CSPI06G03650 (gene) Cucumber (PI 183967) v1

Overview


Name	CSPI06G03650
Type	gene
Organism	Cucumis sativus var. hardwickii cv. PI 183967 (Cucumber (PI 183967) v1)
Description	Non-specific serine/threonine protein kinase
Location	Chr6: 3353411 .. 3371655 (+)
RNA-Seq Expression	CSPI06G03650
Synteny	CSPI06G03650

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptidethree_prime_UTR

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

ATGAAATCATCGGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATTTTTGATGAAGAGTCATTAGTTATGAAAGATGACAGACATGATTGTGGTACTGCCACTATTCAGTACACAGATTTGGGCACTGAAGTTCGTGATCATGTTATTGATGCCACAAGGGAAATGTTCAGGCTGCATTGTGCAAAGCATTTAGAAATGAGTTCTATGTATTTGTTGGATAGCTCTACGCAAATCAATAGGTTTTCTGTTTAATCAAACTGTTTGTACTCTTCAAGAAATTCGATAGTTTGCTTCTTACATTTTAGATTTGGCTGATCTTTTCAAACAACTTTTGAAGGAACACGGTCAAACTTTTGAGCCACGGAGGAGATATACTTGAACTTTGTCACGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTTCAGTCAGGTATCTGCTTTCTCTCTCTCTCAAAATTAATTTACTTTTTAAATTGATTTATTTATTTGTTAATTTTTTTGAATAAGATATGAATTTCTCATTTATTTTTTTAGCTATAAAAATATTCCAAAGAAACAAACTTGTTGGAGTGAAAAAAGTCTTAAATTACCAATTGACCCAAAAGTTTAAGCTTGTGGATCTAATATTCTCCCTCACTTGAGAGCTTGAAATATGAAGAAGACCAAACAAGTGGAAATAAATCAATATTAAGTGGGGAGGAAACAACAATGCTAAATACATGACCTCCCTGGACCACCTGCTCTGATACCATCTTAAATCACCGATTGACCCAAAAGTTTAAGCTCGTGAGTGAAGGCGAATTTAATTACATATCATCTAACGAAAAGTGAGCTAAAGAAAGTACACAATATCGTGATCCCATAATATAAGAATATTAGAAGGAAAAAATGGCTGGGACAAAATCAAAACCCTCCACCCGAACTCCATACTTGTCTTCAAATTATTCGTTCCTTTCAAAGCCAAAATCTGAAATCATGGATTTGACTGCATTAATCCTAAAAAGATTAATTCAATATGATAATGCCAGCTCAACTAGTAGCGATAGAATGATCATGCTTGCACTAGAAAATGATTCACTTGATGAATTCTGTCTTCGGATTGTAGGGGTGTTCCTTGATGTAACTTCTTGATCCTTTTGTACTCGTGTATATTTCAAGGGTTGTTTTTAGTAAATGTCGCTTTCATGCATCTTAGGATTCTGTTGACAGCTTACATGTGTTCCTCCTAGGGAGCCTGCATAAACTGGCTGACAACATTCACTGAAAAGGAAATATTAGGATAAGTAAATCAGTTTACTCACAAGGCGCTGATATTATTCTTTATCAACTTCAACTTGATCATTAGAGTTTCCTAGTTTACAGTTGAATTCAATAGGAGTATTAGCAAGATGATTTCCGAATATACTTGGCTTGGTTAGCAAATCAAGGGTGTATTTTCTCTTGGACACAAAGATGCCTTCTTTCAATTGATGAGATAAGTGACAGTGAGAATGACATCATCCCAGAGATAGGAAGGAAGAGAAATGGATAACATAAGGGAACAAGCAACTTCTAAAAGGTGATGATTTTTTGTTCGGCAACCCCATTTTGTTGGGGGTGTAAGCATAGAACCTTTGGTGAACAATTCCTTTAGAGGGTAAGAACTCATTAAGAGAGTAGTTTTGAAACTCACGACCGTTATCACTCTATAGGATTGCAATATTTGTATTGAATTGCATTTCTCCGGTGTGATAGAAGTCCCGGAATGTGGGGGTAACTTCAGATTTGTCGATGATCAGGAAAACCCAAGTAAGACGAGTATGATCATCAATAAAGGTCACAAACCATCGTTTTCTGGAGGAGGTAGTGACCTTGGATGGTCCCCAAACATCACTATGAATAAGAGTAAAAGGTCGGGTTGGCTTATTGGGTTGCGGGGGAAACGAGACTCGGTGTTGTTTAGCTTTTATGCACACATCACAAGTTAAGGAAGAAACATCAACGTTAGACAAGAGGAAATAGGTATTTCATATATTTAAAGTTGGGATGGGCTAAACGGAAATGTCACAGTATACGATCTGTTTTAGAAGTGGTAAAGTAGGAAGATAAAAGACTCGTCTTAGAAATATTACTAGAGGAGGCATCATCATCAAGTAAGTAAAGACTTTTATTGTGCTGGGTAGTGCCAATCATTTTCCCCGAGTTCAGGTCTTGAAAAGAAATAGAATCATGTAAGAATGTTGCTTTGCAGTTTAATTAATGAGTAATATTTCTAATCGACAGAAGATTATATGAAATTTGTGGCACATGCAACACATTGTGTAATGAGAACCCGTCAAAAAGGAAAATCTGCCCCTTCCTGGCAATGGGAGCCAAGGAGCCAACAACAATTCTTATCTTCTCATTCCCAGCACACGGAATGTAGGATATAAAGTGTTCAAAAGAACCGGTTAAATGATCTGTGGCACAAGAGTCCAGGATCCAAGGATTCTTACCATCAACACTAATGAGACTAAAGGACTAAGGTATACCTGACTGGACAAAAGCTCAAAGTGTGGTTGGACTAGCATTCTTATTCACATAGAAAGATGATCAAGCATGGAACTAGGTTATCAGATTCTCATAATACACCGGTATAGGAGTGTTGGATGTCATCCCTAGGGTAGCCTTAGTTGTTGCAATCTGTTGACGAAGCCCTTTCAGTTGCTGTTGAGCTATTCCTAAAGAAAAAGAGGAACCTTGCACGTTAGGGTTGGAATATGCCAAATATTCACCAACTTCAAATATTGAGTGAATTTGAGGGTTCCTAACATCGAAATGATAACTAAGGTCAGTGGGTGGCAGGGCATCTAGATTTGAAGGGAGAAACGGTGGTGGCCGGCCAGAATTAGGTGGCAGAACATGAATTGGGGTGTGGGGAGCAATGTAGGTCACGAATGAAGAAGAGGGTTGCACAGATAGGATGGTTGAAACTTTCTGAGGAAGATGGATCGGCACACGTTGCTCTAGCGACGGCACGTGGAGGCACGCGCATGAGAGGGTTTTGGCGGCATGGACAACAATATAATTGACTGGAATACATTTTTTGATGTTGTATGAAGGCAGCAAAACCATTTATCCATGGCAGCACCGATCTGAGCATTGACGTCGGCAGCGACGGTGGTACTAAAACTGGTGGCTGTCTCTGTTTGATTTCCATCATTAGTTGTGTTGTTAAGGGTTTGTTCAATGTCCCGCTATGCATCCACTTAAGCTGGTGGTTGAAGGCAAATTTAATTATATATCACCAACGCTCTCCTTCACTTGTGAGCTTGAAATATTTGAAAGACCCAACAAGTGGAAATCGATTTTGCCTCACTTGTGGGCTTGAAATATTTGAAAGGCCCAACAAGTGGAAATCGATTTTGCCTCACTTGTGGGCTTGAAATATTTGAAAGGCCCAACAAGTGGAAATCGATTTTGCCTCACTTGTGGGCTTGAAATATTTGAAAGGCCCAACAAGTGGAAATCAATTTTAATTGGAGAGGAAACAACAATGCAGGGGCTTGAAATTTGACCACCTGCTCTGGTACCAAACTGAAAGTAGAGACAAAAAACACACAAATTTACCTGGAAACTTGAGCATCGGGAGAAAAGTCACGATATTTTTCTTCTTATTATTTTCTGATAAAATTTTACAATAGGTACAGTGAGGAATAATAAATAGAATACATAAGGGAATTAAAATTGAAAAGATTTAGGAATTAGGGTAAATATTTTCGTAATCTTTTCATAAATACTCTAAGGGCCAAGCCCACTAATTCCAACAAGTCATACTCGTTTGTTAGAAGAAAGCTTTCCATATTACCGTATGGGAGAAAACCAAAAAAGAAATAAAAAGAAAAATCTAACCATATGATTTGTATTTCTTTTCGGTCATTTCTTTTATTTTTTTCCTTTGTGCATCCACTATGTTAGTAAAACTTTGAATTGTACTTTTGTAGAACATGAATTGATTTGTTGATTTTCTATTCAGAAATCTTCATTTAAACGATATGATATATCGTATGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGTACTCTTTTACTTGTCTTGTGGTCTTTTATTTTTGTCTTTTTACTTTCGAGAGAAAAAAATTACTTTTAGCTTAAGTGTTAGAATTATGTTTTTGGTAACAAATTGTCAAATAAGGAGGAAGTTGACTATTGGGTCATGAGAGCTCATTCAATTTACGAAGAGCATTTGTCACATGGAGATAAAAAATAACTTGATTTAAAAAAATCATCTTTTTTTTGCCACATGACATGCTTTTAAGTGGGATACATGGCGATGGATGTAGTGTAGCCAAGGTGATGTGTTCTAGCGTGCAAGTGCACACGGTCAAGTTATAATATAGTAAAACAACCAGTAAAGGCTCGAGTATCATCCTTAGGGATCAATTAACAGTTAATATTTAGCTATTTTAGACTTGAATTGACTTTAGCTAAGGAAACAAAATCGGATGTTGAGCAATTTGTAAAAGTAAAATGAACTTGACAAACAACAACTAAGTTCAGAATAAAAGACGTTCTCTCAACTTTATATGATATTTCTTTAAAAAACACTAGCAAACACATTAAATCTTATAAAAACAACTCTAAATATAAGGCTAAATATGCACTCTTTAAGCATGTATCACAAGGACGCTCAAGTAACTTTTGTTTACAAATGTTGAGAGAAAAACGGGCAAAATTATCAACTCTAGTAAGCAGGAACTTTGGGGTTAGGTGGACATTTTGTACCAATATCATTTTTTTGAAGACAGAAAGTTACATGAAGTTACAAAAGTCCCATTCCTCAGCGGGGTGGTGCTGCTCGATTGCCAATTGGTTAGATAGCATTTCATTGGGTTTAAGTTTCTTTGGCATGGGGTGTATTTTTTTAGGCGTTTGCTTCAACTTGATTTCCAGCCACTTCTTTTTGCTTTAATCAAGCATCTTCGTAGCATTTTTGGAGCATCTTTGAAGGGCATGTATCATTGGTGGTCGATTCTTCTTGTCAAATTGTTACTAGTTGGATTTTTGGGTTGAAAGGATGTTTGGTGTTATGTTTCTTAGGGCTTGTTGGCAATGACTTAAGCAAAAAAAGTTTTTCAAAAAATGAATTTTCATCTAAACGTTTTTTCTAAAAACTTTGGAAAAGAAACACACATGTAAACAGCAACCTTTTTTAAAAAATGTTTTTAGGTAAAAATTTATTTGATTTGTTATATACTAAAAGTTTTTTAATATATAATTTCAAATTATAATAAAAGAATTTGTCCATGGTGTTTTTTAAAGAAGTTGATTCACGATCATCAAGGATGGTGGTCAGGGATAGTCACACTGTAAAATGATAATCAGAGGTTGATGACTGCTTTCGTTGGAAGTCAAACAACGGCAATCACCAAAAACTGGTTGTTGACAGTTGATTGATAAAAAACGATTGATAAAAGTTGATTGGTAACAATTACCAAAAAATGGTCAAAGAGAGTTGGCCCGACAATGTTTGCTAAACAACAATCGACAAGAGTTAGTTGGCAACTGTCATTGAAAAACAGTCGTTGGTAGTTGGCCAACAATTTTTATTGAAAAATGGTTGATAAAAGTTGGTTGACAACGGTCAACAAAAGTTGACTACCAATGGTCACCAATAATGATCTACAAAATTTGGCAAAAAATTGTCAATGAAAGTTGACCGACAATAGTTACTGAACAACTATTAACAAAAGTTCGACAATGATCATCGGAAATGTTCGTCGATAGTTGGCTAGCAATTGTTAACAAAAACGGTTGATTAAAGTTGGTTAGAACCGACCACCGAAAATGGTTAAGAGTAACTAACAACGGTTACCAAAAAATGGTCGACCAAAGTTGGCTGACAAGGATCATCGAACAATGATCGACAAAAGTTCCATCAGCCCACATATAAATAAGGACCAAGAAGAACAAGAAAGGATCCAAAGTGCAGCAAAATATCCGTTGGGTAAGAGAGCAATCCTCGAACAACCGTGGGAAACAGATGCTAAGGGTCAGCAAATCAATCCATCCACTGATTGGACCAAAAAGTGAATATGGAATCGTTACTAAGCTTGAAGAGAGTCAAAGATTCCATCTTCCTCCAAACTCATGAAATGCAAAGCGCCATTAATAACAAATGAAGAGGCACAAGAGTCAAGCCAATATTATACCACAATCCTGAACAATGGAAACCAAATGATCAGGTATATTTGATGGCGTTAAAAGGGGAAAAGCAATGTGAGCCTCGTGCAATACCATTTACTTCCACCTCAGCTGTAAATAAAGCCTAAAGGTTCATGCGTTAATGTCTTCATTTGCCAATTTAGTATGATCATTTTGGGACAGAAGTTATTATTTTGGTCATGGAGAATGACCAAGAAAGGTTGAGACATGTTCAAGAAGATTGTAGAATCAGTCCTACAACAATTATGATGTTGAAGCTTATTCAAGAACACCTAATCTCTACATCAATCCTGAAGTATTGGAAGACATGAAGAAGGGAGTAAAGAAAATCAATCGTTTGATGGGAAGTATGACTCAAAGCACATATCAACTTTCAAAACAATGGCAATAGCTTAAAAAGGAAATAATTCAAGAAAATCAAGAATCCATCCAAATAGGCCATGACACCATGCAAGAAATTAATAGAAATGAAAATCAATGTGAAGAAGAAAACCAACCACGTGGATAAGAAACTGAGGAAAATTGGAAACTCACCCAAAATTTTAAACACAGAATAAAACATGGTCAAAACTCCAACCATTGAAGTGAAAATCGTGGACAAGAGAAAAAGGGGTGAGCAACCAAATTACTGACTCTGAATGATGAAAGTGGTATTGGCGGTGTTGCAGTCGATTGTGAAGCAACGTGGGAGATGACATGCTTCGAATAAAAAAAATTACATATTCTGGCGAAATCACTCTTTTTCCTCTCTTTTTGATGTACAGCTCAGGATTGACTTCTTTGAGCATATTTAAGCTCATTTTAGATCATTTTGACATTGAATTGCTATCTCAAATGTATCACTGAAATCACTTACAAGTAACATTAAATTCAACGTAGTCATATTAAAACTAATCTAATTCCACAGCAAATAATGCACTTTTAGTTGCGTATTAGTGCTGCTTCTCCAAGATTCCATTAGTTTTTTCAAGTTGAGCTTGGCCTTAGCTTGATCGTTTAGAAGTTTCCATAGTTAAATTTTCTGTCTTATGCTTACACAGGATTGTGTTTATTTTTCAGTTTAATTTTGTTTCATGTGATATTGTAATTTGAGCTCTTGCTCTTTTCATTAATATCAATGAAGTGTTGTTTCCTTTTAAAAAAAAGGCAATTGAAAATTTAGGATCTTATTATACATAAAATTCAATCTCATACCTACAAGGTTAGTGTTTTTTTATAAATCTTCGATATGTTAGGAACTTATTAGACATAACATCAAAAGTTAGAGAATTTGATAGACATTTTCAAATTTTATGGATTTATTATAGAGAAACTTGAAAATTCAGGGGTATTTAGACACTTTCTAAAATTCAGGGATCAATTAAAGAAATTTAATTGTACAAGAAAACTAAGGTACTTGGAAATTTAGAATTGAGGCCAGTGAATGTGATGCTGTGAGATGAATTAGATCTATTACTCGAAGTGAGAAGGTTGAACTATGAACTAAAAGTAGCACTAGTTGGAGATATAGGTGTTGAGTGAGTTGACAATCAATTAGGGTTACCTCGGTCGAATTTTTGGTTTCATCGCAACTTCGCTGTAAAATCCTAATTTCATGTCTCTATGGTGCTCCTATTCCAGCCTTTTTGAAAGTTGGGTAACTTTATGGTCTTATTTCATTTCCATGTCCATATCTATGCTTTTCTTGGTTGAAATTTTATAAATTCAGTGCTCTGGTCATATGCATTTTGCTTGTTATCTCCAACAGGGTGATTTTGATATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAAGTTATCAAGGTACACTTTCCATTGGTTTAATGCATTTGGACACCCATTTGGTGGCAGCTAGGTTGCCTAACTTTTCCATATGCCTGACTGTTTACTTAACTGAGAAAATGAAGGAGGTAGCCTAATTTTTGAAAAATAACAATTAACGTCATAACTGTTATGGTATATAGTTATAACATATGTCCTTTATTGTAATTGTACATAATGTCTAGGGTTTATTTTGTTCTCTACATAAATATGTAACTTTTCTTTGACTCTATGAATAAGAAATATACTTCTCTGAAATGTGGACTACAATAACAAACAAATGTCCAAACAACCAAACTTCCAAAGAGAGATACAAAAGTAAAACAGAAAAATAAATAAACTAATTGAGGTACAAAAGTATACCAATTAATACAAATTGGGGTGGGGTGTGGAGGTTAAACAACTTCGGTACATTTAAACCATGCATCATGGAAGTGTTGATCCATAACTTGGGGTGGAGGTGGGTTCCACATCCATGGTAGGTTGATCTTGTTCTAAGCCGTGGATCCTGAGGTTGAAATATCAGGAGTCCAGATTAGGTGCTAGGGTACAAATTTGATGAACTCGGACTGGAAATTTTACTTCTGTTTGATGGGAAAAGAAAGAAATATATTAAACTCAGAGAAAAAAAAAGCACAGCCTAGGGGCATGGGATGAGAGGGCCCCCTTCCAAAGAGGAACTAGTAAAGCACAAACCAATCAATTAGTAAATGGAAGATCAAACATTTTTGGATTTTCAGCATTTATTGCACAATCTCCCTCGAAAAATTAGTGAGCTGTTACCAGCTTCTTTTTATAGATTAAACGATTCAAGTGTGGAAGTCCATCAGTTGCGAGCAGAAAAAGGGGAAGCATCTTTTCCCTTGTCTCTAATTCTCCTTCACGTTTGTTCAACGTGACTTCATTTCTCCTATATAGTCATTTTCTTTCATGTGTATTTGTATTGGTTCTATCGGTAATTTGTTTTGATTTCCTGGTACTTTGAGTATTATCCTCTTTTCACTTTAAAAATGAAAAGTTCCGTTTTCTTAAGTTAGAGAGCTGGCTTTGGGTTCTTATTTTCTGTTTTAATATATATATATATATATTTGTGTTCTTTAGATGAATCATAATGTATGAGCGGTTATTGAATGTTCTATGTGAATTTGTAATTACTATATGTGGAATAAGTTGGTTTGAGATTCAAAATATTGATCGCCTTAAGTTTTGAGAGAGAAGTTGTTGATTTTTCTTTTTTTAGTACAAAGTTCTCACATTATATGCTAATATTACAGGTGACTGTGGACATTATTTCATATTTTTTTAATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTAAATGCTATTTGGTCGTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGGTAAATTAATTGTCTTTGTTTAAGTATTGGAATAACTAAATTTACCAGAAGCCATTAACTTAAGCTTTTTGGTTAATCAGTGATTTAATGGTTAATCAGTGATTTAACTAGCATGGTATCAAAGTAGAAGTGAAGAAGATTTTGTGTTCAAACTTTTATAGTTTTATTTCCTCCTCATTTAATATTGATTTCCACTTGGACATTTTATAAATTTCCAAGCCCACAAATTGGGGAAATGTGAAAGTATTGATACAATGAAATTTACCATAATTCATCAACTTAAGATTTTGGATCAATTGGCGACTTAACATAATTATTTATTATAATTATTTAATTGTTTTTTATCTTATGGCCGTGCTGAAGCTCTCTTGTAAATGCAGCTGCTTTCTATGATGGTATCCTTGCGCCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATAAGGCGCCAACTATTACAGGTTAGGTTTGAGATAATTAAAGAACCCTGTAATAAGCTTTAATATATTATATGTAAGTATTTGTAACTGGATTACATTGAAGTGATGAAATGCACAAAGAAGGAAGGAACTTCTTCCAAATACTAAGAGAGTTTCAATGATCCCCTGCAATTACCACGTAGGCAACTTTAGAGTAATTAAAAAAATGTTTTTAAATTTCACCAAGAAGCAGCAGTGTAAATGATAAGATTAGGGTTTAAATACGTTAGACCTCCATTATTGTTTACATATAATAGAAGAAATAAGGGTAAAATGTCACGTGAGATTGAAGACAAAAATAAAATAGAGGGAGATATCTCAGGTGGGCCCCACCGCAGCAGTTATATTGACAGGGGAAGTTACAGCAGCAACAGCAACAATTATATTGATAGTTAAAAGGTAAGAAGGAAGAGGAGAAAGGGGGGTTTTTTGGTAAAGAGAAAGTGGGCTGCATTACTCCTTGAGAGAGAGGGGAAGCAGAGAGTCAGGTTCTTACGTTCTTTGTTGTCTTTTCTGTTGTATTTTCTTTGTTGTGAGTTTCTGGATAGGTTTAGTATTGTCTGATGTTTATTTAAATTCAAATAGGTGTAGTTGTTTGTTTGAACTTGTCTTTTAACTATCAGTTGGGATGTATTGATCCTTGTCTATAAGATCAATATAGTGGATATTATTGTAATTTTCTGTTATAAATCTTCAATACATAAAAACACTATATCAGTGTTCTGTCAATTGGTATCAGAGCACTGAAATCTGTGCATACTGAAGAAGATGGCTAAGAAGGGAGAAGAACGGTTGGAAGTCCTCGAACAAGAAATTTTGGAGATGCGTTCTAAGTTCAAGGAATTGCCAACAATGGAAGAGAATTTATCCTTAATTTCGAAAAGTATTGGGAGTCTGAATACACAAATAGAAAAACAGCAACAGCAGCAACAAATGGTTCTGAAATACATTGAGGGCATGATCCGGGAAAAAGCAACAGCAACAATGGTTTCAGAAGGATCTACGGGTAATGAGAGAGGTTATGAATCAGTTATAGATGAACTGGGCAAAGGATTGAAAACGAACCGGACGAATGAGGAAGACAAATCGGCTGATCGAAAGAAATTTTCAATGGCACAGATCCGAATTCATGGTTATTTAGAGCAGATCGTTTCTTCAAAATCCACAGTTTGACGGAATCAGAGAAGTTACCGGTGGCAGTAATCAATTTTGAAGGACCGTCTCTTTATTGGTATCGTTCACAAGATGAGCGGGAAGCTTTCGTTCGTTGGGAGGATTTGAAACAGAAGATGCTCATTCGTTTTGAACCATTAGGGATGGAAGTTTGGTGGGACGATTTCTATCAATTCGACAAGAGACGATAGTGGAAGAATATAGAAACAGATTTGACAAATTATTGGCTCCAGTAGCTTTTTTGCAAACGGTGGTCATAGAAGAAACCATTATGAATGGGCTTAGCCCATGGTTGAAGACAGAGGTAGATGCTCTAGGGCCCGTTGGGTTGGCCCGAATAATGAAATTGGCTTTGAAACGGAAAAATAGAGAAATTGTTCAAAAAGAATCCGGGCTTGTGAGTGTTTATGGGAGTAAAGTGCAGAATAATTTACCTAGATTGAAAGAGATCACCAATAGCAATGCGACAAATGTGCAAGGTGGGGGAAATGTGCCGATGAGAACTATAACACTTAGAGTAACGGCTGCTGAAAACCGGCGGGAGGGTCCTACAAAGCGGTTATCAGATGCTGAATTTCAGTCTAGAAGAGAAAAAGGACTTTGCTTTCTATGTGTGGAGAAATAGTATGCTCGACATCATTGTAAAGCCAAGGAACAAAAAGAGTTAAGAATGTTAGTTGTAAGAAAGAATGGAGAAGAGTTAGAGATCATTGAAGAAGGCCTTGACGAAGTTGAGTGTGCAGAGCAAATTATTGAAGTTGGAGCAGAAGTTGGAGCAGTGGAGAATCTTAATATCGAATTGTCTATCAATTCAGTTGTAGGTTTGACCAACCCTAGAACTATGAAGGGGAAGGGGAGGATGAAAGAGGAAGAAGTAATGGTTTTGGTAGATTGTGGAGCTACCCACAATTTTATTTCTGAGAAGTTGGTATCTAAATTGAACTTGCCCATGAAAGCTACTACCAATTATGGATTCTGTAAGAGCAATTAAAGAAAAAGGGTGTGGAAAGGTGGAAGTATTGATTGGGGAATGGAAATTAATTGACAGTTTCTTACCTTTAGAACTTGGAGGTGTGGATGTTATTCTTGGAATGTAGTGGTTACATTCTTTAGGAGTAACTGAGGTGGATTGGAAGAAGTTAACTATGACATTTCAGCATGAAGGAAAAAAAATCATTGTTAGGGGGGATCCAAGTGATGCAGTGACTGCAAAGTTAGAATTCTGTATGTATAATGCCTCTTTTTTTTTATGTCTTATTAATGAAAATGAGAAGTCTTTTTATAGGCTGGAGATTACAAGAATTGTTAAACTAACTTGGGGTTGAGTTAGTTTAACTTGGAGTTGAGTTAGTTATAACTAACTCAAGATACAAAATTGGTAATTAATCCAAAACTATAAAAATGGTAATTCAAACCCCTCTTCTAGGATAAAATTCAAGAAACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAGAAGGGAGATGTTCTACATCAAAGTGTAGAGAACGATTCAAAATCCTTGGTGAAAGAAATGAATGTTAACTAATGTGTGTTTATGTGAAATTGTTATGTTATGAGTATGTTAAGGATAAAGAAAGGTTTATGCGAGATAAAATTATTTGATGTTGTTTATGCGAAATGATGTTTATGAAAAGGTATTGCGAAAAGGATTTCATAAAACCTTAGTCTTTTAGACATTCTTTCAAAAATTCATCTTCCAAGATGAGGTGTTTAGGCCAAGTAGAGAAGAAGGTTGAAGGATTTGCAGCGAGATGACCAGACGTTTTGAAAATTGAGAAGATTGGTTCTGTTGCTTATAAGTTAGATTTGCCAAATACAGCGGCTATAAATCCTGTCTTTCATGTTTCATAGTTGAGGCCTTGGGAGACCACACACAAGTGCAGCAGCTTATACCGTACATAAATGAAAACCATGAATGGATGACTCAACCAGAGGAAGTGTTTGGTTACAGAAAAAATCCAGCAATCAAGACTTGAGAAGTGTTGATCAGTTGGAAAGGATTACCTCCGCACGAAGCTACATGGGAGGATTGCAGTGATTTTAAACAACAATTTCCTGATTTCCACCTTGAGGACAAGGTGGATTTGGAGGAGGAGAGTAATGTTAGACCTCCATTATTATTTACATATAATAGAAGAAATAAGGGTAAAATGTCACGTGAGATTAAAGACAAAAATAAAATAGAGGGAGATATCCCAGGTGGGCCCAGCAGAGCAGTTATATTTACAGGGGAAGTTATAGCAGCAACAGCAGCAGTTATATTGACAGGGGAAGTTACAGCAGCAACAGTTATTTTGACAGGGGAAGTTAAAAGGTAAGAAGGAAGAGGAGAAAGGGGGGTTTTTTGGTAAAGAGAAAGTGGGCTGCATTACTCCTTGAGAGAGGGGAAGCAGAGGGTCATGTTTTTACGTTCTTTGTTGTCTTTTCTGTTGTATTCTTTGTTGTGAGTTTCTGGATAGATTTAGTGTTGTCTGATGTTTATATAAATTCAAATAGGTGTAGTTGTTTGTTTGAATTTGTCTTTTAACTATCAGTTGGGATATATTGATCCTTGTCTATAAGATCAATATACTGGATATTATTGTAATTTTCTGTTATAAATCTTCAATACATAGAAACACTATATCAGTGTTCTATCAAAATACTACTTTGACTCCTGTATTTTCTATCTTGGTTCATTTTGGTCCCGGTAGTTTAAAATGTTCATTTTGGTTTTAGTGTTTTCAACTTTTGTTCTATCTACTTTAAAATTTCCATTTTAGTCTATGTATGTTAGAAAGTGACCCCTTTTGCCCCTTAAAAGTGGGAAAGAAAAATGAAAGGGACCAAAATGGTTAGTTTTAAAAAGTATAGGGACAAATTGACATTTTGAAAGAACAAGAATCAAAAGAAGCTGAAGATATAGGACCTAACTTAGTATTTAAACAGCTTTTCATCATGTTCATGAACATTTAACATGAACTTGTATCTCTATAATTTCTAAGGAAGAAATTGTGCTACAGGAACTCAAATTAGCACAAGCTGTTGTAAATCGATTGCAGACTGTAGTTTTTAGGTTCTGCGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCACTTCCAACAGGTATTGTTGCAACTAGTTGGTTGTATGTCCTTACAGTTCAAGATTAGGAATAAGATACGAATCATATCAAACCTCGTTATGTATATATTGCAGATAAATCAATGCATAAAGCACTTGATGAATTGTTAAACCTTTTCAACTACTTGAGAGTGTGGAGGCTTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGGTTATCATCGAGACATATTTTTCCAGGTACCAGGTTTTCCTTCCCTCCTTCCCATGTATGGAAAATGCAATGGATGATCTTTGCTGTATTTATTTTTTTATTTGGAAAACCCATAAATGTGTGATTGTCTGTTGAGACGGTTATAAAAAAAACTACTTAGATTGTTTCTAATGGCGCTGGCCTTAATTTGTGAAGATTTTTGCACAAAAAGCGAATTACTGAACTTGTCTCCCGGTGAAATCATATATTGTTTATTTTATTTTAATTTAATTTTCTTTATTATTTTATTTTTAAAAACATTTCCCATTTATTAGCTTCAGCTCCCTTCTCATCCACGCACTTTTAGGCACTGAAGTATTAGTTGCCACTTGCAGGCCTGCCTTTCTAGCAGCCTATTTTCGGTTAATTGGGCATGATTCTCAAGTACATCGAAACAATCTAGATTTTATGTTCTCCAAGTGTGTGTAAAACATCAAGCAGTATTTTGCTCGATTTTAGTAGCATTAACTAAGTTGCAATTACACCAGGTATACTTAACAAAAGAAAATAATCCTGGTTCACATCCCGAAGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTACTTGCTTCAACAAATGTGGAGCCGTTCATATGTGAGTTATCTTCATTTATCTTTCTCTCTATTATGTTGATATGCTCCATCCATGCAGCAAAGTTAATATTGGCACAGAAGAATAATGCAGAAAAGAGGATCATTTTAAACTGATCAAAGTTAATTTTCAAGCGATAAGGTGATTTAGATTCTAGGCAAAAGAACCCAATAGTTAATGGGCTTGACAATCTAATCCTGGCTGTTTCTCCTTAATCTGAGCCAGAAATACTTCCTATGGAATTAAAATACATTTTATAAACTTAAACTGCTTTGCATGGGTCATTAGAAGGGCTGTCGTAGTCATAGGTTTGCGTTTACCTAGCTTCTAAACCTTGGTAAAAAGACTTGGAGTGTATCCTAACTTTAAACTAATTTGGAATATTTGTTCCCTGGGGCCTCTTATAAGGACTTGATGTTTATCCTGGATTTGGATGTCTGTTCCTTTGCTAGTTCATTGGCAACTGTTATGGCATGTATATTGGTATATTGGTATATGCTATTATAATATCCTTCATTTTTTTTTAAATTTATTTTAGGACACTCTTGCACACATGTTATGCATATGACTACTAAATGGAAAGATATGGGGTACTTTTTGTCCAATCCTTTATTCACTTCACAGGATCTAAATGCTAGGTTTTTTTACGGCAATTAGAGTTTTATTCCTAAAATAGCGACCTGTAATTCATAGAGAATTTTTGGATCCATTGGTTATAGGTTTTGATCACGAACTTTCAAAATGCTTTGTTGCTAATTTTAGATTTCATTGTCATGATGTGCTTATGTTTTGACCTCTCATATTTTTGTTCACAAGATTTGAAACCTGCTTTCTTGTGCATTGGCTTTTATTTTGGTTAGATGTAATCTTTATTGTTCAAATTTAAGATATGTTGCTCCTTTTCAATGCTAGAAAAGTAGCCCTCCTGGCGGCGTTGGGACCAGCATTGCATTAGAGACTATAATTCAGCAATCTGCTCTAGATTTGAAACCCATCCGGTGCAGTTTATAATCTTTACATTTCGTTATTTTGCTTTGCATAGTTTTTATATCATGAGTTTTTCTACAAGGAAGAAAATGAGCCATCTTAAAAAAAGGATTGACCACTACCATGACCGAATAATAATTCTTTTGAGTGCAATGTAATCCAAGGACAAAATTCATGGATAAGTCTTCTCAAGTAGTCGTTGGAGCAGGTAATGGACTATATAAACTGGCATTTGTGGAGGTTTATTTGGCTGTCTGACAAATGAAGCATCCATTTGGCAAATTTTTTAACATCTTTCCTTAATTGGACCAAAAATATCTTTGTGAAACCAAACCCAGTGTTTTATCTCTACCAAAATGGGCAACTAACCGAGAATAGTTAGCAGGCTTTCTTTTCTATCTAAGGGCATGTGCTACCCTATTTTCCTTCCTCAGTCGGTCGATGTTGATTTTGGATAAAAAAAACGGCACCGGCCACCGATGTATTGGTTTTCATCGGGGCCATAATCGGTTTTGATGGCATTTGTGGCACTGGCCGACGTTGACCACGGGCAGCCGGTCGGCTTTGTGAGTTGAATGCTTTTGGTGAACTAAACAAGAAAAAACAAAGAAATAAAAAAGAATTAAAAGAATAATATAAACTTAAAGAAAACAAAAATATGTACTAGAAAGCTAACAAACAAAGAAAATCCACGTGAAAAAGAGAAGAAATTAAGGGGAAAAAATATCCTGAGAGACGAGGGAAAAGTAAGAGAAGAGGAAACGAAAGGGTCTGAATGAGATGAAGGAGAATTGGAAATTGGGAAACGAAAAAATATGGAAGAGAGTTGAAAAAAAATGAGAGAATTGGAAAAGAAAAAAAATGGTTGAAAGAATGGAAAGATTAAATAAAATCATTAAATGCGATTGGATAGAAAAAATTGAAAAGAGAACAAAGGAGAGAGAATTGAAAAATTAAATGAAGTACAGAGAATTTAAAAATTGGGAAATCAAACCATGGGAGAGGGAAAGTAGAAAGTACATGTATGGTTACTTATTTTTTGAAAAATGTGAGTGGTTTTTTTGTCAAAACCACTTTTGATAAGAGGGGCCACCAACGGATTTCTGGCTTTGCTTGAGACTTACGGTCGGCTCAGTCAATGATACCCGGTGCACTCGTCACAGCTAATTCTTTATGTTGTTCCTATGTTGTTTCCAGTCTTGATAAGGCGTCAGCGTCCTTGTTCTGTAACCCAGATTGGTAGAGAATTTCAAAGTCATACCCGAGTAGTTTGGTGAGCCATTTTTTAAACTGGGATTGCACCTCCCTTTGCTCCAACAGGAACTTGAGAATCTTTTGGTCCGACGTGATAGTAAACTTCCTCCCAAGTACATAGTGTCTCCGTTTCTGCATGGCTACCACCACAACCATTAATTCCCTTTCATATATTGATTTAGCTTGAGCACGAGTAGAAAGCTTCTAGCTGAAGAAAGCAATAGGGTGCCTATTTTGAGATAAGACTGCCCCCAACCCTTTTCCTGAACCATCAGTCTCAATGATAAATGGAAGGGACCAATCCGGAAGGGCTAAAACAGGGACTGGTATCATGACTGTCTTCAATTTTTCAAAAGATTCAGTGGCTGCCTCAATACCATTTAAAAGCATTTTTTTTGCAACAATCTGGTCAAGGGTGCTGCAATTTCACCTACCCTTTCACAAATCTTCTATAATAACCCGTGAGCTCCAAAAATCCTCTCAACCCTGACACATCCTTTGGTTGGGGCTAATTCACCATAGCTTGAACTTTATCCCCATCTGCCTCAACTCCTTTAACAGAAATCCAGTTGCTTGTTATCTCTTAGAATGGCAAAAACCATCCCTAAATGTTTCTCATGTTCAATTACATTTTTACTATAAATCAGAATATCATCAAAGAAAGCCCGGACAAATCTTCTTAAGAAATGGTGAATTACCTGGTTCATGAGAGATTGGAAGGTAGCTGGGG

mRNA sequence

ATGAAATCATCGGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATTTTTGATGAAGAGTCATTAGTTATGAAAGATGACAGACATGATTGTGGTACTGCCACTATTCAGTACACAGATTTGGGCACTGAAGTTCGTGATCATGTTATTGATGCCACAAGGGAAATGTTCAGGCTGCATTGTGCAAAGCATTTAGAAATGAGTTCTATGTATTTGTTGGATAGCTCTACGCAAATCAATAGGAACACGGTCAAACTTTTGAGCCACGGAGGAGATATACTTGAACTTTGTCACGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTTCAGTCAGAAATCTTCATTTAAACGATATGATATATCGTATGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGGTGATTTTGATATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAAGTTATCAAGGTGACTGTGGACATTATTTCATATTTTTTTAATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTAAATGCTATTTGGTCGTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGCTGCTTTCTATGATGGTATCCTTGCGCCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATAAGGCGCCAACTATTACAGGAACTCAAATTAGCACAAGCTGTTGTAAATCGATTGCAGACTGTAGTTTTTAGGTTCTGCGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCACTTCCAACAGATAAATCAATGCATAAAGCACTTGATGAATTGTTAAACCTTTTCAACTACTTGAGAGTGTGGAGGCTTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGGTTATCATCGAGACATATTTTTCCAGGTATACTTAACAAAAGAAAATAATCCTGGTTCACATCCCGAAGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTACTTGCTTCAACAAATGTGGAGCCGTTCATATAAAAGTAGCCCTCCTGGCGGCGTTGGGACCAGCATTGCATTAGAGACTATAATTCAGCAATCTGCTCTAGATTTGAAACCCATCCGGTGCAGTTTATAATCTTTACATTTCGTTATTTTGCTTTGCATAGTTTTTATATCATGAGTTTTTCTACAAGGAAGAAAATGAGCCATCTTAAAAAAAGGATTGACCACTACCATGACCGAATAATAATTCTTTTGAGTGCAATGTAATCCAAGGACAAAATTCATGGATAAGTCTTCTCAAGTAGTCGTTGGAGCAGGTAATGGACTATATAAACTGGCATTTGTGGAGGTTTATTTGGCTGTCTGACAAATGAAGCATCCATTTGGCAAATTTTTTAACATCTTTCCTTAATTGGACCAAAAATATCTTTGTGAAACCAAACCCAGTGTTTTATCTCTACCAAAATGGGCAACTAACCGAGAATAGTTAGCAGGCTTTCTTTTCTATCTAAGGGCATGTGCTACCCTATTTTCCTTCCTCAGTCGGTCGATGTTGATTTTGGATAAAAAAAACGGCACCGGCCACCGATGTATTGGTTTTCATCGGGGCCATAATCGGTTTTGATGGCATTTGTGGCACTGGCCGACGTTGACCACGGGCAGCCGGTCGGCTTTGTGAGTTGAATGCTTTTGGTGAACTAAACAAGAAAAAACAAAGAAATAAAAAAGAATTAAAAGAATAATATAAACTTAAAGAAAACAAAAATATGTACTAGAAAGCTAACAAACAAAGAAAATCCACGTGAAAAAGAGAAGAAATTAAGGGGAAAAAATATCCTGAGAGACGAGGGAAAAGTAAGAGAAGAGGAAACGAAAGGGTCTGAATGAGATGAAGGAGAATTGGAAATTGGGAAACGAAAAAATATGGAAGAGAGTTGAAAAAAAATGAGAGAATTGGAAAAGAAAAAAAATGGTTGAAAGAATGGAAAGATTAAATAAAATCATTAAATGCGATTGGATAGAAAAAATTGAAAAGAGAACAAAGGAGAGAGAATTGAAAAATTAAATGAAGTACAGAGAATTTAAAAATTGGGAAATCAAACCATGGGAGAGGGAAAGTAGAAAGTACATGTATGGTTACTTATTTTTTGAAAAATGTGAGTGGTTTTTTTGTCAAAACCACTTTTGATAAGAGGGGCCACCAACGGATTTCTGGCTTTGCTTGAGACTTACGGTCGGCTCAGTCAATGATACCCGGTGCACTCGTCACAGCTAATTCTTTATGTTGTTCCTATGTTGTTTCCAGTCTTGATAAGGCGTCAGCGTCCTTGTTCTGTAACCCAGATTGGTAGAGAATTTCAAAGTCATACCCGAGTAGTTTGGTGAGCCATTTTTTAAACTGGGATTGCACCTCCCTTTGCTCCAACAGGAACTTGAGAATCTTTTGGTCCGACGTGATAGTAAACTTCCTCCCAAGTACATAGTGTCTCCGTTTCTGCATGGCTACCACCACAACCATTAATTCCCTTTCATATATTGATTTAGCTTGAGCACGAGTAGAAAGCTTCTAGCTGAAGAAAGCAATAGGGTGCCTATTTTGAGATAAGACTGCCCCCAACCCTTTTCCTGAACCATCAGTCTCAATGATAAATGGAAGGGACCAATCCGGAAGGGCTAAAACAGGGACTGGTATCATGACTGTCTTCAATTTTTCAAAAGATTCAGTGGCTGCCTCAATACCATTTAAAAGCATTTTTTTTGCAACAATCTGGTCAAGGGTGCTGCAATTTCACCTACCCTTTCACAAATCTTCTATAATAACCCGTGAGCTCCAAAAATCCTCTCAACCCTGACACATCCTTTGGTTGGGGCTAATTCACCATAGCTTGAACTTTATCCCCATCTGCCTCAACTCCTTTAACAGAAATCCAGTTGCTTGTTATCTCTTAGAATGGCAAAAACCATCCCTAAATGTTTCTCATGTTCAATTACATTTTTACTATAAATCAGAATATCATCAAAGAAAGCCCGGACAAATCTTCTTAAGAAATGGTGAATTACCTGGTTCATGAGAGATTGGAAGGTAGCTGGGG

Coding sequence (CDS)

ATGAAATCATCGGAGGACTCAAGTATATATGACAGAGTTGTTAATGCTATTTTTGATGAAGAGTCATTAGTTATGAAAGATGACAGACATGATTGTGGTACTGCCACTATTCAGTACACAGATTTGGGCACTGAAGTTCGTGATCATGTTATTGATGCCACAAGGGAAATGTTCAGGCTGCATTGTGCAAAGCATTTAGAAATGAGTTCTATGTATTTGTTGGATAGCTCTACGCAAATCAATAGGAACACGGTCAAACTTTTGAGCCACGGAGGAGATATACTTGAACTTTGTCACGAGCTGCGTTTACCTTTTCTTAATTGGCTTGTCTTCAGTCAGAAATCTTCATTTAAACGATATGATATATCGTATGTCTATAGAAGAGCAATTGGACATTCACCTCCAAACCGATACCTTCAGGGTGATTTTGATATCATTGGGGGTACATCGGCTTTGACTGAGGCAGAAGTTATCAAGGTGACTGTGGACATTATTTCATATTTTTTTAATTCAGATTCTTGTGATATACACTTAAATCATGGAGATCTGTTAAATGCTATTTGGTCGTGGGTTGGTGTTAAGGCAGAACATAGACATAAAGTGGCAGAGCTGCTTTCTATGATGGTATCCTTGCGCCCTCAATCTTCTGAGAGGAAATCAAAGTGGGTTGTGATAAGGCGCCAACTATTACAGGAACTCAAATTAGCACAAGCTGTTGTAAATCGATTGCAGACTGTAGTTTTTAGGTTCTGCGGTGCAGTGGATCAGGCACTTCCTAGATTGAGGGGAGCACTTCCAACAGATAAATCAATGCATAAAGCACTTGATGAATTGTTAAACCTTTTCAACTACTTGAGAGTGTGGAGGCTTGAAACAAATGTTTACATAGATGCCTTAATGTCACCAACTGAGGGTTATCATCGAGACATATTTTTCCAGGTATACTTAACAAAAGAAAATAATCCTGGTTCACATCCCGAAGGTGCATTGCTTGCTATTGGTGGCCGCTATGACTACTTGCTTCAACAAATGTGGAGCCGTTCATATAAAAGTAGCCCTCCTGGCGGCGTTGGGACCAGCATTGCATTAGAGACTATAATTCAGCAATCTGCTCTAGATTTGAAACCCATCCGGTGCAGTTTATAA

Protein sequence

MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRYDISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTSIALETIIQQSALDLKPIRCSL*

Homology

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BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot
Match: Q9LX30 (eIF-2-alpha kinase GCN2 OS=Arabidopsis thaliana OX=3702 GN=GCN2 PE=2 SV=2)

HSP 1 Score: 518.1 bits (1333), Expect = 8.6e-146
Identity = 253/383 (66.06%), Postives = 307/383 (80.16%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKD-----DRHDCGTATIQYTDLGTEVRDHVIDATR 60
            M++SEDSS+YDRVV+ IFDEE L MK       R     + IQYT++ TE+RD+V++ T+
Sbjct: 746  MQTSEDSSVYDRVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITK 805

Query: 61   EMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKS 120
            E+FR HCAKHLE+  M LL    Q +R TVKLL++GGD+LELC+ELRLPF++W+  +QKS
Sbjct: 806  EVFRQHCAKHLEVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKS 865

Query: 121  SFKRYDISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCD 180
            SFKRY+IS+VYRRAIGHSPPN  LQ DFDI+GGT +LTEAEV+KV VDI ++ F+  SCD
Sbjct: 866  SFKRYEISHVYRRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCD 925

Query: 181  IHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKL 240
            IHLNHGDLL+AIWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV IRRQLLQELKL
Sbjct: 926  IHLNHGDLLDAIWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKL 985

Query: 241  AQAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVY 300
             +AVVNRLQTV  RFCG  DQALPRLRGAL  D+   KALDEL NL  YLRVWR+E +V+
Sbjct: 986  PEAVVNRLQTVASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVH 1045

Query: 301  IDALMSPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPG 360
            ID LM PTE YHR++FFQV+LTKEN+ G+  +G LLA+GGRYD+L+Q++  R +K + PG
Sbjct: 1046 IDVLMPPTESYHRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPG 1105

Query: 361  GVGTSIALETIIQQSALDLKPIR 379
             VG S+ALETI Q   +DL+PIR
Sbjct: 1106 AVGVSLALETIFQHLPMDLRPIR 1128

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BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot
Match: Q86AS6 (Histidine--tRNA ligase, cytoplasmic OS=Dictyostelium discoideum OX=44689 GN=hisS PE=3 SV=1)

HSP 1 Score: 105.1 bits (261), Expect = 1.7e-21
Identity = 90/344 (26.16%), Postives = 153/344 (44.48%), Query Frame = 0


Query: 36  TIQYTDLGTEVRDHVIDATREMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLL----SHG 95
           T  Y      +R+ V D  +++F+ H A  +E     L ++ T       KL+      G
Sbjct: 45  TQDYNPRQMTIREQVFDGIKQVFKRHGAVTIETPVFELKETLTGKYGEDSKLIYDLQDQG 104

Query: 96  GDILELCHELRLPFLNWLVFSQKSSFKRYDISYVYRRAIGHSPPNR---YLQGDFDIIGG 155
           G+I  L ++L +PF  ++  +   + KRY I+ VYRR        R   + Q DFDI G 
Sbjct: 105 GEICSLRYDLTVPFARYVAMNGVLNIKRYHIARVYRRDNPIMTKGRFREFYQCDFDIAGT 164

Query: 156 TSALT-EAEVIKVTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSM 215
              +  +AE + +  +I+      D   I LNH  LL+AI++  GV A+    +   +  
Sbjct: 165 YDLMVPDAECLVMICEILEQVKVGD-FQIKLNHRKLLDAIFAICGVPADKFRAICSAVDK 224

Query: 216 MVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGAVDQALP-----RLR 275
           +          KS W  +R+++++   L  AV ++++    +F    D+ +      R  
Sbjct: 225 L---------DKSPWEEVRKEMVEVKALDGAVADKIE----KFVSLKDEPIKLLQHLRAT 284

Query: 276 GALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQVYLTKENNP 335
           G    +K   +AL +L  LF YL  + +  ++  D  ++    Y+  I ++  LT ++  
Sbjct: 285 GMCDGNKDATEALSQLETLFGYLECFGVTQHILFDLSLARGLDYYTGIIYEAVLTGQDRV 344

Query: 336 GSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTSIALETI 367
           GS      +A GGRYD L+       Y       VG SI +E I
Sbjct: 345 GS------IAAGGRYDGLVGM-----YGKKDVPAVGFSIGIERI 363

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BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot
Match: E9QI36 (Histidine--tRNA ligase OS=Danio rerio OX=7955 GN=hars PE=3 SV=2)

HSP 1 Score: 92.0 bits (227), Expect = 1.5e-17
Identity = 92/360 (25.56%), Postives = 165/360 (45.83%), Query Frame = 0


Query: 36  TIQYTDLGTEVRDHVIDATREMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLL----SHG 95
           T  Y      +R+ V +     F+ H A+ ++     L ++ T       KL+      G
Sbjct: 62  TRDYNPKQMAIREKVFNIIINCFKRHGAETIDSPVFELKETLTGKYGEDSKLIYDLKDQG 121

Query: 96  GDILELCHELRLPFLNWLVFSQKSSFKRYDISYVYRR---AIGHSPPNRYLQGDFDIIGG 155
           G++L L ++L +PF  +L  ++ ++ KRY I+ VYRR   A+       + Q DFDI G 
Sbjct: 122 GELLSLRYDLTVPFARYLAMNKITNIKRYHIAKVYRRDNPAMTRGRYREFYQCDFDIAGQ 181

Query: 156 TSA-LTEAEVIKVTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSM 215
             A + +AE +K+  +I+S     D   I +N   +L+ +++  GV  E    +   +  
Sbjct: 182 YDAMIPDAECLKLVYEILSELDLGD-FRIKVNDRRILDGMFAICGVPDEKFRTICSTVDK 241

Query: 216 MVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGAVDQALPRLRG-ALP 275
           +          K  W  ++++++ E  L++ V +R++  V    G  D A   L+   L 
Sbjct: 242 L---------DKLAWEEVKKEMVNEKGLSEEVADRIRDYV-SMQGGKDLAERLLQDPKLS 301

Query: 276 TDKSMHKALDELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQVYLTKEN-NPGSH 335
             K     + ++  LF+YL ++++   V  D  ++    Y+  + ++  LT+ N  P S 
Sbjct: 302 QSKQACAGITDMKLLFSYLELFQITDKVVFDLSLARGLDYYTGVIYEAILTQANPAPAST 361

Query: 336 P---EGA--------LLAIGGRYDYLLQQMWSRSYKSSPPGGVGTSIALE---TIIQQSA 372
           P    GA         +A GGRYD L+  M+    +  P   VG SI +E   +I++Q A
Sbjct: 362 PAEQNGAEDAGVSVGSVAGGGRYDGLV-GMFDPKGRKVP--CVGVSIGIERVFSIMEQKA 407

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BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot
Match: Q2KI84 (Histidine--tRNA ligase, cytoplasmic OS=Bos taurus OX=9913 GN=HARS1 PE=2 SV=1)

HSP 1 Score: 91.3 bits (225), Expect = 2.6e-17
Identity = 89/343 (25.95%), Postives = 154/343 (44.90%), Query Frame = 0


Query: 36  TIQYTDLGTEVRDHVIDATREMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLL----SHG 95
           T  Y+     VR+ V D     F+ H A+ ++     L ++ T       KL+      G
Sbjct: 62  TRDYSPRQMAVREKVFDVIISCFKRHGAEVIDTPVFELKETLTGKYGEDSKLIYDLKDQG 121

Query: 96  GDILELCHELRLPFLNWLVFSQKSSFKRYDISYVYRR---AIGHSPPNRYLQGDFDIIGG 155
           G++L L ++L +PF  +L  ++ ++ KRY I+ VYRR   A+       + Q DFDI G 
Sbjct: 122 GELLSLRYDLTVPFARYLAMNKLTNIKRYHIAKVYRRDNPAMTRGRYREFYQCDFDIAGQ 181

Query: 156 -TSALTEAEVIKVTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSM 215
               L +AE +K+  +I+S     D   + +N   +L+ +++  GV       +   +  
Sbjct: 182 FDPMLPDAECLKIMCEILSSLQIGDFL-VKVNDRRILDGMFAICGVPDSKFRTICSSVDK 241

Query: 216 MVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGA--VDQALPRLRGAL 275
           +          K  W  ++ +++ E  LA  V +R+   V +  G   V+Q L   +  L
Sbjct: 242 L---------DKVSWEEVKNEMVGEKGLAPEVADRIGDYVQQHGGVSLVEQLLQDPK--L 301

Query: 276 PTDKSMHKALDELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQ-VYLTKENNPGS 335
             +K   + L +L  LF YL ++ +   +  D  ++    Y+  + ++ V L      G 
Sbjct: 302 SQNKQALEGLGDLKLLFEYLTLFGIADKISFDLSLARGLDYYTGVIYEAVLLQPPARAGE 361

Query: 336 HPEG-ALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTSIALETI 367
            P G   +A GGRYD L+  M+    +  P   VG SI +E I
Sbjct: 362 EPLGVGSVAAGGRYDGLV-GMFDPKGRKVP--CVGLSIGVERI 389

[Close]

BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot
Match: P12081 (Histidine--tRNA ligase, cytoplasmic OS=Homo sapiens OX=9606 GN=HARS1 PE=1 SV=2)

HSP 1 Score: 90.5 bits (223), Expect = 4.4e-17
Identity = 87/343 (25.36%), Postives = 154/343 (44.90%), Query Frame = 0


Query: 36  TIQYTDLGTEVRDHVIDATREMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLL----SHG 95
           T  Y+     VR+ V D     F+ H A+ ++     L ++         KL+      G
Sbjct: 62  TRDYSPRQMAVREKVFDVIIRCFKRHGAEVIDTPVFELKETLMGKYGEDSKLIYDLKDQG 121

Query: 96  GDILELCHELRLPFLNWLVFSQKSSFKRYDISYVYRR---AIGHSPPNRYLQGDFDIIGG 155
           G++L L ++L +PF  +L  ++ ++ KRY I+ VYRR   A+       + Q DFDI G 
Sbjct: 122 GELLSLRYDLTVPFARYLAMNKLTNIKRYHIAKVYRRDNPAMTRGRYREFYQCDFDIAGN 181

Query: 156 -TSALTEAEVIKVTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSM 215
               + +AE +K+  +I+S     D   + +N   +L+ +++  GV       +   +  
Sbjct: 182 FDPMIPDAECLKIMCEILSSLQIGDFL-VKVNDRRILDGMFAICGVSDSKFRTICSSVDK 241

Query: 216 MVSLRPQSSERKSKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGA--VDQALPRLRGAL 275
           +          K  W  ++ +++ E  LA  V +R+   V +  G   V+Q L   +  L
Sbjct: 242 L---------DKVSWEEVKNEMVGEKGLAPEVADRIGDYVQQHGGVSLVEQLLQDPK--L 301

Query: 276 PTDKSMHKALDELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQ-VYLTKENNPGS 335
             +K   + L +L  LF YL ++ ++  +  D  ++    Y+  + ++ V L      G 
Sbjct: 302 SQNKQALEGLGDLKLLFEYLTLFGIDDKISFDLSLARGLDYYTGVIYEAVLLQTPAQAGE 361

Query: 336 HPEG-ALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTSIALETI 367
            P G   +A GGRYD L+  M+    +  P   VG SI +E I
Sbjct: 362 EPLGVGSVAAGGRYDGLV-GMFDPKGRKVP--CVGLSIGVERI 389

[Close]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL
Match: A0A1S4DWM3 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103488674 PE=4 SV=1)

HSP 1 Score: 746.9 bits (1927), Expect = 4.2e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1   MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
           MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 465 MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 524

Query: 61  HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
           HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 525 HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 584

Query: 121 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
           DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 585 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 644

Query: 181 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
           GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 645 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 704

Query: 241 NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
           NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 705 NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 764

Query: 301 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
           SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 765 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 824

Query: 361 IALETIIQQSALDLKPIR 379
           IALETIIQQSALDLKPIR
Sbjct: 825 IALETIIQQSALDLKPIR 842

[Close]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL
Match: A0A1S3BDF8 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103488674 PE=4 SV=1)

HSP 1 Score: 746.9 bits (1927), Expect = 4.2e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1   MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
           MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 617 MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 676

Query: 61  HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
           HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 677 HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 736

Query: 121 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
           DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 737 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 796

Query: 181 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
           GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 797 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 856

Query: 241 NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
           NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 857 NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 916

Query: 301 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
           SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 917 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 976

Query: 361 IALETIIQQSALDLKPIR 379
           IALETIIQQSALDLKPIR
Sbjct: 977 IALETIIQQSALDLKPIR 994

[Close]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL
Match: A0A1S3BCY3 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103488674 PE=4 SV=1)

HSP 1 Score: 746.9 bits (1927), Expect = 4.2e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 728  MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 787

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 788  HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 847

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 848  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 907

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 908  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 967

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 968  NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 1027

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 1028 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 1087

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSALDLKPIR
Sbjct: 1088 IALETIIQQSALDLKPIR 1105

[Close]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL
Match: A0A1S3BE99 (Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC103488674 PE=4 SV=1)

HSP 1 Score: 746.9 bits (1927), Expect = 4.2e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 750  MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 809

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 810  HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 869

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 870  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 929

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 930  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 989

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 990  NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 1049

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 1050 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 1109

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSALDLKPIR
Sbjct: 1110 IALETIIQQSALDLKPIR 1127

[Close]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL
Match: A0A6J1D9Z7 (Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=LOC111018572 PE=4 SV=1)

HSP 1 Score: 714.1 bits (1842), Expect = 3.0e-202
Identity = 347/378 (91.80%), Postives = 365/378 (96.56%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MK+SEDSSIYDRVVNAIFDEE+LV K D+HDCGTA+IQYTDLGTEVRDHVID TREMFRL
Sbjct: 742  MKTSEDSSIYDRVVNAIFDEETLVTKGDQHDCGTASIQYTDLGTEVRDHVIDVTREMFRL 801

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLE+S MYLLD S QINRNTVK+L+HGGDILELCHELRLPFLNW+V SQKSSFKRY
Sbjct: 802  HCAKHLEISPMYLLDGSEQINRNTVKILTHGGDILELCHELRLPFLNWIVSSQKSSFKRY 861

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DIS VYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISYFF SDSCDIHLNH
Sbjct: 862  DISCVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYFFYSDSCDIHLNH 921

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSW GVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLA+AVV
Sbjct: 922  GDLLNAIWSWAGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAEAVV 981

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVV RFCGAVDQALPRLRGALPTDKSM KALDELL+LFNYLRVW++ETNVYIDALM
Sbjct: 982  NRLQTVVLRFCGAVDQALPRLRGALPTDKSMRKALDELLDLFNYLRVWKIETNVYIDALM 1041

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTE YHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQ+MWSR+YK++PPGGVGTS
Sbjct: 1042 SPTEDYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQRMWSRAYKTTPPGGVGTS 1101

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSA+DLKPIR
Sbjct: 1102 IALETIIQQSAVDLKPIR 1119

[Close]

BLAST of CSPI06G03650 vs. NCBI nr
Match: XP_011656557.1 (eIF-2-alpha kinase GCN2 isoform X2 [Cucumis sativus] >XP_031743596.1 eIF-2-alpha kinase GCN2 isoform X2 [Cucumis sativus] >XP_031743597.1 eIF-2-alpha kinase GCN2 isoform X2 [Cucumis sativus] >XP_031743598.1 eIF-2-alpha kinase GCN2 isoform X2 [Cucumis sativus])

HSP 1 Score: 766.9 bits (1979), Expect = 8.1e-218
Identity = 378/378 (100.00%), Postives = 378/378 (100.00%), Query Frame = 0


Query: 1   MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
           MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 617 MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 676

Query: 61  HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
           HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY
Sbjct: 677 HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 736

Query: 121 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
           DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH
Sbjct: 737 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 796

Query: 181 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
           GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 797 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 856

Query: 241 NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
           NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 857 NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 916

Query: 301 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
           SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 917 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 976

Query: 361 IALETIIQQSALDLKPIR 379
           IALETIIQQSALDLKPIR
Sbjct: 977 IALETIIQQSALDLKPIR 994

[Close]

BLAST of CSPI06G03650 vs. NCBI nr
Match: XP_011656554.1 (eIF-2-alpha kinase GCN2 isoform X1 [Cucumis sativus] >XP_011656555.1 eIF-2-alpha kinase GCN2 isoform X1 [Cucumis sativus] >KAE8646623.1 hypothetical protein Csa_005478 [Cucumis sativus])

HSP 1 Score: 766.9 bits (1979), Expect = 8.1e-218
Identity = 378/378 (100.00%), Postives = 378/378 (100.00%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 750  MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 809

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY
Sbjct: 810  HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 869

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH
Sbjct: 870  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 929

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 930  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 989

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 990  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 1049

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 1050 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 1109

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSALDLKPIR
Sbjct: 1110 IALETIIQQSALDLKPIR 1127

[Close]

BLAST of CSPI06G03650 vs. NCBI nr
Match: XP_008445739.1 (PREDICTED: eIF-2-alpha kinase GCN2 isoform X2 [Cucumis melo])

HSP 1 Score: 746.9 bits (1927), Expect = 8.7e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 728  MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 787

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 788  HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 847

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 848  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 907

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 908  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 967

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 968  NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 1027

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 1028 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 1087

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSALDLKPIR
Sbjct: 1088 IALETIIQQSALDLKPIR 1105

[Close]

BLAST of CSPI06G03650 vs. NCBI nr
Match: XP_008445742.1 (PREDICTED: eIF-2-alpha kinase GCN2 isoform X3 [Cucumis melo])

HSP 1 Score: 746.9 bits (1927), Expect = 8.7e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1   MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
           MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 617 MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 676

Query: 61  HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
           HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 677 HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 736

Query: 121 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
           DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 737 DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 796

Query: 181 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
           GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 797 GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 856

Query: 241 NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
           NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 857 NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 916

Query: 301 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
           SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 917 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 976

Query: 361 IALETIIQQSALDLKPIR 379
           IALETIIQQSALDLKPIR
Sbjct: 977 IALETIIQQSALDLKPIR 994

[Close]

BLAST of CSPI06G03650 vs. NCBI nr
Match: XP_008445738.1 (PREDICTED: eIF-2-alpha kinase GCN2 isoform X1 [Cucumis melo])

HSP 1 Score: 746.9 bits (1927), Expect = 8.7e-212
Identity = 368/378 (97.35%), Postives = 372/378 (98.41%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKDDRHDCGTATIQYTDLGTEVRDHVIDATREMFRL 60
            MK SEDSSIYDRVVNAIFDEE+LVMKDDRHDC TATIQYTDLGTEVRDHVIDATREMFRL
Sbjct: 750  MKLSEDSSIYDRVVNAIFDEETLVMKDDRHDCITATIQYTDLGTEVRDHVIDATREMFRL 809

Query: 61   HCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKSSFKRY 120
            HCAKHLE+SSMYLLD STQINRNTVKLLSHGGDILELCHELRLPFLNWLV SQKSSFKRY
Sbjct: 810  HCAKHLEISSMYLLDGSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVSSQKSSFKRY 869

Query: 121  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCDIHLNH 180
            DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVD+ISY+FNSDSCDIHLNH
Sbjct: 870  DISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDVISYYFNSDSCDIHLNH 929

Query: 181  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 240
            GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV
Sbjct: 930  GDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKLAQAVV 989

Query: 241  NRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVYIDALM 300
            NRLQTVVFRFCGAVDQALPRLRGALPTDK M KALDELLNLFNYLRVWRLETNVYIDALM
Sbjct: 990  NRLQTVVFRFCGAVDQALPRLRGALPTDKPMRKALDELLNLFNYLRVWRLETNVYIDALM 1049

Query: 301  SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 360
            SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS
Sbjct: 1050 SPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPGGVGTS 1109

Query: 361  IALETIIQQSALDLKPIR 379
            IALETIIQQSALDLKPIR
Sbjct: 1110 IALETIIQQSALDLKPIR 1127

[Close]

BLAST of CSPI06G03650 vs. TAIR 10
Match: AT3G59410.1 (protein kinase family protein )

HSP 1 Score: 518.1 bits (1333), Expect = 6.1e-147
Identity = 253/383 (66.06%), Postives = 307/383 (80.16%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKD-----DRHDCGTATIQYTDLGTEVRDHVIDATR 60
            M++SEDSS+YDRVV+ IFDEE L MK       R     + IQYT++ TE+RD+V++ T+
Sbjct: 746  MQTSEDSSVYDRVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITK 805

Query: 61   EMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKS 120
            E+FR HCAKHLE+  M LL    Q +R TVKLL++GGD+LELC+ELRLPF++W+  +QKS
Sbjct: 806  EVFRQHCAKHLEVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKS 865

Query: 121  SFKRYDISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCD 180
            SFKRY+IS+VYRRAIGHSPPN  LQ DFDI+GGT +LTEAEV+KV VDI ++ F+  SCD
Sbjct: 866  SFKRYEISHVYRRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCD 925

Query: 181  IHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKL 240
            IHLNHGDLL+AIWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV IRRQLLQELKL
Sbjct: 926  IHLNHGDLLDAIWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKL 985

Query: 241  AQAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVY 300
             +AVVNRLQTV  RFCG  DQALPRLRGAL  D+   KALDEL NL  YLRVWR+E +V+
Sbjct: 986  PEAVVNRLQTVASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVH 1045

Query: 301  IDALMSPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPG 360
            ID LM PTE YHR++FFQV+LTKEN+ G+  +G LLA+GGRYD+L+Q++  R +K + PG
Sbjct: 1046 IDVLMPPTESYHRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPG 1105

Query: 361  GVGTSIALETIIQQSALDLKPIR 379
             VG S+ALETI Q   +DL+PIR
Sbjct: 1106 AVGVSLALETIFQHLPMDLRPIR 1128

[Close]

BLAST of CSPI06G03650 vs. TAIR 10
Match: AT3G59410.2 (protein kinase family protein )

HSP 1 Score: 518.1 bits (1333), Expect = 6.1e-147
Identity = 253/383 (66.06%), Postives = 307/383 (80.16%), Query Frame = 0


Query: 1    MKSSEDSSIYDRVVNAIFDEESLVMKD-----DRHDCGTATIQYTDLGTEVRDHVIDATR 60
            M++SEDSS+YDRVV+ IFDEE L MK       R     + IQYT++ TE+RD+V++ T+
Sbjct: 770  MQTSEDSSVYDRVVSVIFDEEVLEMKSHQSSRSRLCADDSYIQYTEINTELRDYVVEITK 829

Query: 61   EMFRLHCAKHLEMSSMYLLDSSTQINRNTVKLLSHGGDILELCHELRLPFLNWLVFSQKS 120
            E+FR HCAKHLE+  M LL    Q +R TVKLL++GGD+LELC+ELRLPF++W+  +QKS
Sbjct: 830  EVFRQHCAKHLEVIPMRLLSDCPQFSRKTVKLLTNGGDMLELCYELRLPFVHWISVNQKS 889

Query: 121  SFKRYDISYVYRRAIGHSPPNRYLQGDFDIIGGTSALTEAEVIKVTVDIISYFFNSDSCD 180
            SFKRY+IS+VYRRAIGHSPPN  LQ DFDI+GGT +LTEAEV+KV VDI ++ F+  SCD
Sbjct: 890  SFKRYEISHVYRRAIGHSPPNPCLQADFDIVGGTLSLTEAEVLKVIVDITTHIFHRGSCD 949

Query: 181  IHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERKSKWVVIRRQLLQELKL 240
            IHLNHGDLL+AIWSW G+KAEHR KVAELLSMM SLRPQSSERK KWV IRRQLLQELKL
Sbjct: 950  IHLNHGDLLDAIWSWAGIKAEHRRKVAELLSMMGSLRPQSSERKLKWVFIRRQLLQELKL 1009

Query: 241  AQAVVNRLQTVVFRFCGAVDQALPRLRGALPTDKSMHKALDELLNLFNYLRVWRLETNVY 300
             +AVVNRLQTV  RFCG  DQALPRLRGAL  D+   KALDEL NL  YLRVWR+E +V+
Sbjct: 1010 PEAVVNRLQTVASRFCGDADQALPRLRGALRADRPTRKALDELSNLLTYLRVWRIEEHVH 1069

Query: 301  IDALMSPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGRYDYLLQQMWSRSYKSSPPG 360
            ID LM PTE YHR++FFQV+LTKEN+ G+  +G LLA+GGRYD+L+Q++  R +K + PG
Sbjct: 1070 IDVLMPPTESYHRNLFFQVFLTKENSSGTSNDGVLLAVGGRYDWLVQEVCDREHKMNLPG 1129

Query: 361  GVGTSIALETIIQQSALDLKPIR 379
             VG S+ALETI Q   +DL+PIR
Sbjct: 1130 AVGVSLALETIFQHLPMDLRPIR 1152

[Close]

BLAST of CSPI06G03650 vs. TAIR 10
Match: AT3G02760.1 (Class II aaRS and biotin synthetases superfamily protein )

HSP 1 Score: 85.1 bits (209), Expect = 1.3e-16
Identity = 78/330 (23.64%), Postives = 149/330 (45.15%), Query Frame = 0


Query: 46  VRDHVIDATREMFRLHCAKHLEMSSMYLLDSST----QINRNTVKLLSHGGDILELCHEL 105
           VR+      + +F+ H A  L+     L ++      + ++    +   GG++  L ++L
Sbjct: 462 VREKAFSIIQNVFKRHGATALDTPVFELRETLMGKYGEDSKLVYDIADQGGELCSLRYDL 521

Query: 106 RLPFLNWLVFSQKSSFKRYDISYVYRRAIGHSPPNR-YLQGDFDIIGGTSAL-TEAEVIK 165
            +PF  ++  +  +SFKRY I+ VYRR        R + Q DFDI G    +  + E++K
Sbjct: 522 TVPFARYVAMNGITSFKRYQIAKVYRRDNPSKGRYREFYQCDFDIAGLFEPMGPDFEIVK 581

Query: 166 VTVDIISYFFNSDSCDIHLNHGDLLNAIWSWVGVKAEHRHKVAELLSMMVSLRPQSSERK 225
           +  +++      D  ++ LNH  LL+ +    GV  E   K   + S +  L  QS E+ 
Sbjct: 582 ILTELLDELEIGD-YEVKLNHRKLLDGMLEICGVPPE---KFRTICSSIDKLDKQSFEQ- 641

Query: 226 SKWVVIRRQLLQELKLAQAVVNRLQTVVFRFCGAVDQALPRLR---GALPTDKSMHKALD 285
                +++++++E  L+  + +R+   V +  GA  + L +LR        ++S  +ALD
Sbjct: 642 -----VKKEMVEEKGLSSEIADRIGNFV-KEKGAPLELLSKLRQEGSEFLDNQSSREALD 701

Query: 286 ELLNLFNYLRVWRLETNVYIDALMSPTEGYHRDIFFQVYLTKENNPGSHPEGALLAIGGR 345
           EL  +F  L+  +    +  D  ++    Y+  + F+             E   +  GGR
Sbjct: 702 ELSIMFEALKRSKCSERIVFDLSLARGLDYYTGVIFEAVCI-------GAEVGSIGAGGR 761

Query: 346 YDYLLQQMWSRSYKSSPPGGVGTSIALETI 367
           YD L+    ++   +     VG S+ +E +
Sbjct: 762 YDNLIGMFGTKQVPA-----VGMSLGIERV 768

The following BLAST results are available for this feature:

BLAST of CSPI06G03650 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LX30	8.6e-146	66.06	eIF-2-alpha kinase GCN2 OS=Arabidopsis thaliana OX=3702 GN=GCN2 PE=2 SV=2	[more]
Q86AS6	1.7e-21	26.16	Histidine--tRNA ligase, cytoplasmic OS=Dictyostelium discoideum OX=44689 GN=hisS...	[more]
E9QI36	1.5e-17	25.56	Histidine--tRNA ligase OS=Danio rerio OX=7955 GN=hars PE=3 SV=2	[more]
Q2KI84	2.6e-17	25.95	Histidine--tRNA ligase, cytoplasmic OS=Bos taurus OX=9913 GN=HARS1 PE=2 SV=1	[more]
P12081	4.4e-17	25.36	Histidine--tRNA ligase, cytoplasmic OS=Homo sapiens OX=9606 GN=HARS1 PE=1 SV=2	[more]

BLAST of CSPI06G03650 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S4DWM3	4.2e-212	97.35	Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A1S3BDF8	4.2e-212	97.35	Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A1S3BCY3	4.2e-212	97.35	Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A1S3BE99	4.2e-212	97.35	Non-specific serine/threonine protein kinase OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A6J1D9Z7	3.0e-202	91.80	Non-specific serine/threonine protein kinase OS=Momordica charantia OX=3673 GN=L...	[more]

BLAST of CSPI06G03650 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011656557.1	8.1e-218	100.00	eIF-2-alpha kinase GCN2 isoform X2 [Cucumis sativus] >XP_031743596.1 eIF-2-alpha...	[more]
XP_011656554.1	8.1e-218	100.00	eIF-2-alpha kinase GCN2 isoform X1 [Cucumis sativus] >XP_011656555.1 eIF-2-alpha...	[more]
XP_008445739.1	8.7e-212	97.35	PREDICTED: eIF-2-alpha kinase GCN2 isoform X2 [Cucumis melo]	[more]
XP_008445742.1	8.7e-212	97.35	PREDICTED: eIF-2-alpha kinase GCN2 isoform X3 [Cucumis melo]	[more]
XP_008445738.1	8.7e-212	97.35	PREDICTED: eIF-2-alpha kinase GCN2 isoform X1 [Cucumis melo]	[more]

BLAST of CSPI06G03650 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G59410.1	6.1e-147	66.06	protein kinase family protein	[more]
AT3G59410.2	6.1e-147	66.06	protein kinase family protein	[more]
AT3G02760.1	1.3e-16	23.64	Class II aaRS and biotin synthetases superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (PI 183967) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 226..246
None	No IPR available	GENE3D	3.30.930.10	Bira Bifunctional Protein; Domain 2	coord: 34..374 e-value: 4.0E-57 score: 195.6
None	No IPR available	PANTHER	PTHR11476	HISTIDYL-TRNA SYNTHETASE	coord: 1..379
None	No IPR available	PANTHER	PTHR11476:SF10	EIF-2-ALPHA KINASE GCN2	coord: 1..379
None	No IPR available	SUPERFAMILY	55681	Class II aaRS and biotin synthetases	coord: 37..368
IPR041715	Class II Histidinyl-tRNA synthetase (HisRS)-like catalytic core domain	PFAM	PF13393	tRNA-synt_His	coord: 131..365 e-value: 1.2E-13 score: 51.0

Relationships

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


Feature Name	Unique Name	Type
CSPI06G03650.1	CSPI06G03650.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0018105	peptidyl-serine phosphorylation
biological_process	GO:0006521	regulation of cellular amino acid metabolic process
biological_process	GO:0010998	regulation of translational initiation by eIF2 alpha phosphorylation
biological_process	GO:0009635	response to herbicide
cellular_component	GO:0005886	plasma membrane
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0004694	eukaryotic translation initiation factor 2alpha kinase activity
molecular_function	GO:0106310	protein serine kinase activity
molecular_function	GO:0004712	protein serine/threonine/tyrosine kinase activity
molecular_function	GO:0000049	tRNA binding