Cmc09g0245921 (gene) Melon (Charmono) v1.1

Overview


Name	Cmc09g0245921
Type	gene
Organism	Cucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Description	Isopentenyl phosphate kinase
Location	CMiso1.1chr09: 9431582 .. 9458775 (+)
RNA-Seq Expression	Cmc09g0245921
Synteny	Cmc09g0245921

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.

TGTAAGAAGCAGTGATAGAGTTGTAGCCCGCATCGTGCACCAAAAAATGTTGATTATCGTAAAACGTAGAATAAGGATGGTACATGGAGTATCGATCGGCCTTCGGGAATTGCGAACACGAAAACAGAAATTGGGAAGAAGTAGATATATTTGCATGCTAAGTGACACAAAGCATCATAAAGTTAGTTAGAACCATTTTTCATTTGGCCCTCACATGCCATCGTTGATAAAAAAAAAATGGAAAAAATGAAAAACCCGAAAGAGCCCGCGAAATTATGGGAGAAGAAGTCAACATTGCTTCCAATTTTGATTCCCTCATTACATACTTTCTTCTTCAAGCACAATTAAGGAGGGGAACCAATCCCAGGCAGTCTCCCACAACTGTATCAACGTTATGGATCTAACTAAACCACTCCGCTGCATCGTAAAACTCGGTACTGTACATCGATTTTCAATTTCTTTTGCTCATTTTGCCTTTTAATCTTTTCCTATTAGCATTGTAGTTCTAGGTCTGCGCTTCCAGTAATCTGCATCGCATTAATTATTTCTTTTCATCGTAATCCAGGGGGTGCGGCTATTACTTGCAAGAATGAATTGGAGACGATACACGAAGAAAATTTGGCTACGGTTTCCTCACATCTGAGGAAAACTATGGTTAGTGGGTCTTCTTCTGAAAGTACTATTGGAATGGATTGGAGCAAGCAGCCTGAAAAATCCGGCATTGAACGTACTGCCGATGATTTCAGAGAACATGAAGTTGGCCTTGCAAGCCCCTTTATAGTTGTTCATGGAGCTGGTAAGTTCTTTGGCAATTCCCCAGGTACTTATTTTAGAAAAAGTGCATATCGATTTCACCCCTTCCGGCTGGTCTACTATCAGTCTACACTTGCATGAATTATGCTCTATCAATGTACAAATCAACTATTAAATCTCTCTTTCAATGCCCAATGTGTTGAAGCTGAAAATCGAAAGTTTCAGGTAAAAATGGACAATAATGTTCTAGTAAATTCATGCAATAGATTTTTTATGGAACTAGCTTGTAAGGATGAGAACTGAAGGTTAAGGATCAAGATGTAAAAGCATGAAGCTATGAAGATGATAACTGTTTAGTTTTGCTACAAACACAACGATGAGGTCATGATTTTATATGGTTGCTTCAGGTTCTTTTGGGCATTTTCAAGCAAGTAAATCGGGGGTTCATAAAGGAGGACTTGATAGATCCTTAGTCAAGGCTGGATTTGTTGCCACACGTATATCCGTTAGTTGACACTTATTGTGCATTTCTTAATTGAGCTTTCTACTTTCTTCTTATTGTTTTGGCAACCATACATGCTCATTTTGTATAGTGGTGCTGTCCCAACAAAGTACTGCATGTATTCGCTACGGCATTTGAGTACTTGAAACTGTATCAGTTCATACATCACTTCTGTGGGCTGAAAGAATATATCATGTTGATGAAATTATGTACAGTTTTTGTTGTTATTTTGTTCCAACTGCATGTTGTTTCCATATACTCCCCCATTTTAAATCTTGGTCTTGAGCCTCCTCATGGTCACCTTGGGATGGAAGAAGGAAAGAAAGAAAGGACGGACAACTTGAAAAGTGGTCTGTTGGTGAAAGATAATGTTAAATTTGGTTTTACAAAAACAAAACAAAGGCTAGTCTATTTTGGATTTTGGTGTAAAGTCTAATTTTAGTTGATTGATGTCCTCTAGTGTCTTGAAATTCTATTTTCAAATGATTTTCTAAGTCTTTGTACACTGGGGAGACTTAGTCCTACTCAGGATGAACGACAATTTATTGCTAGTCAGATGCTTTCCTGCTGGGGAGAGGTTGTGCAACAAGAAGGAGAAAAAAGTGGAAAATAAAGAAAAAGTTAATCCAATCAAGTGGGTTGCAAGTCTTCATCGCCTATGGTTCTATGGATACATTTCTATTTGCAACATTGTGGAAATCAAAATGCCCTCAGAAAATCAATTTCTCATCTTGATTAAGCTTAATGGCAACATTAATTCATCTGGAATTTTGCAAAGGAATATTCCTAATTATTTTCTTCTTTCTTTGATTGGTTTTTAATGTTATGTGGCAAGGGAATCTCTCAACCACCTTTTCTTTAGGTGTTCTTATGCATATTTCTATTGGTGCAAGCTGCCCATGTATTCAGCTTTCCGTGGGTATTATAACATTATCACACAATTTGAAAAAAATGTCTTTCAAATTTTTATTTTTTGAAACAAAGGCAAGCCTCTTAAATTATTAATAAAAGAGCCTTAAGCTCAAAGTACAATAGTATTATACTAAGAGCAAGAGAAAAGAGAAAATTCAGTCCACACTTACGACAAAAGCTAAAATACAAATTCCAAATAGAAGAGATCAAGCTAAACAAAACCATATCCGAAGAAATCTAATTACAAAACATAATGCAAAATCCTCTCGTAAAGAACTAAATTGAAACTAAAAACTTGCAAGAAGATGCAACCGGCTGCCTCAAAACTGCCTAAGCCAAATTAATTCAGAATCCAAAGGAGGCTCGAAAAAGTTTTCCACTATTCAACATCGACGTAAAGGATTTACTTGCCACCCAGATGAAGGAAAATCCAAGAATGACTAAATTTGGTCTAACATTGAGGAGAAATACATTAAACTGTTGAAGAATCAAATTAGAATAATTCCACAATCAGCAACTATTGATTTTAAATGATTTGGTATTTCGCAAGACCGAGAACTAGAACGAGTAGCAGAAGGCAACTTTGCGGATCTTTGCTCTTCCTCGCATTGAAATAGGGCATTGAGATATGTTTCTAGAGGCTCAAAATGTTTCTGACTTTCAAGTTCGGTTGACCTATCCAAATGCTCAGTTCCTCACTACTAACACTGAAAGGGGAGTCGAAAAAAGGCTTATCCTTCTTGTTGGATTGATTGAGAGGGGTTTTTCTTGGAGAACCCTTCAAGAAATTTTACCTTGGAGTTAGGCAAAGAGAACTCAGAGTACTTAAACTGGGTAGAGTGAGGATGATGAGAAAACAACTTAAAAGAACGGGCTGGGGCTTGAATTTGGGTGCAATTAACTTCTAAGAAATCAGGATTAGCCTCTACAAACAGCTTGGAGCTGCTGGAATAAGCTGATGAAAGAGAATGGACAGTATTTTCCTCAAGCAAAATGGGTACTTGATCATCTAAAATCTGGGCTTTTAATGAACGTTTTGCCATAATCTTCTTTGATTTTTTCTTCCTGATAAAATACTTTGGAAATGGCTTGAGGTAACGTGGGAAGATCTTAGCAAAATTTTTTCTTTTCAAATTTCCTCTAGAGTCCGACTTTGATGAGGAAAAAGGAGAAGAAGAGGAGATGGGAGCTGAAGATGAAGGGTTGAAAGGATAGCTGTTGATTTCTTTTGGAAAATAGCAGCTGAAATAATTTCAGATTTTAACTTTTTGATCATAGGATTGGAGGAAAGAGGATCACCAAAAAGAGGGCTGCTGTCTAGTTGAGGGGACTTTCCAGCTGTAAAAGAAGACACAGCCAGACTTTTCTCTTTCTTCGTTAAAAGTGTCTCTTCAACTTCCTCTTTCTTGTTCCTTTCAAAACTAAAGTTCTTATTCTCTCTCCTTCTTTAGTATGGCTCATCGAATCCAACCGAGTTCCCTCTACTTTCCTTGGAGTCCAAATTTAAAAACGTCGTCGTTTCAGGGGAGGTAATTGGTGCCAGCGCCGACAAGGCTAAAATCTGGCGAGCTCCCTGTTTGAAAGCTTCGAAAGGATTCATTTGTATATGAAGGAATTTAGAGCCATGAAGGGACTGATAAGAATTTTTTGGACCGATGAGAATTAAAGGTCTGCTATCAGAATTATGGTTGAAGAGAAATCAACAAAACTTTCTCTTTTTTATATAAATTTTTTTTATTACTTATTTGTTTTTAACGATAAAATTGATTCAGTGTACCTCATTTTTTATTGGCTATCTCTTTCAATGCTCTTGGTGGTTTTTTAGTTTAAGTCATTTGTCGAAGCTGTGGGATGTTAGTATTTCGCAAATTTAAATGTTTTGTTGCTTATCTCCTGCAATTGGTTTGTTTATATGCATATACATGCATATGCACACATGCATACATGTGGATAAACACATGCATGCATGAATATCATACATACATACATACAATCTTTACAGTTTGTTTGCTACTTTTAGTTTGTATCTTTGGGCATCAGTACTTTCATTTTCTTACCGAAAAAATTAATAAGAGGAGAAATTGAGAAATCAATTGTGGAATGATATTCTTTCGTATCTTGTTGGGCTCTTCTGTTCAAATACTTCAGTAATTACTCATGTTCTCACTCCTATTTTGTTGACCAACTGGAGACCCTTTGTTTAACTTTGTGGCCGTTTGTACACCATTTATCTTCTTCATGAAATTTATTCTAAATTAAAACAGAGTGACCTATAATTTTCATTTTGGGTATGAGACTGAATTTTTAATATTATCCTTTTGCTTCTTATTTATATAGGATTGATACTTCTTATGTTTCTTATATATCAGGTTACTTCACTCAATCTTAAAATTGTTAGAGCACTTGCGAGAGGTATTTTTCAGTCGGACTCTATTTGTATCTGATCATTCATTCACATCTCTAATTCATTTGGTTTTTACTGCATACAACATGGTTCATATATGCTATAATCATATCATTTGGGCATCTTATATAACGACCCATCTTTGTAGACCATTATTATTTAGAAACAATCTTATGGAAGCAAAAGAAACTATTTTTTATTTTAAAATGAAATCATTGTTTAAATAAATATGCAAGATAGAATTCTCAATAAGGAAATTTGGAAATTTCCTTAACTTTTCTTTAAAATTTTAAATCTATTACTCATGCCACAATTAAGGATGGTCATGTGGGATGGGGATGGCTTCCCTATCCCATCCTCACCTCCCATTTCATTCTCCATCTCATGACATTATTTGTAAATTTTTGTGAGGATCAGGGTGGGGATTTCTCATGGGGATTAGTTTCCTTTTCTCATTTCATACATCAGTGAAGTATGTTACTTGATGTAATATTCTGTGAGCTTTCTTGGCAACTAAATGTTGTAGGATTAAGTGGTTATCACATGAGATTAATCGTAGTATGCACAAGCTAGTTTGGACACATGGATATAAAAAAATCGATGAAATATGTTTCTGTGCTAAAATGAAAAAAAAAAATGAATTGATCCTTAGATTAAAAAGTTCAAGCTAATGGAACATATCAAATTCAGATACGAACGTTTAATATTCGTTCAAACAATCCTCCCTATGTGTGGGCTTAGGTATTAGCACAAAACTCCATACATGGACGATAATATGAAATAGGTAGGTATTGACGTTGCCTAAAAGTATAAGTTGATAGGTTATGGTTGAGGCCCAAAAGTTAACTGTATTATCAATGGGGGAGAAATGATATTATAGGAGTTGGAATGTTGAACCTTTTGCTATGAGATCATTTAAGTGACAACTAAATTTAAAAACTTAAGCTAATAGTCTTCTTTCCTTTTCTCTCTTATAGCCACTCCACTATTAACTTCCTCTTATTTTCTCTCTGCGTCACAGTCACATATGTTGGCATTTATTTCTTTCCTTTTGCTGGTTCCTTCTGTTTGTTTCCTTTTTGCTTAAAGATGTTCTTTTCCAACTAAACCCTAATGGGCTTTTGGATGGTAGATGTGAGGCAGGACCCAACAGGAGAAATCTAACAATGTGGAAGCAATGATTTAATCAAATAAAATTTAAAAAGCCCTTTGGCTTTGTTATACGTGGATCAACAAACTTGCATGTACACAGATGTGTATATGTGTGTGTATGTTATTTATTTGTTCAACTGAATGCCTAACCTTATCTGTTTGTTGAATTCAACGCCATACATGGAAATTAAGTCAAATATTTTTGTGAACCTTGTTTGGGTTTTCTTTGCAGAGGGTATTCCATCGGTTGGAATGTCTCCATTTTCATGTGGATGGTCCACCTGTGAAAGAAATGTTAGAGAGCCATTTTAGACTGTATTCTTGAAATTTAATTTTTCAATCTTTTTTCATTTTCTTAAATAATCCTTTGGTTATCATTCAATTTATAGTTGAACGTTTTTTCTCTTCCAGATGGATGCAGTTGATTTACAAGGGGTTTCTAAAGCCATTAACTCTGGATTTGTTCCTGTAAGATTCATATTTTAGCATTGGTGTTATATGATTGTGTTAAGATTCTAAACCTGAAACTTAGTAAGATCTCAACAAAGACCAAATAAAGACAATACTCTGCTGAAATATATTAATAAAATGATCCAAGATTCCCAGACAAAGCAAGAATACAAAATAACAGGTAATAAAGATAACTAGATGACAGGAGTAGTAAAAGAATAAAAAACTCCAGCTCCTTCGAGAATAGCCGGCAACTTCTCCTAAAAGCCTATCACAGCTTTCACCCCAAAATTCAGACCTACTTTTTCATACCCAAAACATTCCTTATTTATATCCATGTCTCTAGTGGGCCCTCATGTGTTTCTTTCCCTTTCTCCTCAGCTCTCCCTTGCCATATTCTGCGAGTTTCCCTTTTTACCCTTTCTTATATATGTATGAAGGATTGGAGATCTAACAGATTGACGGTAGATTTCCATTGTCCATTGTTTCTTATGGTTCTCTCTCTCACTCTGTGTTAATATTTTTCATTTTTTCTTTGATACGTTACAATTTCATTGATGAAATGAAATGCCATTTTTTCTCATCATTTCAAGTAATTATTTGCTTTAATTTGACGACTACGAAACAGATTATGTTCTTAAATGCCAGAGACTACTTGGCTCTGACCTGGATTTACTTTTGTTACGATAATGTGAAAGAAATATGGGAGAATACGTCGTGCCATTCTATACCTATATACATATATATACTGTACACTCCCTCTCAAATTGGAGTGTATCCACTGTTTATTTATTTAATTATTTTTTTTTGTTTTTTTAATAACAAGAAACAAACTTTTCATTACAGATGAAAATAGGAAAATCATGAAAAACACCCCATCATTCAATTTAAGATTAGGATTAATTTGCTTTCAAATTCTCCATAAATAGAGGACTCGGCAGTTTAGTCTTCTTGCATCGATAATCTTGATTCATGATAAAGACTTTCATCTTATTATTGGAGATTTCTCTCCTTTTATCATTTAAGCTACATCAGGATATAAACTCCTAAAGGGAGTGAAAAGGAGATTAATTAGTCAAATAATGAACAATTCTCCAAATAGCAGTGGAGCATACAATAAAAGATAAAATTATGCCATGCAAAGAACCCCAAACCACTCTCTTCAAGCTGCATTAGCTGCACAAAGAGTCCGTTAGAACTCAAGGAGACAGATGTACAACCTACCAAACAGATCCTATTAAGTAAGGTTGTCATGAAGATACCGTTAGAAGAAGATAACATCTAGAAGCCTTTGATGAGAGTCAATAATTGAAGAAGATGCCCAGCTCCTGAACGCAAAATCACTCTTATTCAATGGAACCAATAGATAAAAAGCTTTTTAACACAATAAAAGGCTGATTTTTCATGGGCTCCAATTCTTAAGTTAACCAATAGATAAAAAGCTTTTTAACACAGTAAAAGGCTAATTTTTCATGGGCTCCAATTCTTAAGTTCTGTTCTTCAATGTTGGTAATGCCTTCAGACACTGAAAGGAGAGGTACGAACAACAAATCCCTAAGCAAAACCACATAGCCATGAATATTTCAGCAGAAGAGTTCCAATTAGCCAAAAGTGTTGGCTGAAGCATAAGTGTTGCCTCTGATAACTCATGAGGCCCTGTCTGCTTTTATTGAGGGGAGATAGATCTTGGAGGCAATCATGATACCTTCAGACTCTGTTGGTGAATGATTGCCAAGCACAAAGGAGGGTTTTATCATAAAGCTCAATTACAAATAGCAATTACAAGAAGGTCTTGACATGGTGGATTGGAGATGTCATGATGCTATTCTTGAGCAAAAAGGCTTTGGCCAAAGGTAGAGAAGGTGAATCTGGGGCTGTCTCTTTATATCTAACGTTATATCATGATTAATGGGATGCCACATGGTAAAATTGACATGGAAGTTCCCCTTTCCTCTCTACTCTTTATTGTCATTCGGGATTTCTCCAATTAGTTGATTCAACTTGGGTGTCTAACCTAGCTGTGATTTCTGGGTGCATTTGCTGATCCGTCTTTTCTCTTCCTTGTATCATTATTCACTTTGTATTGTCTCACTTCATTATCTTAATGAAGAGGCTTGCTTCCTTTTTTAAAAGAAACTTGGGTGTCTAATGAAGATTCTTAGAGGTTTCCAGGTTGGAAGAAACGAAAGTGGTCTCTCTTTTCAATATGCCCACAATACTATTATTTTCTTCCCAAGCCAAGACGACTTTCTTCATAATTGGTGGCCAGTAGTTGAGATTTTTCTTCCTGCCTCGAGTCTTTTCGTAAATTCAAATACAACGACGTGTTTTGGGATCAATATTGAGGTTGATGAGATGTGTTTACGCTAAGAAAATAGGTGTTTTTGTTGTTTCTAGCTCACTAAAACGTAAATACTCTATGATTTGGTTTGAAGGAAATGTAGAATATTGGGCTTTTCTGCCCTCAACATGGTGCATGTGACTATGAGAACTTTGACCATCTGTTCCTCCATTGGTCTTTTATTTCCCAATGGTGGTCCTCCAATCTAAATATATTTGAATGAGTAGTTCTTTGCTAAGATCGACAAATGGTTAGGTTCTTAAAGCTTTCTTAGGGTGAAAAATACCCAAGAGGTGTCTAGTATTTTGTGGAGTTGTGTGGTTAGAGCATTGTGGCACATTTGAAAGGGAAGGAGGGCTTGGACCTTCGAACGCAAGGGTTCTTTTCTTTTTTCCCTCTCTCTCCTTCTGTGAAGTGTAAGGCTCATGGTGGGGACACAGTGATAGGATCCGAATTTCAAAATGAAACTCCAGTAGCCTTTTATTAATCGGTTTGATGAAAGGATTGAATTGAGGAGATCTCAATTCAATTACAATGTCACAATCTCTCTTGCTTTCTTCTCTCAAGAAATACAAGACTAACTTCTTCACTCAAAGTCTGCCTTTCTCTCCTGCCTAAGTCCCTTTTTATAGACTCTTCTCTTTCTAACTGCTCAACTAACTACTCAACTAACTCTAACAATCTTCTTAACTAATGATCATCTTATTGCAATGATGCCCCTCTGTTTCTAATTCTTTCTTTTATTTTTTCTGCTATATTGAAACAATATTGGGGGCCTAACATTACTCCTTCCTTCCAAACTCGCCTTGTCCTCAAGGTGGAAATTTGGATATTTGCCAGCAATATCGTCATATTGTTCCCATGTTGCTTCATGAGTTGACAATCCATCCCAACGTATCATAACCTCCCATTCTTTTGCCTTGTTCCGCCGATAATCTAGAGCTTCCACTGGGTGTGTTGTCCAAACAAAATTCTCATCCAGCTGTTGTACAGTTGGTTGTACGTCGATATGATCCCCTACCAGCTTCTTTAATTGTGAAACATGGAAAACGGGATGAATTAATGTTCCCTCGGGTAATTCCAGCTTATACGCGACTAGTCCGATTCTTTCCAGAATTTTATAAGGACCGAAGTATTTGGCTGATAGTTTTTCATTCCTCTTTCGTCTCAATGATAGTTGACGGTATGGTCTTATTTTCAGAAAAACACGATCTCCCATCGCATATTCCACATCCCGTCGTTTTTTGTCTGCGTGTTTCTTCATTTGATCTTGGGCTAATCGCAGATTTTCCCTTAATGATAGTATCATTTCATTTCTTTCTCTCAATTGTTCATCTAGAGTAGCATTAGAAGTGACTTGTGTTCCATAAGATAACAAGGGGGAGGTTTCCGTCCATAAACAACTTGGAAGGGTGTCATTCTCAATGCTCTTTGGAATGTGGTATTGTACCAATATTCAGCCCACGCTATCCATTTAATCCACTCCTTGGGTTTATCATTACAGAGGCATCTTAAGTACATCTCAACTTCTCTATTCACTACTTCGGTTTGTCCATCGGATTGTGGATGATACGCTGAGCTTCTATTTAGTTTTGTACCGGCTAAGCGGAACATTTCTTTCCAGAAGTTGCTAAGGAACACCCGATCCCTATCCGATACAATGGAGGTAGGAAATCCGTGTAACCGAACTACCTCCTTGACGAATAAGTCTGCTACTGTTTTTGCTGAATATGGGTGTTTGAGTGGTAAGAAATGGGCATATTTACTCAATCGATCTACTACCACGAAAATGACTTCGAAGCCCGCTGCTTTAGGTAAACCTTCCACAAAATCCATAGATATATCACTCCAGATTAGCGTAGGGATGTTTAACGGAAGTAGTAGGCCTGCTTGTGATAGACATAGTGTCTTGTTCCGTTGACATATCAAGCATTCGGCACAATATTTCTTGATAACAGTCTTCATCCCTTTCCAATATAATTCCCCCGCAATACGTTTATACGTGCGAAGAAAACCTGAGTGCCCTCCCACTGCCGAATCATGATAACTATGCAACACTTGAGGTATTAGTTTAGATGATTGTGATATTACCAACCGATCTTTGTACTTCAACATTCCATTGCATATGTTGAACTTGCTGTCTTGTTGGTTGTCATTGCTGTTTAGTTCAGCTATGATTTTCATCAGCCTTATATCCTTCTCCACTTCTTCCTTAATAATTTGCAAGTCAAGGAAGACTGGGGCTGTTACGGTGTGTGTCTGAATAGTGGGTGTTACTCTTGACAATGCATCAGCTGCTTTATTCTCAACTCCCGATTTGTATTCCACGTCGAAGGTATAGCCCAACAACTTAGCTAACCATCTTTGATATTATGGTTGTACCACTCGTAGTTCTAATAAGAATTTCAACGATTTTTGATCCGTTCGTACAACAAATCGATTGCCCAACAGATAAGGGCACCAACGCTGCACAGCTAATACCAGGGCCATCAACTCTCGTTCATATACTAGTCTGCTTCTGTCTCTGATAGCTAATGTATGGCTGTAAAACGCGATGGGACGTTTATTTTGTATTAAGACAGCTCCCACTCCATATCCTGAAGCGTCAGTTTTGATCTCGAATGGTTTATCAAACATAGGCAAGGCTAATACCGGTAAGGCCATCATTGCTTCCTTCAGCTTCTCAAAAGCCTGTTTTGCTTCAGCATTCCATTTAAACCCTCCCTTCTTTAGTAGTTGGGTCAGTGGGGCTGCTAAAGTGCCATAATGATGTACGAATTTTCTATAGTATCCAGTCAGCCCAAGGAAACCTCGAGTTTCACGTACATTTGTTGGTTTAGGCCACTTAGTTATGGCTTTAATTTTTTCTGGATCCACTTCGACACCCTTGCTTGATATGAGGTGTCCCAGGTACTCTACTTTAGCTAATCCAAAACTACATTTCTTCCGGTTTGCAAACAACTCGTGTTTTCGCAATACCAAGAAAACAATCTCCATGTGTTTTAAATGATCTTCCCAATTTCGGCTGTAGATTAGTATGTCATCAAAGAAAACGAGGACAAATTTTCTCAAGTATGGTCTGAAGATTGAGTTCATTAAGGATTGGAAGGTGGCTGGCGCGTTAGTGAGTCCGAAAGGCATCACTAGGAATTCATAATGTCCTTCGTGTGTTTGGAAGGCTGTCTTCTCAATATCCCTGTCTACCATTCGGATTTGATGATACCCTGCTTTCAAATCGATCTTAGAAAATAGTGAAGCTCCTCCTAGTTCGTCAAATAATTCTTCCACTATTGGGATTGGAAATTTATCTGGGATAGTGACATTATTCAAGGCTCGGTAATCGACACAGAATCTCCAGCTCCCGTCCTTTTTCTTGACCAATAACACTGGGCTTGAGTAGGGACTTGCGCTTGGCCTTATGATCCCTGAAACTAACATTTCGTTAACTAGTTTTTCCATCTCTTCTTTCTGATGATATGCATACCGATATGGTCTGACATTCACTGGGTTGGTACCCTCCTTAAGATGTATTTGGTGTTCTATGCTTCTTCTTGGTGGTAATTTCTCGAGCCATTCAAATACATCACTAAACTGATTTAATATTGGAATCAGTTTTTCTTCTGTTTCTTCTTTTTCTTCCTTGTGAAAGGTTTTCAACTCAACCACTTCAATGGGCCTGCATTCAATCAAGTAGCCGTGATCGTGTTCTTCCCAAGTTTTCACTAAATTTTTCAAGCTTACTCTTGCTTTAGTGAGGCTTGGATTTCCCTTTATGCAAATCTGTTTCTCATTGTCATAGAATGTTAACGTCAGATTTTTCCAATCACATATTGTTACTCCTAATGAATATAGCCATTGCATTCCAAGAATCACATCGACTCCTCCAAGTTCTAGCGGCAGAAAATCCTCCTTTACTGTCCAGTTTTTCATTTGAATTTCTACTGATTCACAAATTCCTTTCCCTTGTATCGCTGCTCCGGATTCGAGGATTACTCCATAATGGGCTGTTTCTTTAATTGGTAATTGTAATGAAGTGACTAGTTTTTCAGACACAAAATTATGTGTCGCGCCGCAGTCAATCAAAATCACAACTTCCTTGCCTTGTAATGATCCTCTGACCTTCATCGTTCCTGGATCATTCAATCCTACTACCGAATTAATTGACAACTCTACACAAGCTGTCGTGTGTGGCTGTACTTCTGCAACTCTCAACTCAGCGCTTTCAGTTTCTGTTTCTTCGACGATTTCTAACTCATTATTATTTTTTACTACAAACATTCTAAGCTCCCTCTGTTCTCTCATTTTACACTTATGATCGACAGAGTACTTCTCGTTACATTTAAAACAAAGCCCTTTTTCTTTTCTCAATTGGAATTCTGCATCTGGTAATCTCTTTGAGGCTCCTTCCTTCCGTATTTCTCCAGGATTTGGACTTTTCGATGTAATTTTTCTTATCAGAAATGAGGTATTGGTCTTATTTTCTTTATTTTGTTGATAATAAAGGTGTTTCGTACCTGTCGATAAGGACGTTGATTGCTTCCCGCCGATATAGCCATTTAAATTTGCCGCGTTTCTCAAAATTTCTCTATCTTCCACCAGTTGGGCAGTGAGCATCATTTCTGCTAATCCCTTCGGTCTGCAGAGGATGACTTCAGCTCTAATCCAAGGGAATAGACCAGTCATAAACGTTTCTTCCACAACTCGATCTTCTAAGTCGGATAGAGGTGCGACTAATTTATCGAATCGGTTCCGATACTCCTCCACCGTCGTTTCTTGTTGTATTCTCAAAAATCGGCCGCAGACAGTGCCTTCTCTGGTCGATTGAAATCGTACCATTAATCTTTCCTTCAAGTTTGTCCAACTCACGAATTTCTCCCTTTCTTCCTGCGATCGATACCAGTTCAGTGCTGGTCCGTCGAAGCAAATCGTTGATACAAGCATTTTTTCCGATTCCGTCAACTTATGAATCTGGAAATATCTCTCTGCTCGAAATAACCATGATTCCGGGTCTTCTCCGGTGAATACCGGCCGCTCAACTTGTTTGAATTTACTTTGATCACTAGTGTTTTCGTCCGAATCGGTTTTTCTTTCCGTGCTGGTCTCCCCGATATCGCGACTGGAAGACGCTTTGCCATCCTTCGATTTCGTCGCCGGCGAGTTCTGGATATCCGATTCATTCATTCGTTCTCTGGCCGTCGACCTCCCTTTCGCATTCGCTTCCATGTATGACAGAATTGCTTGTTGTTGTTTTTCGGACTGTAGACGCATCGTCTCCATGTTTTTCGATAGCTCAATCAGCGTTGATTCGATCATCGGCATCTTCATCAATTCCTTCTTGATTCCGGCCACTTCTTGTTCAAAAGATTCCATTCTTTCTTCGATTCTGGTCTGCACCATCCTTTCTCTGTTTCACGGATCGTTTCGGTACTGATACCAATTTGATAGGATCCGAATTTCAAAATGAAACTCCAGTAGCCTTTTATTAATCGGTTTGATGAAAGGATTGAATTGAGGAGATCTCAATTCAATTACAATGTCACAATCTCTCTTGCTTTCTTCTCTCAAGAAATACAAGACTAACTTATTCACTCAAAGTCTGCCTTTCTCTCCCGCCTAAGTCCCTTTTTATAGACTCTTCTCTTTCTAACTGCTCAACTAACTAACTACTCAACTAACTCTAACAATCTTCTTAACTAATGATCATCTTATTGCAATGATGCCCCTTTGTTTCTAATTCTTTCTTTCATTTTTTCTGCTATATTGAAACAATATTGGGAGCCTAACACACAGTCACCTGAAATTGTTGTAATTGAATCTTTTCTAAAGAGTCTACTTCAACTCCCTAGAAAGCTGCAGGAACATGAAATATTGAAATCAAACTGGACTCAGATTAGGTGATTGATGCAAGCATGAAAAATTCATAAGATGTTTAGTAATATCGAATAATTAATTTGGGGCTTCCTGATGATAACCTTATTACCAAAAATAGAGGAAAAGCCTATCCTAATATTTTGTTCTTGTTAGAAAGGTAAGTTCTCTTCCCTCTCTCTTCTATCTCCCTTCTCTCTCCTTTTTGCCTCTCCCTGCTCTCTTCTCCTTTTGACCCCCTTAGTCTTCATTTTTCCAGGGAGCAAGCTAGAAATGGAGGTTGGAAGCTGTAGAATTTTGGGAGCTCCCTACTGTATATGGTATGAGAATGGTTTATTCCAAGTTGAAGATATGGAAGCAAAGAAGATCTTGCCATTATCAAGTTCCCAACTTTGTTGGTTCCAAGAGGCTATCAAGAAGCTTTGTCAACAATCTGAAATGCATTATTTCATAAGAAAGAAAGAATCGACAATGACATAACAGAAGTTTCGAAATTCAGATTAGAGAAAGGATGGAGTTTAAGGTGCAACTTTTGGCCCCAAACAGGAAGATCATTCATACATATTCTCTCGGGTGAGGCAAAACAAAGTTGGAAAATGTTTTTTAAAATGCTAAAAAGCTTCAAATCATAGCACAACTATGCGAATTGGTATTCAGATCAAAGCAAGGCGGAAAAGAATCACTTAATAGGTTATATCTGATCACAAGAAGAGAAGCTAGATAGCTATGCTGAAAAAGTTAAGACAAAAAGAAATTTTCCTGTTTCAAACTTGAAGAAACAAAGCAAGGAACATAAGATGATCTTATACTTTCAAATAAAGTTGGGCAGATATCAAAGAGACGCTACAATTGTACTTTCAAATAGAGATTTTCGTCAATCCGTTATTTGTAGAGAATGCTTTAATTAATTTTGATTAAGGGACATAAGATGATATTATAGAGCAACCTGGGAAACGGTAGGAGTTTGGCGCTTTTTATTTAAAGTTTGAAAAATGGGATAAGATAGTACGTAGCGGACGTTTGTATGCAAGAGGTTATGGTGGTTGGATTTCCATCAAGAACTTACCTTTAGATTATTGGAGTAATCAAACATTTGAGGTCATCAAACCTTATTCTGGGGGTTTAGTAGATATTTCCATAGAAACTTTGAACTTTTTAAATGTATCAGAAGCCAAAATACAAGTTAAGGAGGAAAAAGAAGGATTCAACTGAGCTTCCTCCCATCGAACTTGTTGCTGTTCTAGTGACCACCAATTTTTCTTCCGAAAATCCTCTAAGCATCTCCTCTTCCTCAATTTCGGTTTCTTCCTCTTCTCTTTCTTCTTCGGCCAAATCTAGATCAAGAGCAAGGTTCAAAATACTTCCAAAAGCAAGATTTTTCCCGCATCTCTTCAGACCGTTCCTTAAGCACTTTGTAAGAAGAAAGAGAGCAAAAGATTCTCCAAAAAGGAAATTTTATAAGGCCAAGTTGAGCCCCGGCTTATTAAAAGTTAGTTGTACCCAAGTACAAGTTCCAGCCCCATCTACTGGGTAAGATTCACAACCTCATCATTCTCCATAGTTCAAGCACTTTGTTTTTTCTTTGCCCAACTCGAAGGCGAAACTTTTTAGAGGTACACCATGCAATACCCCAAGCATTCCCTCTAAAAAGAAGGGAGAGTCTACATTTAACTCTCTTTTTAGTGTAAGTAGTGAGGAAGCGGTGCATTTTGAGAAGTGTAAGCTGAGCTTGAGAGACACATTTTGAGCTTTTAGAGACTGATCTTAATGCTCTGTTTCAATGCGAGGAAGAACTGAAAGTTGAAAAGTTGTCCACTATTACTCACTCTCATTCACAGTCTTGTGAAATCCCAACTCATTTAAAGTCAATAGTTTTTTATTGTGGAATTATCCTACTTTGATACTTCAATCGCTGATTGCAGTCCTCCCAAGTTTTCGAAACAATTATTGTCTATCCAAGAATTATCTTCACGAGTGCAAGGGAGCAAAGTTTCACTGATTGTTGTCGATAGATTGAAAGTTGTTTTTTTGCATGTTTTGTCTTTGATTTCATGCTTACCAATGGTGAGTAAAGAATTATGGGCAAAGAATTGTATTGCCAAGATAGTTTCGAAGTGGCTGATTGCCTCTTTCTAATGTTTTCTTTCTCCTTTCATCTTCAAGCATTTAGTGTGCAAATTTTCAGATTAAAGTGGCGTTGTTTGTGAGAGAAATTAAGTTTTACATTGTATCTAGCTCATTTCTAATGTTTTGAATTTCTGTTGCTTTGAATAGCTCAATTTTCTTTTGCTATCGTTTTTAGGTTGTATTCATATTTTTGTTCCCCGAGTATATCCATTGTTTCAGTTGGTTGCACAATTGAGGTAGATGCCTATTTATGCAACACAGATCGTGAAAGAGAGAGAGTAGTGCAACTGAGCCCATGTGCACCCTAGTTCCCCTCTCCTCAACAGACGATTTTTTGGGAACCTAGGCTTTCCTTGTTGGACTTGTTTATGCCTCGATCTTTTCCTTGAATTGGCATTATTGTGTTAGGGAATCCTTCTCTTTCAATGTGGATTCTATCTGATAATGGGGAATCCTTTATTTAGTTACTTCCTTCTGATTTTCGAATTAATGATATGGAAAAGAGAGTGTTATGATCTTTCGAACGATCTTCCTTGTGCCCAATTGGATGAAAGAGATTCAACAGAAAGTGAGTGGAATAAAGAAAGAGAAAGCCTAGTGGAAGGAAAGAAAGGAAGAAAGAGAAGACTAAAGGAAGTTAGAGGAAGTTCAAATTTAAGGAATAAGAGGATATTTGATGTTCTTTCTGACCCTTGATCTTAGGACCTTTAAGAAAAAAGCCTAGGGCTTCGAAGCCACCATAGGATTTAGAAGGCGTAGGAGCAGTCCGCTGCATAAAAGGAAGACAAGAAAAAGATCCCTGCTTTCCTTTTCCTTCACTTTCAAAAGTAGGGCGTAGTAGGATAGGCTTTCCTTCCTTTCTCTTCTTCTTTAACCTCTTCCTATATCTTATTTTCCTCTTCCTTTACCTTTTGTCTTCTTACTATGCCTTCTTTAGGCTTATCTTTTCTTCTTTTATCCTCTTATTCTACTAAAAAGATTCAAAGCTATCTTCCTTAGTGCTTTTTCTCTTGGTATAATTCTGTTGTACTTTGAGCATTTGTCTCAATTTTTTTTGAAATGGAGACAAACTTCTTTATTAATAATAAAACCCAAAATACATGAGAGTTAAACAATGAGCGTAACAAAGAAGCCTAGAGAGCAATAAGTAAGGGGGATTAGAAGGTGCACCCGGACATCTCAACTAGGTTGACACCCCTTAGCACCGAAACATCATATCCTAATTAAAGCAAGAATAAAATTTAAGCCAAATGCAATGAAAATAGAGTCCACCTTAAAACAGAGGAAAAAAAAAAGAAGAGAATAGAAGCAAAACAGTACAAAGATTGAGCCTAAAATAAAACAGCTACCGTGTAAACAAAACCAAAATGAAAATGTAAGCTACGCTCCAAGGAAAGCCTGCCGAAGAGGGGAAAAGCGAAGCTGTAAAAATGCAAACAAAGTCACCAAAAACAAAAATTGGGCCTAGGGAACTGGTTGAGAGAGAAAGACTGCCCAGTTGAGATAAAGATCTTGAGTGGGTAATTCATAAACTCCTTGTTTAGAGAGCACCAAGCTGCTGCGTTGCGTTTTGTGTAGCGAAAATTTTTTGATCTTGGTCTTTGCTTATCATGGAAAATCCGTTGATTACGTTCAAATCACAATTCTGCATTTGGGGGACTTCTTTTGGAAAATATCTGCACAATTAAGGGACCTAAAAAGCATGATCCAAATTTCCGTCAGCAGTTTGACTTTCATAGGGCTTTGAATAGCCTTTTATCCATTTGGAGGGTTAGAAATAAGGTGGGCTGAGAGAGATTTGACAGTGAAACTGCCATGCTGGCCAGCCAATTGACCAAACTTTGTAGTCCTTGGAAACGTTCACTTTTTCAGACGAAAGGAGTGTAAGGAGCTGAATTCTGCAATTTCCTCTTCTTTCAAGGCTTCTTCTAAAGGAGAGGGACTAAGATAGGGTATCAAAATTCCAATGATCAGCAATTGAGCCATGGGGTAATTAGGCAATTCTGTAAAGCAATGAAAAAAGGTCCTTAAGTGAAGAGGAGCCTACTCTAATGTCTGTCCAAAAACCGATTCTGCTGCCATTTTCGAGTTTGAAAAGAGCTAGGGGTTCCACCGACCTTCAAACTCTAGAGATACTAACTCAAGGACTCCTTCGGCTATTTCCAGATTTTCTCAAAGTAAACCAATCGAAAACCTCTTTGCCGTGGATGCTATGAATAATTTTCCTCCAAACGGCTGTTTCCTCCTTTGAATATCTCCATCCCCACTTAGCAAGCAAAGCTGAATTGTGAATTTTAATGCCCCTGAGCCGAGGCCCCCATCTTTCAATGGAAGGGAAACCAAACTCCATTGTAGAAGATGGTTGATCTTACCACCAACAAAGCTTTCCCAAAAGAAGTTCCTCATGATTTTATCCTAAGAAACTGCCACATTCCTAGGAATAGAGAACAAAGATAGGTAGTATGTAGGTAAACTTGAGCATTTGTCTCATTTATTATTATTAAGAAAGAGGCTCATCTCCGTTTCAAAAAAACACCATCAACAGAGGAATTTTCCCTTGGAGAAGGAAGAAAAGATCCATCTACATATTGAAATCAACTATTGCTATCTTAATTTATAACACAATATTCTTTGTATAACCATCACGTACATTGAGCTTTGTCTCTCTATTTTTCAATATTAATAATAGTGAGACTCGTTTCTTTTTCTAGAAAAAAAATTATAACACAATATGATTGTAAGAAAATGGAAGAATTAGCTTATAGGGGAGTAATTACAAAAGGCTTGGTCAAAAGGAAAGAGGCATACATTTTGCATCTAAATAGATGGGCTGGCCTAACCCACTATAAGGCCTAGGCTGGCATTCTCCAATAGACTACAAGTATAATATCTTTTATGGAAAAGGAAACCAGCCAATATAAAATGAGGTTAATACTCAAAAGAGTTATACAAAGACCACCGAACCAAAGAAAATCTAGGGATTAGGAGGTGCACTCGAGCATCTCAACTTGCTTGATACCGTCTTGCGCCCCCATCGTATTCACCCACCAACAATCCAAAGCACCAATACCAGTCTATACAAAAATCAAAAAGCCTCGAGAAAACATACATCAAAAGAAGAACAAGGGGCTGGAACCTACATAAGCTGTGCAAAAACAAAAGACAAAAGACCTACAAGCATAAATCGACAAAAAAGATGCTGGAAAAATCAGAAACTAGCTATCTGGAAAAATAAAGGCCCTCCAATTTAAACAAAGCTCCTGAATGCTGTAGTCTTCAAATTCCTTGCTGGGAGTGTACCAAGCTGCTGTTCAAATTGGTCTAGCCAACCCATTTTTATCATGAAAGGTTTTTTGGTCCTCTCAAACCACAAATCTGCCAGCAAGGCTTTAACCATGTTCTCCCATAAGAGCCTCGGTTTCTTTTTCAAAAAATGGCCCAATAACAGCTGCTGTACATTGAGGCTGGAATCATCTCCACAAACCCAAGCCACATGGAAAATTGAAAGAGTTTTCTCCAACAATTTGACTGAGTAGGTGCAGGTAAAAAACAAGTGCTGTGGATCTTCACCATCAGTTTTGCCCAAGAGACAAATGGTTGGCAAAAGACAGCTATTTGGGAGTTTCCTTTGCATCACCAAGGAGCAATTTTGCAGCACAAAAATCATTATTCATATGAGAATATTAACTCTCCTTTTACTTTTTGTCTTCCATAGAACTATGTGGATACTACTATTCAGTAGTGAAGATGGAGATAAATGAGTAGCTAGAGGCTTAACTGAAAAATTACCAGAAGGCTCCAAGGACCAAATTCTTCTATCATAGTTTTCTATGACTGTTCTAACTGAAGTTGTTTCCAGTAAATCTTAGAAATCCAAAATTTCCTCATCTTTAAGCAAGTGATGGAAGGTTATAGACGATGAAGAAATTGAATGGTACCGTTGTGCTGTTATAGACCCATTTGGTAATAGCGCAATCTTGAAATGTCTTGGGTAGCAGATTCTAAGGGGAATGTCATCAACCCACAGATTATTCCAAAATGCAATTATTAAGCCATTCCCAAGTTTGAAAGGAGCCAAATCTTCCACTTGTCTCCAGTTTCTAGAGATGCTAATCAATGGACTTCTCAAGCTATTTTTTGATTATCCAGCTGTGTACCAATGAAAAAGTATGTGCTCATGAATGCTTCTAATAACTTTTCTCCACAAAGAATCTTCCTCCTTTGAAACTTCCAACCTCATTTGGCGAGGAGAGCCATATTTTTGCGTTTGAGACCTCCCAACCTGAGGCCTCCATCCAGCCGTGAGTGGGTAACCCGATCCCACTTCAAAAGGTGATTAATTTTACTACCAGAGTGCCCTTCCCAAAGAAAATTTCTCAGTAGTCTCTCTTGGGAGGATACCACCTTATCCGGCATTGCATAAAGAGACATGTAATAAGTGGGGAATTGGGTAAAACAGAGTTGCATAATGTTGCTCTGCCCCCTCTAGACAAGTTAAATCTCTTCCATTTATTGGCTTCTTGTGGACTTTGTCAATCACCGGTTGCCAAAAAGCTTCTTGCCTCAGGTAGCCACCCAAAGGTAGGCTAGGTATATAAAAGGAAACTTTTCTGCTTTACAATTCAGCTTACCAGCCATATACAGCAGCTTCTCCATGTTCACATTAACTCCATATAATGCTGGTTTTTCCAAGTTCACTTTCTGTCCTGAGCACCATTCAAATAAAGCAATAGTGTCCAACTTTAAAAGCAAACCCTCGTCATGCTTGCAAAGCAATAAGATACCGTCAGCAAATTAAAGGCTATGCAAATGTATCCTTTTCTCTTCCCACTACAAAACCTTCAAACAGGCCATAATTTATCTAATCTACAGAACCTCACTGACTAGAAGAAATAGGAAGGGGAAAGTGGATCCCTTCGTCTAATTTCCCTTGAAGCAAAAGTTTGCAAAATAGGGAGGATTATGGATTTTTCATGGAACCCACAATCCATGAAATCCAGTGAGGACCAAACTTTTTACAGTGCAATACCTTCTCTAAGAAACCCCTGTCTACACGATCAAATGCTTCTTCAAGATCAATCTTTAAGATCTATCTTTTTTTCTTCTTGGCACTATAATCTTGGACCACTTCTCTGGCAGTTAACACTGGGGCTAGGATTTGTCTCCCCTCTATGAAGGCATTCTGAGAAGGGCCAATAATATTGTTCATAACTTCTTCAACCCTTTCGCTAAGACCTTAGCCACTATCTTATAGGTTAAGGTTGGAAGGTTGGTCGGTCACAAGCACCATGTCTTCTTTCTTTCGAATCAAACTAATGAAATTCTGATGAACACAAGAATTAAGTCTTCCATTGTCATAAAATTGAGCAAACAGAGCTTTGAAGCTTCCTTTCACCAAGTGCCAATATCTGGAATTCAGCTGTGAAGCCACCTGGCCCTGAGCTTTACTCTTCCCAAGGGATTTTACTGCTGAAAATATTTCAATTTCTGAATAATGCATGATAAGTGCGACATTCTGACTTGAAGATACGCACGGTCAATCAAAAATTAGAGGGATATAACTAATCCCTGTAATTTTCTTGTGCAGACAATCCAAGAAATCCAGAATGAGGCATTCAATTTCTTGAAAGGATCGGGTTGCCACTCCTTGGTCATTTATTAATTCCGTGATTAGATTCCTTCTCTTTTCAGCTGCCAAGAAATGGAAGCTTAAAGAGTACAATATTTCATGCCGTAAAGAAAGGCATATTGTGGTTTTTCACCCTGAATAATTAAAAATATTTTTCACTCTACAAGTTTATTGTGCTTTTGGGCCCTATTGTTTTCGTTTGCCTCTGGTTTGTTGGGCCACTACCATCATAGCATAATGTTTTCATGTTAACCTGGATAATAACGTCACAACTATAAACTTTTGCTTAGGTTCTGCATGGAGATGCCGTCTTTGACAATTCCCTGGTGTGCGCTCTTTTCTTTCATAATTTCTACATTTGGTTAACTATTAGTTTGCTTGACTGACTTTTCCACTTGTTTATTAGGGGTGCACCATATTAAGTGGAGATGTAATTATACGACATCTTGCAGGGCAACTGAAGCCTGATTATGTTGTGTTCCTTGTATCCTTATGACTTCCTAAATGATATAACTCTGTACATATTGGATATAACTACAAAACACTAGTTAACTAATCTGAATTCTGTTTGTAGATGGTTTACATTAGATTTAACTTGATTTCATGGCGCTTCTTTGTCAATTTTGCTGGTATTGCATGAAAAAATTAACTTTACAGTGAAGATTATTTATGCAGTTTGAAGCTGTGTAGTTGTAGCAAACATTCAATTATTTCAATAGATGTTATTGTCAATCATACTTTGGGAAGATGGTATTCTCATTTGTTTTTTCTTGAGGTGTTTATCTACTAATTTTAAGGCCTGCTTTCTAGAGTAAAGAATATCATAGTTTTACATAATTTGATAGGGATAGAACTCTCCCAATCCTAACTAGTGGGTGTGGTGGGTGGTGCTCTACCTTTAGGGATTATTCTATCTTTCTTATCTTACGTGTAGGTATCCTTTAGTAAGTGTTCCACTTAACTTATATCGAAGACGGATGTTTTAGGTGTATATGATCGTCCTCCAACAGAACCTAATGCAGTCCTTTTAAGAGAGATTGGTAAGATAATAAAAGATATTGCCACAATCTTAAATTGCAGAAGTTTAAGAACTAACCGATTCTTCAACATTGCAGCTGTGGGTGAAGATGGTCGTTGGTCTGTTATACAACCTGTTCTGCACAATGGTAACACAGAAGGTCTGAAGATTGTTTTTTACTTCATTCCATAGTTGCGAGACAACCAACTTCTTTAGGGTAAGGAATGTTTTGAACAAAATAGAAAATTAGTACAAAAAACAGGAGGCAACGTCCACATGTACCAGAATGACTTTCCTAAAGACACGGGGACACAGGGTTACACTTGACCTCAATATTGCTTACTGAGTCTTGTATTCAATGTCAGTTCGATAAAGAAATGTCATGAACTTTTCCATTCACTTGAGTTGTATATAGCATTTTCAGGTGTATATTAGGTTCTTAGAAGTGGATAAAGCTATATTTTTTCTTTTAGTCTAAAAGAAAATACTAGATCCCTAGTATAGGAGAAAAACCATCTATAGAAAAGAAAATCATATAAAAATAACCGCATATTAAAATTCAAAACGAACACTTAATGCATACCTTATAATTACATGAAATATAACTCAAACTGTACCATGAGCTTATCTCATTATCTATATATTTATTAATAAAGAGATACGTTTACTTTTCAAAAAGAAAATAAATAAATAATAAACCACAAGCTCAAATATGCAAGAAATCACGATGTATTAATGATCGATGTTCACTCCTCACAAATGTACATTGGATTTCCTACTCCTAAAACTAGAAAACTAACCTCGCTGGCATGCCTTGATGATAAAGATGAGGTTGGGTAACATCGAATTTATATTACAACCCCAAAATGAATAATTATAGATTAAAAAGACTAGAAGATAGAAGATAGAAGAAGAAGAAGAAGAAGAAAAGAGGTTCTTTTCATTTCCTCCATGGTTCCTAGCTTGAAAAACCCTAAAATAAGAAGAGGAATATATATAGAAAATAGGACAATATGATGATGCTATTGCTATGTCTAAGTTGCTGCAGCTCTGTGAAACTGACCCACAGGCATGCGCATTGGAATTCGATGGTGCTTAACGCTGTTGCCTGATGCCTTCTGTAAATAGTGGTGCACATGGCATGGCGTTGTGCTGCTTCCCAATGTTGTGCCTTCGGCATTTTTGTCCTTTTCTCATCCCTCGAAGCCCGAATGCTCGGGCCATAAGACTCTTGAGTGCATTAATTGCTCGAGATCCTACAAATATAACATCTAAGCACATTAAACATTACAAACGTGCAAGATTAGTAGCACCAAAGTAGCTCCTTTGGGAGCCAGCATGTAAAGTTGGATCATGAGCTATGAATATCAGTACATGGAAGTGTCTTTTGAGAGAACCTTAACTTTCCAAGTATCCTTTAAACCTATATGTTTTCGTTAATTCTGTTGTTTGAGGCTTGAAATTTTGCTTTAGCTCTACTCTTAGCTACTGCATTTTATTTTCTCTACTCATCATGTAACTAGATTTCTTCCACCAACCAACAATAACGAGAGGTAGGTTTTCTACTTATAGTAATAATATTGCCCTCCAGAAACAAAAAAAATATCTTTCTATTTACAATTTTATGGAGATTCAGCAGTTAGTTTAAGGAATGAGGATATCATGGACATGGACTCTTAGGCACAAGTAGATTTTGTTAAGAAGAATTCACGGGTCTACTTCGCACATGATTTTGATGCGTTCTTCCAGAATGGTGAAAATGTTGAACAGATTCTCTGCTTCAATAGAAAAATATGGTTTGTAGATGAAATTAATTCCATCTGGTTCTCCTTCAGTTAAAGTCTAGCTAGGTGGTTTGGTCTAGGACTTTAACTGCTTGATGGTCTTCAGTCGGCTTTGGTTTTGAAGTTTATGTGTTCTATGGCTTTGGGTTTCTGTAAGTCTCCTCTCTCCCCTCCATTTGCGCTCTCTTTCCTTGTTTCTTTCAGCCTACAGTTTTCTTTCCCTCTCTATGGCTTTCAGTTTCTTTTGTGGCGCAGGTTTGTTAGGTTTTAAAAGTTTTGTTTTTGGTGTTTTCTTTTCATTGTATCTCAGTAGTTTTGTCTTAGTTTTTCTCAATTTCTCTTATCTCTTGAAAGTTAATGTATTATTTGGCATTGGTCTCTTATCATTTCTTCAATGAAAAAGTTTTGATTCCTTTTAAAAAAGTTCTTTCCTATTTTGTAACCATGCAAGTTTTACTTCGGACGACTCTAATTCCAAATTGATGTAACCCAAACATATGAGAAATTTACATTGTTACATTGGGATAGAAGTACTATAAATAGAAACTCTACTTCTGGTTATTGTTGGGAAGCTTTCTCTGTCCCTGCCCCGCCTTTTGGGCATCACTAATCCTACTCACCGATTTGATCTGCTTAGAAGTTTCTGTTTTGATGGCTTTATTTCTAGAGGTGTTTTTACTTTTTGATAGAACACCAAGCAAGTGGGATTGTTTTGGGTTCAATTTCAAGCTTCATTCACGGTCAAAGCTCTAAAACCTTTGTGTTGCATGTTTTACCCTTTGTGGAAAGTCATTTCAGTTTGAGGATCTTTTTGTCTCACGAAGTTTTGAGCCTTTGCTGAAGTCTCAGATAGTTTTTGAAGTTCTCATCTCTCTTGGCTACTTTGCAGTGTCGTTGGTGCTCTTATATTTTCCTATGTAATATAAGAGCTAGTTGGGATCTATCAATGGCTAGGACACTCTTGTTCTTCTCTCTCTCAAGAAGTAACAAGCCAACTAAAATCCTTTCCAAAACATAACTACCTTTTCCCGCCTAACAGCTTCCTATTTATACAGATCCCCACCGACCTCCTGTACTAACAGACTTTAACAACTAACATATACAATTTATTACAATATAACCCACACACACGTGTAACTTCACACATGTAACTTCTTTTTATTTTTCCTTCTGTAATGAAATATTATTGGAGGTCTAATAGTTTGTTTCTTCAAGGCATTCTTCCCATGTATTTTTCTCCTTTATGCAACTTGTATCTCATTGAGCATTACTGTTTTCATTTTTTCTATGAAAAATTTCTTATGTTGTTAAAAAAAAGAATCAATTCCTAATGTTCTTTACAAGAAGTTGCTATAATTGGCATCAGTGAGCTAGTCAGTTTAACCAGAAGAAATAACATTTGGGAGTGGAGTGGAAATAGATGACAGTTATTTTCTATTTTTATTTGTGATTGCCAGTTGAGATAAGTGTAGCCGCCCATGATACAACTGGGGGAATGGTGACTAAGATATCAGAAGCAGCAATGATTGCAAAGCTTGGCATTGAAGTCTACATTGTAAAGGTAGATCTTTTGTGTTTTGTCATTGGACAAATTCCATTCAATGTTATTTAGTATTATGTGCTGCTTGCTGCAGGCAGCCACTGTCCACTCCTTGAGAGCTCTAAACGGGGAAATTCGAGGCAAGATTCCAGATGACTGGCTTGGGACAGCTATTCGGTTTTCCGGATAAGACCTCAATCAGGTGCTTTCAGTGAAATATCTTAATTTATGATCAACTCCCTCAATTACTGCGGAATATTACAACGTGAGATAACCAAACTCGAAAACCCAAAATCATAAGGTTATAATTATCAAGTTGTAGTGTGGAACCTCATTATGTCCATGGATCATTGACATTGCAGTTGATCCAAGTATCCAGCTTTATGACTGTCGGAAAGCGATGATTGGAATTTACTTGTGCCAGTTTGTGAAATTAGACTCAACCAGAATCGTCTTACTTTGATGCTAACTAGTATTTGCCTGTTGCTTTTTAAATTTTGTACACTTATTTTTCCTCGGAAACAGAACTGAAGTAAGCCATGTTGTACTAAGTGCAACGTACTTTGACACTGCCAAAGCAATTCAATGGACATCATAAGTTATTATGAATGCATATTGCTATTTAGACTGAGCCTCAAGGATGGTCTCAATTTCTGTAGTTTGTTAGTATTTTATTTCTTATGATTATAATAATAGTTATTATTATTATTATTA

mRNA sequence

TGTAAGAAGCAGTGATAGAGTTGTAGCCCGCATCGTGCACCAAAAAATGTTGATTATCGTAAAACGTAGAATAAGGATGGTACATGGAGTATCGATCGGCCTTCGGGAATTGCGAACACGAAAACAGAAATTGGGAAGAAGTAGATATATTTGCATGCTAAGTGACACAAAGCATCATAAAGTTAGTTAGAACCATTTTTCATTTGGCCCTCACATGCCATCGTTGATAAAAAAAAAATGGAAAAAATGAAAAACCCGAAAGAGCCCGCGAAATTATGGGAGAAGAAGTCAACATTGCTTCCAATTTTGATTCCCTCATTACATACTTTCTTCTTCAAGCACAATTAAGGAGGGGAACCAATCCCAGGCAGTCTCCCACAACTGTATCAACGTTATGGATCTAACTAAACCACTCCGCTGCATCGTAAAACTCGGGGGTGCGGCTATTACTTGCAAGAATGAATTGGAGACGATACACGAAGAAAATTTGGCTACGGTTTCCTCACATCTGAGGAAAACTATGGTTAGTGGGTCTTCTTCTGAAAGTACTATTGGAATGGATTGGAGCAAGCAGCCTGAAAAATCCGGCATTGAACGTACTGCCGATGATTTCAGAGAACATGAAGTTGGCCTTGCAAGCCCCTTTATAGTTGTTCATGGAGCTGGTTCTTTTGGGCATTTTCAAGCAAGTAAATCGGGGGTTCATAAAGGAGGACTTGATAGATCCTTAGTCAAGGCTGGATTTGTTGCCACACGTATATCCGTTACTTCACTCAATCTTAAAATTGTTAGAGCACTTGCGAGAGAGGGTATTCCATCGGTTGGAATGTCTCCATTTTCATGTGGATGGTCCACCTGTGAAAGAAATATGGATGCAGTTGATTTACAAGGGGTTTCTAAAGCCATTAACTCTGGATTTGTTCCTGTTCTGCATGGAGATGCCGTCTTTGACAATTCCCTGGGGTGCACCATATTAAGTGGAGATGTAATTATACGACATCTTGCAGGGCAACTGAAGCCTGATTATGTTGTGTTCCTTACGGATGTTTTAGGTGTATATGATCGTCCTCCAACAGAACCTAATGCAGTCCTTTTAAGAGAGATTGCTGTGGGTGAAGATGGTCGTTGGTCTGTTATACAACCTGTTCTGCACAATGGTAACACAGAAGATATTGAGATAAGTGTAGCCGCCCATGATACAACTGGGGGAATGGTGACTAAGATATCAGAAGCAGCAATGATTGCAAAGCTTGGCATTGAAGTCTACATTGTAAAGGCAGCCACTGTCCACTCCTTGAGAGCTCTAAACGGGGAAATTCGAGGCAAGATTCCAGATGACTGGCTTGGGACAGCTATTCGGTTTTCCGGATAAGACCTCAATCAGGTGCTTTCAGTGAAATATCTTAATTTATGATCAACTCCCTCAATTACTGCGGAATATTACAACTTGATCCAAGTATCCAGCTTTATGACTGTCGGAAAGCGATGATTGGAATTTACTTGTGCCAGTTTGTGAAATTAGACTCAACCAGAATCGTCTTACTTTGATGCTAACTAGTATTTGCCTGTTGCTTTTTAAATTTTGTACACTTATTTTTCCTCGGAAACAGAACTGAAGTAAGCCATGTTGTACTAAGTGCAACGTACTTTGACACTGCCAAAGCAATTCAATGGACATCATAAGTTATTATGAATGCATATTGCTATTTAGACTGAGCCTCAAGGATGGTCTCAATTTCTGTAGTTTGTTAGTATTTTATTTCTTATGATTATAATAATAGTTATTATTATTATTATTA

Coding sequence (CDS)

ATGGATCTAACTAAACCACTCCGCTGCATCGTAAAACTCGGGGGTGCGGCTATTACTTGCAAGAATGAATTGGAGACGATACACGAAGAAAATTTGGCTACGGTTTCCTCACATCTGAGGAAAACTATGGTTAGTGGGTCTTCTTCTGAAAGTACTATTGGAATGGATTGGAGCAAGCAGCCTGAAAAATCCGGCATTGAACGTACTGCCGATGATTTCAGAGAACATGAAGTTGGCCTTGCAAGCCCCTTTATAGTTGTTCATGGAGCTGGTTCTTTTGGGCATTTTCAAGCAAGTAAATCGGGGGTTCATAAAGGAGGACTTGATAGATCCTTAGTCAAGGCTGGATTTGTTGCCACACGTATATCCGTTACTTCACTCAATCTTAAAATTGTTAGAGCACTTGCGAGAGAGGGTATTCCATCGGTTGGAATGTCTCCATTTTCATGTGGATGGTCCACCTGTGAAAGAAATATGGATGCAGTTGATTTACAAGGGGTTTCTAAAGCCATTAACTCTGGATTTGTTCCTGTTCTGCATGGAGATGCCGTCTTTGACAATTCCCTGGGGTGCACCATATTAAGTGGAGATGTAATTATACGACATCTTGCAGGGCAACTGAAGCCTGATTATGTTGTGTTCCTTACGGATGTTTTAGGTGTATATGATCGTCCTCCAACAGAACCTAATGCAGTCCTTTTAAGAGAGATTGCTGTGGGTGAAGATGGTCGTTGGTCTGTTATACAACCTGTTCTGCACAATGGTAACACAGAAGATATTGAGATAAGTGTAGCCGCCCATGATACAACTGGGGGAATGGTGACTAAGATATCAGAAGCAGCAATGATTGCAAAGCTTGGCATTGAAGTCTACATTGTAAAGGCAGCCACTGTCCACTCCTTGAGAGCTCTAAACGGGGAAATTCGAGGCAAGATTCCAGATGACTGGCTTGGGACAGCTATTCGGTTTTCCGGATAA

Protein sequence

MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQPEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVATRISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVGEDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHSLRALNGEIRGKIPDDWLGTAIRFSG

Homology

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BLAST of Cmc09g0245921 vs. NCBI nr
Match: XP_008465753.1 (PREDICTED: glutamate 5-kinase isoform X1 [Cucumis melo] >XP_008465754.1 PREDICTED: glutamate 5-kinase isoform X1 [Cucumis melo])

HSP 1 Score: 639.8 bits (1649), Expect = 1.3e-179
Identity = 323/325 (99.38%), Postives = 324/325 (99.69%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH
Sbjct: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG
Sbjct: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
           EDGRWSVIQPVLHNGNTE +EISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 EDGRWSVIQPVLHNGNTE-VEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRALNGEIRGKIPDDWLGTAIRFSG
Sbjct: 301 LRALNGEIRGKIPDDWLGTAIRFSG 324

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BLAST of Cmc09g0245921 vs. NCBI nr
Match: XP_011655278.2 (isopentenyl phosphate kinase [Cucumis sativus])

HSP 1 Score: 626.3 bits (1614), Expect = 1.5e-175
Identity = 316/325 (97.23%), Postives = 320/325 (98.46%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVS HLRKTMV+GSSSESTIGMDWSKQ
Sbjct: 73  MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSLHLRKTMVTGSSSESTIGMDWSKQ 132

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KSGIE TADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 133 PGKSGIECTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 192

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNL+IVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH
Sbjct: 193 RISVTSLNLQIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 252

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG
Sbjct: 253 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 312

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
           EDGRWSVIQPVLHNGNTE +EISVAAHDTTGGM+TKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 313 EDGRWSVIQPVLHNGNTE-VEISVAAHDTTGGMLTKISEAAMIAKLGIEVYIVKAATVHS 372

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRALNGEIRGKIPDDWLGT IRFSG
Sbjct: 373 LRALNGEIRGKIPDDWLGTTIRFSG 396

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BLAST of Cmc09g0245921 vs. NCBI nr
Match: XP_038890099.1 (isopentenyl phosphate kinase isoform X2 [Benincasa hispida])

HSP 1 Score: 597.0 bits (1538), Expect = 9.4e-167
Identity = 303/325 (93.23%), Postives = 310/325 (95.38%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSS E  IGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSFEGIIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KS I  TADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PGKSDIACTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNL+IVR+LAREGIPSVGMSPFSCGWSTCERNMDAVDL GVSKAINSGFVPVLH
Sbjct: 121 RISVTSLNLQIVRSLAREGIPSVGMSPFSCGWSTCERNMDAVDLCGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFDNSLGCTILSGDVIIR LA QLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAV 
Sbjct: 181 GDAVFDNSLGCTILSGDVIIRRLAEQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVD 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
           EDGRWSVIQP+LHN NTE +E+SVAAHDTTGGMVTKISEAAMIA+LGIEVYIVKAATVHS
Sbjct: 241 EDGRWSVIQPILHNANTE-VEVSVAAHDTTGGMVTKISEAAMIARLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRAL+GEIRGKIP DWLGT IRFSG
Sbjct: 301 LRALSGEIRGKIPVDWLGTVIRFSG 324

[Close]

BLAST of Cmc09g0245921 vs. NCBI nr
Match: XP_023520472.1 (uncharacterized protein LOC111783871 [Cucurbita pepo subsp. pepo] >XP_023520473.1 uncharacterized protein LOC111783871 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 587.4 bits (1513), Expect = 7.5e-164
Identity = 300/325 (92.31%), Postives = 307/325 (94.46%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSE+TIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSENTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KS I  TADDF EHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDR LVKAGFVAT
Sbjct: 61  PGKSDIACTADDFGEHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRPLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVT LNL+IVRALAREGIPSVGMSPFSCGWSTCERNMDA DL GVSKAINSGFVPVLH
Sbjct: 121 RISVTLLNLQIVRALAREGIPSVGMSPFSCGWSTCERNMDAGDLHGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFD+SLGCTILSGDVIIRHLA  LKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAV 
Sbjct: 181 GDAVFDDSLGCTILSGDVIIRHLAENLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVD 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
             GRWSVI+P+L NGN E +EISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 GCGRWSVIRPILPNGNKE-VEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRAL+GEIRGKIPDDWLGT IRFSG
Sbjct: 301 LRALSGEIRGKIPDDWLGTVIRFSG 324

[Close]

BLAST of Cmc09g0245921 vs. NCBI nr
Match: XP_022946700.1 (uncharacterized protein LOC111450692 [Cucurbita moschata] >XP_022946701.1 uncharacterized protein LOC111450692 [Cucurbita moschata])

HSP 1 Score: 583.6 bits (1503), Expect = 1.1e-162
Identity = 299/325 (92.00%), Postives = 307/325 (94.46%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAIT KNELETIHEENLATVSSHLRKTMVSGSSSE+TIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITRKNELETIHEENLATVSSHLRKTMVSGSSSENTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KSGI  TADDF EHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PGKSGIACTADDFGEHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVT LNL+IVRALAREGIPSVGMSPFSCGWSTCERNMDAVDL GVSKAINSGFVPVLH
Sbjct: 121 RISVTLLNLQIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLHGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFD+SLGCTILSGDVIIRHLA  LKPDYVVFLTDVLGVYDRPPTEP+AVLLREIAV 
Sbjct: 181 GDAVFDDSLGCTILSGDVIIRHLAENLKPDYVVFLTDVLGVYDRPPTEPDAVLLREIAVD 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
             GRWSVI+P+L N N E +EISVAAHD TGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 GCGRWSVIRPILPNANKE-VEISVAAHDITGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRAL+GEIRGKIPDDWLGT IRFSG
Sbjct: 301 LRALSGEIRGKIPDDWLGTVIRFSG 324

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BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot
Match: Q8H1F7 (Isopentenyl phosphate kinase OS=Arabidopsis thaliana OX=3702 GN=IPK PE=1 SV=1)

HSP 1 Score: 456.8 bits (1174), Expect = 2.0e-127
Identity = 226/323 (69.97%), Postives = 268/323 (82.97%), Query Frame = 0


Query: 4   TKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQPEK 63
           ++ +RCIVKLGGAAITCKNELE IH+ENL  V+  LR+ M+ GS+    IGMDWSK+P  
Sbjct: 10  SRSIRCIVKLGGAAITCKNELEKIHDENLEVVACQLRQAMLEGSAPSKVIGMDWSKRPGS 69

Query: 64  SGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVATRIS 123
           S I    DD  + +    S F+VVHGAGSFGHFQAS+SGVHKGGL++ +VKAGFVATRIS
Sbjct: 70  SEISCDVDDIGDQKSSEFSKFVVVHGAGSFGHFQASRSGVHKGGLEKPIVKAGFVATRIS 129

Query: 124 VTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDA 183
           VT+LNL+IVRALAREGIP++GMSPFSCGWST +R++ + DL  V+K I+SGFVPVLHGDA
Sbjct: 130 VTNLNLEIVRALAREGIPTIGMSPFSCGWSTSKRDVASADLATVAKTIDSGFVPVLHGDA 189

Query: 184 VFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRP--PTEPNAVLLREIAVGE 243
           V DN LGCTILSGDVIIRHLA  LKP+YVVFLTDVLGVYDRP  P+EP+AVLL+EIAVGE
Sbjct: 190 VLDNILGCTILSGDVIIRHLADHLKPEYVVFLTDVLGVYDRPPSPSEPDAVLLKEIAVGE 249

Query: 244 DGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHSL 303
           DG W V+ P+L +   + ++ SVAAHDTTGGM TKISEAAMIAKLG++VYIVKAAT HS 
Sbjct: 250 DGSWKVVNPLLEH-TDKKVDYSVAAHDTTGGMETKISEAAMIAKLGVDVYIVKAATTHSQ 309

Query: 304 RALNGEIRGKIPDDWLGTAIRFS 325
           RALNG++R  +P+DWLGT IRFS
Sbjct: 310 RALNGDLRDSVPEDWLGTIIRFS 331

[Close]

BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot
Match: Q9HLX1 (Isopentenyl phosphate kinase OS=Thermoplasma acidophilum (strain ATCC 25905 / DSM 1728 / JCM 9062 / NBRC 15155 / AMRC-C165) OX=273075 GN=Ta0103 PE=1 SV=1)

HSP 1 Score: 87.0 bits (214), Expect = 4.2e-16
Identity = 59/160 (36.88%), Postives = 84/160 (52.50%), Query Frame = 0


Query: 79  GLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVATRISVTSLNLKIVRALARE 138
           G+     VVHG GSFGH +A + G+      RS +  G+      + +L+L ++ A+   
Sbjct: 34  GIEDLVCVVHGGGSFGHIKAMEFGLPGPKNPRSSI--GYSIVHRDMENLDLMVIDAMI-- 93

Query: 139 GIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDAVFDNSLGCTILSGDV 198
               +GM P S   S   R     D   + + I++GFVPV +GD    +     I SGD 
Sbjct: 94  ---EMGMRPISVPISAL-RYDGRFDYTPLIRYIDAGFVPVSYGDVYIKDEHSYGIYSGDD 153

Query: 199 IIRHLAGQLKPDYVVFLTDVLGVYDR-PPTEPNAVLLREI 238
           I+  +A  LKPD  VFLTDV G+Y + P   P+AVLLR+I
Sbjct: 154 IMADMAELLKPDVAVFLTDVDGIYSKDPKRNPDAVLLRDI 185

[Close]

BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot
Match: D4GWT7 (Isopentenyl phosphate kinase OS=Haloferax volcanii (strain ATCC 29605 / DSM 3757 / JCM 8879 / NBRC 14742 / NCIMB 2012 / VKM B-1768 / DS2) OX=309800 GN=HVO_2762 PE=1 SV=1)

HSP 1 Score: 81.3 bits (199), Expect = 2.3e-14
Identity = 63/216 (29.17%), Postives = 95/216 (43.98%), Query Frame = 0


Query: 10  IVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQPEKSGIERT 69
           ++KLGG+ +T K+E ET+ E  LA  +                             +   
Sbjct: 5   VLKLGGSVVTDKDEPETVDEAGLAAAA---------------------------DAVAPL 64

Query: 70  ADDFREHEVGLASPFIVVHGAGSFGHFQASKSGV--HKGGLDRSLVKAGFVATRISVTSL 129
           A+  R          +VVHG GSFGH  A++ GV    G  D      G  A   ++  L
Sbjct: 65  AESRR---------VVVVHGGGSFGHHHAAEHGVSSESGSHD----ARGVRAIHDAMKRL 124

Query: 130 NLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDAVFDN 189
           N  ++ AL   G+ ++ + P S G    + ++ ++ L      ++ GFVPVLHGD +   
Sbjct: 125 NDAVLDALEERGVAALPVHPLSAGAREADGSL-SLPLAATETMLDEGFVPVLHGDVISHA 179

Query: 190 SLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYD 224
             G TI+SGD ++  LA  L  D V   + V GV D
Sbjct: 185 GKGATIVSGDDLVVSLASGLGADRVGLCSTVPGVLD 179

[Close]

BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot
Match: Q60352 (Isopentenyl phosphate kinase OS=Methanocaldococcus jannaschii (strain ATCC 43067 / DSM 2661 / JAL-1 / JCM 10045 / NBRC 100440) OX=243232 GN=MJ0044 PE=1 SV=1)

HSP 1 Score: 75.9 bits (185), Expect = 9.6e-13
Identity = 61/213 (28.64%), Postives = 98/213 (46.01%), Query Frame = 0


Query: 10  IVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQPEKSGIERT 69
           I+KLGG+ ++ KN   +I  +NL  ++  ++              +D+ K   K      
Sbjct: 4   ILKLGGSILSDKNVPYSIKWDNLERIAMEIKN------------ALDYYKNQNK------ 63

Query: 70  ADDFREHEVGLASPFIVVHGAGSFGHFQASK-SGVHKGGLDRSLVKAGFVATRISVTSLN 129
                  E+ L    I+VHG G+FGH  A K   +  G      ++ GF   + ++   N
Sbjct: 64  -------EIKL----ILVHGGGAFGHPVAKKYLKIEDGKKIFINMEKGFWEIQRAMRRFN 123

Query: 130 LKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDAVFDNS 189
             I+  L    IP+V + P S        +    D   + + +    VPV+HGD V D+ 
Sbjct: 124 NIIIDTLQSYDIPAVSIQPSS---FVVFGDKLIFDTSAIKEMLKRNLVPVIHGDIVIDDK 183

Query: 190 LGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGV 222
            G  I+SGD I+ +LA +LK D +++ TDV GV
Sbjct: 184 NGYRIISGDDIVPYLANELKADLILYATDVDGV 184

[Close]

BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot
Match: Q2IMF3 (Glutamate 5-kinase OS=Anaeromyxobacter dehalogenans (strain 2CP-C) OX=290397 GN=proB PE=3 SV=1)

HSP 1 Score: 54.3 bits (129), Expect = 3.0e-06
Identity = 49/172 (28.49%), Postives = 75/172 (43.60%), Query Frame = 0


Query: 169 KAINSGFVPVLH-GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPT 228
           + +++G VPV++  D V  + L   +   D +   +AG ++ D V  LTDV G+YDR P 
Sbjct: 130 RLLDAGAVPVVNENDTVAVDEL--KVGDNDTLAALVAGCVEADAVAMLTDVDGLYDRNPA 189

Query: 229 EPNAVLLREIAVGEDGRWSVIQPVLHNGNTEDIEIS---VAAHDTTGGMVTKISEAAMIA 288
           EP A LLR++                   T +IE S     +  + GGM+TK+  A  + 
Sbjct: 190 EPGARLLRDVP----------------RVTAEIERSAGGAGSERSVGGMITKVKAARRLG 249

Query: 289 KLGIEVYIVKAATVHSLRA-LNGEIRGKI----------PDDWLGTAIRFSG 326
             G+   ++      +L A L GE  G +             WL  A R  G
Sbjct: 250 AQGVVTALLSGRRARALPALLAGEPVGTVFAPGAHRLSSRQGWLAAAARGKG 283

[Close]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL
Match: A0A1S3CPJ8 (Isopentenyl phosphate kinase OS=Cucumis melo OX=3656 GN=LOC103503361 PE=3 SV=1)

HSP 1 Score: 639.8 bits (1649), Expect = 6.1e-180
Identity = 323/325 (99.38%), Postives = 324/325 (99.69%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH
Sbjct: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG
Sbjct: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
           EDGRWSVIQPVLHNGNTE +EISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 EDGRWSVIQPVLHNGNTE-VEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRALNGEIRGKIPDDWLGTAIRFSG
Sbjct: 301 LRALNGEIRGKIPDDWLGTAIRFSG 324

[Close]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL
Match: A0A6J1G4N8 (Isopentenyl phosphate kinase OS=Cucurbita moschata OX=3662 GN=LOC111450692 PE=3 SV=1)

HSP 1 Score: 583.6 bits (1503), Expect = 5.2e-163
Identity = 299/325 (92.00%), Postives = 307/325 (94.46%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAIT KNELETIHEENLATVSSHLRKTMVSGSSSE+TIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITRKNELETIHEENLATVSSHLRKTMVSGSSSENTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KSGI  TADDF EHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PGKSGIACTADDFGEHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVT LNL+IVRALAREGIPSVGMSPFSCGWSTCERNMDAVDL GVSKAINSGFVPVLH
Sbjct: 121 RISVTLLNLQIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLHGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFD+SLGCTILSGDVIIRHLA  LKPDYVVFLTDVLGVYDRPPTEP+AVLLREIAV 
Sbjct: 181 GDAVFDDSLGCTILSGDVIIRHLAENLKPDYVVFLTDVLGVYDRPPTEPDAVLLREIAVD 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
             GRWSVI+P+L N N E +EISVAAHD TGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 GCGRWSVIRPILPNANKE-VEISVAAHDITGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRAL+GEIRGKIPDDWLGT IRFSG
Sbjct: 301 LRALSGEIRGKIPDDWLGTVIRFSG 324

[Close]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL
Match: A0A6J1KA11 (Isopentenyl phosphate kinase OS=Cucurbita maxima OX=3661 GN=LOC111493614 PE=3 SV=1)

HSP 1 Score: 582.8 bits (1501), Expect = 8.9e-163
Identity = 298/325 (91.69%), Postives = 307/325 (94.46%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAIT KNELETIHEENLATVSSHLRKTMVSGSSSE+TIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITSKNELETIHEENLATVSSHLRKTMVSGSSSENTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P KS I   ADDF EHE+GLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PGKSDIACPADDFGEHELGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVT LNL+IVRALAREGIPSVGMSPFSCGWSTCERNMDAVDL GVSKAINSGFVPVLH
Sbjct: 121 RISVTLLNLQIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLHGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFD+SLGCTILSGDVIIRHLA  LKPDYVVFLTDVLGVYDRPPTEP+AVLLREIAV 
Sbjct: 181 GDAVFDDSLGCTILSGDVIIRHLAENLKPDYVVFLTDVLGVYDRPPTEPDAVLLREIAVD 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
             GRWSVI+P+L NGN E +EISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS
Sbjct: 241 GYGRWSVIRPILPNGNKE-VEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300

Query: 301 LRALNGEIRGKIPDDWLGTAIRFSG 326
           LRAL+GEIRGKIPDDWLGT IRFSG
Sbjct: 301 LRALSGEIRGKIPDDWLGTVIRFSG 324

[Close]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL
Match: A0A6J1E0G2 (Isopentenyl phosphate kinase OS=Momordica charantia OX=3673 GN=LOC111025262 PE=3 SV=1)

HSP 1 Score: 565.8 bits (1457), Expect = 1.1e-157
Identity = 285/324 (87.96%), Postives = 301/324 (92.90%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           +DL + +RCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSS   IGMDWSK+
Sbjct: 18  LDLARQVRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSSKIIGMDWSKR 77

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           P +S I   ADDF E EVGLASPFIVVHGAGSFGHFQASKSGVHKGGL RSLVKAGFVAT
Sbjct: 78  PGQSDIASIADDFGEQEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLGRSLVKAGFVAT 137

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNL+IVRALAREGIPSVGMSPFSCGWSTCERN+ AVDL GVSKAIN GFVPVLH
Sbjct: 138 RISVTSLNLQIVRALAREGIPSVGMSPFSCGWSTCERNIAAVDLHGVSKAINFGFVPVLH 197

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFD+SLGCTILSGDVIIRHLA  LKPDYVVFLTDVLGVYDRPP+EPNAVLLREI VG
Sbjct: 198 GDAVFDDSLGCTILSGDVIIRHLAEHLKPDYVVFLTDVLGVYDRPPSEPNAVLLREIVVG 257

Query: 241 EDGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHS 300
           EDGRWSV+QP++HN NTE +EI+VAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAAT HS
Sbjct: 258 EDGRWSVLQPIMHNSNTE-VEITVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATDHS 317

Query: 301 LRALNGEIRGKIPDDWLGTAIRFS 325
           LRAL+G+IRGKIPDDWLGT IRFS
Sbjct: 318 LRALSGKIRGKIPDDWLGTVIRFS 340

[Close]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL
Match: A0A1S3CPL5 (Isopentenyl phosphate kinase OS=Cucumis melo OX=3656 GN=LOC103503361 PE=3 SV=1)

HSP 1 Score: 521.2 bits (1341), Expect = 3.2e-144
Identity = 259/262 (98.85%), Postives = 261/262 (99.62%), Query Frame = 0


Query: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60
           MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ
Sbjct: 1   MDLTKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQ 60

Query: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120
           PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT
Sbjct: 61  PEKSGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVAT 120

Query: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180
           RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH
Sbjct: 121 RISVTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLH 180

Query: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240
           GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG
Sbjct: 181 GDAVFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRPPTEPNAVLLREIAVG 240

Query: 241 EDGRWSVIQPVLHNGNTEDIEI 263
           EDGRWSVIQPVLHNGNTE ++I
Sbjct: 241 EDGRWSVIQPVLHNGNTEGLKI 262

[Close]

BLAST of Cmc09g0245921 vs. TAIR 10
Match: AT1G26640.1 (Amino acid kinase family protein )

HSP 1 Score: 456.8 bits (1174), Expect = 1.4e-128
Identity = 226/323 (69.97%), Postives = 268/323 (82.97%), Query Frame = 0


Query: 4   TKPLRCIVKLGGAAITCKNELETIHEENLATVSSHLRKTMVSGSSSESTIGMDWSKQPEK 63
           ++ +RCIVKLGGAAITCKNELE IH+ENL  V+  LR+ M+ GS+    IGMDWSK+P  
Sbjct: 10  SRSIRCIVKLGGAAITCKNELEKIHDENLEVVACQLRQAMLEGSAPSKVIGMDWSKRPGS 69

Query: 64  SGIERTADDFREHEVGLASPFIVVHGAGSFGHFQASKSGVHKGGLDRSLVKAGFVATRIS 123
           S I    DD  + +    S F+VVHGAGSFGHFQAS+SGVHKGGL++ +VKAGFVATRIS
Sbjct: 70  SEISCDVDDIGDQKSSEFSKFVVVHGAGSFGHFQASRSGVHKGGLEKPIVKAGFVATRIS 129

Query: 124 VTSLNLKIVRALAREGIPSVGMSPFSCGWSTCERNMDAVDLQGVSKAINSGFVPVLHGDA 183
           VT+LNL+IVRALAREGIP++GMSPFSCGWST +R++ + DL  V+K I+SGFVPVLHGDA
Sbjct: 130 VTNLNLEIVRALAREGIPTIGMSPFSCGWSTSKRDVASADLATVAKTIDSGFVPVLHGDA 189

Query: 184 VFDNSLGCTILSGDVIIRHLAGQLKPDYVVFLTDVLGVYDRP--PTEPNAVLLREIAVGE 243
           V DN LGCTILSGDVIIRHLA  LKP+YVVFLTDVLGVYDRP  P+EP+AVLL+EIAVGE
Sbjct: 190 VLDNILGCTILSGDVIIRHLADHLKPEYVVFLTDVLGVYDRPPSPSEPDAVLLKEIAVGE 249

Query: 244 DGRWSVIQPVLHNGNTEDIEISVAAHDTTGGMVTKISEAAMIAKLGIEVYIVKAATVHSL 303
           DG W V+ P+L +   + ++ SVAAHDTTGGM TKISEAAMIAKLG++VYIVKAAT HS 
Sbjct: 250 DGSWKVVNPLLEH-TDKKVDYSVAAHDTTGGMETKISEAAMIAKLGVDVYIVKAATTHSQ 309

Query: 304 RALNGEIRGKIPDDWLGTAIRFS 325
           RALNG++R  +P+DWLGT IRFS
Sbjct: 310 RALNGDLRDSVPEDWLGTIIRFS 331

The following BLAST results are available for this feature:

BLAST of Cmc09g0245921 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008465753.1	1.3e-179	99.38	PREDICTED: glutamate 5-kinase isoform X1 [Cucumis melo] >XP_008465754.1 PREDICTE...	[more]
XP_011655278.2	1.5e-175	97.23	isopentenyl phosphate kinase [Cucumis sativus]	[more]
XP_038890099.1	9.4e-167	93.23	isopentenyl phosphate kinase isoform X2 [Benincasa hispida]	[more]
XP_023520472.1	7.5e-164	92.31	uncharacterized protein LOC111783871 [Cucurbita pepo subsp. pepo] >XP_023520473....	[more]
XP_022946700.1	1.1e-162	92.00	uncharacterized protein LOC111450692 [Cucurbita moschata] >XP_022946701.1 unchar...	[more]

BLAST of Cmc09g0245921 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8H1F7	2.0e-127	69.97	Isopentenyl phosphate kinase OS=Arabidopsis thaliana OX=3702 GN=IPK PE=1 SV=1	[more]
Q9HLX1	4.2e-16	36.88	Isopentenyl phosphate kinase OS=Thermoplasma acidophilum (strain ATCC 25905 / DS...	[more]
D4GWT7	2.3e-14	29.17	Isopentenyl phosphate kinase OS=Haloferax volcanii (strain ATCC 29605 / DSM 3757...	[more]
Q60352	9.6e-13	28.64	Isopentenyl phosphate kinase OS=Methanocaldococcus jannaschii (strain ATCC 43067...	[more]
Q2IMF3	3.0e-06	28.49	Glutamate 5-kinase OS=Anaeromyxobacter dehalogenans (strain 2CP-C) OX=290397 GN=...	[more]

BLAST of Cmc09g0245921 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CPJ8	6.1e-180	99.38	Isopentenyl phosphate kinase OS=Cucumis melo OX=3656 GN=LOC103503361 PE=3 SV=1	[more]
A0A6J1G4N8	5.2e-163	92.00	Isopentenyl phosphate kinase OS=Cucurbita moschata OX=3662 GN=LOC111450692 PE=3 ...	[more]
A0A6J1KA11	8.9e-163	91.69	Isopentenyl phosphate kinase OS=Cucurbita maxima OX=3661 GN=LOC111493614 PE=3 SV...	[more]
A0A6J1E0G2	1.1e-157	87.96	Isopentenyl phosphate kinase OS=Momordica charantia OX=3673 GN=LOC111025262 PE=3...	[more]
A0A1S3CPL5	3.2e-144	98.85	Isopentenyl phosphate kinase OS=Cucumis melo OX=3656 GN=LOC103503361 PE=3 SV=1	[more]

BLAST of Cmc09g0245921 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G26640.1	1.4e-128	69.97	Amino acid kinase family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Charmono) v1.1
Date Performed: 2022-10-13


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR024192	Fosfomycin resistance kinase, FomA-type	PIRSF	PIRSF016496	Kin_FomA	coord: 5..325 e-value: 2.1E-79 score: 263.9
IPR024192	Fosfomycin resistance kinase, FomA-type	PANTHER	PTHR43654:SF1	ISOPENTENYL PHOSPHATE KINASE	coord: 4..324
IPR024192	Fosfomycin resistance kinase, FomA-type	CDD	cd04241	AAK_FomA-like	coord: 8..310 e-value: 1.24302E-87 score: 261.427
IPR036393	Acetylglutamate kinase-like superfamily	GENE3D	3.40.1160.10		coord: 7..312 e-value: 1.4E-61 score: 210.1
IPR036393	Acetylglutamate kinase-like superfamily	SUPERFAMILY	53633	Carbamate kinase-like	coord: 10..304
IPR001048	Aspartate/glutamate/uridylate kinase	PFAM	PF00696	AA_kinase	coord: 8..294 e-value: 4.9E-63 score: 212.9
None	No IPR available	PANTHER	PTHR43654	GLUTAMATE 5-KINASE	coord: 4..324

Relationships

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


Feature Name	Unique Name	Type
Cmc09g0245921.1	Cmc09g0245921.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008299	isoprenoid biosynthetic process
cellular_component	GO:0005829	cytosol
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0102043	isopentenyl phosphate kinase activity
molecular_function	GO:0016301	kinase activity