MELO3C004006.jh1 (gene) Melon (Harukei-3) v1.41

Overview


Name	MELO3C004006.jh1
Type	gene
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	homogentisate phytyltransferase 1, chloroplastic isoform X1
Location	chr05: 23040192 .. 23075289 (-)
RNA-Seq Expression	MELO3C004006.jh1
Synteny	MELO3C004006.jh1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDSstart_codonstop_codon

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

AATATTAATAAATAATAATAATATATAGAAACGCCTTCCTAAGCGGAACTGGCTTCAGTACACTGGTCCCTCACATTACAGAGATTCGTCTCTTCTTAGTTTCGGAGAAGAAGACGAGAGAGAGAGATATAGCAAAGTTTGCTACTGCCATTCTTTAAACCTCCGTATCTCCACCATTTTCTTTCTCCTTCTCAAAGAAGGAAGCCATTTCCGCAATGGATTCCGTGTTTGTTAGAGCCTATAGAAGTCATTTTACTCTTGCTGCAGGTTCGCCTCAAAAGTGACTTTCCACTTTTTCAGTGTTCAATCTTAGATTTCTCCGCTGGAAATTCTGCATCGTGCTTGAGCTTCTTCTTTTTCCTCTTATTGATTGGTGCATTTTTGTTATCGAGTCTGTTTTTTTTTTCTTTTTTTCTATTTTGATGATTCATTTTTCTTTGCGCTTGATGAGTAACTCGATTATATTCTCGCGATTGTCATCTTATTTGGTTGATTGAAGCTGATTTGCTGTTTCTGTTTCAGTTGGTGGGATTGGAAACGGGTGGACGAGTAGTGACGTCAACAACGTAAGGCTTCCAAGTAAGATTAATTCGTTTTTAGACCTTTATTTTCTTTGCATTGATCGCTTTCGCTTTTCGTCTTCTCTGGTATCTTTAATTCGCCAATGGCATTTTCGTTCGTTTTTTTCGAATTTCATGTTTCGTATTGCAAACTTTGAAAGAATTTGTCGTTGATTGTGGAAGTTGGATGAATTGAACTGGTGGAAAGGATTATCCTGGCGGCGAATTCGCATGTAACCTTTGGAGGGGCTATTTGAGAGTTGGGAACAATGTTTTTTCTTTTTTTTCCATTGAAATAAAAATTAAATAATTTTTTATAAAATTTAATTTGAAGTGTGTGTATATATATATTGAAGGGAACTTGGAAAACATTATATAAACTTACCTGTCAATCAGCGCCAGTGGCAATTAAAATTCTGGAAAGTGTGTTTTCTTTTTTCCATTGGAATAATAGATTTCAATCTCTTGGTCCTCGACGTACTTTTTGGCCATTTCACTGCAATTTCAGTTTAAAACTGAAATAAAAAGATTACAGTTCTCAAAATTACATTTTTTTTAGAGACAAAATTAATATTTTAATATTATTTTTTTGTAATAATGTTTTCAGCATTTTCTTTTGGACCAAATTGCGAATATTTGGATGCCAAAGATGATAAATGAATACTTTAATATTGATTGAGTAGCCATTTTTCGTTTGGAAGTCATTAATATATCTCCAAGGAGCTTCAAACGAAACACGAGAGATAGGAGAGGGCCAAATACAATTCGATAGTTTATTAATATTTGTATTTCTTTTGCTTGAGAAAGAAGTATCCCACAAATGTGTTGTTGTGTTGGCAGCAGCATAAATGACGTAATTTTAAAGCAGGAGATCAACTAGATTTTCACCCTTTTTAGAAGAAAAGACTTCGACCTCATGTAAATGACAGCTCTGAAGGGGGAAAAAAAAGTGAATTACTAAAGATTATGAATGTCCTCGAATAACAAATTTCCATCTTTGACCCCCTAAATTTGAGAGAACACTGCGTTTGACCTAAGCTGCTCAATGTCTGACGTGATTGACGCAAGTAGGACACGTTTAATAGTGAATGTTTGCACGCTGGGCCATTTACAAAAGTGCCTGCATGCGTGATGTTGGCCTTCTGTCACTGACTAGTGGCACATGGCATGTCGTAATTTTGTTTCAAGTCCATGACCGAAAAAGGAAGTAGAAAGCAACGAAGAAAGTCAAGAAAGATAATAGGAGAAAAGATTCTTATATGCGGATATGTATGTTGGGAAAAACATCCCAATATGGCAGAATAAACAGAAAAATAATAGTATTGTGAAAAAAAATGATAGTTGGAAAATTGTAAAAAAAAAAAAAAGAAGATAATAATAGAGAAATAACAAAAATAATAAAATGGAAAACACACAAATCAACATGAAAAAACTTCAGACTCAAAAAACTATCGAACTTTACTATTTGAAAAATCACTACGATCACACAAAAATCTCACGTTTAAAGGTGTTGGAAGAGCCTAAGTTGAAAAATTCAATATGAGATTATTGGACTTTTATGCCAAAACACGTGAATCTGCTAGTATTTCAACTACATATGCTGTCTTGCATGTCTACATTACGTGTCATAAGAGTGGGAAGGTGCGGATCAATATCTAAGGATGACCTTACTTAACCTTACCTGTACTTGATCTACTCTGTTAGTCGTACTTGTTCTATAACTTGTATAACTGTGCTCATTCTACAGAGTAGATTTTGGAAATCTCAAGACCAGTGTCCAGGATCTGCAAACAATTCTTCTACCAGGAACAGATCTGGCACTTATGCAAACCAAAAGTTAAACCTTTTATCAAAATGATTACTCTCTCAAATGAGGAGAGAAATGTTGTATTCATATAGAAATATGAGTACAAGTTCCAAACTACCCTTTTAACTAACTTTCTAACTTCCCTCTTTTGAAAACAAGCAACTCTCTTTTAATATAAAAGTAACTCTCACTCTGTCGGGTACACCATATTCCACCCCTCTAAAATCAAACTCGTCCTCGAGCGTGACTATTTAGAATACCAATTGTGTAACACTTTGAAAAGGTGAATTATTACAAGGTTCCTTTTCCAAAGTTAACCACCCTTCGAGATTTATCCCTAGCCAATAAATGAGTCATTTCACTAAATTCATCTGCCACAACCATCACGACATCTTACCCTCGCTGAAATTTTGGAAACTCATCGAACAACTTCTGCATTTCTTGATGAACTTCACCGTTCTTTTATTTTCTACATTTTTAACTACTACAAGGCCCAATCAACCTCCCTTTCTTTACCAAACATTTTGCAATGTATTTGAGGATTAAAATCTCCTTCGGGAGCAATCTGCATCGTTTGAAGAAGACAAGATACATCACGTTCATCCGTGGACCGTGTCAATATAATTGGTTTCTTTCTCATTATCTTCACTCATCCAGCCAACAAATTCTCTTTTCTTCATCCATATATATTCCTGTTTTATGTTGGGGCACTCACTAGACAAGTGCCCCACTTGGTCACCCCCTTAAACATTTTCCAGTGTAGGCCAATTATAAAGATTTTGAACTTTCTACTTGTAAACAACCTTTGTTTCTTTCTCACCAACCTCTTCTTGCTCTTCTTTATCCATTTTCTTTAACTTCTTTCCACTGATTATGATAACCAAATGATTGCTTCTACTCTTCTTGGAACTAACACTTTCATTTTCCTTTTGGGTCAGAGGCAACAGTACCATCTTTTTATCCATCCATTGAAATTCATAAGTATTCTCTTTCCCATAATGTAAGGCCTGAGTATCGTATTGCCACGTTCTCTCCAATAGAACGTGACACACATCCATCTCCTAAACATCTCAAACTATTTGATCTTTGTAGCTACTTCCAATTGTCAACGGAACGGTGCATATCTCATTAACTTGAGCTTCTCCTCTTTTCTTCACCCATCCAATCTTGTAGGCACTTGGATGATACTCGGTTTTCAAATTCAAGGCTGCCACTAACTTCTTGGCAACGAAATTCTCACTACTTCCGCTATCTATGATGACATTGCAAACTTTGTCGTTGATTTCAAGTTTAGAAAAAGGATGGAGAAACAAATATTGCATATACTTAAAGTTTGAGTGGCCCAACCGAAAATGGCACCACATGCAATCATGTTCAGAAGTGCTAAAATAGGAAGAGAGTAAACTAGCCCTAGAGAAACTACTACTAGAGGTATCATCATCAAGAATGTAAAGTCCCCCGCTAAGTCGGGCAATGCCAATCCTCCTCCCTGAGCTCATGTCCTGAAAACAAATAAATTCAGGTAAGAAGATAGCTTTGGAATGCAGCTCACTAGTGATCTTGCTTATAGATAGCAAATTGTAAGATAGTTTAGGCACATGCATAACATTCTGGAGAGCAAAACTGTTAAAGGAAACTATTTGTCCTTTGCCAACGATCAAGGCTAGAAGCCATTGGCTATCCAAATTTTTTCATTACCGGCACATCGAACATAAGAGATAAAGTGCTCCAAAGAACTTGTCAAGTGATATGTAGCCCCTGAGTCTAAAATCCAGAGATTCTTCCCATCAACGCTAATAAGCCTAAGGGAAGGCATACCTGACGGAGCAATGGCACCCAGATTAGGAGTCTTGGTCTGGCTTGCAGTAGGGCCAGTTGATTAAGAAGTGCTGGCAGAGGTAAGGCTCACTAACGTGGGCACGTCTTGAGCTCTGTTTCTCGTTGAAGGACCGTTTCTTACCTTCTGAGGGACGATCGTGGAGTTTCCAACACTGATCCTTGGTGTGCCATTGTTGCTTGCAGTGCTCATAAAAAGGGATTGGTTTCCCATTATTCTCGTCACTATCATGATTGAGGGCCGAGCACTAAAGGCAGTAGAGTCAGTAGCAAGGGTAATCAGTATACCAATGACATTAGTGCGGTCTTCTTCGAGACGGACTTCAAAACACACTTCCATTAGGGAGGGAAGAGGTCTTTGTTCGAGTATACAACCATAAACAATATCAAATTTCGGATTAGACCCTGTAAGGAAGTCATAAATACGGTTAGCCTCTTCAAGCTTAGCATATTGTATATCGTCATTTGGTGTGTCCCAAACTGTCTCTCTGCACAAATCCCTCTCTTTCCAGAGAAGAGAGAGCTTGTTGAAATAGGTAGTCACGTCTAGGGTCCCTTATTTGCAATCATGGACCTGTTTTCTTAATGTATACAACCAAGAGGCATTCTGTCATTTCAAGTAAAGGGTCTGAATTGTTTCCTCCAAATCTTTTGTTGTGGTTGCGTATGGTAGAAGCTTGCCAATATGAGGTTCCATATTATTAATCAACATGGACCAAATGAGTGAGTCCTCCTCTTTCTAGAGTCGTTCCAAGGCCTCACTCGGTGGAGGACATACAGTCTCTCCAGTTAAAAAGCCGAATTGGTGGCGACCTTCATGGAACATCTTTACTGATTGGGACCAAGAAAAATAATTTTGCTCATTTAATTTTTCACTTGGAAAATCCCTGTAGATCAACCCAAAGAGTCAGTTATATAATTTGATGGTAAATTAGGGAACGAAGTTACCGGGTTCTTGGAATACATTGGCGACTCGATTGGTTTGGAATGCACCAAAGACTCGCTCGCTTCAATGCCTGATCTGTCATGAGGTTGGTCAGTCTCGTTACCATAGAAAAACGGTTGCTGTAAAGCGTCAACAGACAATGGATCCTTGCTGTACAGATTTGACAGATTTATGGTAGGGGTTGCTATCCGGAGGGCATAGGCGGCTCATGGGGCTGTGGCTGGACGAGAGGGTATGACAGTTGGAAAGCCGATGGCGCGTAGAGGGGATTGGGTAGATCAACGGTCTCTGAAGGTTTTGGAGCAATTTTTCCATGGCGGCGGTAGGTTCAGGTTCGAGCTGGGTTTTTCCTAGGTTGGTTTCTAGGTTTCGTTATTGCTTTGCTCTGATACCATATTGAAAGCAATTAACACCAACACGAGGCTTACGTAGAAACCCGAGAACCAGTAGAAATAACACGATATTTTTAGTTTTATTATTTTTTGATGATTTACAAATGTACAATGAGGGAACTTAAATAGAATACCCAAGGGCAAAGAAAAAAGTAAAAGAAAGATTTATGTTAAGCTTTCCGTAAATACTTTTTTCCATGAATAAATTTTCCATAAATGGCCTAAGGGCCAAACCCACAAATTCTAACAGTCTTGAAAAGGCAATGTTGTTGAGGATGTGATTCTTCCTTTTGTGTCTTCAAAAAACTTGATCTCTATCATCACTTCAATCATCTTTGCTTCTTCTTCACTTTCTTTAATGTTCTCGAATGAATCTTCATCTTCTTCATCTCAAGGAAGAGTGCAGAAAAACTACCCATAAAACTGATCTCCCCTTTCTTCCTTCACCAACTTCCTATTTATAACCGTCTAACTGCATACATAACTAATTACCTTTACACCCCTGTCCTATACTAATCTAGGTATCTAACAGTTTGTTCATAATTCGAGGGTAGAAAACGTGCCTTCATCTACTTCTTCATCTTTTCCCAAGATCAAATTGATCTCTTGCCACTCCTTTGCCGATTCACCTCTATAGTTGATCCCACCATGCTGAAGCACTTTCTTTCAACTTCAAAGCGAAGTGAACCTTCTTTTGCTCGGGAGTATTCATGTAGTTGAAGAAATTTTTGGTATTCTTTACCCTATCCAAGAAAAACTCTATGTGGATCATACTTATTAGCCTTCAGCTCCTTATTATTTCTTCTTGTGCCAGAAAAAGTGTTTGATGCTGATGACACTAAGGTTTGGTCAATTGGGCAGCAGGGCAGATTCTATGTTAAATCTCTCTCAGCCTACTTGATCTCTGCCTCCCCAATGGATAAAAACTCTTTAAAGCCCTATGAAAATCATGCTGCCCTTGGAGAGTGAACACCCTGATTTGGATCATACTTTACGGGTCCCTAAATTGTGCAGAAATTCCCCAAAAGAAGTCCCCTAGCAGCTCCTCAGTGCTTCAGCTATTGGAGGTTCTGCCACTACCTAAGAAACCTCGGCTGATTTGGTTAACTTTACTAAAAGCTCTTTTAGCGATTGTTGTTTGAACGTAATCAACGGATCTTTCATGACAGGAAAAGTCCAAGCTCAGAAATCTTCAGTTTAGTGCAGCGTAATGCAGCAGCTTGGAGCTCTCTCAACAAGAATTTTGCAAATTACTCCACTCAAGACCTTTGTCTCAACTGTGCAGTTTTTCTATCTCAGCCAGTTTCCTAGGCCTTTGTCTCAACTGTGCAGTTTTTCTATCTCAGCCAGTTTCCTAGGCCTGCTTCTGATGTGGTGTTCCTTATCTGGACTTCCATGGAGCTTATTCCTATGTCTTCTTTTTTATTCTCACATTTGTATTTTTGTAGTGTGAAGAAGGCTCAGCCATTGTATTGTCCAACATTGTGTTTCTGCCCTATTTTCTTTTCTTTCTAGTTTTCGGTGGTCTTTTGGTTTTGCTGTAATAGGCTGAATTTCGCTCTCATTATAATAGGCTGGACATCGTTTTTATTGCTTGTTTAGACTTCTTTATTACGCTCATTGTATAACTCTCTTGTACATTGAGTTCTTATTATTAATATAGAAGTTTGTCTTTGTTAAAAAAAAACTCTGTTGCATCTCCCATCATAGCTTGGAAGATCAATCTTCATCTTGAACTCTTGAGGTTCTCTTCTTCTTTCTCCATAATGGCCTTGTCGCCCCCTTCTATGATCATCAAACTCGTCATTTTCCTCTTCGTCACTTGAAGAACTCCAATCTTGGAATTCTTGATTGCGTTCTTGAAAACGTGGCATTGGTTCTTGATTTTCTTGGAGCTGTCTTCTTCAATTCAAGTTGTCTTGCCTTCTTTCTTGGAGATTTTTTTTTGCTGAAATTGTATATTTCTTGGCTGTCCAGCTCCATGTCTTCCTCTTCTACCCCAATCTTGATTGAATACCAGATTGGATTGTATATTAATCATTGTAATTAATGGTAACCAGGTGTAAAACAGTGATGAAATTAAAGACCGAAAATCAGAATAGATAAGGAAATCAGAATAGATGAGCAAGGTGCAACAATGTTTTATCCACTAGGCTCTGTCTTGGGTAATGGTACAGCTTCATATTAGGACAGTGACTCAGACATGGACAAAAAACTTCTCCTATTTGGTCTTGTCGAAGCAGCTAATGCTTATATTAATATGGTTAGCTGGATCTTAGATTGGATTGCATGCAGATTCTTTATCCTATGGTGTCCCTTATTTCTAAGGTGACACGATCTTCTTATTTTTAAGTTTTTAGTTCCATATTGCTTCGTGATATCCATTTATATCCCAGCTTTCTTAGTATTAGGACTCCACTAGATTGCTAAATCAAGTGGCCAGTTTGACGTTACAATTTTTATCCGTAAAATCAACAAAGAAAATTTGCAAGTCAAGTGGTATGAATTGTAAACTTACTAGAGCCATAAAAACCGTAGACTATCTACATTGTTGAACCCCCTTGAGAATTTAACTCATGATGAAAGATGAACACACGGTTCAAAAATCATGGTTACAGGATAGAAAATGAAAGAATAAATTAATGAAAGCATAACAAGATGAAAATAGATGCTGGAATTGTGAAGTACAGACACTGTTGAATCAACCTCATACTCTCTAGACTCTCCTTAGGCTGGATTCTCCTTCCTCAAGGTTGAATCCTATCTCTACACTCACTCTCACGGGGTAAGGACGATCTAAACATAAGATTCTTGGTAGCAACTTTCATTCTTGAAGTTCTGTGTTGAAGGGTGAGATCTCTCCTTTGAAGTGTTTGAAACTGTGGGTGGAATGGGATTCGTTTTGAACAAGAAGCTCCCCTCCTTTTTATAGACTTTAAACGCTTGGGAGGAGGCCGAAACTGCTGCCTCTGGCATTTACCAAGAATTTTTGGGCTGAAGAGCAGTCTTAGATAGAAAGAATAGCAATTGTGAACAGCCCGTCAACAATCCAAAATTTGGGTTTTTTTATCAGCCGTAGTGCTTCTGGGCGATGTGGTCGCATTGACCCAATTTCTTCAAATTTGCCAAAGTTACCTTCCAAAGTTCATAAGTTGACTCAAAATTAGTAGAAAGCCTAGGCCATAAGGACTTGCTTAATATCATTTTATCCATTTAAGACCATTCATGGGGCAAAATACAAGCAAAATAAACCTTTTACTTAGATATCAATCTAAAACATGCATTTCAAACATGTATCAATTACCCTTCCTTTGCAACACAGGAACACCTTCTCGTAGTTTGGCTCTTTTTGTGGACTTTTCTTGTTTGTATGCTTTGTGTATTTTTTTCATTTTCTTTCATCAAGTCAAGTTCTTTTCATATTTTTTTCAAAGAAAAAAAAAAAACTCTCTTTGAAAAAATTTTCTTCACTTACCTCTAGTTAAGATTAACATTTATGATTGATTCAAGCGTGAGCTTGAATTTTGCATTCTAGCTTTCAATGACATCAGGATTGTTCATTGGTCGCGGAAGGCATTAGATTTGCTTGCATGGGTCATAAAAGGAAATCATTTTTTCACAATGACAAATAGCCATTTTGGACGTTCAACTCTGTGGCTGGTCATGGCAAAGTTTAGGAGCTATCTTCTGCAAATGGATTCTTTAGTTTTGAGTTTAGTGTGAACTTCGTTTTCTAGTCTCATGTTAGACATTTTTTAGTGGAATGTGTTGAAAATAACTGTACTAAGGGTGTTTGTCTAATCTTTATACCCTTGTTTATTTCCTTTTTTGTCGAGACCTATTATGGCCTATAAATATTTCATCTCTTGTATTCTTTTGATAATAAGAAAAATATACAAAAGACTCATCGTGATTTTTTTCTCCCTCAACTAAGGCCTTCCACGTATACTTGGTGTTATTCTTTTTCTTATTCTTTAATTAATTTTTATAGAATGGCGTGTCTTTGACACTAGCTTTACAAAGTTAATATAAATTTGAAGTGCAAAATATAGGAAACTCATTTCTAAATTAGCCATTTTTTTTTTTTTTAAGGAAACGAGTCTCACTATCATTAACGTACAATGAGCAATGGGGGATCAGCAAGTGCACCCGGACATCTAAACTAGGCTAACACCTCCTTAGCGCCTTTATCATATCCATAAAGCGAAAATAAAAGCAAATCTTTACTCTAGGCTAATATTAACCAATACAGGGACAACATAAAAACCACAAAAACAAGGCCAAAATAAAATAATCCAATCTGTCCATACAAAACATAAAAACAGAAGGGCAGAGAGCAAATGAAAATCGCCCTCATTTATGCTGAATGCCATTTATTAGTTAATCAGACTTAAGAATTGACATAGTTTCCTTGCACTACTTGGGAGGAGGCCCATCCACGCTTTGTCTTAGGCTGTTTCTTACCATTTCATTTTATGTTTGTTAGAATTATTAGAATTAGTGGGCTTAGCCCACTAGGAAGATTTACCTTAAATATTCTTTCCTTTTTTATCTCTTTGTACTTTTCTATTATTCCCTCTCGTACCTATTGTATGAATATCAGAAAATAATAAAACTAAAAACATCGTGGCTTTTCTCTCGGTTCTCGAATTTCCACGTAAGCCGGTTTCGTGTTTATTGCTTTCAATATGGTATCAGAGCAAAACAACGAAACTCTAGAAAAAATTTTAGGAATCACCCAGACCAAAACAGCCGCCACTGCCGTGGATACCACCATGGAAAAACTACTCCAATGGATTCAGACGCCGCCGATCTATCCAATGGGCTAACCTCGCCACCGTCTGCACAACCTTTCGGCCAAAAACCACTTCACGCGCCACCTCTGTCGGGCATGTGGGCCCACGCGCCGTCGTTTGTTAATCTCACTGCCCATCCCATCCGCTTCTATGTGTCGTCGTCGGTCCAACCATCTCACCCTTTCGGTCATCTGCCGCCACACGTGCCCGTCCATCGCCGCCGAACAGCAACCTTCAAAACTGTCAAATTTGTACAGCAGTACCAATCTATCCGTCGACCCTTTACAGCAACCTTTCTTCTATAGAAACGGTCCTAACCAACACCATAACAGATCGGGGATTGAAGCGAGTGAGTCAACGGCACCCTCTGGTTATGGACAACCATATGTTCGTGGTCTCGGGATTAATCAAACTTACAGGAGAGCTGTTTTTGAAGTTATTACATCCTTGGCACAGACCGGTCTACTGATGTATTCCAAGAACCCGATAATTTTGCTTCCTAACGTGCCTTCAAATTATATAACTAACTTTGTTGCCTTTAGTGCTCAATCCTTGACCCATGATAATGGGAAACCAATTCTCGTTTGTGAGCACTGCAAGAAACAACGGCATACCAAGGATCAGTGTTGGAAACTCCACGGTCGGCCCCCAAGAGGTAACAAACGCTCCTCCAACGAGCAACAGAACTCAGGGCATATCAATGTTAGGGAGACTGCCAGCACCTCTCAGCCCATTTGGCCCTACTGCTAGTCAGACCAGCTCTTCTACTCTAAGCGCCATTAGGTATGTCTCAGTCCCTTGGCCTTATTAGTGTTGATGGGACGAATCCCTGGATTTTGGATTTGGGGGCCACAGATCACTTGACAGGTTTCTCGGAGTACTTTGTCTCTTATACCCTCTGTGCCAGTAATGAGAAAATCCGAATAGCCAATGGCTCTTTAGCTCCGATTGCTGGGAAAGGACAAATAGTCCTCTTTGACGGTTTCTCCCTTCAAAATGTTTTGCATGTGCCTAAGCTTTCTTACCATTTGTTATCTATCAGTAAGATCACCCTTGAGCTGCACTGTAAAGCTACTTTCTTACCTGAGTCTGTTTGCTTTCAGGACTTGAGTTCGAGGAGGACGATTGGCACTGCCCGACATAGCATGGGACTTTACATCCTTAATGATGATACCTTCGGTAGTAGTATCTCTACGACTAGTTACTGTCTTCCTATTTTAACATCTCTGAACATGACTTTATGTTGTGGCATTTTCGGTTAAGTCACCCGAACTTTACGTATATAAAATATTTGTTTCCCCATCTCTTTCTTAAAATAGATGTCTCCTTGTTATCTTGTGATGTGTGCATTCGGGTAAAACAACATCGTGTTTCTTTTCCCTCACAACCATATAAACCCACACAACCGTTTACCCTTATCCATAGTGACGTTTGGGGTCCCTCCAAGGTCACCACCTCATCTGGGAAAAGGTGGTTTGTAACCTTCATTGATGATCATATCCGTCTTATCTAGGTCTACCTTATCACCGATAAATCTGAGGTTTCCGCTATTTTTCAAAACTTCTATCACACCATTGAAATACAATTCCATAAAAAATTGCTATTCTTCGGAGTGAACGGTCGGGAATTCCAAAACCATAACCTTAGTGAATTTTTAGCCTCTAAGGGGATTGTTCACAAGAACTCGTGCGCCTACACTCCTCAACAAAATGGAGTGGCAGAGCGAAAAAATCGTCACCTTCTAGAAGTAGCCCGTTCCCTTATGCTTTCCACTTCCCTTCCTTCATACCTGTGGGGAGATGTTATTCTTACAGTAGCTCATTTAATCAATAGAATGCCTTCTCGTATCCTCCACCTTCAGACTCCCTTAGAATGTCTTAAGGAGTCCTACCCTCTACTCGTCTCGTTTCAAAGGTTCCTCTTCGTGTGTTTGGGTGTACTGCTTATGTCCATAGTTTTGGTCCTAATCAGATCAAATTTACCCATTGGGTTCAGGCTTGTGTGTTTGTTGGGTATCCCCCTCACCAGCGTGGTTATAAATGTTTTCACCCACCGTCCAGGAAATACTTTGTCACTATGGATGTTACTTTCTGTGAGGACCGACCCTATTTTCCCGTTAGCCATCTTCAGGGGGAGAGTGTGAGTGAAGAGTCTAACGGCACCTTTGAATTTATCGAACCTACTCCTAGTACCGTGTCTGACATTGATCCTCACCCTATAATCCTACCTACAAACCAAGTTCCTTGGAAAACATATTACAGGAGGAATCAGAAAGGAAGTCGGGTCCCCTACCAGTCAGTCGCCTGCTCCAATCCAAGACTCCAAAGCTCCTCGAGATCAAGGTATGGAAAACCCTACTGAACCTTGCACTAATAATACAATGAATGAGAATGACAGGTCTGATGTTGCTGTTCTTGAAAATGTGGAAGAAAAGAACAGTGGTGATGAGACTGAGGTCAGAATAAAAACCAGTAACAATGAAGCTGAACAGGGTCATACAGGGAAACTTGACAAGTATGGTCCTTCTCTTGATCTTCCTATTGCACTGAGAAAAGGTACTAGGTCTTGTACAAAGTACTCCATATCTAATTATGTGTCATACGAGAATCTCTCACCACAATTCAGAGCTTTTACTGCCAGCCTTGACTCTACCATAATACCGAAAAATATTCATATTGCTTTAGAGTGTTCTGAATTGAAGAATGCTGTCATGGAAGAGATGAAAGCTCTTGAAAAGAATAACACTTGGGAGGTCTGTGCTCTACCCAAGGGACACAAGCCTGTGGGATGCAAATGGGTGTTCATTCTCAAATATAAAGTAGATGGAACACTTGACAGACACAAGGCAAATTTAGTTGCAAAAGGATTTACTTAGACCTATGGTGTTGATTATTCAGAAACTTTTCTCCTGTTGCTAAGTTGGATACTGTCATAGTCCTTCTTTTTGTTGCTGTAAACAAAGATTGGTCTCTATATCAGCTGGATGTTAAAAATGCTTTTCTGAATGGAGATCTAGTAGAGGAGGTCTACATGAGCCCTTTGCCTAGCTTTGAAGCCCAGTTTGGTCAACAAGTTTGTAAACTCCAGAAATCCTTATATGGTCTGAAACAGTCATCTAGAGCATGGTTTGACAGATTCATTACTTTTGTCAAGTCCCAAGGATACAGTCAGGGACACTCTGATCACATTTTATTTACAAAAGTTTTAGAGAAGATTGCAGTTTTGATAGTTTATGTGGATGATATTGTTTTGTCTGGAGATGATCAGACAGAAAGCAGTCAACTTAAGCAGAGAATGGGTAATGAATTTGAAATCAATGATTTGGGAAATCTGAAATATTTCCTTGGAATGGAGGTGGCCAGATCTAAAGAAGGCATCTCCGTGTTTGCTAACCGAGACAGGTATGTTGGGATCTCAGAGAAAATACACCCTTGATCTGCTAACCGAGACAGGTATGTTGGGATGTCGTCTCGCTGACACTCCTATTGAATTCAACTGTAAACTAGAAAACTCTGATGATCAAGTTCCAGTTGATAAAGAACAATATCAGCGCCTCGTGGGTAAATTGATTTACTTATCTCATACTCATCCTGATATTTCCTTTGCTGTGAGTGCTGTCAGCCAGTTTATGTAGGCTCCCTATGAGGAACACATGGAAGCTATCAAAAGAATTCTGAGATACTTAAAAACGACACCCGGTAAAGGGTTGATGTTTAGAAAGACAGACAAAAAGACCATTGAGGAATATACTGACTCGGATTGGGCAGGATCTGTTGTTGACAGAAAGTCTACTTCCGGTTATTGTACCTTTGTTTGGGGCAATCTTGTAACTTGGAGGAGTAAGAAGCAAAGTGTTGTGGCCAGGAGCAGTGTTGAGGCTGAATATAGAGCTATGAGTTTGGGAATATGTGAGGAAATTTGACTCCAGAAAGTCCTGTCTAATCTTCATCAGGAATGTGAGACTCCATTGAAGCTCTTTTGTGATAATAAAGCTGCTATTAATATTGCTAACAACCCAGTTCAACATGATAGAACTAAACATGTTGAGATTGATCGACATTTCATCAAAGAAAGACTTGACAGTGGGAGCATACGCATTCCGTACATCCCTTCGAGCCAACAGGTTGTTGATGTCCTCACCAAGGGGCTTCTCAGACCAAACTTCGACTTTTGTGTTAGCAAGTTGGGCCTCATTGATATTTACGTCCCAACTTGAGGGGGAGTGTTATAATTATTAGAATTAGTGGGCTTAGCCCATTAGGAAGATTTATCCTAAACATTCTTTCATTTTTTATCTTTTTGTACTTTTCTATTTATTCCCTCTTGTACCTATTGTATGAATATCATAAAATAATAAAACTAAAAACATCGTGGTTTTTCTCTCGGTTTTCGGGTTTCCACGTAAGTTGGTTTCGTGTTTATTGCTTTCAATAATATTAATATATTTGTTCTCTGGTGTAAAGTGATTAAGACTAAATATTACATCTTATCCATGTAACCTACTTGATTGGTCCCTTCTCTCTAAAGTATCTCTAATTTGGAGCTGTTCTTATCTCAACACTTGAAGATCGGGTTAGAGAAGACACTATTCTCGGAGGAGATTTGGTAGGTGGCAATGTTTAATTCCTCCTTGTGGTCGTTGGTCTTGGTCTCTATTCCTTTTTGGTAATAAAAATCTTGGTTTTGTTCTGTGAGTTTCTCAAATTTGTATTTATTTGAAGGAATCTCTCCTCTGTGACTAGTTTTCTACGAGGCCTTGTGGAAAGCGTCAATCTCAACAAATGCCAAGTTTGTATAGTCTATGTGGTCAAAGTTTGAGAGACATTGACGGATACGGTGAAATTTAGAAAAGAAATCTCTAGGAGAACAATTTTAAGGTCCTACATCGTATCTTCCTCTCATGATCGCTTGAAGTGGTTTTTTTCTGGAGGACGTTACTTGGGTGTTCAAACCTGAAATATTGCTGCCTAAATCTGAAAGAGGATTTGTTTCGAAGTTCCGTGGCTATAATTTTGAGTGCAATCAAATCTGGTCACATGATGCCTTCTGTTCTGCTTTTGTGAGAATTTTACACACAAAATAAAAGGATGCTTAATAATCTTAAGAAGTGTAGGAGCTGTGGGAAATTATTGTTAGTTTTTTTCTTCCTGGAGTCCACTCTTTTTTTAAAACATATTTCTAACGAACTGGTGACCTTTATTAGGTCTTCTTTTTGTGAGTTTTGTATACAAACGACATTGTTACCACCGTTTAAAAGCATTGTGGATGTACTTCCTAAAGACACTAAAAAAAGACTAAAAGAGGGAGGTTTTTTTTAATAAATTTTTTATTGTTATAAATATTATTATTTCTCTTTTCTTTTGATATATGCATCTGTCTTTTGTTTTTTTATTTGTAAACGTCGAATAGTTAAGGAAATTGGTGGAAAATGCTTACTAATCTGTTCACTTGTCACAATTGAAGGTCCAAGGCCTGGAGCATTGAAGATTTCTAAAAAGCACTGTTGTGTTGAATCTGAATATGGATCACATCATTTTGAATGTGTTTTTGGAAGACATCGGGAAAGATACACCTTCTATGAGAAAAAAGATGACAGAGTCCAAGTTAGAAAAGCAGCCTCTAATCAGCCTTTTGAAACTGAATCCGGAGCCTTGAGTTCCAAAAATTATGGTGACGCTTTAAGGAGTTTTTTAGATGCTTTTTACAGGTTTTCGCGGCCGCACACAGTTATTGGTACAGTTACGTTTTTTCAAACTCATGTCCTTTGAGGCAAATGACTAATTTTTTCATTTCTTTTCATGAGGGAAAATTCTTCGATGTAGCTAGCTGCTGCAACATCGTGGATACTACCCTCTAAATGATTGGACGTACAGTGAAAATTACTTTCTGTCCTCAGCTTATGCTTTCCTTTCATGCTTCTAGGCATTGAGCATTGTATCAGTTTCTCTACTAGCAGTGGAGAAACTATCCGACTTGTCACCATTATTTTTAACTGGAGTGTTGGAGGTGATGTTTCAAACAAAATTTTCAATTTGAATTCTGACAGCATTTGTAAATATATTCAACACATTTGCATCTTTTTTTCAGGCTATAGTTGCGGCCCTCTTTATGAATATTTACATTGTAGGTCTGAATCAATTATTTGACATTGAAATAGACAAGGTACTTCTGTTGTATTCTTTTTCCCACCGAGCATATTAAATTTGGCACACTGAACATAATTTTTAGAGGACTTGAGAGTGGATCACATTATATGTGCAGTCATGGGTTAGAATCCATTTTTACATTGAAGGCATTTCTTGCAGAATACCATGCCCATTTCTGCAGTGTTCTCCTCATTGGGCACTTTATCATAATCTTTTATAATTCACTAGTATGAGCATTTCGACCATATATAATTCTTTAATGTGTATTCTTTATATATGAGTGGAAGCACCTTAAGTCTGCTGAAAAAGCTATCATAATCCGACCTTCACTGGATAACGTTTGAATAATAATAAAAGGGAAATTCAGGATTTTCTTTTTGTTGGCATGAAAGAAGACCAAACTTAATGTTTCCAATGTGTTTTAATTGCAGATTAACAAGCCATATCTTCCATTAGCATCGGGAGAATATTCTTTTGGAACAGGCGTTGCAATTATCTCCACGTTTTCCATTATGGTAGTACTTTGTGTCACATCATTGCAAGACCATTTGTTAGAAGTGTTATTTAATATCTTTTGGGTTTTATTCGATTGATTAAGTAGAAGTATATGTGTACTATTTCTTTTTTTTTTTTTTTTTTGAAAAAAGCACCATAGAGCTTTTAGTTTTTTAAACCTAGAGACCAAATGAAACCTAGGAACCAAATATAAATAAAACTTAAATTCAAGAGTAAAAATGCAATATTTGAAACTTAAGAACCAATGCAAACTAATGACGATGTTCCTGTGTTAGATCACTAATTTCATTGGCAGGTCCTCTTTCTGTCCCTAGAAACATCAACTCTTCCCCGCCATTGCTTTTTGCCACCTGCCGATCATTGACTCTTCCTCATCCTTCACTCGTTCGCAGGATGTTTGGTTTGCTCCGTGATATATGACTGCCATTCCTTAACCTTTTTCTCACCTTGAGTTAACAAAGGGTGCTGTTTTTTCACAATTTCTTTAAGCTAGAGAGGAATGGTTTTTTCTTTAAATTTTTTTAATAAATAATCACTTTCGTTGAGAAGAGAAAGAAAGAAAGAAAAAATCCATCCAAGTCAAGTGACCCTCCCAAGGTGTTGCCCCGTCCAAGTGCTCCAAGTTCTTTTGGGATTTCAAAAGAAAAAGAAGTGATTGATTTGGTTAGGAATTTTCTAATGGTGATCGCCCAGTTGAATGTGCATGATGACTGAAAGGTGAGGAAGTCGTTGAAAATTATTGGCTGACAAAGCGTTATTACAATGGATGATGGTAGGATTCTTGGGAGACTTAGCTCTAATGGAAAATGAATGCACATTGGGCCTTTTCCTTTGAAATTTGAGGCTTAGATTATCACAAAACATAACAGATTTAATTTTGTGTAGGTTATGGTGGATGGATTCAGATTAAGAATATACCTTTGCACTATTAGAACTTACAGACTTTCAAAGTTATTGGTGAAAATTTTGCGGGTTTGACTATGGTTGCTTCTAAAACCCCAAGTATGTTTGGATTGTATTTCTCTTTTATTAAGGTTTTTTAATTCCTACTTCCATTGAAATTCAGGACAAGATTTTAGGTAACTCTCTTAATTTGGAGATATAATTTCTATTGAGCCTTCTCCTTTTGAACAATCTCATGGAGGAATCTGGAACTCTAGTGATTTGTTTAACCCTTTGGATTTGGTTCATATTAATAGAGTAATTGAAGACTATTAAAAGCAGTAAAGAAAATACACCTAGTTACGTGGAAACCTGAGTATCGAAAGAAAAACAACGATATGACTTTCTTATTAATTTCTCATATTAACAAAAGATACAAAGGGGAAAATAAATAGACAACAAGCTTATGATAAAAAAAAAGGAAAGGAAATTAGGGTAAATCTTTCCTTGGGCCAAGCCTACTAACTCTAACACTCCTCCTCAAGTTGAGACGTAGATATCAATGAGACTCAACTTGCTAACATGTGAGTCAAAGCTTTGTCTGAGATGCCCCTTGGTGGGAACATCAGCAACCTGTTGGCTTGAGGGAATGTAAGGAATGCATATGCTACCATTGTCCAGTATTTCTTTAATGAAGTGTTTATCAATCTCCACATGTTTAGTTCTATCATGTTGAACTGGATTGTTGGCGATGCTAATAGTTGCCTTATTATCACTAAATAATTTCATCGGCACCTCACAGTCCTGATGAAGGTCAGATAAAACTTTATGAAGCCAAATTTCCTCACATATCTCCAAACTCATAGCCCTCTACTCAGCTTCAACACTGCTTCTAGCAACAACCCCTTGCTTCTTACTCCTTCAGGTTATGAGATTGCCCCATACAAAGGTCTATGATAGACCACCACCTCCTATAATACATCAGTACAACCATAGAGGAAAGAAATAGATAGCAAGTTAGTTAGCCTAAACAATCAAATAAATAGTTAGGCTGTTATAGAAGTTTGTTACAGAAATAGTTAGAAAGTTAGTTAGCAGAAAAGGATAAATAACACACAAATACAAGAGATTAGGGAGGAGAAGTTTTATGAGAGAAAGTTCCTATGTTCATTCTTAGAAGCCAGAATAACAAGGAAGAGAGTTCAATATTGTAATTCTTTCATTAATATCAATAAAGCAAGCTTACTGGTTACTTCATAAGAGAGGGTCCCATCAGTCTAGTAACCAAAAGTAGATTTCCTCTCAACAACGGACCCTACTCAGTCAGAATCAGTATAGGCCTCAATAGCTCTCTTGTTGGTCTTCCTGAACATCAAGCCTTTACCAGGAGTTGTTTTTAAGTACCTTAGGATTTTATTAACTGCCTTCATGTGTTCCTCACAAGGAGCCTGCATAAACTGGCTAACGGCACTCACAACATAGGAGATGTCTGGTCGAGTATGTGACAAGTAAATCAACTTTTTCATAAGGTGCTGATATTTTTCTTTATCAATTGGAACTTTATCACTTGAATTTCCTAGTTTACAGTTGAATTCAATAGGAGTATCAGTAGGACAACATCCCAACATACTTGTCTTAGTCAACAAATCAATGGTATACTTCCTCTGAGAGACAGAGATACCTTCTTTTGATTTAGCTACCTTCATCCCAAGGAAAATTTTCAAATTCCCCAAGTCTTTAATTTCAAACTCATCACCCATCTTTTTTAGTTGGATGATCTCAATTGTGTCATCCCAAAATAAAACAATGTCATTAACATAAACAATCAACATGACAATCTTTCCAACCCCTGAAGACTTTTGCAAACAAAGTGTGATCAGAGTGCCCTTGATTGTACCCTTGGGACTTGCCAAAAGTGGTAAACCTATCAATCCATGCTCTCGGTGATTGTTTTAGTCCATACAAGGATTTCTGAAGTTCGCAAACCCGATGATCAAACTGGGCTTTAAACCCTAGAGGAGGGCTCATATAGACTTCCTCTTCCAAGTCTTCATTCAAGAACATATTCTTAACATTCAGCTGATATAGAGGCCAGTCTTTATTCACGACAATAGATAACAAGACTTTAACAGTATTTAGTTTTGCAACTGGAGAAAAAGTTTTAGAGTAATCGACATCATAGGTCTGAGTAAACCTTTTTGCAACTAATCTGGCCTTGTATTTGAGTGTGAACACCCATTTACATCCCACGGTTTTGTGTTCCTTGGGGAGAGTATAGATCTCCCGAGTCTTATTCTTTTCAAGAACTCTTATCTCTTCTATAATTGTTGTTTTCCACTCTGGGCACTCCAAAGCAATATGGATATTTTTAGGTATCACGGTAGAATAAAGGCTGGCTATGAAGGCTCTGAACTGTGGTGATAGACTCTCATAGGAAACATAGTTACAAATGGGGTGTTTTGTGCAGAACCTAGTACCTTTTCTTTGCACAATAGGAATGTCGAGAAAAGGATTATACTCATCTAGATTACCTGATTGATCCTGTTCAGCCTCATTACCACTAGATTCTGCCTTGACCTCAGTCTCATCAACACTATCCTTTTCTCCCATATCTTCAGGAGCAGCAATGTTGGACCTATCATTCTCACTCATTTTACTGTCAACACATGAGTCAATAGGACTAGTCATACCTTGATCTTGTGAAGATTTAAGGTCTTGGACCAGAGTCGGCTGATTAGTAGAGGGCTTTATTTCCTTTTTGATATTCCTCCTATAGTAGGTTTCTAGGGAACTTGGTTTGTAGGTAAGACCATGGGATGAGGATTGGGGTCAAGTAAGGTAACAAGGGTAGGACTGGTAGACTCTAAGGAATAGTAGACTCTTCACTCACATTTTCTCCTTGAAGATGGCTAAAGGGGAAGAAAGATCGATCCTCACGAAAGGTGACAACATATTTATGGGAAGGAGGGCGAAAACATTTATAGCCCCATTGATGAAGGAAACACCTAACAAACACACACCTGAGCCTGAGGGGTGAATTTGGTCTAGTTAGGGACAAAGCTATGAACATAGGTTGTACACCCAAACACTTGAAGGGGAACTTTAGAAGTGAGGTGGGCAAAGGGATACGGCTCCTTGAGACAATCTAAGGGAGTCTAGAGATGGAGGACACATGAAGGCATTCTAATGATGAGATAAGCTCTAGTAAGATCAACATCTCCTCACAGATAAAAAGAAAGGGAAGTAAACAACATAATGGAACGGGCTACTTCCAGAAGATGACTAGGATTACTACTAGCGGAGGTATCATCGTCAAGGATGTAAAGCCCCCTGCTATGTCGGGCAATGCCAATTATCCTTCTCGAGCTCAAATCTTGAAAAGAAACAGAATCAGTTAAGAAAGTAGCTTTGCAGTTCAACTCACAAGTGATCTTGCTTATAATAGCAAGTTATAGGAAATATTTGGCAGATGCAACACATTCTGGAGGAATAACCTCTCCAAAGGGAAAATTTGCCCCTTCCCAGAAATTAGAGTTAAGGAACCATCAGCTATTCTGATCTTTATATTACTAGCATATGGAATATAAGAAACAAAATTTTCAGAAGAACTTATCGAGTGATTTGTAGCACTAGAGTTTAGGAACCAGGAATTCTTTCTATCGACATTGATAAGACTAAGAGATTGAGGCATACCTGACTAAGCAATGGCTCCTAGATTGGAGGGTGGCTGGGACTCTTCTGGTTTATCGTAGGGTCGGATGGTTGAGAGGTTCCTTCAGACTCACCCATATAAACACACCATGAATTTTGTTTATCATTTGAGGAACATTTCTTACCTTCTAGAGGACGACCATGAAGTTTCCAACATTGATGCATAGTGTGCATTGTTTCATGCAATGCTCATGGATAGGGATCAGTTTCTCGTTGTTTTGCTCACTATCATGGGTAGAGGATCTAACACTAAAGGCAGCAGAGGCAGTGGCAGGAGTAGTTAGAATACTCATGGCACTCGTATGGTCTTCTTCAAGATGGACTTCATAACACACTTCCATTAAGGAGGAACGGGGTCTTAGGCCCAGTATACGACCACAAACAATGTCAAACATGGGGTTGAGACCTATAAGGAAGTCATAAATCTGATCAGCTTCTTCGAGTCTAGCATATTGTTTGCCATCACTTGGAGTATCCCATACTGTCTTTCTGCACAAGTCCATCTCTTGCCAGAGTAGGAAAAGTTTATTGAAGTAGGAGGTAGCATCTAGAGTTCCTTGCTTGCAATCATGGACTTGATTTCTCAATGTATATAGACGAGAGGCATTTCTTCGAATAGAGTTTCTGAGTAGTGTCCCATAGATCCTTTGCAGTTGTTGCATGAAGCAAAGGCTTGCCAATTTGTGGTTTCATACTATTAATCAACATGGACCGATTAAGAGAGTCTTCTCCTTTCTAGAAACATTTTTGGGCATCATTGGGTTGGGGGCAAAAAGTCTCCCCTATTAAAAAACCAAATTGGTGACGTCCCTCAAGAAACATTTTGACCGTTTGAGACCTAGCCATTCAGCTTCTCTCCTAAAAAAACACTTGTAAGTGGTGCCAAGAACTAGTTATATAATTTGAGGACAAAGTAGGGAACGAAGTTACTGGGTTCTTGGAATACATCGGTAAGTTGGTTGGTTTGGAATGTGCCGAAGATTCACCAACTTCAAACTCTGATTTATTATAGAGTTGATCAATTTCAGTACCATGGAAGTGTAGCGCGTGGATGTGTGGTTGACCAAGAGGGTGTTGCGGCTGGACAGAGGACCATGGTTGGGAGTAGGCTGGTTGAACTGCGGAGACGACGAACAGCGGTGCATAGGCGGAAAGATGTGGCATGTGCGGCTCTTTCTCTCCTCTAGGAGGCATGGCTGACTTTAAGGGTGGGCCTATTGTGATCACCCACAACTCTCTATTTGGGTTTAATCAATAATCATGTCTAGGGTTTCTTCTTTACCCCGCTCCGATACCATATTAAGAGTAGCAAAGAAAATAGACACCGAGTTACGTGGAAACCCAAGTACCAGGAAAAAAAACCACAATCTGACTTTCTTATTAATTTCTCATATTAACAAGAGACACAAAGGGAAAAATAAATAGACAACAACCTTATGATAAAAAAGAAAGGAAATTAGGGTAAATCCTTCCTTGGATCAAGCCCGCTAATTCTAACAAAGACAAAAAGTAATGTATGTTGAAGTAGTTCTTAAATCACCATTTGACCCAAAAGTTTAAGTTGATGGGTGAAGGTAAATGTAATTATTTATCATCTAATACTTCCCTTCACTTGACCTGATTAAGGTTATTATTAGTGTGCCTGTTGACCTCAATATTTCAATAAGTAGTCCTTGCGGTGACAAAGGATATTGCAAACTATTGCTTTTCAGAAGCTCTACTTTCTTTCTTTCAAGATTGTGCTTAGTAATCTTCTCTTCATCTGACCTCAGTTCTAAGCAACTTTGATTATCTTATTGCAGCTGGTGTCTTCTTTTTGCCTTTCTTTCCCTTTTTCAGCAGCTTGTAGACTTAAGTTGCATGAAATTTCTATCTTTGTTGATGGAATTCATGGAAGGGCTAATAATATCTCTTTGCAGTTTCCTATCATTGATTTTTACTTGAAGTTATTTCCTTCCTCAGGCTTTTGGATCAGTGTTCTGTGCCTGTTGAAGAGTTTGTTAGACCCCCAATTTTCCATCAATACCAAAGGAGGAAGAAAGATGGAAATAAAAAGTAATAAGGAAAATAGAAAATACGTGGGAGTCGTTGGTTAGGAGGACCACCTGGTCTATTAGATTTGGTTACTGTAAGGGGGGACCACGAGAAGGTTATAAGTAGTTAGAAGAGAGAGAAAGTGGGGGGAATTCATTTTCTGGAAAGTAGCAGAGGCTGGGCTCTAGAGAGAGTTTCGGTGAGGGAGATGAATTACATCCTGTGATTCATTTGTTTTTCTTTGTTATTGTAATCAGTAAACGTTTGAATTCAATAAAGTGATACATACCCTTTGAGGTTTTTGTGTTGGAATTGAGGTCCAACAGAGTTTTATTTTTGTTGTCATGTAGTTTCAGCTCTTTGTTGGCCGTGTGGCTGTTTTCAATTTTGGAGTTTGGGTTCCTACTATCTTGGTTTTTGGTTCTTGTTGCCTCAAAGTTCGATTTTTTGTTGCTTTTTAATTTTGAATCTTACTGCAGTTTTATTTGGTCGTTTTTAATAATGTGTTTGGTTTTCTTTAGTTTCTTCCGGGGCCTTTGGCTTGTTTTCTTTTTACTCGTTAGACTTCTTTGCATTGAAGTATTGTCATAATTAAATTTACCATAACCCATTAAACTTGAGTTTTTGGGTCAATTGGTGATTTAACATTATTAAACCACCGATTCATCGAAAAGCTTAAGCTTGTGGTTGAAGGCAAATTTAATTATATATCATTAACATTCCTTTTCACTTGTGGGCTTCAAATATTTGAAAGGCCCAACAAGTGGAAATCAATTTTAATTGGGGAAGAAACAACAATGCAGGGCGAACACAGAACCTCCCGGACCACTTGCTCTAATACCATATTAAACCACCAATTCATCCAAAAGCTTAAACTGGTGGTTGAAGGCAAATTTAAATATATATCAATAACAAACGTGGTATTAGAGTAGGAGGTCTTGTGTTTGTAATGTCATTTTTCCAGCCATATAATATGGTTTCTACTTGTTGGGTGTTTTATAAATTTCTATGCCGAAAGGTGAGTGGGGAGTGTTGAAGTATTGATATGATTAGATTTACCATAACCTATCTGCTCAAGATTTTGGGTTGATTGGTAATTTAACACTTTGTTTTCTCTCTCTCCCTTGAAGAGATTGAATCCCTAAGCATTAGTCTATTTTTAATTTCATCAATGAAAATTTTTATTTTTTTGTTAGGGAAAAAAGTGTAACATTTTAAAATCTAGGGGACCAAAAGGGTATTTTTTTTTCCTTGTTCAACATGTGGTATACTTCTTATGGTTATTTTCATTTGTGCATCTGAACTACAAATAATTGGCGCCAAGATTCCATTCTGAAACTACTTTACTCTCCCAATGCTTTTGTACAGAGTTTTTGGCTAGGATGGGTTGTTCGTTCATGGCCATTGTTTTGGGCTCTTTTTGTCAGCTTTATTCTCGGGACTGCTTATTCCATTGATGTAAGTGGGTTTCTTTATCTTATAATTTATTTCCAGCTTCTTCTCTGTCAAAAGACCAAATCTAGCATGCGTATCTTACTGGCTACAATATCTACGTGCTGAAATCTTGATTTGACATATCATCTTATGGCTCCAAAAAGAAAAGTTTAACCTGGAAAAGAGGTTTACCTTATCAAATTTATTATCACGTAGACTCAAATATTCATGCCACATTTGGTTGAAGTTTTATGATTGCATATAATCTTCATTAGCACAGTATCTATGCAAACTGATCACCCCATGAAGGTATTGGGGTTGGATTATGTAGGACTGATTATGAACCTTCAATTGGAGTGTTGTTACTAATCTTTTTATAATTAAAACGTGAGGTAACAATAATGATTACCGCACAGGACCCAAATGTGTAATCAATTTTCACATTCTTTTCCTTTTCATGACCTTTCTTCATCTCTCTTTAACCCCATAGAGTTGTTAGATAGGAGTTGGATTTTTTAAACTAAAAAACGAGAGTAAACTCTTGTCTTCCTCTCTTTGTCAGTGTTACTGTCCCTTGTAGTTGGGGGTGTACGGAAAGTAGATTGATAAATGATAGGCTAGATAAGACACCTTAACTATGGCATAACGTCTACAGACCTATCTTTAGAAAGGCAAAGATTTCTCAAGGTCCCATCTTCTTAACTTTCTTCTTCTGCCTTTTGTAATTCTTCACCATTTATCAGCTATCAAAATTGGACCAACAATCTGTCTATCATCTACAAATCCATTCTAGTAGGTGACTGTAGAAGGCAACACTTGTTCCGATCTCTTTACGTAGCCTCTGGAAACCACAAATTTTCCTTTTAAGAATTTAACAGGTCAATTAGATTTTGGTTATCTCATACATCGGTTTATAATCTTTCTATTTACTCCATGTACTCGGGAAGTTTATAATAGATCCCTTAACTGTTATGGTCGTATCTGTAAAGTCAAACTTTAAAAATTTCTAATAAGTTTTGGAACTTTCAATTTTACGTACAATAACCACTCATGTTAAATGCTTACGTGGCATGTGTATTATTGAAGGATTAATCCAAAATCAGTATGCTACATTATTCTTAAATAATAGATCATTAACATGTCATCTAAGTATTAAACAAAGTATGCTACATTATTCTTAAATAATAGATCATTAACATGTCATCTAAGTATTAAACAAATTGATGAGAGGACCTATTAGTTACAAAATTGAATGCTCGGATATTTTGCTAGTTTATTTTTGGGAAATTGTAAAAAAAAAAGCAAAATTGACAAAATATTTACAAAATATAGCAATACTTGTGGATTTCTATCAATTTCTATTGGTGACATTCATAGATACTGATAGAAGTCTATCAATGTCTATTAGTGTCTATTAGTGTCTATTAGTAATATAATCTAGAATTATATTTTGTAAATATTTTGATTCATTTTGCTATATTTTAAAATGTCCCTTTATTTTTTGTATTATGAATTATTATTATTATTATTATTTAAAAAAAGACTATAAGGACCAGATAGGCGTAACCCTAAAAGGTCATAGATTTTATAAGCTTTTAAAGTATAATGACTGAATAGAACCTGGACCCAGTTTGTAATTAACGATTTGCTTTTTTAAAAATAGTGCTTATGTCTGTACCAAATGACAACACATAATCATTCCTTAGACTGATTCTGAACTAGAGGACCCTTCAAATTCTGGACAAAAAGGATCTATAAGAGCCCTTTCAATTTAATCAATGATTTATTTTTTAAAGAAGAAATCAATTTATATCACAAAACTTAGTAGGTTGAATCAATTAAATCTTTGTATCAATTTAAAAACCTTAACTTGAATAAGTGAATCAATTTTGATCCTTTAATAAGATTTTCTTTTAAAATCGTTAATGCATAATTTTCAAGTGTAAAATTTCTTTAAATGAAAGGCTTATATTAGATGGAAATGTCAGAATCAAGTCGGCAATGGGTGCTTTCGTTACATGAGCGATTTTTCATTATATCTTTTTCATGTAAATTTTCTGGGTACTTGGTAGAATATGGGAGAAAAATAATTTTATTTACGTAATTGTTAGTTGATTTTAAATAGAATTAAGTGAAAGTAGTTGTGCATCAATATAAACGGCCTTAATTGATTCACTTGCAAAATTTTAGGGTTTTAATTGATTCGCCCAGCAAGTTAGTGTGTTGTCAAAAGAAAAAAAAAATCGATTAACCCAGCAAAATTTAGAGGATAAATTGACTTTTTCCCTTCTTGTTCACTGAAATTTCTTCCTCCTTAATTTTTATGTTCTATATTGTGATTCAAGATGATGAATGATGAAAACAAATAGTACTGTGAGCATAGTAAATGTATGAAAGAAAAATTGGCTTTGATTAAGAGCTTGATGGTCTTTAACTTTTCTGTTACTTCAGCTGCCACTGTTGAGATGGAAGAGATTTGCTGTCGTTGCCGCTATGTGTATCCTAGCTGTTCGAGCCGTGATTGTTCAACTTGCCTTTTTTCTACACATACAGGTCTAAAGATACCACTTATAGTGAATAAACAATGATGGCTATCTATTGAAAGTAGAGATGTAGAACAAACACAAATTTACATGGAAACCCTAGTATAGGGAGAAAAACCACGATGTTGATATTTCTTATTATTTTCTTACGATAATAAGGGTACAAAGGGGGAAAATATTTATAGGCAAAAAGAACCTAATTAAAATAATAAAAAATTACGGCAAAGTAAATCTCAACTACTCTTGGCTTTCAACATGATCCAAGCGCACTATTTCTAACACTCCCCCTCAAGTTAGGACGTAAATGTCAGAAAGACCCGACTTGCTAATACATGAATCAAAGTTTTTTCTGCGGTCCCCTTTTATGAGTATATCAACAATCTGTTGGCTCAAGGGTATGTAAGGGATGCAAATGCTACCACTATCTAGTCTCTCTTTGATAAAGTGTTTGTCAATCTCCACATGTTTAGTTTTGTCATGTTGGACCGGGTTGTTGGTAGTGCTAATAGTTGCTTTGTTGGTAGTGCTAATAGTTGCTTTGTTGTCGCAAAATAGTTTCATAGGCACCTCATAGTCTTGACGAAGATCAGACGACACCTTTTGGTGCTAGATTTCCTCACAGATTCCCAAACTCATAGCCCTATATTCGGCTTTAACGCTGCTTCGAGCCACAATACCTTGCTTCTTACTTCTCCAAGTAGCAAGATTGTTCCACACAAAGGTACAGTATCCCGAGATGGATTTTCCATCAACAATAGACCCTGCCCAGTTAGAGTCAATATAGGCCTCAATACACCTTTTGTCAGTCTTCTTGAACCTCAACCATTTACCAAGAGTTGCTTTTAAATACCTTAGAATTTTGTTAACTGCCTCCATGCAGTCTTCATAAGGAGCTTGCATGAACTAATTGACGGTACTCATAGAATAAGAGATGTTAGGCCTAATGCGAGACAAGTAAATCAGCTTTCCCACGAGGTGCTAATATTTCTCTTTATCAATAGGAATTCTGTCGTCTGAATTTTCGAGTTTGGCATTGAACTCAATGGACGTATCAGCAGGACAATATCCTATCATACCTATTAATAAATCAAGGGTGTACTTTCTCTAGGACACGGAGCCCTCTCTGGACCTAGCAACCTCCATCCCGAGGAAGTACTTCAGATTCTCCAGGTCTTTAATTTCAAACTCATCCCCCATTTTTTTTTTTTTTAGTTGGATGATCTAAACGGTATCATCTTCAGATACATCCTCAGATAGCACAGTATCATCAACATAGACCATCAATACTGCATTTTCCTAGTCTTGGAGACTTTTGTGAACAAATTATGATCAGAGTGCCTTTGATTGTATCCCTGAGACTTGACGATAGTGGTAAACCTATCAAACCAAGCTCTCGGTGATTGTTTCAACCTATACAAAGACTTCCGTAGTTTGCAAATCTGATTATCAAATTAAGCTTCAAATCTTGGAGGAGAGCTCATATACACTTCCTTTTCTAAATCTCCATTTAAGAAAGCATTTTTGGGGCCAGTCTTTATTCACAACAAGACTTTAACAATGTTTAACTTTGTAATAGGTAAAATATCTCCTAATAGTCCACTTCATAAGTCTGATTGGACCCTTTTGCAACTAACCTAGATTGGACCCTTTTGCAACTAACCTAGCCTTATGTTTGTCAAGGATACTATTTGCTCTGTACTTGAGTGCAAACACCCATTTACATCCTATAGTCTTTTGTCCCTTGGGGAGTGTGCAGAGATTCTAGGTCTTGTTCTTTTCTAAAGCTCCTATTTCTTCCATGACAATAGTCTTCCACTTAGGGCACTCTAAGGCAAGGTAGATATTCTTGGGTATCGTAATAGAGTGAAGGCTGGCAGTGAAGGCTTCGAACTCAGACGAGAGGTTCTCGTACGAAACATAGTTTGAAATAGAGTGCTTTGTACAGGACCTGGATCTTCCTGCTTGATTTTGTTTTTAGTAGATTCTGCAACAACCTCATTTTCATCAACCCTGTCCTCTCTATCTGTAATGACCTCATCAACATTCCCTTTTCAACCATATCTCCAAGGGAAGTTGTTTTGGATCCTTTATTTTCAAATCCATCATTCTCACCCACCTAATTGTCGATATGTGCGTTAGTGGAATTCATCTCGGACCTGTCATTCCTACTCAATGGAATCAGTCATACCTTGGTCTCGTAAAGGTTCAGGATCCTGGATCGGAGCCGACTGAACAGCAGGAGACCCAACTTCCTTTCTAAGATAGCTAGGATTGTAGTGTGAGAATTTTGGTCAAGTAAGATAACTAAAGTAGGATAACTCGTTAAGGGTCTGGTTTTGAAACTTGCAACCATTATCACTGCCTAGGATTGCAATATTTGCATTGAATTGTGTTTCTACGATGTGATAGAAGTCCCAAATGTGGAGGTGACTTTGGATTTGTCGATGATGAGGAAAACCCAAGTGAGGCGGGTGTGATCATCAATGAAGGTAACAAACAACCGTTTATCAGAGGAGATAATGACTTTGGACGTTCCCATCCAACATTAGTATGGACAAGAGTGAAAGGTTGGGTTGACTTATATGGTTGTGAGGTAAAGGAGAGTTGATCCTATTTAGCCCGAATACAAACATCACAAGACGGGCTAGAAATATCAACTTCAGAAAAAAGATGAGGAAATATATGAATATATTAATAGTTGGAGTGGCCTAAATGGAAGTGTCACAACATTGAAGTAGTAAAATATAAAGATAAGACTAGTCCTAGAAATGCTACTAGAGAAGGCGTTATCATCAACCAAATAGTGTCGCCTACTGTGTCGGGCAATGCCAATCATCCTCCCCGAGCTCAAGTCCTAAAACGAAACAGAATTAGGTAAGAATATCGCTTTGCAGTTTAATTCACGAGTAAGCTTGCTTATAGATAAGATTATAGGAAATTCGAGGCACATGCAACATATTATGTAAAGTAAATCCTTGAAAAGGAAAAATCAGGCCCTTCCCGACAATAGGAGCCAAGGAGCCATTTGCTATCCGTGTGTTCTCAATACCAACACACGGAATGTAGGACATAAAATGTTTTGAGGATCCCGTCAAATGATCAGTGGCGCCAGAGTCTAGAATCCAGGGATTCTTCCCATCAGTACTAATAAGACTGAAGGATTGAGGTATACTTGACTAGGCAATAGCCCCTAGTGTAGTCGGACTGGGATCCTCAGGTAGTCGAGAAGGGCTAGTAGACCCTCTCACATAAGCTCGTCTTGTGTCCTGTTTTTCGTTGAAATGACGTTTCTTACCTCCTAGGGGACAACCATGTAGTTTCCAACACTGCTCTTTGGTATACCACTGTTTCTTGCAGTGTTCACGGATAGGGATTGGTTTTCCACTATGCTTCTCACTGTCATGACTAAGGGACCTTGCACTAAAGACAACATAATCAATAGCAGGGTCGTCAGACTACTCATAGCACTGGCACAATTTTCCTCAAGGCGAACCTCAGAACAAACCTCTATTAGGAAGGGTGTAGGTCTTTGACCCAGTATACTTCTAAGAACAATATCGAACTTAGGGTTGAAACCTGTAAGAAAAACATATATCCTGTGACCCTCCTCAATCTTGGAGTATTGTACGCCATCATCGGGACGATTCCAAACAATTGCTCTACATAGGTCCATTTCCTATCAGATAAGGAAAAGTTTGTTAAAGGAAGATGTCATATCCATTGTCCCCTGTTTGCATTCATGAACTTGTTTTTGCAGAGTGTATAAACAAGAGGGCATTCTGACGCTTGGAATACAACTATTAAGTCGTATCCAAATGTCCTTAGCAGTTGCAGCATACAGTAAGAGCTTGTCGAATTATGATTCCATACTATTGATCTATGTGGATCGAATAAGAGAGTCATCCCCTTTTTAGTATTGTTCTAAGGGTCTCCTGGTGTAGGACAAGATATCTCCCCTATCAAAAAACTAACTTGCGGCACCCTTCAAGGATCATTTTGGTAGACTGGGACCACGAAAAATAGTTTTAACCATTCAATTTCTCCCCTGGAAAATATCTTGTAGATTACCACTAGATTAGACACATAAGAAGAGGACGAAGTAGGGAACAAGGTTATCAAATTTTTAGAGTACACCATTGAGGTCAAACAGTTGTTAGACGGAGCCCTTAGTGTTACCTCAATCGCTGCAATTTGCTGTCGTAGCATGTATAGCCGATGTTGAGCAATACGGGGAGACGGACTCTACTTATAGGCCCTTGACTGTGCTAAGGACTCACCTACCTCAAAGGTCGAGTGTGTTGGATTTCCAACCCCAGGGCGACCACTAGGGTTTGCAGCTAACCTAGCTTAGCGCAATAACACCAGCAGCAAAAGACTGAAACAAGGTCCACAGTTGGGCAAGTCCTAACGGCGGTGATGCATACAGTGAAGGTGTAGGCACGGGTGACAGTACGTGAGGGCTAGGGTATGGGGAATCCGGACCGATGGCACGTGAGGTACATGTGCGGCTGAAGGCTGCTTGTAGCCGGACGATTGCGGTTGAGCAAGTGGGTTATGAAGACATCAAAACCACTCATCCATGGCGGTGCTGATTTGCCATCAACTGTAGTGACGACGGCTGCATTGATGTCAAGAACAATCCCTTCTGCTAGGGTTCCATCAAGTGTTTGATCGTCTTGGGTTTCTTCAATATCCCACTTTGATACCATATTGAAAGTAAAGATGTAGAACAAACACAAATTTCGTGGAGACCTTAATACAGGGAGAAAAACCACAATGTTGATATTTCTTATTATTTTCTTATGATAATAAAGGTACAAAGAGGGAAATATTTATAGACAACACGAGCCTAATTAAAATGATAAAAAAATTAGGTAAAGTAAATCTCAACTACCCTTAGGCTTTCAATATAACGCAAGCCCACTATTTCTAACACTATCAATGCTTTAGCCATATTGTGGCTTGTTAAAATAGCATATATTAGTAAACATTTAAGAAGAAATTAACAAGCAGAAGTTGTTGTGATGAAAGATAATATTTGAACGGGCAGATAGATTGATGGCAGATTATGCATACAAAATTAAGCACTCGTGGTGGGACCAACGTCTATTTGTATGCATTAAACTAATTCCAACAAGAAATCCAAAAAACATGGGGAACAACTATCCCTGATTTATATAACATGATAATACGATCCATGAAAACAATAGCGAAGATTATAAGGAAGATAACTAGATACTTCCAGAAAATTATAGAGTGATGACTCTCACCTACTCTAAGACTTAACCCCAAAATATTCACCCCTCCCATTGCCCAGCCAAACCCCTACATAAACCCTTCTCCTTCAGCAATGGTCTTCACTCCCGAAATAACTAACTTCCGTCCCACTTCCCTCATGTCCCTGTGAATTGTCTTTCTTATCCCTCTTGTATGTATGATAGATGGAAGGCCTTCCAGTTAATAATCATCCTAAAATGGGAAATGAGAATGGAGACGTATGTCCTAAAAGTATTAATATTTAAGTTTTACAAACTAGCATTTGTGTTAAAAGTTGTTTCCTAATTCCTATCTTCGACTAATATGTATCAATGTTTACAGACCCATGTGTTCCAGAGACCTCCGGTCTTTTCACGTTCTTTGATCTTCGCAACTGCATTTATGAGTTTCTTCTCGATCGTTATAGCATTATTTAAGGTAAACATTGATTTAAATGAAAAGTCACTTTCAATAGTTCTTGTTATCTTTTTTTATTTAGTGTAATAATATTTTTTTAATACCCATGAGGCCAATTGCATTTCCTACTATATTTGGTTGTTAAGATAACTTGTAGGATATTAAGTTCTAGCAGTAGGCTACCAAAGCTTGAACTCATTCGTAAGCCTTTAGTTATTTAAATGAACCGTGTTGACCACTAGATCTACCTCGTGGTTCATAATTAGTATAATAACAGTAACATTTACTCTAACTCTTGCTTGATTATACTCGTAACTTGTTAATTCTACTTGTGTTTCTAGGATATACCAGATATTGATGGAGATAAGATATTTGGCATCCGTTCCTTTACAGTACGTCTAGGGCAAGAGCGGGTGGGTATTGAGTAATCCAATTTTTATGCAAAGAATCTTTCGTTGGCACAGATGTATATAGTCGTATATCCTAGTGTGAGGATTTCACTTCTGCAGGTGTTTTGGAGTTGTATTTCCTTGCTTGAAGTAGCATATACTGCTGCTGTTTTAGTGGGAGTTGCATCTTCTTCCCCGTGGAGTAAATGGCTAACGGTAAATCTCTAGCTCCTTGAAATGCGTACATAGACAACGTATTTTCCTTTCTAGTCATAGACTCATAGTTCTATTAAAAGAAAAATGGGTTTTAAATATTAAAAAAGGAAACAACTTCCTAGACCTAGACTGCATGATAGAGATGGATTTAACGGCTAAATGCATGTTTAGGAGTGATTTTAACCCTTTCAAAAACACTTGTAGTATGCCCTTAACATTTATGTACTTTCCAAGTAGTTTAATACCTCTGTACACTTGTTAGGTTTTGGGACACGTCACTTTGGGGTCAATTCTTTGGATTCGTGCCAAATCAGTTGATTTGAAAAGCAAGGCTGCCATAACATCCTTCTACATGTTTATATGGAAGGTAATGTGCAGGAGCTTATGTTTGTAACTAAACAAGAAACAGCTGATAGTTAATTATTGCCACTAGCATGATCCTGAGCTTCTTCTCTATCCGGTGGTCTAAATTGCAGCATAGTAGCTATAAATTTAAGATAAAATTAATGTTGATTATGAATTTAAGGTCTCCTATAAAACATGTTAACTAGTCAATCACTCTACTTGTTTATGCTGTTGAATTATAGATTGATGCAATTAACTTTGATGGCTATAAATTCACTTCAGACACAAAAGCATGCTTCATCTTTAGGAAAAGCTAGTTCTCAGATACTAATGTATCTGTCGTTTTCTTAAAATGCTTTTGGTGATATTTTTGTCTAGTCACGTCAATTTTTGGTTGCTGCATTATCTTCCTTGTGCAGCATGTTCATATGTGAATAAAATGGTGTGGTGTCTTTTGGGTAAGAATATGCCTAGAACCAGTTGAGTTTTGCTTTTATTGTAAACAATTCCCTCTATCTGACTGTCTACTATTGTTATGTTGTGCAGCTCTTTTATGCTGAGTATTTGCTGATACCCTTTGTTAGGTGAGGAGGAGGACAAGAATGTAATTAGGTAGTGTTTGTATTGTACAAACTCCTTAGTTAGAAAGTTCTAACAAATAAGTTTCTCTCGGTTTCAAAAATGAAATCATAGTTAGATTATTGTATTAGTTTGATGGAGAAATATGTCTCAAATTCCTTCCTCTTTTTCTTTTTGGAAATTGTAGCTTTTTTGAAACTCCATTTCTTTTGTACTATATAGATCGTACATTCATTAATGCATGCACACAATATGATAATAAAACTATTGGAATAATATGAAATCCAAATTTA

mRNA sequence

AATATTAATAAATAATAATAATATATAGAAACGCCTTCCTAAGCGGAACTGGCTTCAGTACACTGGTCCCTCACATTACAGAGATTCGTCTCTTCTTAGTTTCGGAGAAGAAGACGAGAGAGAGAGATATAGCAAAGTTTGCTACTGCCATTCTTTAAACCTCCGTATCTCCACCATTTTCTTTCTCCTTCTCAAAGAAGGAAGCCATTTCCGCAATGGATTCCGTGTTTGTTAGAGCCTATAGAAGTCATTTTACTCTTGCTGCAGTTGGTGGGATTGGAAACGGGTGGACGAGTAGTGACGTCAACAACGTAAGGCTTCCAAGTCCAAGGCCTGGAGCATTGAAGATTTCTAAAAAGCACTGTTGTGTTGAATCTGAATATGGATCACATCATTTTGAATGTGTTTTTGGAAGACATCGGGAAAGATACACCTTCTATGAGAAAAAAGATGACAGAGTCCAAGTTAGAAAAGCAGCCTCTAATCAGCCTTTTGAAACTGAATCCGGAGCCTTGAGTTCCAAAAATTATGGTGACGCTTTAAGGAGTTTTTTAGATGCTTTTTACAGGTTTTCGCGGCCGCACACAGTTATTGGTACAGCATTGAGCATTGTATCAGTTTCTCTACTAGCAGTGGAGAAACTATCCGACTTGTCACCATTATTTTTAACTGGAGTGTTGGAGGCTATAGTTGCGGCCCTCTTTATGAATATTTACATTGTAGGTCTGAATCAATTATTTGACATTGAAATAGACAAGATTAACAAGCCATATCTTCCATTAGCATCGGGAGAATATTCTTTTGGAACAGGCGTTGCAATTATCTCCACGTTTTCCATTATGAGTTTTTGGCTAGGATGGGTTGTTCGTTCATGGCCATTGTTTTGGGCTCTTTTTGTCAGCTTTATTCTCGGGACTGCTTATTCCATTGATCTGCCACTGTTGAGATGGAAGAGATTTGCTGTCGTTGCCGCTATGTGTATCCTAGCTGTTCGAGCCGTGATTGTTCAACTTGCCTTTTTTCTACACATACAGACCCATGTGTTCCAGAGACCTCCGGTCTTTTCACGTTCTTTGATCTTCGCAACTGCATTTATGAGTTTCTTCTCGATCGTTATAGCATTATTTAAGGATATACCAGATATTGATGGAGATAAGATATTTGGCATCCGTTCCTTTACAGTACGTCTAGGGCAAGAGCGGGTGTTTTGGAGTTGTATTTCCTTGCTTGAAGTAGCATATACTGCTGCTGTTTTAGTGGGAGTTGCATCTTCTTCCCCGTGGAGTAAATGGCTAACGGTTTTGGGACACGTCACTTTGGGGTCAATTCTTTGGATTCGTGCCAAATCAGTTGATTTGAAAAGCAAGGCTGCCATAACATCCTTCTACATGTTTATATGGAAGCTCTTTTATGCTGAGTATTTGCTGATACCCTTTGTTAGGTGAGGAGGAGGACAAGAATGTAATTAGGTAGTGTTTGTATTGTACAAACTCCTTAGTTAGAAAGTTCTAACAAATAAGTTTCTCTCGGTTTCAAAAATGAAATCATAGTTAGATTATTGTATTAGTTTGATGGAGAAATATGTCTCAAATTCCTTCCTCTTTTTCTTTTTGGAAATTGTAGCTTTTTTGAAACTCCATTTCTTTTGTACTATATAGATCGTACATTCATTAATGCATGCACACAATATGATAATAAAACTATTGGAATAATATGAAATCCAAATTTA

Coding sequence (CDS)

ATGGATTCCGTGTTTGTTAGAGCCTATAGAAGTCATTTTACTCTTGCTGCAGTTGGTGGGATTGGAAACGGGTGGACGAGTAGTGACGTCAACAACGTAAGGCTTCCAAGTCCAAGGCCTGGAGCATTGAAGATTTCTAAAAAGCACTGTTGTGTTGAATCTGAATATGGATCACATCATTTTGAATGTGTTTTTGGAAGACATCGGGAAAGATACACCTTCTATGAGAAAAAAGATGACAGAGTCCAAGTTAGAAAAGCAGCCTCTAATCAGCCTTTTGAAACTGAATCCGGAGCCTTGAGTTCCAAAAATTATGGTGACGCTTTAAGGAGTTTTTTAGATGCTTTTTACAGGTTTTCGCGGCCGCACACAGTTATTGGTACAGCATTGAGCATTGTATCAGTTTCTCTACTAGCAGTGGAGAAACTATCCGACTTGTCACCATTATTTTTAACTGGAGTGTTGGAGGCTATAGTTGCGGCCCTCTTTATGAATATTTACATTGTAGGTCTGAATCAATTATTTGACATTGAAATAGACAAGATTAACAAGCCATATCTTCCATTAGCATCGGGAGAATATTCTTTTGGAACAGGCGTTGCAATTATCTCCACGTTTTCCATTATGAGTTTTTGGCTAGGATGGGTTGTTCGTTCATGGCCATTGTTTTGGGCTCTTTTTGTCAGCTTTATTCTCGGGACTGCTTATTCCATTGATCTGCCACTGTTGAGATGGAAGAGATTTGCTGTCGTTGCCGCTATGTGTATCCTAGCTGTTCGAGCCGTGATTGTTCAACTTGCCTTTTTTCTACACATACAGACCCATGTGTTCCAGAGACCTCCGGTCTTTTCACGTTCTTTGATCTTCGCAACTGCATTTATGAGTTTCTTCTCGATCGTTATAGCATTATTTAAGGATATACCAGATATTGATGGAGATAAGATATTTGGCATCCGTTCCTTTACAGTACGTCTAGGGCAAGAGCGGGTGTTTTGGAGTTGTATTTCCTTGCTTGAAGTAGCATATACTGCTGCTGTTTTAGTGGGAGTTGCATCTTCTTCCCCGTGGAGTAAATGGCTAACGGTTTTGGGACACGTCACTTTGGGGTCAATTCTTTGGATTCGTGCCAAATCAGTTGATTTGAAAAGCAAGGCTGCCATAACATCCTTCTACATGTTTATATGGAAGCTCTTTTATGCTGAGTATTTGCTGATACCCTTTGTTAGGTGA

Protein sequence

MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHHFECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR

Homology

[Close]

BLAST of MELO3C004006.jh1 vs. NCBI nr
Match: XP_008451585.1 (PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 798 bits (2062), Expect = 3.35e-291
Identity = 409/409 (100.00%), Postives = 409/409 (100.00%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409

[Close]

BLAST of MELO3C004006.jh1 vs. NCBI nr
Match: XP_004148327.1 (homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis sativus] >KGN61152.1 hypothetical protein Csa_021364 [Cucumis sativus])

HSP 1 Score: 764 bits (1972), Expect = 1.74e-277
Identity = 389/409 (95.11%), Postives = 400/409 (97.80%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+STFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVSTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYT+AVL+GVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTSAVLMGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409

[Close]

BLAST of MELO3C004006.jh1 vs. NCBI nr
Match: XP_038889435.1 (homogentisate phytyltransferase 1, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 759 bits (1961), Expect = 8.27e-276
Identity = 385/409 (94.13%), Postives = 401/409 (98.04%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAAVGG+GNGWT+  VNNV LPSPRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGVGNGWTNRGVNNVWLPSPRPGALKISKRHCCVESEYESHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVF RH+ER+T Y+KKD+R+QVRKAASNQPFETESGALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFRRHQERHTSYQKKDNRIQVRKAASNQPFETESGALSSKNYGDSIRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+STFSIMSFWLGWVVRSWPLFWALFVSF LGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVSTFSIMSFWLGWVVRSWPLFWALFVSFFLGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFS+V
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSVV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSF+VRLGQ+RVFWSCISLLEVAY+AAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFSVRLGQKRVFWSCISLLEVAYSAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTL SILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLASILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409

[Close]

BLAST of MELO3C004006.jh1 vs. NCBI nr
Match: XP_038889438.1 (homogentisate phytyltransferase 1, chloroplastic isoform X3 [Benincasa hispida])

HSP 1 Score: 753 bits (1945), Expect = 2.18e-273
Identity = 384/409 (93.89%), Postives = 400/409 (97.80%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAA GG+GNGWT+  VNNV LPSPRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHFTLAA-GGVGNGWTNRGVNNVWLPSPRPGALKISKRHCCVESEYESHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVF RH+ER+T Y+KKD+R+QVRKAASNQPFETESGALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  FECVFRRHQERHTSYQKKDNRIQVRKAASNQPFETESGALSSKNYGDSIRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+STFSIMSFWLGWVVRSWPLFWALFVSF LGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVSTFSIMSFWLGWVVRSWPLFWALFVSFFLGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFS+V
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSVV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSF+VRLGQ+RVFWSCISLLEVAY+AAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFSVRLGQKRVFWSCISLLEVAYSAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTL SILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLASILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 408

[Close]

BLAST of MELO3C004006.jh1 vs. NCBI nr
Match: XP_016901965.1 (PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X2 [Cucumis melo])

HSP 1 Score: 721 bits (1862), Expect = 2.80e-261
Identity = 375/409 (91.69%), Postives = 375/409 (91.69%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSID 
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSID- 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
                                            THVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 ---------------------------------THVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 375

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot
Match: Q8VWJ1 (Homogentisate phytyltransferase 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=HPT1 PE=1 SV=1)

HSP 1 Score: 468.8 bits (1205), Expect = 6.4e-131
Identity = 241/335 (71.94%), Postives = 282/335 (84.18%), Query Frame = 0


Query: 75  YEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGTALSIVS 134
           Y K   R +V  A + QP      A  S +   + R  LDAFYRFSRPHTVIGT LSI+S
Sbjct: 65  YPKHKSRFRV-NATAGQP-----EAFDSNSKQKSFRDSLDAFYRFSRPHTVIGTVLSILS 124

Query: 135 VSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYLPLASGEY 194
           VS LAVEK+SD+SPL  TG+LEA+VAAL MNIYIVGLNQL D+EIDK+NKPYLPLASGEY
Sbjct: 125 VSFLAVEKVSDISPLLFTGILEAVVAALMMNIYIVGLNQLSDVEIDKVNKPYLPLASGEY 184

Query: 195 SFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDLPLLRWKRFAVVAAM 254
           S  TG+AI+++FSIMSFWLGW+V SWPLFWALFVSF+LGTAYSI+LPLLRWKRFA+VAAM
Sbjct: 185 SVNTGIAIVASFSIMSFWLGWIVGSWPLFWALFVSFMLGTAYSINLPLLRWKRFALVAAM 244

Query: 255 CILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPDIDGDK 314
           CILAVRA+IVQ+AF+LHIQTHVF RP +F+R LIFATAFMSFFS+VIALFKDIPDI+GDK
Sbjct: 245 CILAVRAIIVQIAFYLHIQTHVFGRPILFTRPLIFATAFMSFFSVVIALFKDIPDIEGDK 304

Query: 315 IFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHVTLGSILWI 374
           IFGIRSF+V LGQ+RVFW+C++LL++AY  A+LVG  S   WSK ++V+GHV L + LW 
Sbjct: 305 IFGIRSFSVTLGQKRVFWTCVTLLQMAYAVAILVGATSPFIWSKVISVVGHVILATTLWA 364

Query: 375 RAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 410
           RAKSVDL SK  ITS YMFIWKLFYAEYLL+PF++
Sbjct: 365 RAKSVDLSSKTEITSCYMFIWKLFYAEYLLLPFLK 393

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot
Match: B7FA90 (Probable homogentisate phytyltransferase 1, chloroplastic OS=Oryza sativa subsp. japonica OX=39947 GN=HPT1 PE=2 SV=1)

HSP 1 Score: 462.2 bits (1188), Expect = 6.0e-129
Identity = 241/322 (74.84%), Postives = 277/322 (86.02%), Query Frame = 0


Query: 88  ASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGTALSIVSVSLLAVEKLSDLS 147
           AS QP ++ + A  S +    + S LDAFYRFSRPHTVIGTALSIVSVSLLAVE LSD+S
Sbjct: 83  ASGQPLQSSAEAHDSSSIWKPISSSLDAFYRFSRPHTVIGTALSIVSVSLLAVENLSDVS 142

Query: 148 PLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYLPLASGEYSFGTGVAIISTFS 207
           PLFLTG+LEA+VAALFMNIYIVGLNQLFDIEIDK+NKP LPLASGEYS  TGVA++S F+
Sbjct: 143 PLFLTGLLEAVVAALFMNIYIVGLNQLFDIEIDKVNKPTLPLASGEYSPATGVALVSAFA 202

Query: 208 IMSFWLGWVVRSWPLFWALFVSFILGTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLA 267
            MSF LGW V S PLF ALF+SFILGTAYSI+LP LRWKR AVVAA+CILAVRAVIVQLA
Sbjct: 203 AMSFGLGWAVGSQPLFLALFISFILGTAYSINLPFLRWKRSAVVAALCILAVRAVIVQLA 262

Query: 268 FFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQ 327
           FFLHIQT VF+RP VF+R LIFATAFM+FFS+VIALFKDIPDI+GD+IFGI+SF+VRLGQ
Sbjct: 263 FFLHIQTFVFRRPAVFTRPLIFATAFMTFFSVVIALFKDIPDIEGDRIFGIKSFSVRLGQ 322

Query: 328 ERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHVTLGSILWIRAKSVDLKSKAAI 387
           ++VFW C+ LLE+AY  A+L+G  S+  WSK+ TV+GH  L +ILW R++S+DL SK AI
Sbjct: 323 KKVFWICVGLLEMAYCVAILMGATSACLWSKYATVVGHAILAAILWNRSRSIDLTSKTAI 382

Query: 388 TSFYMFIWKLFYAEYLLIPFVR 410
           TSFYMFIWKLFYAEYLLIP VR
Sbjct: 383 TSFYMFIWKLFYAEYLLIPLVR 404

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot
Match: Q7XB13 (Homogentisate geranylgeranyltransferase OS=Triticum aestivum OX=4565 GN=HGGT PE=2 SV=1)

HSP 1 Score: 336.3 bits (861), Expect = 5.0e-91
Identity = 178/297 (59.93%), Postives = 227/297 (76.43%), Query Frame = 0


Query: 113 LDAFYRFSRPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLN 172
           L AFY+F RPHT+ GT + I SVSLL ++ + D +   L G LEA+ AAL MNIY+VGLN
Sbjct: 112 LRAFYQFCRPHTIFGTIIGITSVSLLPMKSIDDFTATVLKGYLEALAAALCMNIYVVGLN 171

Query: 173 QLFDIEIDKINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFIL 232
           QL+DI+IDKINKP LPLA+GE+S  TGV ++ TF IMSF +G    S PL +AL VSF+L
Sbjct: 172 QLYDIQIDKINKPGLPLAAGEFSVATGVFLVVTFLIMSFSIGIHSGSVPLMYALVVSFLL 231

Query: 233 GTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATA 292
           G+AYSI+ PLLRWKR A++AA CIL VRA++VQLAFF H+Q HV +RP   ++SL+FAT 
Sbjct: 232 GSAYSIEAPLLRWKRHALLAASCILFVRAILVQLAFFAHMQQHVLKRPLAATKSLVFATL 291

Query: 293 FMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVAS 352
           FM  FS VIALFKDIPD+DGD+ FGI+S +VRLG +RV+  CIS+L  AY AA +VG +S
Sbjct: 292 FMCCFSAVIALFKDIPDVDGDRDFGIQSLSVRLGPQRVYQLCISILLTAYLAATVVGASS 351

Query: 353 SSPWSKWLTVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 410
           +    K +TV GH  L   LW RA+ ++++++A +TSFYMFIWKLFYAEY LIPFV+
Sbjct: 352 THLLQKIITVSGHGLLALTLWQRARHLEVENQARVTSFYMFIWKLFYAEYFLIPFVQ 408

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot
Match: Q7XB14 (Homogentisate geranylgeranyltransferase OS=Hordeum vulgare OX=4513 GN=HGGT PE=1 SV=1)

HSP 1 Score: 335.1 bits (858), Expect = 1.1e-90
Identity = 180/304 (59.21%), Postives = 228/304 (75.00%), Query Frame = 0


Query: 106 GDALRSFLDAFYRFSRPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMN 165
           GD L+  L +FY F RPHT+ GT + I SVSLL ++ + D +   L G LEA+ AAL MN
Sbjct: 106 GDVLKK-LRSFYEFCRPHTIFGTIIGITSVSLLPMKSIDDFTVTVLRGYLEALTAALCMN 165

Query: 166 IYIVGLNQLFDIEIDKINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWA 225
           IY+VGLNQL+DI+IDKINKP LPLASGE+S  TGV ++  F IMSF +G    S PL  A
Sbjct: 166 IYVVGLNQLYDIQIDKINKPGLPLASGEFSVATGVFLVLAFLIMSFSIGIRSGSAPLMCA 225

Query: 226 LFVSFILGTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSR 285
           L VSF+LG+AYSI+ P LRWKR A++AA CIL VRA++VQLAFF H+Q HV +RP   ++
Sbjct: 226 LIVSFLLGSAYSIEAPFLRWKRHALLAASCILFVRAILVQLAFFAHMQQHVLKRPLAATK 285

Query: 286 SLIFATAFMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAA 345
           SL+FAT FM  FS VIALFKDIPD+DGD+ FGI+S +VRLG +RV+  CIS+L  AY AA
Sbjct: 286 SLVFATLFMCCFSAVIALFKDIPDVDGDRDFGIQSLSVRLGPQRVYQLCISILLTAYGAA 345

Query: 346 VLVGVASSSPWSKWLTVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLI 405
            LVG +S++ + K +TV GH  L   LW RA+  +++++A +TSFYMFIWKLFYAEY LI
Sbjct: 346 TLVGASSTNLFQKIITVSGHGLLALTLWQRAQHFEVENQARVTSFYMFIWKLFYAEYFLI 405

Query: 406 PFVR 410
           PFV+
Sbjct: 406 PFVQ 408

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot
Match: Q0DAK7 (Homogentisate geranylgeranyltransferase, chloroplastic OS=Oryza sativa subsp. japonica OX=39947 GN=HGGT PE=2 SV=2)

HSP 1 Score: 334.0 bits (855), Expect = 2.5e-90
Identity = 178/297 (59.93%), Postives = 221/297 (74.41%), Query Frame = 0


Query: 113 LDAFYRFSRPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLN 172
           L AFYRF RPHT+ GT + I SVSLL +  L D +   L G LEA+ ++L MNIY+VGLN
Sbjct: 108 LGAFYRFCRPHTIFGTIIGITSVSLLPMRSLDDFTMKALWGFLEALSSSLCMNIYVVGLN 167

Query: 173 QLFDIEIDKINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFIL 232
           QL+DI+IDK+NKP LPLASGE+S  TG  ++ T  IMS  +G   +S PL  ALF+SF L
Sbjct: 168 QLYDIQIDKVNKPSLPLASGEFSVATGAVLVLTSLIMSIAIGIRSKSAPLLCALFISFFL 227

Query: 233 GTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATA 292
           G+AYS+D PLLRWKR A +AA CIL VRAV+VQLAFF H+Q HV +RP   ++S++FAT 
Sbjct: 228 GSAYSVDAPLLRWKRNAFLAASCILFVRAVLVQLAFFAHMQQHVLKRPLAPTKSVVFATL 287

Query: 293 FMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVAS 352
           FM  FS VIALFKDIPDIDGD+ FG+ S +VRLG ERV+W CI++L  AY AA+L G +S
Sbjct: 288 FMCCFSSVIALFKDIPDIDGDRHFGVESLSVRLGPERVYWLCINILLTAYGAAILAGASS 347

Query: 353 SSPWSKWLTVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 410
           ++     +TV GH  L   LW RA+  D+++KA ITSFYMFIWKLFYAEY LIPFV+
Sbjct: 348 TNLCQMIITVFGHGLLAFALWQRAQHCDVENKAWITSFYMFIWKLFYAEYFLIPFVQ 404

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL
Match: A0A1S3BRS9 (homogentisate phytyltransferase 1, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103492819 PE=3 SV=1)

HSP 1 Score: 798 bits (2062), Expect = 1.62e-291
Identity = 409/409 (100.00%), Postives = 409/409 (100.00%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL
Match: A0A0A0LKA3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G059830 PE=3 SV=1)

HSP 1 Score: 764 bits (1972), Expect = 8.43e-278
Identity = 389/409 (95.11%), Postives = 400/409 (97.80%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSH T+ AVGGIGNGWT+ DVNNVRLP PRPGALKISK+HCCVESEY SHH
Sbjct: 1   MDSVFVRAYRSHLTITAVGGIGNGWTNRDVNNVRLPGPRPGALKISKRHCCVESEYESHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
            E VF RHRERYTFY+KKDDR+QVRKAASNQPFETES ALSSKNYGD++RSFLDAFYRFS
Sbjct: 61  CEFVFRRHRERYTFYQKKDDRIQVRKAASNQPFETESEALSSKNYGDSVRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+STFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVSTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYT+AVL+GVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTSAVLMGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL
Match: A0A1S4E1V5 (homogentisate phytyltransferase 1, chloroplastic isoform X2 OS=Cucumis melo OX=3656 GN=LOC103492819 PE=3 SV=1)

HSP 1 Score: 721 bits (1862), Expect = 1.36e-261
Identity = 375/409 (91.69%), Postives = 375/409 (91.69%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH
Sbjct: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
           FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS
Sbjct: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSID 
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSID- 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
                                            THVFQRPPVFSRSLIFATAFMSFFSIV
Sbjct: 241 ---------------------------------THVFQRPPVFSRSLIFATAFMSFFSIV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 375

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL
Match: A0A6J1K9K8 (homogentisate phytyltransferase 1, chloroplastic-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111492342 PE=3 SV=1)

HSP 1 Score: 711 bits (1835), Expect = 5.43e-257
Identity = 365/409 (89.24%), Postives = 385/409 (94.13%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSH     VGGIG+GWT+ DVNNV LPSPRPGALKISK+   VESE  SHH
Sbjct: 1   MDSVFVRAYRSH----VVGGIGSGWTNRDVNNVWLPSPRPGALKISKRPSWVESESKSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
            ECVF RHRE YTF +KKD+R+Q+R AASNQPFE+ES  L SKNYGD+++SFLDAFYRFS
Sbjct: 61  VECVFRRHREGYTFCQKKDNRIQIRNAASNQPFESESEVLHSKNYGDSVKSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTG LEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGFLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+ TFSI+SFWLGWVVRSWPLFWAL +SFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVFTFSILSFWLGWVVRSWPLFWALLISFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFS+V
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSVV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAY+AAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYSAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TV+GH+TL S+LWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVVGHITLASVLWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 405

[Close]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL
Match: A0A6J1K7F2 (homogentisate phytyltransferase 1, chloroplastic-like isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111492342 PE=3 SV=1)

HSP 1 Score: 711 bits (1834), Expect = 7.43e-257
Identity = 365/409 (89.24%), Postives = 385/409 (94.13%), Query Frame = 0


Query: 1   MDSVFVRAYRSHFTLAAVGGIGNGWTSSDVNNVRLPSPRPGALKISKKHCCVESEYGSHH 60
           MDSVFVRAYRSH     VGGIG+GWT+ DVNNV LPSPRPGALKISK+   VESE  SHH
Sbjct: 1   MDSVFVRAYRSH-----VGGIGSGWTNRDVNNVWLPSPRPGALKISKRPSWVESESKSHH 60

Query: 61  FECVFGRHRERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFS 120
            ECVF RHRE YTF +KKD+R+Q+R AASNQPFE+ES  L SKNYGD+++SFLDAFYRFS
Sbjct: 61  VECVFRRHREGYTFCQKKDNRIQIRNAASNQPFESESEVLHSKNYGDSVKSFLDAFYRFS 120

Query: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEID 180
           RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTG LEAIVAALFMNIYIVGLNQLFDIEID
Sbjct: 121 RPHTVIGTALSIVSVSLLAVEKLSDLSPLFLTGFLEAIVAALFMNIYIVGLNQLFDIEID 180

Query: 181 KINKPYLPLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDL 240
           KINKPYLPLASGEYSFGTGVAI+ TFSI+SFWLGWVVRSWPLFWAL +SFILGTAYSIDL
Sbjct: 181 KINKPYLPLASGEYSFGTGVAIVFTFSILSFWLGWVVRSWPLFWALLISFILGTAYSIDL 240

Query: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIV 300
           PLLRWKRFAVVAAMCILAVRAVIVQLAFFLH+QTHVFQRPPVFSRSLIFATAFMSFFS+V
Sbjct: 241 PLLRWKRFAVVAAMCILAVRAVIVQLAFFLHMQTHVFQRPPVFSRSLIFATAFMSFFSVV 300

Query: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWL 360
           IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAY+AAVLVGVASSSPWSKWL
Sbjct: 301 IALFKDIPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYSAAVLVGVASSSPWSKWL 360

Query: 361 TVLGHVTLGSILWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 409
           TV+GH+TL S+LWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR
Sbjct: 361 TVVGHITLASVLWIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 404

[Close]

BLAST of MELO3C004006.jh1 vs. TAIR 10
Match: AT2G18950.1 (homogentisate phytyltransferase 1 )

HSP 1 Score: 468.8 bits (1205), Expect = 4.5e-132
Identity = 241/335 (71.94%), Postives = 282/335 (84.18%), Query Frame = 0


Query: 75  YEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGTALSIVS 134
           Y K   R +V  A + QP      A  S +   + R  LDAFYRFSRPHTVIGT LSI+S
Sbjct: 65  YPKHKSRFRV-NATAGQP-----EAFDSNSKQKSFRDSLDAFYRFSRPHTVIGTVLSILS 124

Query: 135 VSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYLPLASGEY 194
           VS LAVEK+SD+SPL  TG+LEA+VAAL MNIYIVGLNQL D+EIDK+NKPYLPLASGEY
Sbjct: 125 VSFLAVEKVSDISPLLFTGILEAVVAALMMNIYIVGLNQLSDVEIDKVNKPYLPLASGEY 184

Query: 195 SFGTGVAIISTFSIMSFWLGWVVRSWPLFWALFVSFILGTAYSIDLPLLRWKRFAVVAAM 254
           S  TG+AI+++FSIMSFWLGW+V SWPLFWALFVSF+LGTAYSI+LPLLRWKRFA+VAAM
Sbjct: 185 SVNTGIAIVASFSIMSFWLGWIVGSWPLFWALFVSFMLGTAYSINLPLLRWKRFALVAAM 244

Query: 255 CILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPDIDGDK 314
           CILAVRA+IVQ+AF+LHIQTHVF RP +F+R LIFATAFMSFFS+VIALFKDIPDI+GDK
Sbjct: 245 CILAVRAIIVQIAFYLHIQTHVFGRPILFTRPLIFATAFMSFFSVVIALFKDIPDIEGDK 304

Query: 315 IFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHVTLGSILWI 374
           IFGIRSF+V LGQ+RVFW+C++LL++AY  A+LVG  S   WSK ++V+GHV L + LW 
Sbjct: 305 IFGIRSFSVTLGQKRVFWTCVTLLQMAYAVAILVGATSPFIWSKVISVVGHVILATTLWA 364

Query: 375 RAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFVR 410
           RAKSVDL SK  ITS YMFIWKLFYAEYLL+PF++
Sbjct: 365 RAKSVDLSSKTEITSCYMFIWKLFYAEYLLLPFLK 393

[Close]

BLAST of MELO3C004006.jh1 vs. TAIR 10
Match: AT3G11945.2 (homogentisate prenyltransferase )

HSP 1 Score: 155.2 bits (391), Expect = 1.1e-37
Identity = 118/343 (34.40%), Postives = 178/343 (51.90%), Query Frame = 0


Query: 72  YTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGTAL- 131
           Y  YE   D++ V  A S+ P              D +  F +A +RF RPHT+ GTAL 
Sbjct: 69  YVNYEIPKDQILVGAAESDDPVL------------DRIARFQNACWRFLRPHTIRGTALG 128

Query: 132 SIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYLPLA 191
           S   V+   +E    +    +   L  ++A +  N YIVG+NQ++DI IDK+NKPYLP+A
Sbjct: 129 STALVTRALIENTHLIKWSLVLKALSGLLALICGNGYIVGINQIYDIGIDKVNKPYLPIA 188

Query: 192 SGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALF-VSFILGTAYSIDLPLLRWKRFA 251
           +G+ S  +   ++  F+I    L       P   +L+ +   LGT YS+  P LR KRF 
Sbjct: 189 AGDLSVQSAWLLVIFFAIAGL-LVVGFNFGPFITSLYSLGLFLGTIYSV--PPLRMKRFP 248

Query: 252 VVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPD 311
           V A + I  VR  ++    + H        P  +S  + F T+F++ F++VIA+ KD+PD
Sbjct: 249 VAAFLIIATVRGFLLNFGVY-HATRAALGLPFQWSAPVAFITSFVTLFALVIAITKDLPD 308

Query: 312 IDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHVTLG 371
           ++GD+ F I +   +LG   + +    LL V Y +A+ +       +   L +  HV L 
Sbjct: 309 VEGDRKFQISTLATKLGVRNIAFLGSGLLLVNYVSAISLAFYMPQVFRGSLMIPAHVILA 368

Query: 372 SIL----WIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFV 409
           S L    W+  K+    +K AI+ +Y FIW LFYAEYLL PF+
Sbjct: 369 SGLIFQTWVLEKA--NYTKEAISGYYRFIWNLFYAEYLLFPFL 393

[Close]

BLAST of MELO3C004006.jh1 vs. TAIR 10
Match: AT3G11945.1 (homogentisate prenyltransferase )

HSP 1 Score: 152.5 bits (384), Expect = 7.2e-37
Identity = 116/346 (33.53%), Postives = 179/346 (51.73%), Query Frame = 0


Query: 69  RERYTFYEKKDDRVQVRKAASNQPFETESGALSSKNYGDALRSFLDAFYRFSRPHTVIGT 128
           R R  F      ++ +R  +     E++   L      D +  F +A +RF RPHT+ GT
Sbjct: 53  RMRSKFVSTNYRKISIRACSQVGAAESDDPVL------DRIARFQNACWRFLRPHTIRGT 112

Query: 129 AL-SIVSVSLLAVEKLSDLSPLFLTGVLEAIVAALFMNIYIVGLNQLFDIEIDKINKPYL 188
           AL S   V+   +E    +    +   L  ++A +  N YIVG+NQ++DI IDK+NKPYL
Sbjct: 113 ALGSTALVTRALIENTHLIKWSLVLKALSGLLALICGNGYIVGINQIYDIGIDKVNKPYL 172

Query: 189 PLASGEYSFGTGVAIISTFSIMSFWLGWVVRSWPLFWALF-VSFILGTAYSIDLPLLRWK 248
           P+A+G+ S  +   ++  F+I    L       P   +L+ +   LGT YS+  P LR K
Sbjct: 173 PIAAGDLSVQSAWLLVIFFAIAGL-LVVGFNFGPFITSLYSLGLFLGTIYSV--PPLRMK 232

Query: 249 RFAVVAAMCILAVRAVIVQLAFFLHIQTHVFQRPPVFSRSLIFATAFMSFFSIVIALFKD 308
           RF V A + I  VR  ++    + H        P  +S  + F T+F++ F++VIA+ KD
Sbjct: 233 RFPVAAFLIIATVRGFLLNFGVY-HATRAALGLPFQWSAPVAFITSFVTLFALVIAITKD 292

Query: 309 IPDIDGDKIFGIRSFTVRLGQERVFWSCISLLEVAYTAAVLVGVASSSPWSKWLTVLGHV 368
           +PD++GD+ F I +   +LG   + +    LL V Y +A+ +       +   L +  HV
Sbjct: 293 LPDVEGDRKFQISTLATKLGVRNIAFLGSGLLLVNYVSAISLAFYMPQVFRGSLMIPAHV 352

Query: 369 TLGSIL----WIRAKSVDLKSKAAITSFYMFIWKLFYAEYLLIPFV 409
            L S L    W+  K+    +K AI+ +Y FIW LFYAEYLL PF+
Sbjct: 353 ILASGLIFQTWVLEKA--NYTKEAISGYYRFIWNLFYAEYLLFPFL 386

[Close]

BLAST of MELO3C004006.jh1 vs. TAIR 10
Match: AT3G51820.1 (UbiA prenyltransferase family protein )

HSP 1 Score: 47.0 bits (110), Expect = 4.3e-05
Identity = 49/203 (24.14%), Postives = 84/203 (41.38%), Query Frame = 0


Query: 167 YIVGLNQLFDIEIDKINKPYLPLASGEYS-------------FGTGVAIISTFSIMSFWL 226
           Y   +N  +D +ID IN+PY P+ SG  S              G G+A      I+  W 
Sbjct: 150 YTQTINDWYDRDIDAINEPYRPIPSGAISEPEVITQVWVLLLGGLGIA-----GILDVWA 209

Query: 227 GWVVRSWPLFWALFVSFILGTAYSIDLPLLRWKRFAVVAAMCILAVRAVIVQLAFFLHIQ 286
           G    +  +F+      +L   YS   P L+ K+   V      A+ A  + L ++    
Sbjct: 210 GHTTPT--VFYLALGGSLLSYIYS--APPLKLKQNGWVGN---FALGASYISLPWWAGQA 269

Query: 287 THVFQRPPVFSRSLIFATAFMSFFSIVIALFKDIPDIDGDKIFGIRSFTVRLGQERVFWS 346
                 P V   +L+++ A      + IA+  D   ++GD+  G++S  V  G E   W 
Sbjct: 270 LFGTLTPDVVVLTLLYSIA-----GLGIAIVNDFKSVEGDRALGLQSLPVAFGTETAKWI 329

Query: 347 CISLLEVAYTAAVLVGVASSSPW 357
           C+  +++   +     +AS  P+
Sbjct: 330 CVGAIDITQLSVAGYLLASGKPY 335

The following BLAST results are available for this feature:

BLAST of MELO3C004006.jh1 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008451585.1	3.35e-291	100.00	PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis ...	[more]
XP_004148327.1	1.74e-277	95.11	homogentisate phytyltransferase 1, chloroplastic isoform X1 [Cucumis sativus] >K...	[more]
XP_038889435.1	8.27e-276	94.13	homogentisate phytyltransferase 1, chloroplastic isoform X1 [Benincasa hispida]	[more]
XP_038889438.1	2.18e-273	93.89	homogentisate phytyltransferase 1, chloroplastic isoform X3 [Benincasa hispida]	[more]
XP_016901965.1	2.80e-261	91.69	PREDICTED: homogentisate phytyltransferase 1, chloroplastic isoform X2 [Cucumis ...	[more]

BLAST of MELO3C004006.jh1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8VWJ1	6.4e-131	71.94	Homogentisate phytyltransferase 1, chloroplastic OS=Arabidopsis thaliana OX=3702...	[more]
B7FA90	6.0e-129	74.84	Probable homogentisate phytyltransferase 1, chloroplastic OS=Oryza sativa subsp....	[more]
Q7XB13	5.0e-91	59.93	Homogentisate geranylgeranyltransferase OS=Triticum aestivum OX=4565 GN=HGGT PE=...	[more]
Q7XB14	1.1e-90	59.21	Homogentisate geranylgeranyltransferase OS=Hordeum vulgare OX=4513 GN=HGGT PE=1 ...	[more]
Q0DAK7	2.5e-90	59.93	Homogentisate geranylgeranyltransferase, chloroplastic OS=Oryza sativa subsp. ja...	[more]

BLAST of MELO3C004006.jh1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3BRS9	1.62e-291	100.00	homogentisate phytyltransferase 1, chloroplastic isoform X1 OS=Cucumis melo OX=3...	[more]
A0A0A0LKA3	8.43e-278	95.11	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G059830 PE=3 SV=1	[more]
A0A1S4E1V5	1.36e-261	91.69	homogentisate phytyltransferase 1, chloroplastic isoform X2 OS=Cucumis melo OX=3...	[more]
A0A6J1K9K8	5.43e-257	89.24	homogentisate phytyltransferase 1, chloroplastic-like isoform X1 OS=Cucurbita ma...	[more]
A0A6J1K7F2	7.43e-257	89.24	homogentisate phytyltransferase 1, chloroplastic-like isoform X2 OS=Cucurbita ma...	[more]

BLAST of MELO3C004006.jh1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G18950.1	4.5e-132	71.94	homogentisate phytyltransferase 1	[more]
AT3G11945.2	1.1e-37	34.40	homogentisate prenyltransferase	[more]
AT3G11945.1	7.2e-37	33.53	homogentisate prenyltransferase	[more]
AT3G51820.1	4.3e-05	24.14	UbiA prenyltransferase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Harukei-3) v1.41
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000537	UbiA prenyltransferase family	PFAM	PF01040	UbiA	coord: 139..397 e-value: 3.3E-39 score: 134.7
IPR044878	UbiA prenyltransferase superfamily	GENE3D	1.10.357.140	UbiA prenyltransferase	coord: 119..277 e-value: 2.2E-15 score: 58.6
None	No IPR available	PANTHER	PTHR43009:SF6	HOMOGENTISATE PHYTYLTRANSFERASE 1, CHLOROPLASTIC	coord: 46..409
None	No IPR available	PANTHER	PTHR43009	HOMOGENTISATE SOLANESYLTRANSFERASE, CHLOROPLASTIC	coord: 46..409
IPR044502	Homogentisate solanesyltransferase AtHST-like	CDD	cd13960	PT_UbiA_HPT1	coord: 116..406 e-value: 4.15223E-152 score: 430.062

Relationships

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


Feature Name	Unique Name	Type
MELO3C004006.jh1.t1	MELO3C004006.jh1.t1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0004659	prenyltransferase activity
molecular_function	GO:0016765	transferase activity, transferring alkyl or aryl (other than methyl) groups