MELO3C011548 (gene) Melon (DHL92) v4

Overview


Name	MELO3C011548
Type	gene
Organism	Cucumis melo cv. DHL92 (Melon (DHL92) v4)
Description	GDT1 family protein
Location	chr03: 14668924 .. 14684651 (+)
RNA-Seq Expression	MELO3C011548
Synteny	MELO3C011548

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

TAATCACTTTTCATTATCAAAATCTGAAGAGAAAAAAAAAAAAAAAGAAAAAAGAAAAGAAAAGAAAAAAGGCATCAAACTTGGATCCTCTCTCCACACCACACGCCCTTCTTCTTCCTCTACTCCGTCCATTCCGACCTTAACGAGCCGAGCGACTCACTGAGTCACACATTTCATTCAATTTCCGGGGTCTCGGAGCCCCTCGGAGAATCCTTCCTCTGACGCTCCTCTCTATCCTCTCCAACCGCTTCTTTTCTTCAATTCATCCTTCCTCTTCCCACTCCATGGCCTCCTCCGTCATTCAGGTTTTTTTCCTTCTCTTTTTCTTTCTTCCCTTCATTCTCTTCCGATTTAATTTCATGTTTCTTTCTTCCTTTCCTTTCATAGGGTTTTACCAAGTCCCTTGCCATGACTGTGCTCTCCGAGATCGGCGATAAAACATTCTTCGCCGCTGCGGTTAGTCCATACTTGTGCTGGATTTCTGTTTTTCTTCTTTCTTTCCATTCATTTCTTTCTGCCGTCTTCTAGTATAAGCAATGCGTTTTCATCCCGAAGTTGACTTTTGTGGTTCTTAAAGTTTGCTTCGGTATCACGTTTTGTAGTTATCGGCTTATCGCTTGTCAGTGCGGGTGCAGACCTCTTCCTTTCCCATTTTTCCTTTTTTAAAGCACAAGTTCTGTTATTAAGGATCTTATAATTCCTTCCTGATATATGACGCGTAAAATCCAAGATGAATTTTATTAGTTTTGCGATACGGATCTTTTGCTCCTACTGAATGACGTTTCTTCCCCGCTTCCCCCGGAAAGGATTTGTGTTCCTGTCGCTGTCTGTCTCCCCAATTTCATCAAGTTGCTCCAAATTTCTTTTTGGACCGATACATTCGTTCATGTATTGGATATGGACATGGGAATAACGCAGTTTTCTTTTATCAATTATTGTTTTACAAAAAGGTTAATGTAACTTTTTAACATTTAATAATTATATAAGAACTACTGAAAGTAAGGATCGATGCTTATACACAGATGCATAACCCAATACTCTAATACTAATATGCATCATTAAGTAAGGAAACTCATTGTGAAGGTTGATGCATTTCAGCTCAGAAAAACTGGAAGGAGTAGGAACTCGAACTGCTGTTATTGCACTTAAATTTAAATATGTAGAACAGATTTTTGTATGCAGGGACTGAAGTTTGATTTGCTATGGTGATGTCATGGAATGATGAATTTGGAATAACATATTTGGTTTTATCTGTTTTGTTATGTGAAAAACCTAGGTGATTGGAAGTTATCATGGATAACATTTAGCATCATATGGTTTGTTTTAGAGAAGGGTCCTTGTATCTTAGGCCTTGATGATATTGAACTGCCGAAACCTGTCTACTTCAACTAAGAAAGTGCTGTCATTTTTAGTGCAATTTTTTCTTATTTATTATCTCTCAACTTTTGGAATGAATATTGTTATCCCAATAGTTTTCTGGGAGGTGTAACAGCGATTTTTCTCTCTTTGTCTCTTTCCTCTTTCCTTTTTTTCTGCATAAATATGTTAGCTATTCTCTTTCTCATGTCTTAATCCTCTGTTTAAAGATTATGGCAATGCGGCATCCAAGGAGACTTGTCTTATCTGGTTGTATGACAGCTTTGATTGTAAGTATGTTTGTCAAAAGTTACCTTTCTTTTTTCATTGCATGTGCCATCACTACTTTCACGGTCTATGCCAATGCCTCTTAACTTACCTTACTCAGTTGTTTTGCTGTTTTTAAGGTGATGACCGCTCTTTCTGTTCTGGTTGGCTGGGCTGCACCGAATTTGGTAAGAAAATTGATCCCTAGAATTGAATACCTCATACTTGGCTTGTTTATTTTCTATCTGGTAGGGCTGGGACAAGTAAAAAATTTAAGCACACTTTTTGTATGCATGTGTTGTAGATGCTAATTCTTCATATGCTATTTGATTGTTGTGCTTAATACTTTGGGATGCAAGGTAGTAGGTCTGTAATGTTGAAGTTAAACCAATAAATCTATGCTTGCAATTTGCTTTACTTTTGCTTTCTTCTTCCCATGGATCAGATTTGTGCCACTACATCATACAGTAAACGGACCTCTTGAGTGTTTCTTTCATGGGAAAATTTAGTTGCTGCTTTTGTTTTCCTTTCTTTCTTTCTTTCTTTCTTTTCTTTTCTTTCTTTTTTCTTTTTTTTTTTTTTTTTTTTTTTTCCGGATTGAAGTCTAATTGATTGATTGTTAATTAAGCAATCATAAGACACGTTTTAAAGAAATTATCAGGTCACTTAATCTATATTTTCGCCTCATTTCTGAAGGGAAGTAGTTTTAGATGAATGCAATTAGGAATCAGGTCTTGATACTTTATGTTGTATTGTTAAACTGGAGTGCTAAACCATTTCATCTGAATTAATTTCTTTTTTACAAACAAATTGAGACTTTGAAACTTGAAATGGTAAAGTCCTTCCTTGACCTTTGATATCATCCTTTGTAATTTAGTTACTATCCTTATTGTTCAGCCAAGTTGCTTAAGCAATCACTTTTGATTCCTCCATGGTCATATTCTTCTCCAGTTATATTATTCTTTGCATTGTAATGTACTCTACTTTATGCAGATTTCACGTAAGTGGGCACATCATATCACAACTCTTTTGTTCCTTGGTTTTGGGTTGTGGTCTTTATGGGATGCATTTCATGATGAAGGGTAATGATTCCTTGTTATTTTTTATTTTCTTTTGTGGATATTAATTTAATTTTCTAGCTGCACGTAATAACCATATTATTCGACATTTTTTGTTATATTTTATTGGCAGGGAATCGGAAGAACTGGCTGAAGTTGAAGCTAAATTGGTTAGTTTTTTATTTCTAAGTCCCTTCTGCACTGCATGCACTTAGATGGGAATCTATTTTTTAACTCAGCTGTCTCTTGTGCTCAGGATGCTGATTTTAAGGCTAACAAAAAAAGTTCCAAAGATGGAAATAAGGTATATTGTACTATCAGAAAGAGATTATACATCTTCTTATCCCTCGTAAAACTGTCATTCAATAGTCATTGGAAAAAGTTCTGATTCCAATTTTGTTATAGAAAGAATTCGAGAAATTTTACTTAACAACTCTTAACGATTTGGGACTTGGGAGGGATTTTAAATGTATGATGTTAACCAACCTTTTCAGGAAGTAACTTTGCTTATGATTTTTTAATTCATTTGATGATGCATGCCCTTTGCTTTCACAGGCTATCTCTGTTACTTTGTGTCTAGCTTGGTGTGGGAACCATAATAGCATTTTATGTTATGATTTAAAATAAACATGTATTAATTATTTAAGAGCAGGGCAATTGAGAGTTTAGAATCCAGCTTGCAGATCATTGATATATTTATTCCTTCAAAAATCTCTTCCTCTATAAATTGATCATTATTCTTATCATTTTTTTAATGGGATAGAACTGGTTGAAGTCTTTGCTACAGAAGTAAGGAGAAGCTGGAGTATTTCTCCTCTCCTTTATATCCATTTGAAAATGCAGATATGTATGGTAGTTACATGGTAATTTGGAATCATAAAGTAAAGTTTAACACTTACGACAGGATGATGATGATGTGAAGAAGCACAATCGCTCAATTCTCTTGCAATTCTTGTCACCAATATATTTGAAGGTTATACTTTGTAACCTATAATAATTCAGGTAAATGTAATGTTAGTCGTAAGATTAGTTAACTCACAATCTTTTCCCTGGAGTTTTTGTAGGCATTTTCCATTACCTTTTTTGGTGAATGGGGTGACAAGAGTCAGGTTAGTATCAAAATTGAGAATGACCATTTCTATCTAACTTACGATTTTGTTTCACTCCTATAGTTCTGATATTTGAGAAACTTTATCAGCTAGCAACGATTGGTTTAGCTGCAGATGAAAACCCACTAGGTGTTGTTCTTGGTGGAATATTGTAAGTTGTGCCTACCAACTTATCCCTTCTATTTCAGATTGATTCTTTGTGCATGAGGCTGTTCCTTTTTGATATATTTTTTTTCTTCAATAGACAAATTTCCTTTGCATTCTTTTCCCGATAGAGATTCTACTTTGTCCTTTGAGTACAGAGTGTGTTTTGCCTTAATCTATGGAATTCATTTTGTATGAGTGCATGTTGGAGCCCTATTGCCTACGGTTGCAAGAAAAACTGAGAATTCGAGAAAACTGCTTAACCACTTGTCAGGTCGGGTTGGCACCAGTTGATTTGGCAGTTTCGGTTTGAGAATTAAAAAACAAAAAGTTATTGTCGGGTTCGGTTTTGGCAAAGAAGAAATGAAATTAAACTGAACTGGCCACTTATTCTTATATATTAAATTTTAATGTCTGTAGTATTTTCTCAAGAATATGCAGGTGGTTGAGTTGGTGTATGAGCAAGTGTTGCAAAGTGAGGTCATGAATTTGAGCGAAGCCAATGCATTAGTATTTTTATTTATATTAAATTTCTGTCCTCTACCCATTCTCACACCTTGTTCACATAATGTATTAATTGGTTTGACCGAACCGACCAAGCCATCAGCTATTCGTTTGACTGGTTTGGTCATTACATACAATTGGTTGACTTGGTTTCTTCGAAGTCTTAATAAGATTGGTGGTTCGGTTCTGGTTTGACACTCAAACCGAGCCGAACCAAAGCGCCTACACCCCACCATTGCCTACAATAAATTTTGCATTATTGTAAGAAAGATTCTTAGAAAGTTCTGGTATCTGAACCATCTAATTGACCTGTGATGTGACTAATTTTCCCCTCGAGGGTGATTGGTTGCACTTGTAGGAAGACTAGGTTCTGGGATAACTGCGACCCATAGTAGTTTATTCAATCATGGCAATCTCCCACTTGTATATAGATGGAAAGGTTTAATATTGATTCTTGTTTAGAAAAACAAGAAAGAGACAAGTAAGGTTTAATCATTGCCAGTTGATGTTGACTCCTTTTGTGAGAATGTTAACACTCACGTGGGACTTTTTGGGCTGTAGCAATTATTTGAAACTATAATGGTCAACGAATCATCAGCAATATTAGTTTTGTTATCTCAATGTACGTCAACCTCAATAGTTAGGCTATCATAATTGTGTTCTTCAATGTAATCCTCTAATTTTGTGCGTCAAATGACAAAATCTTTAAAGTTGATTGACAAGCTGTTTTTAACCTCAAATTTTGTTATATAGCAAAATGAAAGGCTTATTGCTTACTGAAAGTAATAGGTCTCAGTAGGAACCTACTTGTATATTGTAGTGATGATAATCTTTCTGGATGTGAATGGACAAAAGCACAGTTGCCTACCTGCTTTCCCATTTGGAATGTCATTTATAGTTTTCTTTCAGGGGTCAGGCATTGTGTACAACTGCTGCAGTTCTTGGCGGAAGGAGCTTGGCATCACAAATATCTGAAAAAATAGTACTCAACATTTGATTAGCTCTTCTTTTCACACTATAGTTACTGTTAAGATTGTTACAACGTAATCAAGTCATAATTTTGTTTCTCCCTTTCAGGTTGCTCTCTCAGGTGGGGTTCTGTTCATTGTTTTCGGAATCCAGTCTTTCCTCTCAACTGTGGTGGTGTAATTTTTTCAAGCTTGTTATGGTTAGTAAAGGCTGGCTTAAATTCTAGCATGTTTTAGTTTTTTTTTTAAATAAAAAAAGAAACCATTTATCTGTTAATTTATAGCACATGATGAGAAGTAGTGTTCTTTGATGAAGTTGGTTAGCCACTAGCCAGGATAGAGGAAGACTCTTTAGACTAATTATATCCTCCTGCTGCTAAGGTTATTATTGTCATGCATGTTCTTCCTGAATAACCTGAAATTTAGTCAGGTTGCTAAGAAGAAACCATGATGCAGATCCATTTTCGTTCACCTGAAATAGGGCCTTGGCAGAGTGAAAATGATTGAAAAACCAAGCTTTTATGGCAACATAAGCTAGCAACATGGGCCGAAAATAACAAAGGGCCTACGCCTACAAAAGTTAGCTTGAAAGGAGCCAAACATGTATAAACTTCGATATAAGAAAGGGGTCCAATCCAAAAGAACAATGGCCTAATGAGTGAACAAGTATTCAGACACATGCTCAGTATGGTGTTGAACTTGGCTAGGAACTAAACTTTCCTTAAAACCAAGTGATGCATAAAATCGCCAGAATGCCAGCCTTCCCTCTTGAGGATGGGGGGTGAAGCAGAATGTCTTCTATCACAAGACATCAATGCCTTTACGTGGCAAACAGATCCTGAAAACCTTGAACATGTAGTCTCAAATTGGATAAGTGAAGTGTCAACTTCGAGGTAAACCGCCCAAGTTCTTAGACAATCCTACGGAGAATGCATTAATGCTACTTTAGGTGTTTGGGTTTTTACCCCATTTGTTTCATTTTATCAATAAAATAAAGTAAGGCCTGCCCGATTGGGGGGGGGGGGGGGGGGGGGGTCAAGAGGGCCTAGGACTACAAAGAAGGCTTAACACGAGTAATGCAAGAGAATCTTTTGGAAAGGTTAGGACCCTAGCATGAATATCCCAACCCTCCAGTCGATGAAGGTATTATCCAGAAAACAGCTGTATTTGTCTATCAGCCTGCTTGTCTTTCTATCAGACAAAGGCCGACGAAAGGGTGAACTTTGTTGACTGTTCTTCCAACTGCATAAGACGATGCCTAAGAATGAGTTTGAAACTGGATTTTGAGACTAAATCACTTTTATGTATGTGTATGTGTGTGTATTTATATTACTGAAAAGCACTTGAAGTGTTTTTGTATAAAAGCATTGCATAAAAATGTGCTCTCTTATTTCTCATAGAAAGAAAAGTGTTTTCTTTAATAGAAGAAATACCAATACAAATTAGGAAAATACAAATAAGGAAAAAATAAATACACAAATATATCTTAAATACAATGAAGATATAAACAAAAAAGGAAATAATCAACACTTCCTCTCAAGCTGGTTTGAAGATATCATCCTTCGGCAGCTTGTCAATAAAGTTAATGAAGTGCCACTTTGGAAGACCTTTAGCTAACACATCTGCGATTTGTTCTGTTGTTGGAAGACAAAGGATGCATATTATTCCTTGAACAATCTTATCCTTATGAAGTGTTTATCAACCTTATTATGATTCGTCCTATCATTAAGGATTGGATTGTTGGCAATGAAAATTGTTGCTTTGTTATCACAATAAATGTGTGCAAGCTACTGAGAGAATTTGAATTCTTCCAAGAGTTTCTTATCCACATGCTTTCACAAATAACATTGGTTAATGCCTTGAATTCTGCTTATGCATTACTTCTTACAACCACACTTTGTTTGTTACTTCACCAAGTAACTAGATTTCCTTCAACAAAGGAGCAGTAACCAAAAGTGGATCTTTTATCAGTTGTGCTACCTTTCCAATCAGTATCAGTGTACACTTCGACATTTAGGTAGTCATGTTTTTTTAAACAATATGCCTTTTCCTGAAGTACCTTTCAAAATCTTAAGATTCTATAAATGTCAAAGTGAGGTTGTCCAGGAGCATGCATGAAATGACTTACCATACTCATTGCAAATGCAATGTTAGGACGTGTATGAAAGAGATTTATAAGTTTCCCCACAAGTCTATGCTAGACCCCCAATTTTATTTACATATAACAGAAGGAAGAAAGACAAGGGGACACGTGGAAATGGTGAGGAAAGCAAGGAGGGGGGACCGCAGGTTAGTTAGTAGTGGAACGGAAAAAGGGAGCAGGCAGAGCAGAAAGGACAATTGTCGGGTAAAAGGTGGGCTGCTCCCCTGCCTGAAGAAAGAGGTAACGCAGACTGAGAAGACCGTTGCTGGAGGAAGGCTGGACTTATAAATAAGCCCTTTCGTAGGTGTTAGAGGCATGTTTTTCATCCTGAGTTGTTGTGTGGTGTAGTAGGACAGTAATAGAGAAATTATTACTGTAAGTTCTTTTTGTTTTGTGTTGTGTTTTTCCTTAGAGGAAGACCAGTTCTAGTGTTTTTGGGCTGTAAGTTTCTTGATCTTTTGGCAAATTAAATCAAAGTATTCCTAAGGATTTCTGGAATCCTAACATTTGGTATCAGAGCACTATTACCTGGGAGAAACCTACCACGATGGCGAGGAGCACCGAAGAAAGACTGGACATGGTAGAACAAGGAATCTCGAGGCTACCATTGTTGGAGGAAAATGTTTCTCTTCTGTCAAAAACGATTACGGAGATGAACGCTCAGATTGATAAGCAATACCAACAACAGCAAGTGATATTGAAATATTTAGAAGGCATCCTACGAGACGACTCACCCGGTAAACAAGTGGTTGAAGGTTCCTCGAGCAAAACCCAGATGGAAGAAACGACCATAACCGCTGTTTCTAATGATCCAAACATCGAAGGAAAGACCGAGGAAGGACCGGCGTTGGACCGGAGCAAGTTTAAAAAAGTTGAAATGCCGATATTCACGGGGATCGACCCTGATTCGTGGCTATTCCGGGCCGACAGATACTTCAAAATACACAACCTATCTGACTCAGAGAAGTTAACCGTGGCGGTCATCAGTTTCGACGGGCCGGCGTTGGACTGGTACAGGTCACAAGAAGAAAGAGAAACGTTCAAGGGATGGCACGACCTGAAGCAGAAAATGTTGGTGAGATTTCGGTCTATCCGCGACGGCACGTTGGTAGGGCGATTCCTTACCATTAAGCAGGAGACGACCGTGGAAGAATATAGGAATCGGTTTGACAAATTTCTGGCGCCGGTGGCGTTCCTACAGCCGGTGGTTTTAGAAGAAACCTTCATGAACGGCCTGAGCCCATGGTTAAAGTCAGAAGTAGAGACATGGGAGCCCGTTGGGCTGGCCCAAATGATGAAGATGGCCCTAAAGATAGAAAACAGAGAGATGGTCCGGAAGGAATGCGGCCTGAGCAGCGCCTACGATAGCAAGGCGGCCCAGCGGGCAGCCAATACGCGTAATATAAACTCCTCACCAATGATTGAAAACACGACTGCAGGCGGCTGGCCAATGAGAACCATCACGTTGAGAGAAGTCGCGACTGGGGAAAACCGACGGGAAGGGCCAACAAAGAGACTAACGGATGCCGAATTTCAAGCCCGCCGGGAAAAGGGGCTGTGTTTCCGATGTGGTGAGAAATATCACGCAGGGCATAGATGCAAGACGAAAGACAGCAAGGAGCTGCGTATGCTACTAGTAAAAGAGAATGGAGAAGAGTTAGAGATCATCGAGGAAGAATTCTTTGATGCTGAGACAGAGATAAAGCCACCAGAAGAAAAGAGCGTGGAAAACTTGAACATAGAGTTATCTATCAACTCGGTGGTGGGGCTAACGAATCCAGGAACAATGAAAGTAAAAGGGAGGTTGGGAAAGGAAGAGGTAGTTGTTTTAATCGATTGTGGGGCTACCCACAACTTCATCGCCGAGAAGCTGGTGGAGAAGCTACAGCTGCCGATGAAGGAGACGCCTAACTATGGAGTGATACTTGGGTCGGGAACATCTATAAAGGGAAAGGGTGTGTGTGATAAGGTGGAACTGTGGCTGGGAAATTGCAAGGTCACGGACAGCTTTTTGCCCTTGGAGTTGGGAGGAGTCGACGCCATTTTAGGAATGCAATGGCTGCATTCAATAGGCACCACCGAGGTTGATTGGAAGAATCTGACACTTACGTTCTTCGAACATGGCAACAAGGTAACCATCAAAGGGGATCCGAGTCTCACGAAAACACAAATCAGCCTCAAGGGAATGATAAAGAGCTGGGATACGGAGGATCAAGGCTACCTAGTGGAGTGTCGAACCTTGGAAAAAGAAGGCATGGAAGACCGGGAGGTAGACACCCAAATCACTGAAACAGAGGGAGGAAGGACGACGGCAATTCTCAATAAGTTCAGGGATGTATTCGAACGACCAAACAGACTCCCACCCCAACGAGGGATAGAACATCATATATACCTAAAACAAGGAGCTGATCCGATCAATGTCAGACCCTACCGGTACGCACACCAACAGAAAGAAGAGATGGAGAGATTGGTGGACGAGATGCTCAGTTCGGGAATCATCAGGCCAAGCACCAGCCCATACTCCAGCCCCGTATTGTTAGTAAGAAAGAAGGATGGGAGCTGGAGATTCTGTGTCGACTACAGGGCATTGAACAATGTGACAGTACCGGACAAATTCCCAATTCCAGTCGTGGAGGAGCTTTTTGATGAACTGAATGGGGCTGACGTCTTCTCCAAGATTGACCTCAAAGCTGGGTACCACCAAATTAGGATGCATCCCGAAGACATTGAGAAGACAGCCTTCCGAACCCACGAGGGGCATTATGAGTTCATGGTAATGCCGTTCGGCCTAACCAACGCCCCTTCAACTTTCCAAGCATTGATGAATCAGGTATTCAAGCCCTTCTTGAGACGATTTGTACTTGTTTTTTTCGACGATATATTGATTTACAGCAAGGGAATGGAGGAGCACGGGCAACACCTTGAAGTGGTGTTGGAAATTTTGAGAGAAAGCGAGTTATATGCCAACTTCGACAAATGTCATTTTGCCAAGACCAGGATCAGCTACTTGGGGCATTACATTTCGAAGAAAGGTATTGAGGTGGATCCCGAAAAGATTCGTGCAGTAAAGGAGTGGCCAGCACCTGCGAACGTAAGGGAGTTGAGAGGATTCCTGGGGCTTACCGGCTACTACCGCCGCTTTGTGCAAAACTATGGAAGTATATCAGCACCTTTAACACAGCTGTTGAAATCAGGGGCGTATAAGTGGACAGAGGAAACAGAGACAGCCTTCGAAAAACTCAAGAAAGCCATGATGACTTTGCCGGTATTGGCAATGCCTGACTTCAACTTGCCCTTCGAAATCGAATCTGATGCATCAGGATTTGGGGTAGGGGCGGTGTTGGTTCAAGACAAGAAACCGGTCGCTTACTTCAGCAAAGTCCTAAGCACGCGGGATCGGGCTAGACCAGTGTATGAGCGTGAACTAATGGCAGTGGTGTGGGCTGTGCAGCGATGGCGACCATACTTGTTGGGGAGAAAATTCACAGTGAAAACGGACCAAAGATCCCTTAAGTTTCTGCTAGAACAAAGAGTAATACAGCCACAATACCAGCAATGGATTGTTAAGCTGCTTGGTTATTCGTTTGAAGTGCTGTACAAGCCCGGATTGGAAAACAAAGCCGCAGATGCCTTGTCCAGAATAGGACCCACGGCACACTTGAACCAACTTACAGCCCCGGCTTTGTTGGATGTGGAAGTGATTCAGAAAGAGGTTAGAAAGGACCCAGCCCTGCGAGAAATCCTCTCAATGATCGAAGAACAGGGTATAGAAATCCCACATTACACTTGTCATCAAGGAATACTGAAGTTCAAGGGAAGACTGGTTCTATCCAAGGCTTCTACACTCATTCCCACTATTATGCACACATATCATGACTCGGTGTTTGGAGGGCATTCAGGATTTCTTAGAACCTACAAAAGAATGGCCGGCGAGTTGTATTGGAAGGGAATGAAGAAGGATGTTCAAAAATACTGCGAGGAATGCATGATTTGCCAGAAAAATAAATCATCTGCTCTATCCCCAGCTGGATTGCTGCTGCCCCTTGAAATCCCAGACGCCATCTGGAGTGACATCTCCATGGATTTCATCGAAGGGTTGCCTAAATCATACGGATGGGAAGTGATTTTGGTAGTTGTGGACCGGCTGAGTAAGTATGCACACTTCCTCACTCTTAAACATCCCTACACTGCTAAGACTGTGGCTGAAGTGTTTGTTAAAGAAGTAGTAAGATTGCACGGGTTTCCCAAGTCCATAGTTTCAGACCGAGATAAAATCTTTATCAGTCATTTTTGGTCCGAAATGTTCAAGCTAGCTGGTACCAAATTGAACCGAAGTTCCTCCTATCATCCTCAAACGGATGGACAAACCGAAGTAGTTAACAAGAGCGTGGAGGCTTACCTCAGATGTTTTTGTGGAGAAAAACCGAGAGATTGGAGCCAATGGCTGCACTGGGCCGAATACTGGTACAACACCACTTACCATGGATCAATTGGTATCACCCCCTTCCAAGCAGTATACGGGAGACTTCCACCACCTTTGATCCAATACGGAGAGATGGAAACCCCTAATTCCACTTTGGACCAGCAACTAAGAGACAGAGATGTTGTATTGGGGGCACTGAAGGAACACTTACGAGTGGCCCAGGAAAGAATGAAGAAATTCGCAGACTTAAAAAGGAGAGATGTGGAGTTTCAAACCGGGGATTTTGTGTTCCTCAAACTGAGACCATACCGGCAAACGTCCCTTCGAAAGAAACGAAATGAAAAACTATCTCCCAAGTACTTCGGACCATACAAAATCTTAGAAAGAATTGGGACCGTGGCATACAAGCTGGAACTACCTAACAATGCAGCCATTCATCCGGTGTTCCACGTATCTCAACTTAAGAAAGCAATAGGGAACATCAAGGAAATCCAATCCCTTGATCCATTTGTCAACGAATGCCATGAGTGGATCACTCAACCGGAGGAGATCTATGCTTATCGAAAGAACCAGGCTACAAAGGAATGGGAAGCACTAGTACAATGGAAGGGACTACCCCCGCACGAGGCCACCTGGGAAAATTATGCTGATCTGAAAGTACAATTCCCTGAGTTCCACCTTGAGGACAAGGTGGATTTAGAGGAGGAGAGTGATGCTAGACCCCCAATTTTATTTACATATAACAGAAGGAAGAAAGACAAGGGGACACGTGGAAATGGTGAGGAAAGCAAGGAGGGGGGACCGCAGGTTAGTTAGTAGTGGAACGGAAAAAGGGAGCAGGCAGAGCAGAAAGGACAATTGTCGGGTAAAAGGTGGGCTGCTCCCCTGCCTGAAGAAAGAGGTAACGCAGACTGAGAAGACCGTTGCTGGAGGAAGGCTGGACTTATAAATAAGCCCTTTCGTAGGTGTTAGAGGCATGTTTTTCATCCTGAGTTGTTGTGTGGTGTAGTAGGACAGTAATAGAGAAATTATTACTGTAAGTTCTTTTTGTTTTGTGTTGTGTTTTTCCTTAGAGGAAGACCAGTTCTAGTGTTTTTGGGCTGTAAGTTTCTTGATCTTTTGGCAAATTAAATCAAAGTATTCCTAAGGATTTCTGGAATCCTAACAGTCTAATACTTTTCTTTTTCTTTTATTTCTTTTTAGTAGATGCTTCCAACAAGTTCTGCTCAATCGGAGTTTCAGCTACCCTGCAACCAAGTAAACTTGTTTCTTTCAATAGATCAAGAATATACTTCCTTTGGTTGACAAGAATGCCACTTTTGGACCTGGCAAACTTCATGCCTAGGAAATATTTTAAGGTTCCTAGGTATTTGATTTGGAAATCATTAGCTAACTTTTCTTCACGATAGCCACTCCTATCTCATCATTGCCTGTAAGAATGATATCATCAACATAAACTATGAAAACCATAACCTTGTCATTTCCTATATGTTTATAGAATATAGTATGATTGGCTTGACTTTGACTAAATCCATAGCTCATGACTATTTTTTCAAAACGTTCAAACTAGTCTCTAAGAGACTTTTTAAGATCGTGTAATGATTTCTTTAACTTGCACACTTTGTTAATCTCGAGATCTACCTCAAATCTAGGTGGCAAGTTCGTAAATATCACTTATTCGAGATCCCCATTGGGTAAGGTATTCTTAATGTCCAATTGATAAAGAGATTAATCAAAATTAACTGCAACAGATAGCAAAATTTCGATGGAATTAATTTTAGCAGCTGGAGCAAATGTTTCTAACTCTATATGTCTAAATAAATCCCTTGCCGACCAATCTGGCCTTGTACCTTTCAATACTACCATTAACATTACATTTTATAGTGAACACCCACTTGCACCCACCTGTTTTCTTGTCTTTAGGGCTTCTTGTATATTCCTTGGAACAAACAAGTTGGTTATTTTTGATGTGAAGGTTTTATGACTGTCAGACAATCTGTGATAAGAAAGATAGTTTGCAATGAGATATTTGGTACATTGATGTGTAACTTTCCTATGGGCAATTGGAATCTCAAGACCAGAGACATTAGGTAAGGAATTTTAAGCAGGAGAACTAGGAAAATTATAAGAAGTACTGGTAGAATTATGAGAGGAAGAATGTATATTACCTGGATTTGCAGAGTCATCCATTGGAGAATTAGATTAGTTTTGTGATAGATCAACTTTTGTTCTTGATCACTTTAAGGCAAGTTTCTTCTATTATAGATTCGAAGTTCATGTTTCTGTAGTGTTTCTCCCCTTTGAAGAAGAATTTTTCAAACTTGGCATCAAAGGATTAGAACTCATAATTTCAAAACCAATGATGTTTTGGTTAGGTGAAGTATCCCAAAATTATCTTTGGGATAGATGTCTCCCCTTGAAGAGAATTTTGGCTAAAAAAGGTTGATTTTCTAAGGACACATCCATATTCTCAAAAAAATTTTGGTCGAAGGGTCAAAACATTTATAAGCCTTCTTATGAGAGACAACCTACAAAAATGCATTTAAAGGCTCAAGGATCAAGTTTAGTGAGTGTAAGGTTAGGAGTATGTACATAAATAGTACACCCAAATACTTTTATAAGTCAGAAAATAGCCTAAAAGTAGGAAAGAAATCCTTGAAGTGATCTAGAGGAGTTTTAAAATTCAAAACCTTAGTTTGATTTATGAGGTATGATTGTTTATAAAGGTAACAAACCAACGCTTACCACTACGAGTCAAAACTTTAGACGGCCCCACATGTTAGAATGAATTAAGTAAAAAGGTGAGGAAGCCTTATAAGATTTGGGCAAATATGTGGATAGATGATGTTTAGCAAAAGTACGACTTTCACATTGAAAAATTGAAATCAAGATCTTTAAATAAAATTGGATACAAATATTTCAAATAAAATAAATTTGGATGCCCTAATCTATGATGCCAAAGCATAATAGTTTCTTTAATAGAACATACACTACTTAAGCCCTGAGTTATTTTATAACTAACTGAAACTTCATCAAAGTAATCGAAGCCACCAATCATCTTAGCACGTCCAATCTTCTCACCTGAAATATGATCTTGAAAAGTACAATGAGATTCACAAAAGACAACTCACGACAATTAGCATCCTTAGAAATTTTAGTAATAGATAACAAGTTACAGGCCAACTTTGAGAGTTTCTCTCATTTCTCTTAAAAAGAAAAAGGGTTTCTTTAATAGAAGAAATACTAATACAAATTAGGAAAATGGAAAAAGGAAAAAAAAAAAAATGGAAATAATCAACAGGCTGTCTTAAAAGTGGTTCTAAGTTCTTACTAAGTAAATCAAATACAAAAATCATTTCAAAACTCACCCTATCACTTCAAACTTTGAGAGTTTTTCATATCTGAGTCATTGTTTCCGGTTGCAGATAGAAGGCGATTTGCTGAATTGTTGCAGCGCAACCTTGGTTGAATAGACGAATTTGAGAGCCATATTTAAAGAGCCTACATGTTTGATGATCAGATACTGGATTAATGGTAGTGGTATTAGCTTTACTAAACCTAGGTTTCAATAGGTCTTATTTCAAAAATAGTGAAGATGTATGTAGGTTACCTTTTCAAATGTGTCCTAGTAAATTTGGTCAGGATATATTCCTTTGCAGCTATCACATTAGGAGAAATTATCACATCTAATTATCATAGTTCAAAATATAAAGATAGTATTTATCTTCGTTGATATGTCATGTGCTTCATAACATT

mRNA sequence

TAATCACTTTTCATTATCAAAATCTGAAGAGAAAAAAAAAAAAAAAGAAAAAAGAAAAGAAAAGAAAAAAGGCATCAAACTTGGATCCTCTCTCCACACCACACGCCCTTCTTCTTCCTCTACTCCGTCCATTCCGACCTTAACGAGCCGAGCGACTCACTGAGTCACACATTTCATTCAATTTCCGGGGTCTCGGAGCCCCTCGGAGAATCCTTCCTCTGACGCTCCTCTCTATCCTCTCCAACCGCTTCTTTTCTTCAATTCATCCTTCCTCTTCCCACTCCATGGCCTCCTCCGTCATTCAGGTTTTTTTCCTTCTCTTTTTCTTTCTTCCCTTCATTCTCTTCCGATTTAATTTCATGTTTCTTTCTTCCTTTCCTTTCATAGGGTTTTACCAAGTCCCTTGCCATGACTGTGCTCTCCGAGATCGGCGATAAAACATTCTTCGCCGCTGCGATTATGGCAATGCGGCATCCAAGGAGACTTGTCTTATCTGGTTGTATGACAGCTTTGATTGTGATGACCGCTCTTTCTGTTCTGGTTGGCTGGGCTGCACCGAATTTGATTTCACGTAAGTGGGCACATCATATCACAACTCTTTTGTTCCTTGGTTTTGGGTTGTGGTCTTTATGGGATGCATTTCATGATGAAGGGGAATCGGAAGAACTGGCTGAAGTTGAAGCTAAATTGGATGCTGATTTTAAGGCTAACAAAAAAAGTTCCAAAGATGGAAATAAGGATGATGATGATGTGAAGAAGCACAATCGCTCAATTCTCTTGCAATTCTTGTCACCAATATATTTGAAGGCATTTTCCATTACCTTTTTTGGTGAATGGGGTGACAAGAGTCAGCTAGCAACGATTGGTTTAGCTGCAGATGAAAACCCACTAGGTGTTGTTCTTGGTGGAATATTGGGTCAGGCATTGTGTACAACTGCTGCAGTTCTTGGCGGAAGGAGCTTGGCATCACAAATATCTGAAAAAATAGTTGCTCTCTCAGGTGGGGTTCTGTTCATTGTTTTCGGAATCCAGTCTTTCCTCTCAACTGTGGTGGTGTAATTTTTTCAAGCTTGTTATGATAGAAGGCGATTTGCTGAATTGTTGCAGCGCAACCTTGGTTGAATAGACGAATTTGAGAGCCATATTTAAAGAGCCTACATGTTTGATGATCAGATACTGGATTAATGGTAGTGGTATTAGCTTTACTAAACCTAGGTTTCAATAGGTCTTATTTCAAAAATAGTGAAGATGTATGTAGGTTACCTTTTCAAATGTGTCCTAGTAAATTTGGTCAGGATATATTCCTTTGCAGCTATCACATTAGGAGAAATTATCACATCTAATTATCATAGTTCAAAATATAAAGATAGTATTTATCTTCGTTGATATGTCATGTGCTTCATAACATT

Coding sequence (CDS)

ATGACTGTGCTCTCCGAGATCGGCGATAAAACATTCTTCGCCGCTGCGATTATGGCAATGCGGCATCCAAGGAGACTTGTCTTATCTGGTTGTATGACAGCTTTGATTGTGATGACCGCTCTTTCTGTTCTGGTTGGCTGGGCTGCACCGAATTTGATTTCACGTAAGTGGGCACATCATATCACAACTCTTTTGTTCCTTGGTTTTGGGTTGTGGTCTTTATGGGATGCATTTCATGATGAAGGGGAATCGGAAGAACTGGCTGAAGTTGAAGCTAAATTGGATGCTGATTTTAAGGCTAACAAAAAAAGTTCCAAAGATGGAAATAAGGATGATGATGATGTGAAGAAGCACAATCGCTCAATTCTCTTGCAATTCTTGTCACCAATATATTTGAAGGCATTTTCCATTACCTTTTTTGGTGAATGGGGTGACAAGAGTCAGCTAGCAACGATTGGTTTAGCTGCAGATGAAAACCCACTAGGTGTTGTTCTTGGTGGAATATTGGGTCAGGCATTGTGTACAACTGCTGCAGTTCTTGGCGGAAGGAGCTTGGCATCACAAATATCTGAAAAAATAGTTGCTCTCTCAGGTGGGGTTCTGTTCATTGTTTTCGGAATCCAGTCTTTCCTCTCAACTGTGGTGGTGTAA

Protein sequence

MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV

Homology

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BLAST of MELO3C011548 vs. NCBI nr
Match: XP_008445643.1 (PREDICTED: GDT1-like protein 4 [Cucumis melo])

HSP 1 Score: 414.1 bits (1063), Expect = 7.5e-112
Identity = 216/216 (100.00%), Postives = 216/216 (100.00%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL
Sbjct: 135 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 217
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 230

[Close]

BLAST of MELO3C011548 vs. NCBI nr
Match: XP_004150533.1 (GDT1-like protein 4 isoform X1 [Cucumis sativus] >KGN45945.1 hypothetical protein Csa_005619 [Cucumis sativus])

HSP 1 Score: 411.0 bits (1055), Expect = 6.4e-111
Identity = 214/216 (99.07%), Postives = 214/216 (99.07%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKK SKDGNKDDDDVKKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKGSKDGNKDDDDVKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL
Sbjct: 135 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 217
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV V
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVAV 230

[Close]

BLAST of MELO3C011548 vs. NCBI nr
Match: XP_038886276.1 (GDT1-like protein 4 [Benincasa hispida])

HSP 1 Score: 389.0 bits (998), Expect = 2.6e-104
Identity = 201/214 (93.93%), Postives = 207/214 (96.73%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGC++ALIVMT LS LVGWAAPNLISRKW HH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCLSALIVMTILSALVGWAAPNLISRKWTHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           +TTLLFLGFGLWSLWDAF+DEGESEELAEVEAKLDAD KA KK SKDGNK DDDVKKHNR
Sbjct: 75  VTTLLFLGFGLWSLWDAFNDEGESEELAEVEAKLDADLKAKKKGSKDGNKVDDDVKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADE+PLGVVLGGILGQALCTTAAVL
Sbjct: 135 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADEDPLGVVLGGILGQALCTTAAVL 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           GGRSLASQISEKIVALSGG+LFIVFGIQSFLSTV
Sbjct: 195 GGRSLASQISEKIVALSGGILFIVFGIQSFLSTV 228

[Close]

BLAST of MELO3C011548 vs. NCBI nr
Match: XP_022139629.1 (GDT1-like protein 4 [Momordica charantia])

HSP 1 Score: 384.0 bits (985), Expect = 8.3e-103
Identity = 198/214 (92.52%), Postives = 207/214 (96.73%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRR+VL+GC++ALIVMT LS LVGWAAPNLISRKW HH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRIVLAGCLSALIVMTILSALVGWAAPNLISRKWTHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAF+D GESEELAEVEAKLDAD KANKK SKDGNK DDD+KKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFNDGGESEELAEVEAKLDADLKANKKGSKDGNKVDDDMKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPI+LKAFSITFFGEWGDKSQLATIGLAADE+PLGVVLGGILGQALCTTAAV+
Sbjct: 135 SILLQFLSPIFLKAFSITFFGEWGDKSQLATIGLAADEDPLGVVLGGILGQALCTTAAVI 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 228

[Close]

BLAST of MELO3C011548 vs. NCBI nr
Match: XP_031743298.1 (GDT1-like protein 4 isoform X2 [Cucumis sativus])

HSP 1 Score: 383.3 bits (983), Expect = 1.4e-102
Identity = 200/205 (97.56%), Postives = 201/205 (98.05%), Query Frame = 0


Query: 12  FFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGL 71
           F + AIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGL
Sbjct: 3   FSSFAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGL 62

Query: 72  WSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNRSILLQFLSPIY 131
           WSLWDAFHDEGESEELAEVEAKLDADFKANKK SKDGNKDDDDVKKHNRSILLQFLSPIY
Sbjct: 63  WSLWDAFHDEGESEELAEVEAKLDADFKANKKGSKDGNKDDDDVKKHNRSILLQFLSPIY 122

Query: 132 LKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISE 191
           LKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISE
Sbjct: 123 LKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISE 182

Query: 192 KIVALSGGVLFIVFGIQSFLSTVVV 217
           KIVALSGGVLFIVFGIQSFLSTV V
Sbjct: 183 KIVALSGGVLFIVFGIQSFLSTVAV 207

[Close]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot
Match: Q9C6M1 (GDT1-like protein 4 OS=Arabidopsis thaliana OX=3702 GN=At1g25520 PE=2 SV=1)

HSP 1 Score: 324.7 bits (831), Expect = 7.9e-88
Identity = 166/215 (77.21%), Postives = 190/215 (88.37%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MT +SEIGDKTFFAAAI+AMR+PRRLVL+GC++ALIVMT LS  +GWAAPNLISRKW HH
Sbjct: 14  MTFVSEIGDKTFFAAAILAMRYPRRLVLAGCLSALIVMTILSATLGWAAPNLISRKWTHH 73

Query: 61  ITTLLFLGFGLWSLWDAFHD-EGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHN 120
           ITTLLF GFGLWSLWD F +  G SEELAEVEA+LDAD KAN KS KD +K +D+ KK N
Sbjct: 74  ITTLLFFGFGLWSLWDGFKEGGGGSEELAEVEAELDADLKANGKSPKDSSKREDENKKQN 133

Query: 121 RSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAV 180
           R+ L QF SPI+LKAFSI FFGEWGDKSQLATIGLAADENP GVVLGG++ Q LCTTAAV
Sbjct: 134 RAFLTQFFSPIFLKAFSINFFGEWGDKSQLATIGLAADENPFGVVLGGVVAQFLCTTAAV 193

Query: 181 LGGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           +GG+SLASQISE+IVALSGG+LFI+FGIQS+L++V
Sbjct: 194 IGGKSLASQISERIVALSGGMLFIIFGIQSYLTSV 228

[Close]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot
Match: B9G125 (GDT1-like protein 5 OS=Oryza sativa subsp. japonica OX=39947 GN=Os08g0433100 PE=2 SV=1)

HSP 1 Score: 316.6 bits (810), Expect = 2.1e-85
Identity = 158/212 (74.53%), Postives = 187/212 (88.21%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAI+AMR+PR+LVL+GC+T+L VMTALSV +GW APNLISRKW HH
Sbjct: 15  MTVLSEIGDKTFFAAAILAMRYPRKLVLAGCLTSLTVMTALSVSLGWVAPNLISRKWTHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           +TTLLF  FG+ SLW+ F ++G+SEELAEVEA+LDA+FK+NK  SK  +K +DD KK  R
Sbjct: 75  VTTLLFFVFGILSLWEGFKEDGDSEELAEVEAELDANFKSNKAESKSKSKANDDKKKQQR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
             +LQF SPI++KAFSITFFGEWGDKSQ+ATIGLAADENP GVVLGG+L QALCTTAAV+
Sbjct: 135 PFVLQFFSPIFIKAFSITFFGEWGDKSQIATIGLAADENPFGVVLGGVLAQALCTTAAVM 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLS 213
           GG+SLASQISEK+V LS GVLF++FGI S+LS
Sbjct: 195 GGKSLASQISEKMVGLSSGVLFLLFGIMSYLS 226

[Close]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot
Match: Q9SX28 (GDT1-like protein 5 OS=Arabidopsis thaliana OX=3702 GN=At1g68650 PE=1 SV=1)

HSP 1 Score: 312.0 bits (798), Expect = 5.3e-84
Identity = 162/214 (75.70%), Postives = 182/214 (85.05%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MT LSEIGDKTFFAAAI+AMR+PRRLVL+GC++ALIVMT LS  +GWAAPNLISRKW HH
Sbjct: 14  MTFLSEIGDKTFFAAAILAMRYPRRLVLAGCLSALIVMTILSATLGWAAPNLISRKWTHH 73

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITT LF GFGLWSLWD F + G SEELAEVEA+LD+D K     SK+ +K +D+ KK  R
Sbjct: 74  ITTFLFFGFGLWSLWDGFKEGGGSEELAEVEAELDSDLKKTNDQSKN-SKIEDEQKKQKR 133

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
             L  F SPI+LKAFSI FFGEWGDKSQLATIGLAADENPLGVVLGGI+ Q LCTTAAVL
Sbjct: 134 PFLTAFFSPIFLKAFSINFFGEWGDKSQLATIGLAADENPLGVVLGGIVAQTLCTTAAVL 193

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           GG+SLASQISE+IVALSGG+LFI+FGIQS L+ V
Sbjct: 194 GGKSLASQISERIVALSGGMLFIIFGIQSLLTPV 226

[Close]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot
Match: A2ZE50 (GDT1-like protein 3 OS=Oryza sativa subsp. indica OX=39946 GN=OsI_36063 PE=3 SV=1)

HSP 1 Score: 167.2 bits (422), Expect = 2.1e-40
Identity = 96/213 (45.07%), Postives = 135/213 (63.38%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           M ++SEIGD+TF  AA+MAMRHP+ +VLSG ++AL VMT LS  +G   PNLISRK  + 
Sbjct: 78  MILVSEIGDETFIIAALMAMRHPKSIVLSGALSALYVMTVLSTGLGRIVPNLISRKHTNS 137

Query: 61  ITTLLFLGFGLWSLWDAFHDE---GESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKK 120
             T+L+L FGL  L+ A+  +    + +E+ EVE KL++                   K 
Sbjct: 138 AATVLYLFFGLRLLYIAWKSDPKGSQKKEMEEVEEKLES----------------GQGKS 197

Query: 121 HNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTA 180
             R    +F +PI+L+AF +TF  EWGD+SQ+ATI LA  +N +GV +G  LG  +CT+ 
Sbjct: 198 TLRRFFGRFCTPIFLEAFILTFLAEWGDRSQIATIALATHKNAIGVAVGASLGHTVCTSL 257

Query: 181 AVLGGRSLASQISEKIVALSGGVLFIVFGIQSF 211
           AV+GG  LAS+IS++ VA  GGVLF+ F + S+
Sbjct: 258 AVIGGSMLASKISQRTVATIGGVLFLGFSVSSY 274

[Close]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot
Match: Q2R4J1 (GDT1-like protein 3 OS=Oryza sativa subsp. japonica OX=39947 GN=Os11g0472500 PE=2 SV=1)

HSP 1 Score: 167.2 bits (422), Expect = 2.1e-40
Identity = 96/213 (45.07%), Postives = 135/213 (63.38%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           M ++SEIGD+TF  AA+MAMRHP+ +VLSG ++AL VMT LS  +G   PNLISRK  + 
Sbjct: 78  MILVSEIGDETFIIAALMAMRHPKSIVLSGALSALYVMTVLSTGLGRIVPNLISRKHTNS 137

Query: 61  ITTLLFLGFGLWSLWDAFHDE---GESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKK 120
             T+L+L FGL  L+ A+  +    + +E+ EVE KL++                   K 
Sbjct: 138 AATVLYLFFGLRLLYIAWKSDPKGSQKKEMEEVEEKLES----------------GQGKS 197

Query: 121 HNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTA 180
             R    +F +PI+L+AF +TF  EWGD+SQ+ATI LA  +N +GV +G  LG  +CT+ 
Sbjct: 198 TLRRFFGRFCTPIFLEAFILTFLAEWGDRSQIATIALATHKNAIGVAVGASLGHTVCTSL 257

Query: 181 AVLGGRSLASQISEKIVALSGGVLFIVFGIQSF 211
           AV+GG  LAS+IS++ VA  GGVLF+ F + S+
Sbjct: 258 AVIGGSMLASKISQRTVATIGGVLFLGFSVSSY 274

[Close]

BLAST of MELO3C011548 vs. ExPASy TrEMBL
Match: A0A1S3BCQ2 (GDT1 family protein OS=Cucumis melo OX=3656 GN=LOC103488602 PE=3 SV=1)

HSP 1 Score: 414.1 bits (1063), Expect = 3.6e-112
Identity = 216/216 (100.00%), Postives = 216/216 (100.00%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL
Sbjct: 135 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 217
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 230

[Close]

BLAST of MELO3C011548 vs. ExPASy TrEMBL
Match: A0A0A0K858 (GDT1 family protein OS=Cucumis sativus OX=3659 GN=Csa_6G031450 PE=3 SV=1)

HSP 1 Score: 411.0 bits (1055), Expect = 3.1e-111
Identity = 214/216 (99.07%), Postives = 214/216 (99.07%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKK SKDGNKDDDDVKKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKGSKDGNKDDDDVKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL
Sbjct: 135 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVVV 217
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV V
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTVAV 230

[Close]

BLAST of MELO3C011548 vs. ExPASy TrEMBL
Match: A0A6J1CDK4 (GDT1 family protein OS=Momordica charantia OX=3673 GN=LOC111010484 PE=3 SV=1)

HSP 1 Score: 384.0 bits (985), Expect = 4.0e-103
Identity = 198/214 (92.52%), Postives = 207/214 (96.73%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRR+VL+GC++ALIVMT LS LVGWAAPNLISRKW HH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRIVLAGCLSALIVMTILSALVGWAAPNLISRKWTHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITTLLFLGFGLWSLWDAF+D GESEELAEVEAKLDAD KANKK SKDGNK DDD+KKHNR
Sbjct: 75  ITTLLFLGFGLWSLWDAFNDGGESEELAEVEAKLDADLKANKKGSKDGNKVDDDMKKHNR 134

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
           SILLQFLSPI+LKAFSITFFGEWGDKSQLATIGLAADE+PLGVVLGGILGQALCTTAAV+
Sbjct: 135 SILLQFLSPIFLKAFSITFFGEWGDKSQLATIGLAADEDPLGVVLGGILGQALCTTAAVI 194

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV
Sbjct: 195 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 228

[Close]

BLAST of MELO3C011548 vs. ExPASy TrEMBL
Match: A0A5D3D0K3 (GDT1 family protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold94G001170 PE=3 SV=1)

HSP 1 Score: 382.9 bits (982), Expect = 9.0e-103
Identity = 199/199 (100.00%), Postives = 199/199 (100.00%), Query Frame = 0


Query: 18  MAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGLWSLWDA 77
           MAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGLWSLWDA
Sbjct: 1   MAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITTLLFLGFGLWSLWDA 60

Query: 78  FHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNRSILLQFLSPIYLKAFSI 137
           FHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNRSILLQFLSPIYLKAFSI
Sbjct: 61  FHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNRSILLQFLSPIYLKAFSI 120

Query: 138 TFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISEKIVALS 197
           TFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISEKIVALS
Sbjct: 121 TFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVLGGRSLASQISEKIVALS 180

Query: 198 GGVLFIVFGIQSFLSTVVV 217
           GGVLFIVFGIQSFLSTVVV
Sbjct: 181 GGVLFIVFGIQSFLSTVVV 199

[Close]

BLAST of MELO3C011548 vs. ExPASy TrEMBL
Match: A0A6J1HLC7 (GDT1 family protein OS=Cucurbita moschata OX=3662 GN=LOC111464564 PE=3 SV=1)

HSP 1 Score: 381.3 bits (978), Expect = 2.6e-102
Identity = 198/215 (92.09%), Postives = 207/215 (96.28%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGC++ALIVMT LSVLVGWAAPNLISRKW HH
Sbjct: 15  MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCLSALIVMTILSVLVGWAAPNLISRKWTHH 74

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNK-DDDDVKKHN 120
           +TTLLFLGFGLWSLWDAF+D GESEELAEVEA+LDAD KAN+K SKDGNK DDDDVKK N
Sbjct: 75  VTTLLFLGFGLWSLWDAFNDGGESEELAEVEARLDADLKANRKGSKDGNKVDDDDVKKQN 134

Query: 121 RSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAV 180
           RS LLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADE+P+GVVLGGILGQALCTTAAV
Sbjct: 135 RSFLLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADEDPIGVVLGGILGQALCTTAAV 194

Query: 181 LGGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           LGGRSLASQISEKIVALSGG+LFIVFGIQSFLSTV
Sbjct: 195 LGGRSLASQISEKIVALSGGILFIVFGIQSFLSTV 229

[Close]

BLAST of MELO3C011548 vs. TAIR 10
Match: AT1G25520.1 (Uncharacterized protein family (UPF0016) )

HSP 1 Score: 324.7 bits (831), Expect = 5.6e-89
Identity = 166/215 (77.21%), Postives = 190/215 (88.37%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MT +SEIGDKTFFAAAI+AMR+PRRLVL+GC++ALIVMT LS  +GWAAPNLISRKW HH
Sbjct: 14  MTFVSEIGDKTFFAAAILAMRYPRRLVLAGCLSALIVMTILSATLGWAAPNLISRKWTHH 73

Query: 61  ITTLLFLGFGLWSLWDAFHD-EGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHN 120
           ITTLLF GFGLWSLWD F +  G SEELAEVEA+LDAD KAN KS KD +K +D+ KK N
Sbjct: 74  ITTLLFFGFGLWSLWDGFKEGGGGSEELAEVEAELDADLKANGKSPKDSSKREDENKKQN 133

Query: 121 RSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAV 180
           R+ L QF SPI+LKAFSI FFGEWGDKSQLATIGLAADENP GVVLGG++ Q LCTTAAV
Sbjct: 134 RAFLTQFFSPIFLKAFSINFFGEWGDKSQLATIGLAADENPFGVVLGGVVAQFLCTTAAV 193

Query: 181 LGGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           +GG+SLASQISE+IVALSGG+LFI+FGIQS+L++V
Sbjct: 194 IGGKSLASQISERIVALSGGMLFIIFGIQSYLTSV 228

[Close]

BLAST of MELO3C011548 vs. TAIR 10
Match: AT1G68650.1 (Uncharacterized protein family (UPF0016) )

HSP 1 Score: 312.0 bits (798), Expect = 3.8e-85
Identity = 162/214 (75.70%), Postives = 182/214 (85.05%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           MT LSEIGDKTFFAAAI+AMR+PRRLVL+GC++ALIVMT LS  +GWAAPNLISRKW HH
Sbjct: 14  MTFLSEIGDKTFFAAAILAMRYPRRLVLAGCLSALIVMTILSATLGWAAPNLISRKWTHH 73

Query: 61  ITTLLFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVKKHNR 120
           ITT LF GFGLWSLWD F + G SEELAEVEA+LD+D K     SK+ +K +D+ KK  R
Sbjct: 74  ITTFLFFGFGLWSLWDGFKEGGGSEELAEVEAELDSDLKKTNDQSKN-SKIEDEQKKQKR 133

Query: 121 SILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTTAAVL 180
             L  F SPI+LKAFSI FFGEWGDKSQLATIGLAADENPLGVVLGGI+ Q LCTTAAVL
Sbjct: 134 PFLTAFFSPIFLKAFSINFFGEWGDKSQLATIGLAADENPLGVVLGGIVAQTLCTTAAVL 193

Query: 181 GGRSLASQISEKIVALSGGVLFIVFGIQSFLSTV 215
           GG+SLASQISE+IVALSGG+LFI+FGIQS L+ V
Sbjct: 194 GGKSLASQISERIVALSGGMLFIIFGIQSLLTPV 226

[Close]

BLAST of MELO3C011548 vs. TAIR 10
Match: AT5G36290.1 (Uncharacterized protein family (UPF0016) )

HSP 1 Score: 160.2 bits (404), Expect = 1.8e-39
Identity = 91/214 (42.52%), Postives = 133/214 (62.15%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           M +++EIGD+TF  AA+MAMRHP+  VLSG ++AL VMT LS  +G   PNLISRK  + 
Sbjct: 91  MILVTEIGDETFIIAALMAMRHPKATVLSGALSALFVMTILSTGLGRIVPNLISRKHTNS 150

Query: 61  ITTLLFLGFGLWSLWDAFHD----EGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVK 120
             T+L+  FGL  L+ A+        + +E+ EVE KL++                   K
Sbjct: 151 AATVLYAFFGLRLLYIAWRSTDSKSNQKKEMEEVEEKLES----------------GQGK 210

Query: 121 KHNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTT 180
              R +  +F +PI+L++F +TF  EWGD+SQ+ATI LA  +N +GV +G  +G  +CT+
Sbjct: 211 TPFRRLFSRFCTPIFLESFILTFLAEWGDRSQIATIALATHKNAIGVAIGASIGHTVCTS 270

Query: 181 AAVLGGRSLASQISEKIVALSGGVLFIVFGIQSF 211
            AV+GG  LAS+IS++ VA  GG+LF+ F + S+
Sbjct: 271 LAVVGGSMLASRISQRTVATVGGLLFLGFSVSSY 288

[Close]

BLAST of MELO3C011548 vs. TAIR 10
Match: AT5G36290.2 (Uncharacterized protein family (UPF0016) )

HSP 1 Score: 160.2 bits (404), Expect = 1.8e-39
Identity = 91/214 (42.52%), Postives = 133/214 (62.15%), Query Frame = 0


Query: 1   MTVLSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHH 60
           M +++EIGD+TF  AA+MAMRHP+  VLSG ++AL VMT LS  +G   PNLISRK  + 
Sbjct: 91  MILVTEIGDETFIIAALMAMRHPKATVLSGALSALFVMTILSTGLGRIVPNLISRKHTNS 150

Query: 61  ITTLLFLGFGLWSLWDAFHD----EGESEELAEVEAKLDADFKANKKSSKDGNKDDDDVK 120
             T+L+  FGL  L+ A+        + +E+ EVE KL++                   K
Sbjct: 151 AATVLYAFFGLRLLYIAWRSTDSKSNQKKEMEEVEEKLES----------------GQGK 210

Query: 121 KHNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQALCTT 180
              R +  +F +PI+L++F +TF  EWGD+SQ+ATI LA  +N +GV +G  +G  +CT+
Sbjct: 211 TPFRRLFSRFCTPIFLESFILTFLAEWGDRSQIATIALATHKNAIGVAIGASIGHTVCTS 270

Query: 181 AAVLGGRSLASQISEKIVALSGGVLFIVFGIQSF 211
            AV+GG  LAS+IS++ VA  GG+LF+ F + S+
Sbjct: 271 LAVVGGSMLASRISQRTVATVGGLLFLGFSVSSY 288

[Close]

BLAST of MELO3C011548 vs. TAIR 10
Match: AT4G13590.1 (Uncharacterized protein family (UPF0016) )

HSP 1 Score: 119.8 bits (299), Expect = 2.7e-27
Identity = 87/217 (40.09%), Postives = 120/217 (55.30%), Query Frame = 0


Query: 4   LSEIGDKTFFAAAIMAMRHPRRLVLSGCMTALIVMTALSVLVGWAAPNLISRKWAHHITT 63
           +SEIGDKTFF AA++AM++ + LVL G M AL +MT LSV++G     +     A   TT
Sbjct: 155 VSEIGDKTFFIAALLAMQYEKTLVLLGSMGALSLMTILSVVIG----KIFQSVPAQFQTT 214

Query: 64  L---------LFLGFGLWSLWDAFHDEGESEELAEVEAKLDADFKANKKSSKDGN-KDDD 123
           L         L + FGL S+ DA+       +L  VEAK        +   + G   + +
Sbjct: 215 LPIGEYAAIALLMFFGLKSIKDAW-------DLPPVEAK-----NGEETGIELGEYSEAE 274

Query: 124 DVKKHNRSILLQFLSPIYLKAFSITFFGEWGDKSQLATIGLAADENPLGVVLGGILGQAL 183
           ++ K   S  L     I  K+FS+ FF EWGD+S LAT+ L A ++PLGV  G I G  +
Sbjct: 275 ELVKEKASKKLTNPLEILWKSFSLVFFAEWGDRSMLATVALGAAQSPLGVASGAIAGHLV 334

Query: 184 CTTAAVLGGRSLASQISEKIVALSGGVLFIVFGIQSF 211
            T  A++GG  LA+ ISEK+V   GG LF+VF   +F
Sbjct: 335 ATVLAIMGGAFLANYISEKLVGYVGGALFLVFAAATF 355

The following BLAST results are available for this feature:

BLAST of MELO3C011548 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008445643.1	7.5e-112	100.00	PREDICTED: GDT1-like protein 4 [Cucumis melo]	[more]
XP_004150533.1	6.4e-111	99.07	GDT1-like protein 4 isoform X1 [Cucumis sativus] >KGN45945.1 hypothetical protei...	[more]
XP_038886276.1	2.6e-104	93.93	GDT1-like protein 4 [Benincasa hispida]	[more]
XP_022139629.1	8.3e-103	92.52	GDT1-like protein 4 [Momordica charantia]	[more]
XP_031743298.1	1.4e-102	97.56	GDT1-like protein 4 isoform X2 [Cucumis sativus]	[more]

BLAST of MELO3C011548 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9C6M1	7.9e-88	77.21	GDT1-like protein 4 OS=Arabidopsis thaliana OX=3702 GN=At1g25520 PE=2 SV=1	[more]
B9G125	2.1e-85	74.53	GDT1-like protein 5 OS=Oryza sativa subsp. japonica OX=39947 GN=Os08g0433100 PE=...	[more]
Q9SX28	5.3e-84	75.70	GDT1-like protein 5 OS=Arabidopsis thaliana OX=3702 GN=At1g68650 PE=1 SV=1	[more]
A2ZE50	2.1e-40	45.07	GDT1-like protein 3 OS=Oryza sativa subsp. indica OX=39946 GN=OsI_36063 PE=3 SV=...	[more]
Q2R4J1	2.1e-40	45.07	GDT1-like protein 3 OS=Oryza sativa subsp. japonica OX=39947 GN=Os11g0472500 PE=...	[more]

BLAST of MELO3C011548 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3BCQ2	3.6e-112	100.00	GDT1 family protein OS=Cucumis melo OX=3656 GN=LOC103488602 PE=3 SV=1	[more]
A0A0A0K858	3.1e-111	99.07	GDT1 family protein OS=Cucumis sativus OX=3659 GN=Csa_6G031450 PE=3 SV=1	[more]
A0A6J1CDK4	4.0e-103	92.52	GDT1 family protein OS=Momordica charantia OX=3673 GN=LOC111010484 PE=3 SV=1	[more]
A0A5D3D0K3	9.0e-103	100.00	GDT1 family protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold94G0...	[more]
A0A6J1HLC7	2.6e-102	92.09	GDT1 family protein OS=Cucurbita moschata OX=3662 GN=LOC111464564 PE=3 SV=1	[more]

BLAST of MELO3C011548 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G25520.1	5.6e-89	77.21	Uncharacterized protein family (UPF0016)	[more]
AT1G68650.1	3.8e-85	75.70	Uncharacterized protein family (UPF0016)	[more]
AT5G36290.1	1.8e-39	42.52	Uncharacterized protein family (UPF0016)	[more]
AT5G36290.2	1.8e-39	42.52	Uncharacterized protein family (UPF0016)	[more]
AT4G13590.1	2.7e-27	40.09	Uncharacterized protein family (UPF0016)	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (DHL92) v4
Date Performed: 2022-08-06


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001727	Gdt1 family	PFAM	PF01169	UPF0016	coord: 1..70 e-value: 2.4E-19 score: 69.4 coord: 133..206 e-value: 1.4E-21 score: 76.6
IPR001727	Gdt1 family	PANTHER	PTHR12608	TRANSMEMBRANE PROTEIN HTP-1 RELATED	coord: 1..214
None	No IPR available	PANTHER	PTHR12608:SF13	GDT1 FAMILY PROTEIN	coord: 1..214

Relationships

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


Feature Name	Unique Name	Type
MELO3C011548.1	MELO3C011548.1	mRNA