CSPI01G32820 (gene) Cucumber (PI 183967) v1

Overview


Name	CSPI01G32820
Type	gene
Organism	Cucumis sativus var. hardwickii cv. PI 183967 (Cucumber (PI 183967) v1)
Description	SAP domain-containing protein
Location	Chr1: 27647902 .. 27666509 (+)
RNA-Seq Expression	CSPI01G32820
Synteny	CSPI01G32820

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRCDSpolypeptidethree_prime_UTR

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

GGTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGTAAGTTAAAACTTAGTCAATCAAGAAAATAAAGAAATTATTCTCTTATTGTTTTGTTTGAAGTCAAAGATATATTCTTCACACTACATACAAAGCTACAAGATAGAAGATACAAAATAAAAGTCTAACTACAAAGCTAGCTAGAGAAAATACGACACAAATAAAGCATTAAGTAGGAAAAATAAATGCACTCCAATTGAAGCATAGATCTTGAATGGAAAAGTTTACAAAAGACTTAGAAAGAGTGCACTAAGAAGAAGCGTTAATCTGAGCAGTCAAAGATGTATTCTTGAGACTACAATGGTTCACCTTTTGTCCAATTAAATCAAGGACTTAGAGACTTAGATGCTGTTCTTGGGAGCGCAGGGGCTGTGATTTTATTTTATTCTATTCATTTTTTTTTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTAGGGGGATTGGAATTTACAACCCTAAAAGTTGGGGGTTGTATGAATTTAACCCCAAACTATCAAACCCTAGACTTTCATAAGTATATCAATTTGAACTATAAACTGTCATACATTTAGCAATTTACACCTTCAGATTTAGTTTGAAAATATGTGAGATTTAATTATTTCAATTAAACTTATAAATTATTATAAGTAAATCGATTTTAGAACCTTTATTATGATTATATTTAAAAATAATAAATTCATCAATTCTTATATGTATGTAGACTTCTTCAAATTTCAATTCAACATTACAAGTCAATTTTCAAAGAAATGTTAAATGAGAGGTTAATTGATTTGCTTATGTAAGCTTAGAAATTAGAAGTTTAATCAATAAAATTACAAGTCTCACCAGATGTTTATCTAAATAAAATATAATAGATGGTTTAAATTGATACAATCATTAATTTAAAATTTAAATTGATACACCCTCCAACGTTTAATGCTATAGATTGATATTTGCCCTTGACCCTTTTTAAGGGCTTGAGAAGTTATTGGGGGAGGTGTGGTCAATTACCTTTACCATAGTTACCAATTTGTTTTTAGATTATGTTACCAAGATGTTTAGGTCTTGTCATTCCTGATTTGAGTTTGTTTGGATATGGTTACCTGAGTTTCTTTGTTATTCTTTCATTTCATTCTTTCATGAAAACAAAAGCTGGTGTCCAAATTATGAATTAATTAAGAAAAACAAAAAAGACAAAACGGACACCCCAATAGATATATCATGTAAAAGTAGAAGGAAGAACATTGTTTGCAACATTTGTAAACTAAGGTGTAAAATTCTCAAGTCGTGTGTTAAATTTCTCAGTAGGAAAGATATTTGAGTACATTTAATAAGTAAAGCTGTAATTAAATTAATTCTAACATTATAATTTTGAAATTTTCTTAATAGTGTCGGCATCACAGGAAGCAAACTGAAAATAAAATAAAATAATACAAAAGCTACCTAGCTGTGTACATCCTCTTGTAGATCTTTTCCTTTTTGAATGAGAAGTTGTTGGTTTCTTATCATTAAAAAAAGAAAAAATCAACAAAAATGGAAACCATAGAATGGCCTTCCAGATAATTGTGCTTATGAAGAAAAACTGGACGACATTTTGTCTTGGTCTTGACTTTCTTCTTTCTCAGTGAACAAATAATGTCTCTTCTCCCAGAATTGACACAGGACAGGCTATCACTAGAATCCATGTGATAGAAAGAGAAGGGGGAGACTAAGATGGATGAGTCTCATGCACTGATATCTAACACTCTTACTTTTCTATTAAGAATTATGTATTAAAGTTTGTTTTTCTACATGGATAGCAGCTGCTGGGAGAGTTTTATTGTTTCTTTTTAGCGGTTTTCTTTATTTTCTACTTTTGTTGACTTATTTGATTATCTCTTTTTAGTCTTTTATCATTTCAAGCTCATAATCATTTTCTAAAAATAAGTTCATGTTTTTTTTTTCAGGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTATTTATTAATCTTTCATTGTTAGTGATAATAAATGTTTCTTTGTTTACTTTTAAATTATAATGGAGCAGGAACAAGAACTTTGATGGATTTTATTGTCATACACTTATTCATGGTTTATTAAGGTCAATCAATTATCTTGTGAGTTCAGTTAAGGTGCATCAAAGCTTGTCCAAACACAAAACCAAAAGCTAATACAATCCGTGAAAGGAAATTGTGAACCAAACTTCAACCTCTAACAAGAAAGGACCAGATAGCTTTTATTACCGTGAATAATGATCTTTTTGAACTGTAAAACTCCATCAAGACACCGTAAAATCCAGATCAGAATTCAAATGTAAGAGTGTAAATACTATTTAATTATCAACAATTGGCAAGATCAGAATAAATAAAATTTCTTTGTAGTTCTTTCGACGACAATCTTGCATATGAAGACTAAATAATAACAACCATGGTCCTCTGATACCTTCCATTGACCTAAAGGACAACTGAGCCAAATCTTAAATAAAAGTCCATGACCTCTAGGATTCTATGAGTCATTATCAAACGCTGCAATTAGAATCCTTTATTGTGTATTTCTCATAGCCGTCAGAAAATCTCTGAACTGATCCCTTGTTATGCAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGGTGGTATATTATTTGTAATCTGCTGCAACACCTTTTCTCTCTCTAGCTCTTCTCTCAAGTTCTTTCCAGTGACATTTTAATAAACTTATTTGTCGTTGAGTTTATTTATTTTCTTTATTTTTGGAAACCGATAAAAATCATGGGCAGTACTTACTATTCATTGTTCTAATGTTTTCCATGTATATCTTGTCTTCTTCTTTTCAATATGGTATCAGAGAGTGGTGACGAAACCCTAGCTGCCATTAGCAAAAACCAAACTCTGCAAGATGACCTTAGTTTTGCACCAGCCTCGCCTCAGCCACAGCTTCTGCCGCCAACGGAACAGATGCTATCACAGTCGGAACCACTGCAGTCGCCAGAATAGTCGCGAAGTTGCTGAAGCCACCATCTTTTCCGTTGTTAATACTGTCGCTGTTGTCCAAGCTGTTGTTGATTGTTATCATTAGTCCTTGTATGTTCAATTGTCTATCCAGGTCTAGTGCTGTCACAACCTTTTGATGGAACCCCTAACCGAAACATACATCATGCAAACGAGATTAGTGAGTCGTCTGCCTACCACAAAGATAAATTCCCTACTATGGCAACAAGCTTCACGCAACAACGGGGTTTCCCTCATCATGCGTCACCTAGTTATGAACATCATGGTTTAGTTGGTTTATCTTCAGTAATGGTTCAACAGAAGTTGGCTAATCTTCAGACAAGTTTTAAGTATCAAATTGTTGCTTTTGTGGTAGCTCTAGGAGCTACCACAAACTCCATTTGCCACTTCTTCTGTCTTACCGATGTATTTGGAGAATCCAATAACCTCTTCCCTACCTTAACTGCTACATATTATTTATCTGGCTCTAGGGAAAATTCCATAGGAGTACTTGGAGGGGAGAAATTGAATGGCTTGAATTATTTCTTGTGGTCTCTTTCCATTAAGATGGCCCTTGAGGGGCATCACAAATTTGGGTACCCAACAAGTGAGGTACCGAGACTTGGACTAGAAGACCCTCAAGATCGAATTTGGAAAGGAGAGGACTCTCTTCTCCGGTTTGCGTTGATTAACAGTATGGGGCCTTCAAGTGGGAAGTCTATCCTGGTGTGCGAACATTGCAAGAAACCTTGGCATATGTGATGGAAACCGTAGGAAGTAATATGTATTTAGTATTTTTGATAGGAGTAGAATAGAACTACACCCTCTGTTATCCTCTCTCTCAAGGAAGAACAGTGAGATTCTCAAACTAATGAAAAGCTTAACTAACTTTTCCACTAATGAAAAGCTTAACTAACTTTTCCGCCCATTACAATTCTTTACCCTCCACTAACTCACACGTGTCACACACACACATGTTACTTCTTTTTTCCTCTCCTACTATACTGATATAATATTGGAGGTCTATAAATATGTTGTTGGAAGTTACATGGTCGACCACCAAATGGTAAGAAACGTCCGCCAAATGATAAGCATAATTTTGGTAGGGCTTTTATGAGTGAACTAGTTGGAACTTCACAACCTCCAACCCTTGCTTGGAATCGAGGTGATCTTGGTACTCCTCTTGGAGTCATTGCACAATTTCATACATGTCAATCGTTTAGTCTTATCAGAATCGATGGGAAGAAACCCTGGATACTTGATTCAAGTGCTACAAGCCATTTAACTGGATCCTCTAAACATTTTATATCATATCTACCATTTGCTGGCAATGAAAAAATTAGGATTGCAGATGTGTACTTTGCTTCTTTTGCAGGCAAGGGTCATATTTCGTCTTTTGATGGTCTCATTTTACAGAACTTGTTGCATGTGTCTAAGATATCTTACAATTTACTATTTATCAGTAAGATAACCAGGGTGTGACCCTTGCCCGACATAGTAGGGAACCCTATTTCCTTGATGTTGATGCTTCCTTTAGGAATTGTTTTAGGACTAGTTTGTTGTCATCTGATTTTTCTACTTCTGAAAGAGATTGTATGTTGTGGCATATTCATCTTGGCCACAAAAACTTTCAATATATGAAATATCTATTTTCTCACATATTTTTTGAAGTAGATATCTTCTCTTTCTTGTGATGTGTGTATTCGTGCAAAATAGCACATGATCTCGTTTCTATCTCAACCCTACAAACCTTCCAAGTCACTTACCCTCATTCATAGTGATGTTTGGGGGCCTTTACGAGTCACTATCACTTTAGGGGTTTGTAACCTTTATTGATGATCATACGTGTCAGACTTGGGTCTTTCTCCTCATTGATAAATCCAAGGTCTCATCAATATTTCAACAACCATTAACGTTAAAATTGCCATTTTGCGCATCGATAATGGTTGTGAGTTCTTGAGTAATACTCTTCAAGACTTCCTGTCCTCTAAAGGGATTTTCCACCAGAGTTCATGTGCTTATACCCCACAGCAGAACAATGTGGCTTAACGAAAAAACCCCCATCTCCTTAAGGTTTCTCGCTCTCTCATGTTGTCTACTTCTTTTCCTTCCTACTTATGGGGGATGCAGTTCTTACTGCGGCACATCTTATCAATAGTATGCCATCTCGGGTCCACCTCCAAGCACCTCTTGAATGCCTCAACGAGTTCTACTCTTCCACACAACTTATTCCTGATGTTCCTCTCCGTATGTATGGGTGCACTTCCTTTGTTCTCAGTCATGTGCTTAACCACACTAAATTTGCTTCTCGTGTTCAGTCATGTGATTTTGTAGGGTATTCTTTTCACTAGCGGGGCTATAAGTGTTATCATCCTCCTTGATAGTATTTCGTGTCCATGGATGTCATTTTCCTTAAGGATAAACCCTTCTTTTCTGTTAACCATCTTCAGAGGGAGAGTGGTAGTGAAGATGCTAACTTGCCCATTCTTTTCATACCTATAGCCTCAACTGAGCCTCCTAAACCCATCCTCCATGACACCGTTTTACCCACCAACCAAGTCCCCTAAATAACTTGCTACGGGAAGAATTTTAGAAAGGAAATGGTGCCCCCTATTCTTTGCCATCTCCGATCCATGAATTTGAACCAACACAAGTTCAATGTACTACTGAACTTAATAATAATAACTCGTGTGTTGAGGATGATCTTGTTGATGTGGTTGAGGATGACATACTAATATGACAATTCTAGAAGAGATCAAGACTGGCAGAAGTGGTGAGACTCTAATAGACACATAGGTGCATGAGACTAGCTCGAATGACTCATATGAGCTAGAGAGGTATGATCCTTCTCTTGACATGCCCACTGCCTTGAGAAAGGGTACTAGTCTTGTACAAAGCGCTCTAATTACATGTCTTACAGTAATCTATCGCCTAAGTTCAGGGAGTTTACTGCAAGTCTCGACAGTGCAACAGTACCAAAGAACATACATGAAGCTATGAAAAGTCCTGAGTGGAAGATGACTGTCATGGAAAAAATGGGAGAACTTGAGAAGAATAAGACATAAGATAGAAAATACATTTTTCAGCACAATGTTTCAGAATTTCCAATAATATTAAGACCAGACTGAGATACGTATGAACCTGAGACGTGAGACCTCATAGTTGGACACAAACAACCACACCTGAATTATGCTGTGGTCTGGGTAATGGCCTTCTTTGAAACAGGATAAGGGGTGGATTGATGCAAGATGAAGTAAAACGGTATATCAGCGATGAATCCAATTTGATCATTGACATAACATAGACCAACAACCCATGGAGTCAGCTCAGAATTAACAGGCCTAGCCAAGGATCCGTGTCAATTAGGATGTAGTTTGAGATAGTCCCGACCTCATAATGCTTTTGGAAGAACTTGAATTAATGCTTGTTTCAACCAAATCAAATTTTCAATTGGCACCTTTGAAAAAATTAATAATGTAACTTCTTGAATGAAGTTAGATGATCAAATGCGTTAGTTTAAAAAATCTTACAAATAAAATGCACTTGTGGTATTTTGAAGAATTTCTTGTGGGTTAATTATCCAAAAACGACTCTTAAATCAATTCAAATTTTTTAAGTGCTTTTTATATATTAAAATTTGTAAGACATTTTTTTATCATCTAAAATCATTCGGGAGCTACACTTTTGATTTTTTATTTCTCTAAAGGTACTTGTATTGATTTCTTTTTTCTTTTAAGTATTTCTTTCACTTGTTATTCCAAGCATTTTTTTCATCAAATTCCATTCAGGAAGAGTTGTATCTCAATCATTCCTTTAGAACCACATTGATTTGTCATTCATTAGGGAGAACTTGTTTTATTTGTTGAAGACTGATACTGAGCTGCTAATATTTTGAAATCACTGTGCCGTCTCATGTGAGTTTTACATTGTGTAGCTTTATTTATGAAAAAGTAAATGTTCTGGGACTTAGTATTTGACTTCAGTTAAAATGTTAAGTTACATTGTTTTGGATGAATAACTCAAGTTCACCAGGAACTACAATGAAGTTTTAATGTGCTTTCTACTTGTGGATGATATTCTTGGGTTACGAGCTTTTGTTGTTGTATTGGTATGAAATTCCCAATTCAAAAGACAAAAATGTATGGGCATATAGAACAATGTGAAAGTTTAATGCTCTAGTTTGTTCAAATCCTATTTGTTTAAAGTGGTATGAACTTGCTTTGCATGTGAATCAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTTACAAGTCATTTGATATTTTTTTTTAAGAAAACATCCCGTCTCCGTTTCAAAAAGAAAAAAAAACAGCCATTGAAGTTTTTTATTAACAAATAAGTACTTTATATCTTCAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGTAGAACTCCTAACTTTTGTTTTTTTCCTCGTCTATCCTTGAACTGGTTAACTGAGCAGCTGTCTAAGCATACGTGAAAGGTATTCAGAATGGTTGGGGAAGATAGTATGGAAACAAAATTTTAGGAAGGGGATAATGTGCCAACTGCATTAAGTTTTGAAAAAATGAAATTGAGACTGGAAAGGAGAAAAATACAAGAGAAGCTGTTAGATTGTGTGTTAATACTAATTTTGGGAACTAGAATCTTCAAAATTAGCTTGTCAGTGATGAAAACATGTCTGCTTTACATCTTTTACCCTTAAATAAGAACATTTCCATGTGTGCTTATGTTCTTACTTTAATGAGTGGATGCAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTAATTTCTCTCTACCCTTATCTTTTTTACCTTACATTAGGATTGTCCTTTTATTGTCTTATTCTATCCTTTCTTTTAGCTTAACATCGACATTTGTGTGAATTATGAACAAACCTTCATAGACTTGGGAATACTTTTTAGGATTAGTTAGTGCTTTGCATCTTGTCTTTTTTATTCTTTCTACACTTTTTATTTATTTATTATACAAAATGCATGAATTTGTAGGGGAAGTAGTCCAAGATAAATACAATAAATGTTTCCACTTGTATCAAACGAGAGGAACTCCTATAAGAGTTAAAAAGAGAATCTATTTACATCAAAGATAAAGTTGGAAAAAGGATACTATAGAAGAAGTCCAGATAAGTTTTTTCCTATGATTAAAAAATTCTACGATTTTTTTTCCGTCCATGTTGACCATAGAAAAGTTTAAACAAAATTCATCCAAATGATCTCTTTGCTTCCTCAAAAGGGGTGATCCAGAAAGAGGAGACGCATAGTGATTGAATTCTTTGGAAGATCATCTCCCACATAAAGGTAGCTATCATGTCATTCCAAAAGAGTTGAGCAAAAGGACAGAAATCAAAATGTGCGACTGTGTTTACTCATCGTGAATTTCTTGTGTTAGAGATATAGAAATGTCTGGCACCAAAAACTGTGATAAATCCCGTCAGAAGAGTGCTTTGTTATCCTTCTGCATGATTGAACATAAAATCCATGGCATAGGAGGATAATTGGTTGCTGAATGTCATCCAAAGTTTCATTTGGGAAATCATTTTTCATTAATATTGTTTGTCTTGACCTCTTGACTTCAACGGTGTTCAAATTTGCTTTGTTTAATCTTCATTCAGTGTGTCACTTACTATTACAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGGTATGTGTGTAAAAAGGGTGTTTTTCTCTTATTTCTCTTAGAAAGAAAAAAGTTGTCTTAAATAGAAGAAATGGCCAATATAGATTAGCAAAAAATAAATACACAAATATATCTTAAATACAATGAAAATATTAACAAAAAGGAAATAATCAACACTCCCTCTCAGGCTGGTTTGAAGATATCATTCAATAACCAACTTGTATATTAAGTTATTGAATTACCACTTTGGAAGACCTTTAGCTATCACATGCTATTTGTTCTCTTGTCGGAAGATAAGGGATGCATATTATTCCTTGAACAATCTTCTTCTTTATGAAATGTTATCAACTTCAGTATGTTTTGTCCTATCATGAAGGACATGATTGTGGGCAATGGAAATTGCGGCCTTGCTATCACAATGAATGCGCATAGGCATAGGCATTGTCTGAGAGAATCTCAATTCTTCCAATAATGTTCTTATCCATATGCCCTCACAAATACCATGGTCTAATGCCCTGAATTCTGCTTCTGTACTACTTGCAACCATGCTCTGTTTTTTACTTCACCAAGTAATTGGATTTCCTCCAACAAAGGAGCAATAACCAAAAGTGGATCTTCTATGAGTTGTGCTACCTACCTAATCAGCATTAGTGTACACTTCGACATTTAGATGGTCACGTTTTTTAAACAATACGCCTTTTCCTAGAGTACCTTTTAATTATCTTAGGATTCTATGAACAACACCAAAGTGAGTTTGTCCAGGCATGAATTGACTTACCATACTAACTGCAAAAGCAATGTCAAGACATGCATGAGAGAGATATACAAGTCTCCTCACAAGTCTCTGGTACTTTTCTTTTTCGTTTATTTATTTTTCAGTAGCAACTTGCAATTTTGAGGTTGTACTCAATGGGTGTTTCAGCTACCCTGCAACCAAGTAAATCTGTTCTTTCAGTAGATCAATAATATACTTTCTTTAGTTGACAAGAATGCCACTTTTAGACCAGGCAAACTCCATGCCTAGGAAATATTTTTAAGTTCCTAGGTTTTTAATCTGGAAATCATCAGTTAACTTTTTCTTCACGAAAATCAATCCTATCTCATCCTTGCTTGTAAGAATGATATAATCAATGTAAACTATCAAAAACATAACCTTGTCATTTCCGGTATGTTTATAGAACATAGTATGATTGACTTGACTTTGACTAAATCCACTGCTTTTTCAAAAGGTTCAAACTAGGCGCTAGGAAACTATTTATGACTGTATAATAATTTCTTTAACGTGCACACTTCACCTCAAAACTAGGTGGCAAGTCTATGAATGCCTTTTCTTCAAGATCCCTATTGAGAAAGATATTCTTAACGTCCAACTGATAAAGAGGCCAGTCAAAGTTAACTACAACAGATAGCAAAATTCTAATGGAATTAATTTTAGCAATTAGAGCAAATGTTTCTTGATAATCAACTCCACAGGTGATAAACAGAACTACCTCAATCACGTTTGAGAACTCCCCTTATTCTAGATGAACCCCCATAACAGTGATAAGAATAACCTCAATTAAACAAGCTTGTAAACAATCCCAAGAAAGCTAAATAAATTTTACTTGGATGGTTGATCAAAGATCAAGAAGAAAGGAGAACTTGTTCCTAGTTTCAAGATTTTGAGCTCTCCACAATTTGATTGATCAAACTAGATTGAAAGTCCTAAACATGCATTCTAACACAAGAATACAAGGAAAAACATAAAACTTGAGAGAGAGAACTCCTAGAAATTCCATTCAAATTCAAGGCCTATGTTGTGGAATTACAACTCCATTTAAACTAATTGGATAGACACTCTGAAAGGACACGACCTTTCACCTAACTTGTCTAAGTTTATATGAAACCCTTTAACTACTCTTGTAAATGTAAATACATAAAATTAAATAAGTACATAGTTCATTAAAGATGTGAATGAATTTGAATTTCAGATTCTTTGTGACTTTTGGATGAAAAATTGTATTTTGATGCATGAAGGGATGCAACTTTTAAACTTCATTGGAAAGCTTAGCTTGAAAGTAACTCATTCAATGCTTCCATTAATCACTACCAATTATTTGCTTATCAATAGGTTTGAGTAAATCTTTTAGCAACCAATCTAGCCTTGTACCTTTTGATACTATCATCGGCTTTACATTTTACCGTGAGCACCCACTTGCATCGAACTGTTTTCTTGTCTTTAGGTAGTTCAACTATGTCTCATGAACAATTTTGTTTTAGCCCATTCATCTCTTCCATTACTCCAATTTCTAATTCAAATCATTTAGGGCCTCATGTATATTCCTTGGAACAAACAAGTTGGTTATTTTGGATGTGAAGGCTTTATGACTGTCAGAAAACTTATGATAAGAAAGATAGTTTGCAATGGAATATTTGGTACATTGACAGGTACCTTTCCTATGGGCAATTGGAACGTCAAGATTAAAGACATCAAGTAAGGGATTCTAAGCAGGACTGGGAAAATTATCAGAAGAATTATTGGGAGATTTATGAGAAGGAGAATGTATGTTACCTGGATTTGCAGAATCATTTATCAGAGAATTAGATTGGCTCTGTGATAGATCAACCATCTGTTCTCGATTACTTTGAAGCAAGATTCTTCTAGTATAAACCCGAAGTTCAGTTTTCTGTAGTGTTCTTAGATTGGTTTTTGTAGTGTTTATCCCCCAAAGAACTTTCCACATTTGGCATCAAAAGATTATAAGGCATAATTTTAGGATCAACGATGTTTGGGGTAGGTGAAGTGTCCCAAAAATTATCTCCAAGATTAGATGTCTCCTCCTGAAGAGAATTTGGGCTAAAAGATGTTGTACTCAAGAGTGGGAAAGAGAGTTAATTGTAATAGAAAAGAGGGTTAGTTAAGAAAGTTAGCAGGGTAGTTTTGAGATTTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCGTTTAAGAATTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCCTTTGATATTTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCCTTCATTTGAGGAGAATAATCATTTCGATGAAAAATTAGACTTTTGGTTTGCACCAAATTTGGTATCAGAGCAACTTCAACTTCAAGATTCAAGACCGATAGCCAATAGAAGAGCTAATCAACTGATTGTAGAGGACAACCATATGGAAGAACAAGAAGTGGAAGAGAACCCCAATCTCTCTCCAAGAACATCAACCCGACACTTGCTATCCGTTGAATCTTCATTTGTGGGAATTTACGTGACACCTATTGGTCTTCAAGAAAGCACTGATGCACTCACAAGAAAGATGGAAGTGGTGGTGGCAGCTCATCAAAACCAAGAGAATGGCCGACCATACGAGCAAGAATGGGCTGGAAGTTGAAGAAGGGGTGGCGATGCAACGAGAAGTGGAAGAATTCAGCAACTACTTCAAGAAAGGCTTCCAAGAATTCAGAGACAAGTCCAAGAAAATCCAAGAAGACAATCAAATATTTAAGAAATGCTCCAGGAATCCAAAGATTCAGATTCTTCAAGCAATGATGATCAAGAAGAAGACTTTTACACACCTAGAGGAAGAGAAGAAAGAATTGGAGCTCATGACAAAATTGAGTTTGTCGGTTTTAGTGTAAAGAGAGATATTGAAGCGTTTCTTGATTGGATAAAGAACACAGAGAACTTTGATTGCAAGAACACTCTAGATCACAAGAAGGTGAAGTTGGTAGTTCTCAAGTTGAAAGGAGGATCCTTGGCATGAGGGGCCTAATTAGAAGATAAGGGAAGATGTTCATTTGTTCTTGGGACAAGATGAAGAAATTGATGAAGAAGAGACTCCTTCCTCCCAATTATGAACAAACTTTGTACAACTAATATCAAATTTGTCGACAAGGAACAAGAAATATAGTCGATTATGTTGAAGAATTTTATTGATTAGAGCAAGAACCAACTTGGCAGAAAATGAGCATCTTCTAATTGAGGGATTCACCGGCGGGCTTCAAATGGACATTAAGAAAAGGTAAAACTCCAAAACTTTTCATTTTTTTGCTGATGCTATTGGCTTTGCCGACACAATGAAGGAGTTGAACGAGATTAGTTTCAAGAATGCTTCAAGAAAAGCAACATTTGAAGCATCCACAAGTAGAAGAACCATCTTTAGTAGCAAGAATAAGGAGATTGCCCACCAAACAACCACAAATAAAGGCAAAGAAGTAGAGAAAGACAATCAAGAAGCTGTAGTAGAAAAGAAAACCGAAGCAAATGTCAAGAAGAAAGACCAAAATCCTTATTCTCGACCATTCAAAGGTGTTTGTTCTAGGTGTAGCCAAATTAGGCACCCTTCCAATGCTTGTACTCAATGCAAAACAGTGACATTTATTGATGAGGAAGATGAAGACTCATTCGAGAATATCAAAGAAAGTGAAGAAGATGTGGAGATGATTGTACGAGATGATGGAGATCATGTTTCTTGTGTTCTTCAAAGAGTCTTGTTCACACCAAAGGGATAATCACGTCCTCAACGACATTGTTTTTTCAAGACAAGATGCACAATCAACAACAAAGTTTGTAATGTCATCTTAGATAGTGCAAGTAGTGGGAACTTCATTGCCAAGAAGTTGGTGGCAGCCTTGGATTTGAAAACCGAACCTCACCCAAGTGCTCACAAGATTGGGTGGGTGAAGAAAGGAGTAGAAGTCCATGTTAATGAGACATGCATTTTTCCATTGACAATTGGAAATAGGTACAAAGATCAAATAATTTGTGATGTTTTGGAGATGGATGTGTGTCACATTCTTTTGGGGAGACCGTGAATACTGGAGTCTTGCATAAGGGGAGAGAGAATATGATGTAGCCTAGGTAACCTCAAGGAGAAATCCTTCAAAAACCAAGATTGTGGATTTTTTTATTAGAATGAATAATATGTTTCATACAAGAGGAGAAGACTCCTATTTATAGAGTTCTATTACAAGTGGGGTAAAAAGGGAATTAACCTAGAATATTATCTAATTACCCAATTAATCCTTAGTCCTGATGTAGAACATCCTAGATTCTTGATGTTTCTTTAACTTTTCCTAGGATTCTTGATTTTAGTTAAGGTTTAGTATTTTTGTTTCTTGTTCAAAAGAAAGTTAGTTCAAAATAACCAACTCTTAGCTAGTTAGTTCAAGGAAATAACTAGAGTGTTTAGCTTTCAGCCTATAAAAGGCTTCCATATTTATTAATAAAATCATCTTGAGGTATTATTCATAAAAAACTCTCCATGCTTTGCATCAGAATATTTATGAATTTCAATGGATGGACGAGAAGGTAGTGTTGTTACCTTTGACCAAGAAGGATGATGAAAGTGTCAATTCAACAAAGCAAAAGAGCAATCATTTGTTTACTACAATTAGTGGAAAGAAGTTGTTAAAGGAGAGAGGAGACATTAGGACTATTGCTGAAAAGTTCATTGAAGATGAAGTCCGTGAAGTCCCAAAGAAGTTCAACCATTGCTTGATGAATTTCTGCAAATTAAGCAAGAACTGGAGAGCTTACCAGATATTCAATATCACATTGACTTAATTCTGGGGGCTTCGGTTCCTAACCTATCTCATTGTCGAATGGGCCCTAAAGAGTACAAAATTATACACCAACACATCGAGGAGCTTCTAAAGAAAGGGTATATTCAACCAAGCTTGAGTCCTTGTGTGCGTCGACTCTCCTCACTCCAAATAAAGATGGTAGTTGGAGAATGTGTGTAGATAGTAGAGCCATCAACCACATGACGGTGAAATACCGTTTCCCTATCCTAAGAATGGGCGATTTACTTGAAGTGGCAGTAGATGCTTGTGGGCTTGGCATTGGTGGAGTTCTGTCCCAACAAGGACAGCCTATCAAATTTTTCAGTGAGATGCTTAGTAGTTCAAGGCAAGCATGGAGCACTTATGAGCAAGAGTTGTATGCTTCTGTCAAAGCTTTGAAACAATGGGAACATTACCTACTTTCCAAGGAATTTTTGCTGTTAACCGACCATTTTTTATTGAAATATCTCCAATCACAGAAGAATATCAGTCGGATGCATGCTAGATGAATCTCATTTATCCAGTGATTTGATTTTTAACGAAAAATGAAACCGACAAGGAGAACAAGGTGGCTGATGCCTTGAGCAGAAAAACTACTCTACTCACAACTCTATCCACCAAAGTTGCTTTTAATCACCTTCCAAAATTATATGAAGTTGATGTAGACTTTGAAAAGATTTGGTATACATCCACTAATCATGTAAATCCCAAGGATTTCCATATTGTTGATTTTCTTTTCAAAGGGGATCTCTTATGCATCCCACATGCTTCTCTTCGAGAAGCATTGATTAAAGAAGCTCATTTGGGAGGTTTGGCGGGTCACTTTGGCCAAGGTAAGATGTTTAAGTTGATTGCTACAAGATTTTATTGGCCACAAATTTGAAGAGATGCCTACAACTTTGTTAAAAGATGTGCTACTTGCCAAAGAGCCATGGGAGCTTCCACAAATGCTGGCCTATACACCTTTTCCTATCCTAACAACCGTTTGGGAAGATTTATCAACTGATTTTATGATTGGTCTACCTAAAACTGAAAGGGGTCATGATGCAATGATGGTTGTAGTAGACCGTTTTAGAAAAATGGGTCATCTTTGGGCTTGCAAGTAGACTAATGATGCTGTCTACATAACAAATCTCTTCTTTAGAGAGGTAGTTTGTCTCCATGGAGTGCCAAAGTCCATCATTTCAGAACGCAACTGAATCAACAAGTTTTTTGCCAATCATAAAATTCCTGCAACCTTCATCCCTGCAAACTTAAAAAGCATCATTAATTGATGGAAGAGTAGTTTTTCCAAGCATCCAACCTCTAACCCCATCAAACTCAATACTAAGGCTCACGAGGAATTTGTAAACACGACGATCTTCTACAGTTCTCCTGTAATGCTCCTGGTCTTCTGTAGACTTCCACTCATATGTATCCAAGAGATCAAGGTCTTGCCAAATCCTTTATAGGGAGTGAAAAGTATTGTGTACTGGAGTTGCCTGGTTGGTTTAAGATTCAAATCAAATATTTGCGACTCTTTGCTCAAATCAGAATACATCTGATTGACTATATCATAATTCCTTGGTTAGAGTAGCACATGTAGTTACAACTGATGTCTACACCCATGGAATTTATTAGTCAGGTCATAATCATGGAGTTTTCAACGTTTCACCCAGCAAATGAAGGATCGGCTGGGTTAGGAGTGGTTTTTTCTCTAGTAATGTAATCAATATATCCTTGTCCAGGAATAAACATTTGAACTCTTTGGGCCCAACGAAGAAAATTATCCCCATTAAGCCGAATGGTAGTGATTTGGATAGTGGGACTATTGGTTATGGTGCGGTTATCTAAGATTTTAGTGGTAGTGGGCTTAGTCTCTGCCATATTGCTGAACAAAACAAACTCGAGGAAAAACAAAAGTTCTGGGAAGAAAAAACCAGAAAAGATTAATGAAGAGAAATCCGGTGGTGGCTCAAACTTGACCGGCCGGCAGAACCGTCTAAATATGACATTTAAAAGTTAGCTTTGTATTTTTAACTTCGTTTATTTTAATTAGGTCTATTTATTTTTTTGAACTCTTACAGTTGCAATATGTGGAGTTGGAACATTTGAGTATGACTTCTTGTCGATGATATATGGCTAAACTAGTTGAATTGTGCCTAGTTGACATTTTTTAGTGAGTTGTAAATTAAAATCTCTTAATGGATTCTTATTCTATCGCACAACCCCTGTTCATGTAATGATGTAATGATTATGTATAGGTGTATGTGTCCAAGTCATTCAATTAAATCATAGGTCATAAATTTATAGATAGTTGTAAATTCATCCACCAATAAATACACCGTTGTAAAATGTATTTGAATGTTAGTTTTAACATGTAATGACGCCAAGGATTTTTAGTAATTTTGAATCGTCTGACAATTTTGGCCACAAAAGTATGTATCTATGTTTGAATCGTTGGGATGTCTCTGTATTGCAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAATGGATCAGTGTTCTTATTTTTATTTTGTACAGTGCAGTCGTAGAGTTGCCAACAAAATGGTTCTTGTAAATTTTATTTGTAGTTGCTTTAGTGGTTTAGTATTTTGAATTTTTGAGTTGAAACATTTAATTTTAGAAACAAGATTTTGAGCATAATTATTTATCGTCATAATCATTATGGTTGCC

mRNA sequence

GGTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAATGGATCAGTGTTCTTATTTTTATTTTGTACAGTGCAGTCGTAGAGTTGCCAACAAAATGGTTCTTGTAAATTTTATTTGTAGTTGCTTTAGTGGTTTAGTATTTTGAATTTTTGAGTTGAAACATTTAATTTTAGAAACAAGATTTTGAGCATAATTATTTATCGTCATAATCATTATGGTTGCC

Coding sequence (CDS)

GTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAA

Protein sequence

VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHNEGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPLQEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCLEDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVSELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISRIKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEEEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRDEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIKIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCLDLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDEAS*

Homology

[Close]

BLAST of CSPI01G32820 vs. ExPASy TrEMBL
Match: A0A0A0M091 (SAP domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G662830 PE=4 SV=1)

HSP 1 Score: 1164.4 bits (3011), Expect = 0.0e+00
Identity = 592/593 (99.83%), Postives = 592/593 (99.83%), Query Frame = 0


Query: 10  MMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHNEGNFGDPLS 69
           MMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGT ALHNEGNFGDPLS
Sbjct: 1   MMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTTALHNEGNFGDPLS 60

Query: 70  LYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPLQEEAEHGFE 129
           LYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPLQEEAEHGFE
Sbjct: 61  LYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPLQEEAEHGFE 120

Query: 130 IDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCLEDWKMYHRK 189
           IDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCLEDWKMYHRK
Sbjct: 121 IDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCLEDWKMYHRK 180

Query: 190 ILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVSELKEELEAQ 249
           ILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVSELKEELEAQ
Sbjct: 181 ILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVSELKEELEAQ 240

Query: 250 GLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISRIKLHEGNTE 309
           GLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISRIKLHEGNTE
Sbjct: 241 GLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISRIKLHEGNTE 300

Query: 310 FWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEEEEVEQTENQ 369
           FWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEEEEVEQTENQ
Sbjct: 301 FWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEEEEVEQTENQ 360

Query: 370 DGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRDEDWFPEDIF 429
           DGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRDEDWFPEDIF
Sbjct: 361 DGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRDEDWFPEDIF 420

Query: 430 EAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIKIMHKVIELG 489
           EAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIKIMHKVIELG
Sbjct: 421 EAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIKIMHKVIELG 480

Query: 490 GIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCLDLGELDAAI 549
           GIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCLDLGELDAAI
Sbjct: 481 GIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCLDLGELDAAI 540

Query: 550 AIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDEAS 603
           AIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDEAS
Sbjct: 541 AIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDEAS 593

[Close]

BLAST of CSPI01G32820 vs. ExPASy TrEMBL
Match: A0A1S3B8T6 (uncharacterized protein LOC103487261 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103487261 PE=4 SV=1)

HSP 1 Score: 1158.7 bits (2996), Expect = 0.0e+00
Identity = 589/602 (97.84%), Postives = 596/602 (99.00%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRAL+TF+GGTKALHN
Sbjct: 298 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALKTFQGGTKALHN 357

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRV++LLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL
Sbjct: 358 EGNFGDPLSLYLRALCREGRVLDLLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 417

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 418 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 477

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVE+L+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 478 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVEKLKKIIKGPDQNVLKPKAASKMIVS 537

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 538 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 597

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGL SNNVKPSEDDKSD LDSLDDVDTIEDVAKEIEEEEAEEE
Sbjct: 598 IKLHEGNTEFWKRRFLGEGLDSNNVKPSEDDKSDSLDSLDDVDTIEDVAKEIEEEEAEEE 657

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPT TSKKSRRRSSRASLEDDRD
Sbjct: 658 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTATSKKSRRRSSRASLEDDRD 717

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 718 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 777

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGG PTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL
Sbjct: 778 IMHKVIELGGTPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 837

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGILV DETLDRVIS RQTNDAMPKPDSAIDTT+NDHSLANDE
Sbjct: 838 DLGELDAAIAIVADLETTGILVPDETLDRVISTRQTNDAMPKPDSAIDTTVNDHSLANDE 897

Query: 601 AS 603
           AS
Sbjct: 898 AS 899

[Close]

BLAST of CSPI01G32820 vs. ExPASy TrEMBL
Match: A0A6J1DBV3 (uncharacterized protein LOC111019595 OS=Momordica charantia OX=3673 GN=LOC111019595 PE=4 SV=1)

HSP 1 Score: 1124.8 bits (2908), Expect = 0.0e+00
Identity = 573/602 (95.18%), Postives = 588/602 (97.67%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRAL+TF+GGTKALHN
Sbjct: 296 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALKTFQGGTKALHN 355

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIP RAMILSRKYRSLVSSWIEPL
Sbjct: 356 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPQRAMILSRKYRSLVSSWIEPL 415

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHG+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 416 QEEAEHGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDADGFIYSNPMETSFKQRCL 475

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVAL DASEADYHRV ERL+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 476 EDWKMYHRKILKTLQNEGLVALGDASEADYHRVEERLKKIIKGPDQNVLKPKAASKMIVS 535

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 536 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 595

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTE+WKRRFLGEGL +N+VKPSEDDKS+PLDSLDDVD +ED AKEIEEEE  EE
Sbjct: 596 IKLHEGNTEYWKRRFLGEGLDNNSVKPSEDDKSEPLDSLDDVDIVEDGAKEIEEEEV-EE 655

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQ TTTSKKSRRRSSRASLEDDRD
Sbjct: 656 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQTTTTSKKSRRRSSRASLEDDRD 715

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKEL+KR+VFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELA K
Sbjct: 716 EDWFPEDIFEAFKELRKRRVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELATK 775

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGG PTIGDCAMILRAAI++PLPSAFLKILQTTH LGYVFGSPLYDEVITLCL
Sbjct: 776 IMHKVIELGGTPTIGDCAMILRAAIRSPLPSAFLKILQTTHSLGYVFGSPLYDEVITLCL 835

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGI V DETLDRVISARQTNDAMPKPD+AIDTTLNDHSLANDE
Sbjct: 836 DLGELDAAIAIVADLETTGIPVPDETLDRVISARQTNDAMPKPDTAIDTTLNDHSLANDE 895

Query: 601 AS 603
           AS
Sbjct: 896 AS 896

[Close]

BLAST of CSPI01G32820 vs. ExPASy TrEMBL
Match: A0A6J1EWQ7 (uncharacterized protein LOC111436825 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111436825 PE=4 SV=1)

HSP 1 Score: 1101.7 bits (2848), Expect = 0.0e+00
Identity = 559/602 (92.86%), Postives = 576/602 (95.68%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFR L+TF GGTKALHN
Sbjct: 129 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRGLKTFPGGTKALHN 188

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIP RAMILSRKYRSLVSSWIEPL
Sbjct: 189 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPSRAMILSRKYRSLVSSWIEPL 248

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHG+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 249 QEEAEHGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDADGFIYSNPMETSFKQRCL 308

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGL AL DASEADY RV ERL+KIIKGPD N+LKPKAASKM+VS
Sbjct: 309 EDWKMYHRKILKTLQNEGLAALGDASEADYIRVEERLKKIIKGPDPNILKPKAASKMLVS 368

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRN+LYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 369 ELKEELEAQGLPIDGTRNILYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 428

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGL SNNVKPSEDD+S+PLDSLDDVD +EDVAKEI+EEEAEEE
Sbjct: 429 IKLHEGNTEFWKRRFLGEGLDSNNVKPSEDDQSEPLDSLDDVDIVEDVAKEIDEEEAEEE 488

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVE TENQDGERVIKKEVEAKKP QMIGVQLLKDVDQ +TTSKKSRRR SRAS+EDDRD
Sbjct: 489 EEVEPTENQDGERVIKKEVEAKKPPQMIGVQLLKDVDQTSTTSKKSRRRRSRASVEDDRD 548

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPED+FEAF EL+KRKVFD SDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 549 EDWFPEDLFEAFGELRKRKVFDESDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 608

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAF KILQTTH LGYVFGSPLYDE+ITLCL
Sbjct: 609 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFFKILQTTHSLGYVFGSPLYDEIITLCL 668

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGI V DETLDR+ISARQTNDA PK DS ID TLNDHSL NDE
Sbjct: 669 DLGELDAAIAIVADLETTGISVPDETLDRIISARQTNDAAPKRDSPIDITLNDHSLGNDE 728

Query: 601 AS 603
            S
Sbjct: 729 ES 730

[Close]

BLAST of CSPI01G32820 vs. ExPASy TrEMBL
Match: A0A6J1EQ88 (uncharacterized protein LOC111436825 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111436825 PE=4 SV=1)

HSP 1 Score: 1101.7 bits (2848), Expect = 0.0e+00
Identity = 559/602 (92.86%), Postives = 576/602 (95.68%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFR L+TF GGTKALHN
Sbjct: 297 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRGLKTFPGGTKALHN 356

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIP RAMILSRKYRSLVSSWIEPL
Sbjct: 357 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPSRAMILSRKYRSLVSSWIEPL 416

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHG+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 417 QEEAEHGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDADGFIYSNPMETSFKQRCL 476

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGL AL DASEADY RV ERL+KIIKGPD N+LKPKAASKM+VS
Sbjct: 477 EDWKMYHRKILKTLQNEGLAALGDASEADYIRVEERLKKIIKGPDPNILKPKAASKMLVS 536

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRN+LYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 537 ELKEELEAQGLPIDGTRNILYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 596

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGL SNNVKPSEDD+S+PLDSLDDVD +EDVAKEI+EEEAEEE
Sbjct: 597 IKLHEGNTEFWKRRFLGEGLDSNNVKPSEDDQSEPLDSLDDVDIVEDVAKEIDEEEAEEE 656

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVE TENQDGERVIKKEVEAKKP QMIGVQLLKDVDQ +TTSKKSRRR SRAS+EDDRD
Sbjct: 657 EEVEPTENQDGERVIKKEVEAKKPPQMIGVQLLKDVDQTSTTSKKSRRRRSRASVEDDRD 716

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPED+FEAF EL+KRKVFD SDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 717 EDWFPEDLFEAFGELRKRKVFDESDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 776

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAF KILQTTH LGYVFGSPLYDE+ITLCL
Sbjct: 777 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFFKILQTTHSLGYVFGSPLYDEIITLCL 836

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGI V DETLDR+ISARQTNDA PK DS ID TLNDHSL NDE
Sbjct: 837 DLGELDAAIAIVADLETTGISVPDETLDRIISARQTNDAAPKRDSPIDITLNDHSLGNDE 896

Query: 601 AS 603
            S
Sbjct: 897 ES 898

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: XP_031740953.1 (uncharacterized protein LOC101209618 isoform X2 [Cucumis sativus])

HSP 1 Score: 1180.6 bits (3053), Expect = 0.0e+00
Identity = 601/602 (99.83%), Postives = 601/602 (99.83%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGT ALHN
Sbjct: 129 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTTALHN 188

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL
Sbjct: 189 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 248

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 249 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 308

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS
Sbjct: 309 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 368

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 369 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 428

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE
Sbjct: 429 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 488

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD
Sbjct: 489 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 548

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 549 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 608

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL
Sbjct: 609 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 668

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE
Sbjct: 669 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 728

Query: 601 AS 603
           AS
Sbjct: 729 AS 730

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: XP_011660243.1 (uncharacterized protein LOC101209618 isoform X1 [Cucumis sativus] >KAE8653592.1 hypothetical protein Csa_007695 [Cucumis sativus])

HSP 1 Score: 1180.6 bits (3053), Expect = 0.0e+00
Identity = 601/602 (99.83%), Postives = 601/602 (99.83%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGT ALHN
Sbjct: 298 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTTALHN 357

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL
Sbjct: 358 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 417

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 418 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 477

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS
Sbjct: 478 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 537

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 538 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 597

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE
Sbjct: 598 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 657

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD
Sbjct: 658 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 717

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 718 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 777

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL
Sbjct: 778 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 837

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE
Sbjct: 838 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 897

Query: 601 AS 603
           AS
Sbjct: 898 AS 899

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: XP_008443746.1 (PREDICTED: uncharacterized protein LOC103487261 isoform X1 [Cucumis melo])

HSP 1 Score: 1158.7 bits (2996), Expect = 0.0e+00
Identity = 589/602 (97.84%), Postives = 596/602 (99.00%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRAL+TF+GGTKALHN
Sbjct: 298 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALKTFQGGTKALHN 357

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRV++LLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL
Sbjct: 358 EGNFGDPLSLYLRALCREGRVLDLLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 417

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 418 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 477

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVE+L+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 478 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVEKLKKIIKGPDQNVLKPKAASKMIVS 537

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 538 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 597

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGL SNNVKPSEDDKSD LDSLDDVDTIEDVAKEIEEEEAEEE
Sbjct: 598 IKLHEGNTEFWKRRFLGEGLDSNNVKPSEDDKSDSLDSLDDVDTIEDVAKEIEEEEAEEE 657

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPT TSKKSRRRSSRASLEDDRD
Sbjct: 658 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTATSKKSRRRSSRASLEDDRD 717

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 718 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 777

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGG PTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL
Sbjct: 778 IMHKVIELGGTPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 837

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGILV DETLDRVIS RQTNDAMPKPDSAIDTT+NDHSLANDE
Sbjct: 838 DLGELDAAIAIVADLETTGILVPDETLDRVISTRQTNDAMPKPDSAIDTTVNDHSLANDE 897

Query: 601 AS 603
           AS
Sbjct: 898 AS 899

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: XP_038879291.1 (uncharacterized protein LOC120071230 [Benincasa hispida])

HSP 1 Score: 1142.5 bits (2954), Expect = 0.0e+00
Identity = 582/602 (96.68%), Postives = 593/602 (98.50%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRAL+TF+GGTKALHN
Sbjct: 298 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALKTFQGGTKALHN 357

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL
Sbjct: 358 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 417

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHGFEIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 418 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDADGFIYSNPMETSFKQRCL 477

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKM+HRKILKTLQNEGL AL  ASEADYHRVVERL+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 478 EDWKMHHRKILKTLQNEGLAALGGASEADYHRVVERLKKIIKGPDQNVLKPKAASKMIVS 537

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 538 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 597

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTEFWKRRFLGEGL SNNVKPSEDDKS+PLDSLDDVDT+EDVAKEIEEEEAEEE
Sbjct: 598 IKLHEGNTEFWKRRFLGEGLDSNNVKPSEDDKSEPLDSLDDVDTVEDVAKEIEEEEAEEE 657

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQP TTSKKSRRRSSRASLEDDRD
Sbjct: 658 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQP-TTSKKSRRRSSRASLEDDRD 717

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKEL+KRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK
Sbjct: 718 EDWFPEDIFEAFKELRKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 777

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGG PTIGDCAMILRAAIKAPLPS+FLKILQTTHGLGY FGSPLYDEVITLCL
Sbjct: 778 IMHKVIELGGTPTIGDCAMILRAAIKAPLPSSFLKILQTTHGLGYAFGSPLYDEVITLCL 837

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGILV DETLDRVIS RQTND+MPKPDSAIDTTLNDHSLA+DE
Sbjct: 838 DLGELDAAIAIVADLETTGILVPDETLDRVISTRQTNDSMPKPDSAIDTTLNDHSLADDE 897

Query: 601 AS 603
           AS
Sbjct: 898 AS 898

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: XP_022151680.1 (uncharacterized protein LOC111019595 [Momordica charantia])

HSP 1 Score: 1124.8 bits (2908), Expect = 0.0e+00
Identity = 573/602 (95.18%), Postives = 588/602 (97.67%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRAL+TF+GGTKALHN
Sbjct: 296 VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALKTFQGGTKALHN 355

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIP RAMILSRKYRSLVSSWIEPL
Sbjct: 356 EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPQRAMILSRKYRSLVSSWIEPL 415

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAEHG+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDADGFIYSNPMETSFKQRCL
Sbjct: 416 QEEAEHGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDADGFIYSNPMETSFKQRCL 475

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWKMYHRKILKTLQNEGLVAL DASEADYHRV ERL+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 476 EDWKMYHRKILKTLQNEGLVALGDASEADYHRVEERLKKIIKGPDQNVLKPKAASKMIVS 535

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 536 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 595

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPLDSLDDVDTIEDVAKEIEEEEAEEE 360
           IKLHEGNTE+WKRRFLGEGL +N+VKPSEDDKS+PLDSLDDVD +ED AKEIEEEE  EE
Sbjct: 596 IKLHEGNTEYWKRRFLGEGLDNNSVKPSEDDKSEPLDSLDDVDIVEDGAKEIEEEEV-EE 655

Query: 361 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDRD 420
           EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQ TTTSKKSRRRSSRASLEDDRD
Sbjct: 656 EEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQTTTTSKKSRRRSSRASLEDDRD 715

Query: 421 EDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAIK 480
           EDWFPEDIFEAFKEL+KR+VFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELA K
Sbjct: 716 EDWFPEDIFEAFKELRKRRVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELATK 775

Query: 481 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLCL 540
           IMHKVIELGG PTIGDCAMILRAAI++PLPSAFLKILQTTH LGYVFGSPLYDEVITLCL
Sbjct: 776 IMHKVIELGGTPTIGDCAMILRAAIRSPLPSAFLKILQTTHSLGYVFGSPLYDEVITLCL 835

Query: 541 DLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDAMPKPDSAIDTTLNDHSLANDE 600
           DLGELDAAIAIVADLETTGI V DETLDRVISARQTNDAMPKPD+AIDTTLNDHSLANDE
Sbjct: 836 DLGELDAAIAIVADLETTGIPVPDETLDRVISARQTNDAMPKPDTAIDTTLNDHSLANDE 895

Query: 601 AS 603
           AS
Sbjct: 896 AS 896

[Close]

BLAST of CSPI01G32820 vs. TAIR 10
Match: AT3G04260.1 (plastid transcriptionally active 3 )

HSP 1 Score: 882.1 bits (2278), Expect = 2.5e-256
Identity = 448/595 (75.29%), Postives = 517/595 (86.89%), Query Frame = 0


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKR+QPN++TYALLVECFTKYCV++EAIRHFRAL+ FEGGT  LHN
Sbjct: 303 VQDVAELLGMMVEDHKRVQPNVKTYALLVECFTKYCVVKEAIRHFRALKNFEGGTVILHN 362

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
            GNF DPLSLYLRALCREGR+VEL++AL+AM +DNQ IPPRAMI+SRKYR+LVSSWIEPL
Sbjct: 363 AGNFEDPLSLYLRALCREGRIVELIDALDAMRKDNQPIPPRAMIMSRKYRTLVSSWIEPL 422

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDY+ARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNP+ETSFKQRCL
Sbjct: 423 QEEAELGYEIDYLARYIEEGGLTGERKRWVPRRGKTPLDPDASGFIYSNPIETSFKQRCL 482

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWK++HRK+L+TLQ+EGL  L DASE+DY RVVERLR IIKGP  N+LKPKAASKM+VS
Sbjct: 483 EDWKVHHRKLLRTLQSEGLPVLGDASESDYMRVVERLRNIIKGPALNLLKPKAASKMVVS 542

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRIN+SRGRPLWVPP+EEEEEEVDEE+D+LI R
Sbjct: 543 ELKEELEAQGLPIDGTRNVLYQRVQKARRINKSRGRPLWVPPIEEEEEEVDEEVDDLICR 602

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSE--------------DDKSDPLDSLDDVDTIE 360
           IKLHEG+TEFWKRRFLGEGL   +V+  E              +D S   D+ +D D  E
Sbjct: 603 IKLHEGDTEFWKRRFLGEGLIETSVESKETTESVVTGESEKAIEDISKEADNEEDDDEEE 662

Query: 361 DVAKEIEEEEAEEEEEVEQTENQ-DGERVIK-KEVEAKKPLQMIGVQLLKDVDQPTTTSK 420
               E ++E  EEE  V +TEN+ +GE ++K K  +AKK LQMIGVQLLK+ D+   T K
Sbjct: 663 QEGDEDDDENEEEEVVVPETENRAEGEDLVKNKAADAKKHLQMIGVQLLKESDEANRT-K 722

Query: 421 KSRRRSSRASLEDDRDEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNR 480
           K  +R+SR +LEDD DEDWFPE+ FEAFKE+++RKVFDV+DMYTIADVWGWTWE++ KN+
Sbjct: 723 KRGKRASRMTLEDDADEDWFPEEPFEAFKEMRERKVFDVADMYTIADVWGWTWEKDFKNK 782

Query: 481 PPRRWSQEWEVELAIKIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLG 540
            PR+WSQEWEVELAI +M KVIELGGIPTIGDCA+ILRAA++AP+PSAFLKILQTTH LG
Sbjct: 783 TPRKWSQEWEVELAIVLMTKVIELGGIPTIGDCAVILRAALRAPMPSAFLKILQTTHSLG 842

Query: 541 YVFGSPLYDEVITLCLDLGELDAAIAIVADLETTGILVHDETLDRVISARQTNDA 580
           Y FGSPLYDE+ITLCLDLGELDAAIAIVAD+ETTGI V D+TLD+VISARQ+N++
Sbjct: 843 YSFGSPLYDEIITLCLDLGELDAAIAIVADMETTGITVPDQTLDKVISARQSNES 896

The following BLAST results are available for this feature:

BLAST of CSPI01G32820 vs.


Match Name	E-value	Identity	Description

BLAST of CSPI01G32820 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M091	0.0e+00	99.83	SAP domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G662830 PE=4 SV...	[more]
A0A1S3B8T6	0.0e+00	97.84	uncharacterized protein LOC103487261 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1DBV3	0.0e+00	95.18	uncharacterized protein LOC111019595 OS=Momordica charantia OX=3673 GN=LOC111019...	[more]
A0A6J1EWQ7	0.0e+00	92.86	uncharacterized protein LOC111436825 isoform X2 OS=Cucurbita moschata OX=3662 GN...	[more]
A0A6J1EQ88	0.0e+00	92.86	uncharacterized protein LOC111436825 isoform X1 OS=Cucurbita moschata OX=3662 GN...	[more]

BLAST of CSPI01G32820 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_031740953.1	0.0e+00	99.83	uncharacterized protein LOC101209618 isoform X2 [Cucumis sativus]	[more]
XP_011660243.1	0.0e+00	99.83	uncharacterized protein LOC101209618 isoform X1 [Cucumis sativus] >KAE8653592.1 ...	[more]
XP_008443746.1	0.0e+00	97.84	PREDICTED: uncharacterized protein LOC103487261 isoform X1 [Cucumis melo]	[more]
XP_038879291.1	0.0e+00	96.68	uncharacterized protein LOC120071230 [Benincasa hispida]	[more]
XP_022151680.1	0.0e+00	95.18	uncharacterized protein LOC111019595 [Momordica charantia]	[more]

BLAST of CSPI01G32820 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G04260.1	2.5e-256	75.29	plastid transcriptionally active 3	[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: 342..370
None	No IPR available	COILS	Coil	Coil	coord: 287..307
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 578..602
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 393..417
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 322..375
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 574..602
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 334..367
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 400..417
None	No IPR available	PANTHER	PTHR31407	FAMILY NOT NAMED	coord: 1..512
None	No IPR available	PANTHER	PTHR31407:SF5	PLASTID TRANSCRIPTIONALLY ACTIVE 3	coord: 1..512
IPR003034	SAP domain	SMART	SM00513	sap_9	coord: 234..268 e-value: 3.3E-9 score: 46.6
IPR003034	SAP domain	PFAM	PF02037	SAP	coord: 235..267 e-value: 4.2E-9 score: 36.0
IPR003034	SAP domain	PROSITE	PS50800	SAP	coord: 234..268 score: 10.026051
IPR036361	SAP domain superfamily	GENE3D	1.10.720.30	SAP domain	coord: 215..277 e-value: 2.3E-7 score: 32.3
IPR036361	SAP domain superfamily	SUPERFAMILY	68906	SAP domain	coord: 234..270

Relationships

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


Feature Name	Unique Name	Type
CSPI01G32820.1	CSPI01G32820.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0044260	cellular macromolecule metabolic process
biological_process	GO:0098869	cellular oxidant detoxification
biological_process	GO:0006807	nitrogen compound metabolic process
biological_process	GO:0044238	primary metabolic process
biological_process	GO:0006979	response to oxidative stress
molecular_function	GO:0020037	heme binding
molecular_function	GO:0004601	peroxidase activity