+ GR VMVVVG +  +  +D+++ +LY +   + + 
Sbjct: 371 LCQARSEDLSDIASLKALYQTGVDNCGRTVMVVVGRNIPVTLIDMDKALLYFIHVMDHIA 430

Query: 442 QKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAMQL 501
            K Y +VYFH+  S     D  ++K+L  ++  +++ NL A+Y +HPTF  K + +    
Sbjct: 431 VKEYVLVYFHTLTSEYNHLDSDFLKKLYDVVDVKYKRNLKAVYFVHPTFRSKVSTWFFTT 485

Query: 502 LVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLEVNG 544
              + + +K+ ++D L QLF  +  EQ+  P FV ++D   NG
Sbjct: 491 FSVSGLKDKIHHVDSLHQLFSAISPEQIDFPPFVLEYDARENG 485

[Close]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match: Q5XGM5 (Ganglioside-induced differentiation-associated protein 2 OS=Xenopus laevis OX=8355 PE=2 SV=1)

HSP 1 Score: 290.0 bits (741), Expect = 5.6e-77
Identity = 179/523 (34.23%), Postives = 277/523 (52.96%), Query Frame = 0 

Query: 22  VNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSPSDAENGSCGLVSRFPVDHEIN 81
           V+ D +P W+D  +    +               P     D  +G  G  S FP   +IN
Sbjct: 11  VDADILPCWADVSNEEGEDV--------------PDGGRKDVPDG--GSHSPFPYRKDIN 70

Query: 82  SRIYLWRGNPWNLEVDAVVNSTNENL-DEAHSSPGLHAAAGPGLSEECGTLGGCRTGMAK 141
            ++ LW+G+   L   A+VN++NE L D+   S  +   +GP L EE   L GCRTG AK
Sbjct: 71  EKVILWKGDVALLNCTALVNTSNETLTDKNPVSDSIFRYSGPELLEEMQKLKGCRTGEAK 130

Query: 142 VTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEA 201
           +T  ++L AR +IHTVGPKY  KY TAAE++L  CYR+ L+L  E G+ S+    I T+ 
Sbjct: 131 LTKGFNLAARYIIHTVGPKYKTKYRTAAESSLYSCYRNVLQLAKEQGMASVGFCVITTQK 190

Query: 202 KNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDTEIYKRLLPLYFPRDKHEEEV 261
           + YP + A H+A+RTVRRFLE     +E VVF  T   +   Y+RLLPLYFPR   EE+ 
Sbjct: 191 RCYPLDDATHIALRTVRRFLEVHGQALEKVVFAVTEE-EEGTYRRLLPLYFPRSLEEEQR 250

Query: 262 ALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDPEDPPVSDVRLTRRLELIIFG 321
           ++  LP D+G+ +GE ++ ER+IRI   P    ++     E+  V D+ +          
Sbjct: 251 SILLLPQDIGNSDGEPVVPERQIRISEKPG---VQEEDSEEEGLVKDLSV---------- 310

Query: 322 FIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGFGDLGGPPLSAAEEYSLHSRY 381
            I    F  +  D D++R                 R+   G L G  +    + + ++R+
Sbjct: 311 -IGSHAFARMEGDVDKQR-----------------RLALQGQLSGAAMQKQHQRN-YNRW 370

Query: 382 LAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEPLI 441
           L++A + +LS+I  +K +Y+ GVD+ GR VMVVVG +  +  +D+E+ +LY +   + + 
Sbjct: 371 LSRARTEDLSDIAALKALYQSGVDNCGRSVMVVVGRNIPVLLIDMEKALLYFIHMMDHVT 430

Query: 442 QKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAMQL 501
            K Y +VYFH+        D  ++K +  I+  +++ NL A+Y +HPTF  K + +    
Sbjct: 431 AKDYVLVYFHTLTGEHNHLDSDFLKNMYDIIDVKYKKNLKALYFVHPTFRSKVSTWFFTT 484

Query: 502 LVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLEVNG 544
              + + +KV  ++ L QLF  +P EQ+ IP FV  +D   NG
Sbjct: 491 FTVSGLKDKVHQVESLHQLFTAIPPEQIEIPPFVLDYDARENG 484

[Close]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match: A0A1S4E5F4 (protein GDAP2 homolog OS=Cucumis melo OX=3656 GN=LOC103503322 PE=3 SV=1)

HSP 1 Score: 1049.3 bits (2712), Expect = 5.8e-303
Identity = 515/560 (91.96%), Postives = 534/560 (95.36%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTDS+DYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDSLDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  SDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120
           SDAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA
Sbjct: 61  SDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120

Query: 121 GPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180
           GPGL +ECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL
Sbjct: 121 GPGLLDECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180

Query: 181 ELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDT 240
           ELLIENGL+SIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQ+DKI+AVVFCTTSSVDT
Sbjct: 181 ELLIENGLQSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQRDKIKAVVFCTTSSVDT 240

Query: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDP 300
           EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNV KP   P
Sbjct: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVPKPPPVP 300

Query: 301 EDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGF 360
            D PVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+LGF
Sbjct: 301 NDTPVSDVRLTRRNSSYLDSYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRMLGF 360

Query: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLL 420
           GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDSEGRPVMVVVGAHFLL
Sbjct: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSEGRPVMVVVGAHFLL 420

Query: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLH 480
           RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NLH
Sbjct: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNLH 480

Query: 481 AIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540
           AIYVLHPTFGLK+AV AMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE
Sbjct: 481 AIYVLHPTFGLKAAVLAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540

Query: 541 VNGGKGLIVDPRTKYVYHRP 561
           VNGGKGLIVDPRTKYVYHRP
Sbjct: 541 VNGGKGLIVDPRTKYVYHRP 559

[Close]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match: A0A6J1KAK4 (protein GDAP2 homolog OS=Cucurbita maxima OX=3661 GN=LOC111493730 PE=3 SV=1)

HSP 1 Score: 1047.7 bits (2708), Expect = 1.7e-302
Identity = 516/561 (91.98%), Postives = 536/561 (95.54%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTD VDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDIVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  S-DAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120
           S DAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA
Sbjct: 61  SDDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120

Query: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180
           AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC
Sbjct: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180

Query: 181 LELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVD 240
           LELLIENGL+SIAMGCIY EAKNYPREPAAHVAIRTVRRFLEKQKDKI+AVVFCTTSSVD
Sbjct: 181 LELLIENGLQSIAMGCIYAEAKNYPREPAAHVAIRTVRRFLEKQKDKIKAVVFCTTSSVD 240

Query: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQD 300
           TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNVLKPS  
Sbjct: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVLKPSPV 300

Query: 301 PEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLG 360
            +DPPVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGW+YGR+LG
Sbjct: 301 IDDPPVSDVRLTRRTSSYLDAYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWSYGRMLG 360

Query: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFL 420
           FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDS+G PVMVVVGAHFL
Sbjct: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSDGHPVMVVVGAHFL 420

Query: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNL 480
           LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NL
Sbjct: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNL 480

Query: 481 HAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540
           HAIYVLHPTFGLK+AVFAMQLLVDNVVWNKVVYIDRL+QLFKYVPREQLTIPDFVFQHDL
Sbjct: 481 HAIYVLHPTFGLKAAVFAMQLLVDNVVWNKVVYIDRLVQLFKYVPREQLTIPDFVFQHDL 540

Query: 541 EVNGGKGLIVDPRTKYVYHRP 561
           EVNGGKGLIVDPRTKYVYHRP
Sbjct: 541 EVNGGKGLIVDPRTKYVYHRP 560

[Close]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match: A0A6J1G3J6 (protein GDAP2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111450452 PE=3 SV=1)

HSP 1 Score: 1046.2 bits (2704), Expect = 4.9e-302
Identity = 516/561 (91.98%), Postives = 535/561 (95.37%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTD VDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDIVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  S-DAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120
           S DAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA
Sbjct: 61  SDDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAA 120

Query: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180
           AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC
Sbjct: 121 AGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSC 180

Query: 181 LELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVD 240
           LELLIENGL+SIAMGCIY EAKNYPREPAAHVAIRTVRRFLEKQKDKI+AVVFCTTSSVD
Sbjct: 181 LELLIENGLQSIAMGCIYAEAKNYPREPAAHVAIRTVRRFLEKQKDKIKAVVFCTTSSVD 240

Query: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQD 300
           TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIKPLPKKNVLKP   
Sbjct: 241 TEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKPLPKKNVLKPPPV 300

Query: 301 PEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLG 360
            +DPPVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGW+YGR+LG
Sbjct: 301 IDDPPVSDVRLTRRNSSYLDAYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWSYGRMLG 360

Query: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFL 420
           FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDS+G PVMVVVGAHFL
Sbjct: 361 FGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSDGHPVMVVVGAHFL 420

Query: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNL 480
           LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NL
Sbjct: 421 LRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNL 480

Query: 481 HAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540
           HAIYVLHPTFGLK+AVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL
Sbjct: 481 HAIYVLHPTFGLKAAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDL 540

Query: 541 EVNGGKGLIVDPRTKYVYHRP 561
           EVNGGKGLIVDPRTKYVYHRP
Sbjct: 541 EVNGGKGLIVDPRTKYVYHRP 560

[Close]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match: A0A0A0KS03 (Macro domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G487740 PE=3 SV=1)

HSP 1 Score: 1045.4 bits (2702), Expect = 8.4e-302
Identity = 514/560 (91.79%), Postives = 533/560 (95.18%), Query Frame = 0 

Query: 1   MYRTLATSAATASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLTSP 60
           MYRT+ATSAAT +TTDS+DYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPLTSP
Sbjct: 1   MYRTVATSAATTTTTDSLDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPLTSP 60

Query: 61  SDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120
           SDAE G+ G+VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA
Sbjct: 61  SDAEGGTNGVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHAAA 120

Query: 121 GPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180
           GPGL +ECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL
Sbjct: 121 GPGLLDECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRSCL 180

Query: 181 ELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSVDT 240
           ELLIENGL+SIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQ+DKI+AVVFCTTSSVDT
Sbjct: 181 ELLIENGLQSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQRDKIKAVVFCTTSSVDT 240

Query: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQDP 300
           EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRIK LPKKNV KP Q  
Sbjct: 241 EIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRIKSLPKKNVPKPPQVL 300

Query: 301 EDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVLGF 360
            D PVSDVRLTRR    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+LGF
Sbjct: 301 NDTPVSDVRLTRRNSSYLDSYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRILGF 360

Query: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLL 420
           GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEI EMKIVYRGGVDSEGRPVMVVVGAHFLL
Sbjct: 361 GDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIAEMKIVYRGGVDSEGRPVMVVVGAHFLL 420

Query: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHNLH 480
           RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ NLH
Sbjct: 421 RCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQRNLH 480

Query: 481 AIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540
           AIYVLHPTFGLK+AV AMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE
Sbjct: 481 AIYVLHPTFGLKAAVLAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHDLE 540

Query: 541 VNGGKGLIVDPRTKYVYHRP 561
           VNGGKGLIVDPRTKYVYHRP
Sbjct: 541 VNGGKGLIVDPRTKYVYHRP 559

[Close]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match: A0A6J1GJF0 (protein GDAP2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111454405 PE=3 SV=1)

HSP 1 Score: 1036.6 bits (2679), Expect = 3.9e-299
Identity = 511/563 (90.76%), Postives = 532/563 (94.49%), Query Frame = 0 

Query: 1   MYRTLATSAAT---ASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPL 60
           MYRT+ATSAAT    +TTDSVDYVVNLDQIPRWSDAEHRSS+EFVNEDPS SNSYFPDPL
Sbjct: 1   MYRTVATSAATTTATTTTDSVDYVVNLDQIPRWSDAEHRSSLEFVNEDPSFSNSYFPDPL 60

Query: 61  TSPSDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLH 120
           TSPSDAE G+  +VSRFPVDHEINS+IYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLH
Sbjct: 61  TSPSDAEGGNYRVVSRFPVDHEINSKIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLH 120

Query: 121 AAAGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYR 180
           AAAGPGLSEECGTLGGCRTGMAKVTNAYDLPARKV+HTVGPKYAVKYHTAAENALSHCYR
Sbjct: 121 AAAGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVMHTVGPKYAVKYHTAAENALSHCYR 180

Query: 181 SCLELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSS 240
           SCLELLIENGL+SIAMGCIYTE KNYPREPAAHVAIRTVRRFLEKQK KI+AVVFCTTSS
Sbjct: 181 SCLELLIENGLQSIAMGCIYTEGKNYPREPAAHVAIRTVRRFLEKQKGKIKAVVFCTTSS 240

Query: 241 VDTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPS 300
           +DTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGE IIDERKIRI  LPKKNVLKP 
Sbjct: 241 IDTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGETIIDERKIRINTLPKKNVLKPP 300

Query: 301 QDPEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRV 360
           Q P+DPPVS VRLT+R    +  ++    F+ALIKDPDQRRKEQWEKTAQAQTGWNYGR+
Sbjct: 301 QVPDDPPVSHVRLTQRNPSYLDSYL-DPAFMALIKDPDQRRKEQWEKTAQAQTGWNYGRI 360

Query: 361 LGFGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAH 420
           LGFG+LGG PLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAH
Sbjct: 361 LGFGELGGAPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAH 420

Query: 421 FLLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRH 480
           FLLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQ ILGR+H+ 
Sbjct: 421 FLLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQQILGRKHQR 480

Query: 481 NLHAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQH 540
           NL AIYVLHPTFGLK+AVFAMQLLVDN VWNKVVYIDRLLQLFKYVPREQLTIPDFVFQH
Sbjct: 481 NLQAIYVLHPTFGLKAAVFAMQLLVDNAVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQH 540

Query: 541 DLEVNGGKGLIVDPRTKYVYHRP 561
           DLEVNGGKGLIVDPRTKYVYHRP
Sbjct: 541 DLEVNGGKGLIVDPRTKYVYHRP 562

[Close]
BLAST of Sed0000373 vs. TAIR 10
Match: AT1G69340.1 (appr-1-p processing enzyme family protein )

HSP 1 Score: 892.5 bits (2305), Expect = 1.7e-259
Identity = 438/562 (77.94%), Postives = 489/562 (87.01%), Query Frame = 0 

Query: 1   MYRTLATSAAT--ASTTDSVDYVVNLDQIPRWSDAEHRSSMEFVNEDPSLSNSYFPDPLT 60
           MY+T+ T+      + T+S DYVV LDQIPRWSD E RSS+E    DP  SN  + +PL 
Sbjct: 2   MYQTIPTAPTIRGGTPTESGDYVVTLDQIPRWSDVEQRSSLEDETGDPEHSNPRYANPLA 61

Query: 61  SPSDAENGSCGLVSRFPVDHEINSRIYLWRGNPWNLEVDAVVNSTNENLDEAHSSPGLHA 120
           S S+A +   G+VS+FPVDHEINSRIYLWRG PWNLEVDAVVNSTNENLDEAHSSPGLH 
Sbjct: 62  SSSEAGSSGNGMVSKFPVDHEINSRIYLWRGEPWNLEVDAVVNSTNENLDEAHSSPGLHV 121

Query: 121 AAGPGLSEECGTLGGCRTGMAKVTNAYDLPARKVIHTVGPKYAVKYHTAAENALSHCYRS 180
           AAGPGL+E+C TLGGCRTGMAKVTNAYDLPAR+VIHTVGPKYAVKYHTAAENALSHCYRS
Sbjct: 122 AAGPGLAEQCATLGGCRTGMAKVTNAYDLPARRVIHTVGPKYAVKYHTAAENALSHCYRS 181

Query: 181 CLELLIENGLRSIAMGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKIEAVVFCTTSSV 240
           CLELLI++GL+SIA+GCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKI AVVFCTT+S 
Sbjct: 182 CLELLIDSGLQSIALGCIYTEAKNYPREPAAHVAIRTVRRFLEKQKDKISAVVFCTTTSS 241

Query: 241 DTEIYKRLLPLYFPRDKHEEEVALSKLPADVGDENGEAIIDERKIRIKPLPKKNVLKPSQ 300
           DTEIYKRLLPLYFPRD+HEEEVA+SKLPADVGDENGE +IDERKIRI+ LP K   +   
Sbjct: 242 DTEIYKRLLPLYFPRDEHEEEVAISKLPADVGDENGETVIDERKIRIQALPNKPPPRSFP 301

Query: 301 DPEDPPVSDVRLTRRLELIIFGFIPGSCFLALIKDPDQRRKEQWEKTAQAQTGWNYGRVL 360
            P + P +D+ L RR    +  ++    F++LIKDPD+RRKEQWEKTAQAQ+G+N+ ++L
Sbjct: 302 TPLERPSTDLTLLRRNSNHLDSYL-DPAFMSLIKDPDERRKEQWEKTAQAQSGFNFVKLL 361

Query: 361 GFGDLGGPPLSAAEEYSLHSRYLAKANSLNLSEIGEMKIVYRGGVDSEGRPVMVVVGAHF 420
           GFGDLGGPPLSAAEEYSLHSRYLAKANS+NLSEI EMKIVYRGGVD+EG PVMVVVGAHF
Sbjct: 362 GFGDLGGPPLSAAEEYSLHSRYLAKANSINLSEIAEMKIVYRGGVDTEGHPVMVVVGAHF 421

Query: 421 LLRCLDLERFVLYVVKEFEPLIQKPYTIVYFHSAASLQPRPDMGWMKRLQLILGRRHRHN 480
           LLRCLDLERFVLYV+KEFEP+IQKPY+IVYFHSAASLQ +PD+GWMKRL+ ILGR+H+ N
Sbjct: 422 LLRCLDLERFVLYVIKEFEPVIQKPYSIVYFHSAASLQVQPDLGWMKRLEQILGRKHQRN 481

Query: 481 LHAIYVLHPTFGLKSAVFAMQLLVDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHD 540
           L AIYVLHPTF LK+ +  MQ  VDNVVW KVVY DRLLQLFKYVPREQLTIPDFVFQHD
Sbjct: 482 LQAIYVLHPTFHLKATILTMQFFVDNVVWKKVVYADRLLQLFKYVPREQLTIPDFVFQHD 541

Query: 541 LEVNGGKGLIVDPRTKYVYHRP 561
           LEVNGGKGLIVDPRTKYVY RP
Sbjct: 542 LEVNGGKGLIVDPRTKYVYQRP 562

[Close]
BLAST of Sed0000373 vs. TAIR 10
Match: AT2G40600.1 (appr-1-p processing enzyme family protein )

HSP 1 Score: 72.4 bits (176), Expect = 1.3e-12
Identity = 45/130 (34.62%), Postives = 70/130 (53.85%), Query Frame = 0 

Query: 97  DAVVNSTNENLDEAHSSPG-LHAAAGPGLSEECGTLG------GCRTGMAKVTNAYDLPA 156
           DA+VN  NE +     + G +H AAGP L   C  +        C TG A++T  ++LPA
Sbjct: 99  DAIVNPANERMLGGGGADGAIHRAAGPQLRAACYEVPEVRPGVRCPTGEARITPGFNLPA 158

Query: 157 RKVIHTVGPKYAVKYHTAAENALSHCYRSCLELLIENGLRSIAMGCIYTEAKNYPREPAA 216
            +VIHTVGP Y    +   + +L++ Y++ L +  EN ++ IA   I      YP + AA
Sbjct: 159 SRVIHTVGPIYDSDVN--PQESLTNSYKNSLRVAKENNIKYIAFPAISCGIYGYPFDEAA 218

Query: 217 HVAIRTVRRF 220
            + I T+++F
Sbjct: 219 AIGISTIKQF 226

[Close]
BLAST of Sed0000373 vs. TAIR 10
Match: AT4G35750.1 (SEC14 cytosolic factor family protein / phosphoglyceride transfer family protein )

HSP 1 Score: 67.4 bits (163), Expect = 4.2e-11
Identity = 43/152 (28.29%), Postives = 80/152 (52.63%), Query Frame = 0 

Query: 392 IGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEFEP-LIQKPYTIVYFH 451
           I +++I    G D  GR ++ ++G  F  R L L+    Y+ ++  P L +KP+ ++Y H
Sbjct: 14  IEKLEIFKIHGRDKRGRKILRIIGKFFPARFLSLDVLKKYLEEKIFPRLGRKPFAVLYVH 73

Query: 452 SAASLQPR-PDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKSAVFAM---QLLVDNVV 511
           +        P +  ++ +   +    R NL  +Y LHP  GL+S +F     + L    +
Sbjct: 74  TGVQRSENFPGISALRAIYDAIPVNVRDNLQEVYFLHP--GLQSRLFLATCGRFLFSGGL 133

Query: 512 WNKVVYIDRLLQLFKYVPREQLTIPDFVFQHD 539
           + K+ YI R+  L+++V R ++ +P+FV+ HD
Sbjct: 134 YGKLRYISRVDYLWEHVRRNEIEMPEFVYDHD 163

[Close]
BLAST of Sed0000373 vs. TAIR 10
Match: AT3G10210.1 (SEC14 cytosolic factor family protein / phosphoglyceride transfer family protein )

HSP 1 Score: 55.5 bits (132), Expect = 1.6e-07
Identity = 41/157 (26.11%), Postives = 73/157 (46.50%), Query Frame = 0 

Query: 388 NLSEIGEMKIVYRGGVDSEGRPVMVVVGAHFLLRCLDLERFVLYVVKEF-EPLIQKPYTI 447
           + S++  ++     G+D  G  +  +VG +F  R +  ER   Y+ ++      + P  +
Sbjct: 45  DFSDLDLLQFFTLQGLDRSGNRIFRIVGKYFPARVVSAERLKKYISQKISNQCPEGPLCL 104

Query: 448 VYFHSAASLQPR-PDMGWMKRLQLILGRRHRHNLHAIYVLHPTFGLKS----AVFAMQLL 507
           VY HS        P +  ++ +   L    +  L  +Y +HP  GL+S    A     LL
Sbjct: 105 VYMHSTVQKDDNSPGITILRWIYEDLPSDIKDRLQLVYFIHP--GLRSRLVIATLGRLLL 164

Query: 508 VDNVVWNKVVYIDRLLQLFKYVPREQLTIPDFVFQHD 539
              + W K+ Y+ RL  L++ + + ++ IPDFV  HD
Sbjct: 165 SGGLYW-KIKYVSRLQYLWEDIKKGEVEIPDFVKNHD 198

The following BLAST results are available for this feature:
BLAST of Sed0000373 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038890071.14.9e-30492.32protein GDAP2 homolog [Benincasa hispida] >XP_038890072.1 protein GDAP2 homolog ... [more]
XP_008465697.11.2e-30291.96PREDICTED: protein GDAP2 homolog [Cucumis melo] >XP_016903466.1 PREDICTED: prote... [more]
XP_022999322.13.5e-30291.98protein GDAP2 homolog [Cucurbita maxima] >XP_022999324.1 protein GDAP2 homolog [... [more]
XP_022946371.11.0e-30191.98protein GDAP2 homolog [Cucurbita moschata] >XP_022946372.1 protein GDAP2 homolog... [more]
XP_004143794.11.7e-30191.79protein GDAP2 homolog isoform X1 [Cucumis sativus] >XP_031741405.1 protein GDAP2... [more]
BLAST of Sed0000373 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
A7T1675.9e-8736.31Protein GDAP2 homolog OS=Nematostella vectensis OX=45351 GN=gdap2 PE=3 SV=1[more]
Q5CZL19.2e-8035.37Ganglioside-induced differentiation-associated protein 2 OS=Xenopus tropicalis O... [more]
Q66HX83.9e-7835.61Ganglioside-induced differentiation-associated protein 2 OS=Danio rerio OX=7955 ... [more]
Q9NXN41.9e-7733.84Ganglioside-induced differentiation-associated protein 2 OS=Homo sapiens OX=9606... [more]
Q5XGM55.6e-7734.23Ganglioside-induced differentiation-associated protein 2 OS=Xenopus laevis OX=83... [more]
BLAST of Sed0000373 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S4E5F45.8e-30391.96protein GDAP2 homolog OS=Cucumis melo OX=3656 GN=LOC103503322 PE=3 SV=1[more]
A0A6J1KAK41.7e-30291.98protein GDAP2 homolog OS=Cucurbita maxima OX=3661 GN=LOC111493730 PE=3 SV=1[more]
A0A6J1G3J64.9e-30291.98protein GDAP2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111450452 PE=3 SV=1[more]
A0A0A0KS038.4e-30291.79Macro domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G487740 PE=3 ... [more]
A0A6J1GJF03.9e-29990.76protein GDAP2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111454405 PE=3 SV=1[more]
BLAST of Sed0000373 vs. TAIR 10
Match NameE-valueIdentityDescription
AT1G69340.11.7e-25977.94appr-1-p processing enzyme family protein [more]
AT2G40600.11.3e-1234.62appr-1-p processing enzyme family protein [more]
AT4G35750.14.2e-1128.29SEC14 cytosolic factor family protein / phosphoglyceride transfer family protein... [more]
AT3G10210.11.6e-0726.11SEC14 cytosolic factor family protein / phosphoglyceride transfer family protein... [more]
InterPro
Analysis Name: InterPro Annotations of Chayote (edule) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001251CRAL-TRIO lipid binding domainSMARTSM00516sec14_4coord: 391..537
e-value: 6.4E-9
score: 45.6
IPR001251CRAL-TRIO lipid binding domainPFAMPF13716CRAL_TRIO_2coord: 407..538
e-value: 2.6E-29
score: 102.2
IPR001251CRAL-TRIO lipid binding domainCDDcd00170SEC14coord: 395..531
e-value: 2.87475E-23
score: 94.3742
IPR002589Macro domainSMARTSM00506YBR022w_8coord: 83..212
e-value: 1.7E-12
score: 57.5
IPR002589Macro domainPFAMPF01661Macrocoord: 100..212
e-value: 3.8E-26
score: 91.4
IPR002589Macro domainPROSITEPS51154MACROcoord: 71..251
score: 21.995325
IPR043472Macro domain-likeGENE3D3.40.220.10Leucine Aminopeptidase, subunit E, domain 1coord: 13..256
e-value: 4.9E-73
score: 246.8
IPR043472Macro domain-likeSUPERFAMILY52949Macro domain-likecoord: 72..280
IPR036865CRAL-TRIO lipid binding domain superfamilyGENE3D3.40.525.10coord: 391..541
e-value: 2.6E-43
score: 149.2
IPR036865CRAL-TRIO lipid binding domain superfamilySUPERFAMILY52087CRAL/TRIO domaincoord: 390..528
NoneNo IPR availablePANTHERPTHR11106:SF109APPR-1-P PROCESSING ENZYME FAMILY PROTEINcoord: 1..540
NoneNo IPR availablePANTHERPTHR11106GANGLIOSIDE INDUCED DIFFERENTIATION ASSOCIATED PROTEIN 2-RELATEDcoord: 1..540
IPR035793GDAP2, macro domainCDDcd02905Macro_GDAP2-likecoord: 82..250
e-value: 3.07663E-101
score: 301.076

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Sed0000373.1Sed0000373.1mRNA