CSPI01G32820 (gene) Wild cucumber (PI 183967) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	CSPI01G32820
Type	gene
Organism	Cucumis sativus (Wild cucumber (PI 183967))
Description	DNA-binding proteinPTAC3
Location	Chr1 : 27647902 .. 27666509 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRCDSthree_prime_UTR

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

GGTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGTAAGTTAAAACTTAGTCAATCAAGAAAATAAAGAAATTATTCTCTTATTGTTTTGTTTGAAGTCAAAGATATATTCTTCACACTACATACAAAGCTACAAGATAGAAGATACAAAATAAAAGTCTAACTACAAAGCTAGCTAGAGAAAATACGACACAAATAAAGCATTAAGTAGGAAAAATAAATGCACTCCAATTGAAGCATAGATCTTGAATGGAAAAGTTTACAAAAGACTTAGAAAGAGTGCACTAAGAAGAAGCGTTAATCTGAGCAGTCAAAGATGTATTCTTGAGACTACAATGGTTCACCTTTTGTCCAATTAAATCAAGGACTTAGAGACTTAGATGCTGTTCTTGGGAGCGCAGGGGCTGTGATTTTATTTTATTCTATTCATTTTTTTTTGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTAGGGGGATTGGAATTTACAACCCTAAAAGTTGGGGGTTGTATGAATTTAACCCCAAACTATCAAACCCTAGACTTTCATAAGTATATCAATTTGAACTATAAACTGTCATACATTTAGCAATTTACACCTTCAGATTTAGTTTGAAAATATGTGAGATTTAATTATTTCAATTAAACTTATAAATTATTATAAGTAAATCGATTTTAGAACCTTTATTATGATTATATTTAAAAATAATAAATTCATCAATTCTTATATGTATGTAGACTTCTTCAAATTTCAATTCAACATTACAAGTCAATTTTCAAAGAAATGTTAAATGAGAGGTTAATTGATTTGCTTATGTAAGCTTAGAAATTAGAAGTTTAATCAATAAAATTACAAGTCTCACCAGATGTTTATCTAAATAAAATATAATAGATGGTTTAAATTGATACAATCATTAATTTAAAATTTAAATTGATACACCCTCCAACGTTTAATGCTATAGATTGATATTTGCCCTTGACCCTTTTTAAGGGCTTGAGAAGTTATTGGGGGAGGTGTGGTCAATTACCTTTACCATAGTTACCAATTTGTTTTTAGATTATGTTACCAAGATGTTTAGGTCTTGTCATTCCTGATTTGAGTTTGTTTGGATATGGTTACCTGAGTTTCTTTGTTATTCTTTCATTTCATTCTTTCATGAAAACAAAAGCTGGTGTCCAAATTATGAATTAATTAAGAAAAACAAAAAAGACAAAACGGACACCCCAATAGATATATCATGTAAAAGTAGAAGGAAGAACATTGTTTGCAACATTTGTAAACTAAGGTGTAAAATTCTCAAGTCGTGTGTTAAATTTCTCAGTAGGAAAGATATTTGAGTACATTTAATAAGTAAAGCTGTAATTAAATTAATTCTAACATTATAATTTTGAAATTTTCTTAATAGTGTCGGCATCACAGGAAGCAAACTGAAAATAAAATAAAATAATACAAAAGCTACCTAGCTGTGTACATCCTCTTGTAGATCTTTTCCTTTTTGAATGAGAAGTTGTTGGTTTCTTATCATTAAAAAAAGAAAAAATCAACAAAAATGGAAACCATAGAATGGCCTTCCAGATAATTGTGCTTATGAAGAAAAACTGGACGACATTTTGTCTTGGTCTTGACTTTCTTCTTTCTCAGTGAACAAATAATGTCTCTTCTCCCAGAATTGACACAGGACAGGCTATCACTAGAATCCATGTGATAGAAAGAGAAGGGGGAGACTAAGATGGATGAGTCTCATGCACTGATATCTAACACTCTTACTTTTCTATTAAGAATTATGTATTAAAGTTTGTTTTTCTACATGGATAGCAGCTGCTGGGAGAGTTTTATTGTTTCTTTTTAGCGGTTTTCTTTATTTTCTACTTTTGTTGACTTATTTGATTATCTCTTTTTAGTCTTTTATCATTTCAAGCTCATAATCATTTTCTAAAAATAAGTTCATGTTTTTTTTTTCAGGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTATTTATTAATCTTTCATTGTTAGTGATAATAAATGTTTCTTTGTTTACTTTTAAATTATAATGGAGCAGGAACAAGAACTTTGATGGATTTTATTGTCATACACTTATTCATGGTTTATTAAGGTCAATCAATTATCTTGTGAGTTCAGTTAAGGTGCATCAAAGCTTGTCCAAACACAAAACCAAAAGCTAATACAATCCGTGAAAGGAAATTGTGAACCAAACTTCAACCTCTAACAAGAAAGGACCAGATAGCTTTTATTACCGTGAATAATGATCTTTTTGAACTGTAAAACTCCATCAAGACACCGTAAAATCCAGATCAGAATTCAAATGTAAGAGTGTAAATACTATTTAATTATCAACAATTGGCAAGATCAGAATAAATAAAATTTCTTTGTAGTTCTTTCGACGACAATCTTGCATATGAAGACTAAATAATAACAACCATGGTCCTCTGATACCTTCCATTGACCTAAAGGACAACTGAGCCAAATCTTAAATAAAAGTCCATGACCTCTAGGATTCTATGAGTCATTATCAAACGCTGCAATTAGAATCCTTTATTGTGTATTTCTCATAGCCGTCAGAAAATCTCTGAACTGATCCCTTGTTATGCAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGGTGGTATATTATTTGTAATCTGCTGCAACACCTTTTCTCTCTCTAGCTCTTCTCTCAAGTTCTTTCCAGTGACATTTTAATAAACTTATTTGTCGTTGAGTTTATTTATTTTCTTTATTTTTGGAAACCGATAAAAATCATGGGCAGTACTTACTATTCATTGTTCTAATGTTTTCCATGTATATCTTGTCTTCTTCTTTTCAATATGGTATCAGAGAGTGGTGACGAAACCCTAGCTGCCATTAGCAAAAACCAAACTCTGCAAGATGACCTTAGTTTTGCACCAGCCTCGCCTCAGCCACAGCTTCTGCCGCCAACGGAACAGATGCTATCACAGTCGGAACCACTGCAGTCGCCAGAATAGTCGCGAAGTTGCTGAAGCCACCATCTTTTCCGTTGTTAATACTGTCGCTGTTGTCCAAGCTGTTGTTGATTGTTATCATTAGTCCTTGTATGTTCAATTGTCTATCCAGGTCTAGTGCTGTCACAACCTTTTGATGGAACCCCTAACCGAAACATACATCATGCAAACGAGATTAGTGAGTCGTCTGCCTACCACAAAGATAAATTCCCTACTATGGCAACAAGCTTCACGCAACAACGGGGTTTCCCTCATCATGCGTCACCTAGTTATGAACATCATGGTTTAGTTGGTTTATCTTCAGTAATGGTTCAACAGAAGTTGGCTAATCTTCAGACAAGTTTTAAGTATCAAATTGTTGCTTTTGTGGTAGCTCTAGGAGCTACCACAAACTCCATTTGCCACTTCTTCTGTCTTACCGATGTATTTGGAGAATCCAATAACCTCTTCCCTACCTTAACTGCTACATATTATTTATCTGGCTCTAGGGAAAATTCCATAGGAGTACTTGGAGGGGAGAAATTGAATGGCTTGAATTATTTCTTGTGGTCTCTTTCCATTAAGATGGCCCTTGAGGGGCATCACAAATTTGGGTACCCAACAAGTGAGGTACCGAGACTTGGACTAGAAGACCCTCAAGATCGAATTTGGAAAGGAGAGGACTCTCTTCTCCGGTTTGCGTTGATTAACAGTATGGGGCCTTCAAGTGGGAAGTCTATCCTGGTGTGCGAACATTGCAAGAAACCTTGGCATATGTGATGGAAACCGTAGGAAGTAATATGTATTTAGTATTTTTGATAGGAGTAGAATAGAACTACACCCTCTGTTATCCTCTCTCTCAAGGAAGAACAGTGAGATTCTCAAACTAATGAAAAGCTTAACTAACTTTTCCACTAATGAAAAGCTTAACTAACTTTTCCGCCCATTACAATTCTTTACCCTCCACTAACTCACACGTGTCACACACACACATGTTACTTCTTTTTTCCTCTCCTACTATACTGATATAATATTGGAGGTCTATAAATATGTTGTTGGAAGTTACATGGTCGACCACCAAATGGTAAGAAACGTCCGCCAAATGATAAGCATAATTTTGGTAGGGCTTTTATGAGTGAACTAGTTGGAACTTCACAACCTCCAACCCTTGCTTGGAATCGAGGTGATCTTGGTACTCCTCTTGGAGTCATTGCACAATTTCATACATGTCAATCGTTTAGTCTTATCAGAATCGATGGGAAGAAACCCTGGATACTTGATTCAAGTGCTACAAGCCATTTAACTGGATCCTCTAAACATTTTATATCATATCTACCATTTGCTGGCAATGAAAAAATTAGGATTGCAGATGTGTACTTTGCTTCTTTTGCAGGCAAGGGTCATATTTCGTCTTTTGATGGTCTCATTTTACAGAACTTGTTGCATGTGTCTAAGATATCTTACAATTTACTATTTATCAGTAAGATAACCAGGGTGTGACCCTTGCCCGACATAGTAGGGAACCCTATTTCCTTGATGTTGATGCTTCCTTTAGGAATTGTTTTAGGACTAGTTTGTTGTCATCTGATTTTTCTACTTCTGAAAGAGATTGTATGTTGTGGCATATTCATCTTGGCCACAAAAACTTTCAATATATGAAATATCTATTTTCTCACATATTTTTTGAAGTAGATATCTTCTCTTTCTTGTGATGTGTGTATTCGTGCAAAATAGCACATGATCTCGTTTCTATCTCAACCCTACAAACCTTCCAAGTCACTTACCCTCATTCATAGTGATGTTTGGGGGCCTTTACGAGTCACTATCACTTTAGGGGTTTGTAACCTTTATTGATGATCATACGTGTCAGACTTGGGTCTTTCTCCTCATTGATAAATCCAAGGTCTCATCAATATTTCAACAACCATTAACGTTAAAATTGCCATTTTGCGCATCGATAATGGTTGTGAGTTCTTGAGTAATACTCTTCAAGACTTCCTGTCCTCTAAAGGGATTTTCCACCAGAGTTCATGTGCTTATACCCCACAGCAGAACAATGTGGCTTAACGAAAAAACCCCCATCTCCTTAAGGTTTCTCGCTCTCTCATGTTGTCTACTTCTTTTCCTTCCTACTTATGGGGGATGCAGTTCTTACTGCGGCACATCTTATCAATAGTATGCCATCTCGGGTCCACCTCCAAGCACCTCTTGAATGCCTCAACGAGTTCTACTCTTCCACACAACTTATTCCTGATGTTCCTCTCCGTATGTATGGGTGCACTTCCTTTGTTCTCAGTCATGTGCTTAACCACACTAAATTTGCTTCTCGTGTTCAGTCATGTGATTTTGTAGGGTATTCTTTTCACTAGCGGGGCTATAAGTGTTATCATCCTCCTTGATAGTATTTCGTGTCCATGGATGTCATTTTCCTTAAGGATAAACCCTTCTTTTCTGTTAACCATCTTCAGAGGGAGAGTGGTAGTGAAGATGCTAACTTGCCCATTCTTTTCATACCTATAGCCTCAACTGAGCCTCCTAAACCCATCCTCCATGACACCGTTTTACCCACCAACCAAGTCCCCTAAATAACTTGCTACGGGAAGAATTTTAGAAAGGAAATGGTGCCCCCTATTCTTTGCCATCTCCGATCCATGAATTTGAACCAACACAAGTTCAATGTACTACTGAACTTAATAATAATAACTCGTGTGTTGAGGATGATCTTGTTGATGTGGTTGAGGATGACATACTAATATGACAATTCTAGAAGAGATCAAGACTGGCAGAAGTGGTGAGACTCTAATAGACACATAGGTGCATGAGACTAGCTCGAATGACTCATATGAGCTAGAGAGGTATGATCCTTCTCTTGACATGCCCACTGCCTTGAGAAAGGGTACTAGTCTTGTACAAAGCGCTCTAATTACATGTCTTACAGTAATCTATCGCCTAAGTTCAGGGAGTTTACTGCAAGTCTCGACAGTGCAACAGTACCAAAGAACATACATGAAGCTATGAAAAGTCCTGAGTGGAAGATGACTGTCATGGAAAAAATGGGAGAACTTGAGAAGAATAAGACATAAGATAGAAAATACATTTTTCAGCACAATGTTTCAGAATTTCCAATAATATTAAGACCAGACTGAGATACGTATGAACCTGAGACGTGAGACCTCATAGTTGGACACAAACAACCACACCTGAATTATGCTGTGGTCTGGGTAATGGCCTTCTTTGAAACAGGATAAGGGGTGGATTGATGCAAGATGAAGTAAAACGGTATATCAGCGATGAATCCAATTTGATCATTGACATAACATAGACCAACAACCCATGGAGTCAGCTCAGAATTAACAGGCCTAGCCAAGGATCCGTGTCAATTAGGATGTAGTTTGAGATAGTCCCGACCTCATAATGCTTTTGGAAGAACTTGAATTAATGCTTGTTTCAACCAAATCAAATTTTCAATTGGCACCTTTGAAAAAATTAATAATGTAACTTCTTGAATGAAGTTAGATGATCAAATGCGTTAGTTTAAAAAATCTTACAAATAAAATGCACTTGTGGTATTTTGAAGAATTTCTTGTGGGTTAATTATCCAAAAACGACTCTTAAATCAATTCAAATTTTTTAAGTGCTTTTTATATATTAAAATTTGTAAGACATTTTTTTATCATCTAAAATCATTCGGGAGCTACACTTTTGATTTTTTATTTCTCTAAAGGTACTTGTATTGATTTCTTTTTTCTTTTAAGTATTTCTTTCACTTGTTATTCCAAGCATTTTTTTCATCAAATTCCATTCAGGAAGAGTTGTATCTCAATCATTCCTTTAGAACCACATTGATTTGTCATTCATTAGGGAGAACTTGTTTTATTTGTTGAAGACTGATACTGAGCTGCTAATATTTTGAAATCACTGTGCCGTCTCATGTGAGTTTTACATTGTGTAGCTTTATTTATGAAAAAGTAAATGTTCTGGGACTTAGTATTTGACTTCAGTTAAAATGTTAAGTTACATTGTTTTGGATGAATAACTCAAGTTCACCAGGAACTACAATGAAGTTTTAATGTGCTTTCTACTTGTGGATGATATTCTTGGGTTACGAGCTTTTGTTGTTGTATTGGTATGAAATTCCCAATTCAAAAGACAAAAATGTATGGGCATATAGAACAATGTGAAAGTTTAATGCTCTAGTTTGTTCAAATCCTATTTGTTTAAAGTGGTATGAACTTGCTTTGCATGTGAATCAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTTACAAGTCATTTGATATTTTTTTTTAAGAAAACATCCCGTCTCCGTTTCAAAAAGAAAAAAAAACAGCCATTGAAGTTTTTTATTAACAAATAAGTACTTTATATCTTCAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGTAGAACTCCTAACTTTTGTTTTTTTCCTCGTCTATCCTTGAACTGGTTAACTGAGCAGCTGTCTAAGCATACGTGAAAGGTATTCAGAATGGTTGGGGAAGATAGTATGGAAACAAAATTTTAGGAAGGGGATAATGTGCCAACTGCATTAAGTTTTGAAAAAATGAAATTGAGACTGGAAAGGAGAAAAATACAAGAGAAGCTGTTAGATTGTGTGTTAATACTAATTTTGGGAACTAGAATCTTCAAAATTAGCTTGTCAGTGATGAAAACATGTCTGCTTTACATCTTTTACCCTTAAATAAGAACATTTCCATGTGTGCTTATGTTCTTACTTTAATGAGTGGATGCAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTAATTTCTCTCTACCCTTATCTTTTTTACCTTACATTAGGATTGTCCTTTTATTGTCTTATTCTATCCTTTCTTTTAGCTTAACATCGACATTTGTGTGAATTATGAACAAACCTTCATAGACTTGGGAATACTTTTTAGGATTAGTTAGTGCTTTGCATCTTGTCTTTTTTATTCTTTCTACACTTTTTATTTATTTATTATACAAAATGCATGAATTTGTAGGGGAAGTAGTCCAAGATAAATACAATAAATGTTTCCACTTGTATCAAACGAGAGGAACTCCTATAAGAGTTAAAAAGAGAATCTATTTACATCAAAGATAAAGTTGGAAAAAGGATACTATAGAAGAAGTCCAGATAAGTTTTTTCCTATGATTAAAAAATTCTACGATTTTTTTTCCGTCCATGTTGACCATAGAAAAGTTTAAACAAAATTCATCCAAATGATCTCTTTGCTTCCTCAAAAGGGGTGATCCAGAAAGAGGAGACGCATAGTGATTGAATTCTTTGGAAGATCATCTCCCACATAAAGGTAGCTATCATGTCATTCCAAAAGAGTTGAGCAAAAGGACAGAAATCAAAATGTGCGACTGTGTTTACTCATCGTGAATTTCTTGTGTTAGAGATATAGAAATGTCTGGCACCAAAAACTGTGATAAATCCCGTCAGAAGAGTGCTTTGTTATCCTTCTGCATGATTGAACATAAAATCCATGGCATAGGAGGATAATTGGTTGCTGAATGTCATCCAAAGTTTCATTTGGGAAATCATTTTTCATTAATATTGTTTGTCTTGACCTCTTGACTTCAACGGTGTTCAAATTTGCTTTGTTTAATCTTCATTCAGTGTGTCACTTACTATTACAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGGTATGTGTGTAAAAAGGGTGTTTTTCTCTTATTTCTCTTAGAAAGAAAAAAGTTGTCTTAAATAGAAGAAATGGCCAATATAGATTAGCAAAAAATAAATACACAAATATATCTTAAATACAATGAAAATATTAACAAAAAGGAAATAATCAACACTCCCTCTCAGGCTGGTTTGAAGATATCATTCAATAACCAACTTGTATATTAAGTTATTGAATTACCACTTTGGAAGACCTTTAGCTATCACATGCTATTTGTTCTCTTGTCGGAAGATAAGGGATGCATATTATTCCTTGAACAATCTTCTTCTTTATGAAATGTTATCAACTTCAGTATGTTTTGTCCTATCATGAAGGACATGATTGTGGGCAATGGAAATTGCGGCCTTGCTATCACAATGAATGCGCATAGGCATAGGCATTGTCTGAGAGAATCTCAATTCTTCCAATAATGTTCTTATCCATATGCCCTCACAAATACCATGGTCTAATGCCCTGAATTCTGCTTCTGTACTACTTGCAACCATGCTCTGTTTTTTACTTCACCAAGTAATTGGATTTCCTCCAACAAAGGAGCAATAACCAAAAGTGGATCTTCTATGAGTTGTGCTACCTACCTAATCAGCATTAGTGTACACTTCGACATTTAGATGGTCACGTTTTTTAAACAATACGCCTTTTCCTAGAGTACCTTTTAATTATCTTAGGATTCTATGAACAACACCAAAGTGAGTTTGTCCAGGCATGAATTGACTTACCATACTAACTGCAAAAGCAATGTCAAGACATGCATGAGAGAGATATACAAGTCTCCTCACAAGTCTCTGGTACTTTTCTTTTTCGTTTATTTATTTTTCAGTAGCAACTTGCAATTTTGAGGTTGTACTCAATGGGTGTTTCAGCTACCCTGCAACCAAGTAAATCTGTTCTTTCAGTAGATCAATAATATACTTTCTTTAGTTGACAAGAATGCCACTTTTAGACCAGGCAAACTCCATGCCTAGGAAATATTTTTAAGTTCCTAGGTTTTTAATCTGGAAATCATCAGTTAACTTTTTCTTCACGAAAATCAATCCTATCTCATCCTTGCTTGTAAGAATGATATAATCAATGTAAACTATCAAAAACATAACCTTGTCATTTCCGGTATGTTTATAGAACATAGTATGATTGACTTGACTTTGACTAAATCCACTGCTTTTTCAAAAGGTTCAAACTAGGCGCTAGGAAACTATTTATGACTGTATAATAATTTCTTTAACGTGCACACTTCACCTCAAAACTAGGTGGCAAGTCTATGAATGCCTTTTCTTCAAGATCCCTATTGAGAAAGATATTCTTAACGTCCAACTGATAAAGAGGCCAGTCAAAGTTAACTACAACAGATAGCAAAATTCTAATGGAATTAATTTTAGCAATTAGAGCAAATGTTTCTTGATAATCAACTCCACAGGTGATAAACAGAACTACCTCAATCACGTTTGAGAACTCCCCTTATTCTAGATGAACCCCCATAACAGTGATAAGAATAACCTCAATTAAACAAGCTTGTAAACAATCCCAAGAAAGCTAAATAAATTTTACTTGGATGGTTGATCAAAGATCAAGAAGAAAGGAGAACTTGTTCCTAGTTTCAAGATTTTGAGCTCTCCACAATTTGATTGATCAAACTAGATTGAAAGTCCTAAACATGCATTCTAACACAAGAATACAAGGAAAAACATAAAACTTGAGAGAGAGAACTCCTAGAAATTCCATTCAAATTCAAGGCCTATGTTGTGGAATTACAACTCCATTTAAACTAATTGGATAGACACTCTGAAAGGACACGACCTTTCACCTAACTTGTCTAAGTTTATATGAAACCCTTTAACTACTCTTGTAAATGTAAATACATAAAATTAAATAAGTACATAGTTCATTAAAGATGTGAATGAATTTGAATTTCAGATTCTTTGTGACTTTTGGATGAAAAATTGTATTTTGATGCATGAAGGGATGCAACTTTTAAACTTCATTGGAAAGCTTAGCTTGAAAGTAACTCATTCAATGCTTCCATTAATCACTACCAATTATTTGCTTATCAATAGGTTTGAGTAAATCTTTTAGCAACCAATCTAGCCTTGTACCTTTTGATACTATCATCGGCTTTACATTTTACCGTGAGCACCCACTTGCATCGAACTGTTTTCTTGTCTTTAGGTAGTTCAACTATGTCTCATGAACAATTTTGTTTTAGCCCATTCATCTCTTCCATTACTCCAATTTCTAATTCAAATCATTTAGGGCCTCATGTATATTCCTTGGAACAAACAAGTTGGTTATTTTGGATGTGAAGGCTTTATGACTGTCAGAAAACTTATGATAAGAAAGATAGTTTGCAATGGAATATTTGGTACATTGACAGGTACCTTTCCTATGGGCAATTGGAACGTCAAGATTAAAGACATCAAGTAAGGGATTCTAAGCAGGACTGGGAAAATTATCAGAAGAATTATTGGGAGATTTATGAGAAGGAGAATGTATGTTACCTGGATTTGCAGAATCATTTATCAGAGAATTAGATTGGCTCTGTGATAGATCAACCATCTGTTCTCGATTACTTTGAAGCAAGATTCTTCTAGTATAAACCCGAAGTTCAGTTTTCTGTAGTGTTCTTAGATTGGTTTTTGTAGTGTTTATCCCCCAAAGAACTTTCCACATTTGGCATCAAAAGATTATAAGGCATAATTTTAGGATCAACGATGTTTGGGGTAGGTGAAGTGTCCCAAAAATTATCTCCAAGATTAGATGTCTCCTCCTGAAGAGAATTTGGGCTAAAAGATGTTGTACTCAAGAGTGGGAAAGAGAGTTAATTGTAATAGAAAAGAGGGTTAGTTAAGAAAGTTAGCAGGGTAGTTTTGAGATTTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCGTTTAAGAATTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCCTTTGATATTTCTTTAAGACCTTGCACTCATATTTTCCTATAAATACATCATTTCTCCCTTCATTTGAGGAGAATAATCATTTCGATGAAAAATTAGACTTTTGGTTTGCACCAAATTTGGTATCAGAGCAACTTCAACTTCAAGATTCAAGACCGATAGCCAATAGAAGAGCTAATCAACTGATTGTAGAGGACAACCATATGGAAGAACAAGAAGTGGAAGAGAACCCCAATCTCTCTCCAAGAACATCAACCCGACACTTGCTATCCGTTGAATCTTCATTTGTGGGAATTTACGTGACACCTATTGGTCTTCAAGAAAGCACTGATGCACTCACAAGAAAGATGGAAGTGGTGGTGGCAGCTCATCAAAACCAAGAGAATGGCCGACCATACGAGCAAGAATGGGCTGGAAGTTGAAGAAGGGGTGGCGATGCAACGAGAAGTGGAAGAATTCAGCAACTACTTCAAGAAAGGCTTCCAAGAATTCAGAGACAAGTCCAAGAAAATCCAAGAAGACAATCAAATATTTAAGAAATGCTCCAGGAATCCAAAGATTCAGATTCTTCAAGCAATGATGATCAAGAAGAAGACTTTTACACACCTAGAGGAAGAGAAGAAAGAATTGGAGCTCATGACAAAATTGAGTTTGTCGGTTTTAGTGTAAAGAGAGATATTGAAGCGTTTCTTGATTGGATAAAGAACACAGAGAACTTTGATTGCAAGAACACTCTAGATCACAAGAAGGTGAAGTTGGTAGTTCTCAAGTTGAAAGGAGGATCCTTGGCATGAGGGGCCTAATTAGAAGATAAGGGAAGATGTTCATTTGTTCTTGGGACAAGATGAAGAAATTGATGAAGAAGAGACTCCTTCCTCCCAATTATGAACAAACTTTGTACAACTAATATCAAATTTGTCGACAAGGAACAAGAAATATAGTCGATTATGTTGAAGAATTTTATTGATTAGAGCAAGAACCAACTTGGCAGAAAATGAGCATCTTCTAATTGAGGGATTCACCGGCGGGCTTCAAATGGACATTAAGAAAAGGTAAAACTCCAAAACTTTTCATTTTTTTGCTGATGCTATTGGCTTTGCCGACACAATGAAGGAGTTGAACGAGATTAGTTTCAAGAATGCTTCAAGAAAAGCAACATTTGAAGCATCCACAAGTAGAAGAACCATCTTTAGTAGCAAGAATAAGGAGATTGCCCACCAAACAACCACAAATAAAGGCAAAGAAGTAGAGAAAGACAATCAAGAAGCTGTAGTAGAAAAGAAAACCGAAGCAAATGTCAAGAAGAAAGACCAAAATCCTTATTCTCGACCATTCAAAGGTGTTTGTTCTAGGTGTAGCCAAATTAGGCACCCTTCCAATGCTTGTACTCAATGCAAAACAGTGACATTTATTGATGAGGAAGATGAAGACTCATTCGAGAATATCAAAGAAAGTGAAGAAGATGTGGAGATGATTGTACGAGATGATGGAGATCATGTTTCTTGTGTTCTTCAAAGAGTCTTGTTCACACCAAAGGGATAATCACGTCCTCAACGACATTGTTTTTTCAAGACAAGATGCACAATCAACAACAAAGTTTGTAATGTCATCTTAGATAGTGCAAGTAGTGGGAACTTCATTGCCAAGAAGTTGGTGGCAGCCTTGGATTTGAAAACCGAACCTCACCCAAGTGCTCACAAGATTGGGTGGGTGAAGAAAGGAGTAGAAGTCCATGTTAATGAGACATGCATTTTTCCATTGACAATTGGAAATAGGTACAAAGATCAAATAATTTGTGATGTTTTGGAGATGGATGTGTGTCACATTCTTTTGGGGAGACCGTGAATACTGGAGTCTTGCATAAGGGGAGAGAGAATATGATGTAGCCTAGGTAACCTCAAGGAGAAATCCTTCAAAAACCAAGATTGTGGATTTTTTTATTAGAATGAATAATATGTTTCATACAAGAGGAGAAGACTCCTATTTATAGAGTTCTATTACAAGTGGGGTAAAAAGGGAATTAACCTAGAATATTATCTAATTACCCAATTAATCCTTAGTCCTGATGTAGAACATCCTAGATTCTTGATGTTTCTTTAACTTTTCCTAGGATTCTTGATTTTAGTTAAGGTTTAGTATTTTTGTTTCTTGTTCAAAAGAAAGTTAGTTCAAAATAACCAACTCTTAGCTAGTTAGTTCAAGGAAATAACTAGAGTGTTTAGCTTTCAGCCTATAAAAGGCTTCCATATTTATTAATAAAATCATCTTGAGGTATTATTCATAAAAAACTCTCCATGCTTTGCATCAGAATATTTATGAATTTCAATGGATGGACGAGAAGGTAGTGTTGTTACCTTTGACCAAGAAGGATGATGAAAGTGTCAATTCAACAAAGCAAAAGAGCAATCATTTGTTTACTACAATTAGTGGAAAGAAGTTGTTAAAGGAGAGAGGAGACATTAGGACTATTGCTGAAAAGTTCATTGAAGATGAAGTCCGTGAAGTCCCAAAGAAGTTCAACCATTGCTTGATGAATTTCTGCAAATTAAGCAAGAACTGGAGAGCTTACCAGATATTCAATATCACATTGACTTAATTCTGGGGGCTTCGGTTCCTAACCTATCTCATTGTCGAATGGGCCCTAAAGAGTACAAAATTATACACCAACACATCGAGGAGCTTCTAAAGAAAGGGTATATTCAACCAAGCTTGAGTCCTTGTGTGCGTCGACTCTCCTCACTCCAAATAAAGATGGTAGTTGGAGAATGTGTGTAGATAGTAGAGCCATCAACCACATGACGGTGAAATACCGTTTCCCTATCCTAAGAATGGGCGATTTACTTGAAGTGGCAGTAGATGCTTGTGGGCTTGGCATTGGTGGAGTTCTGTCCCAACAAGGACAGCCTATCAAATTTTTCAGTGAGATGCTTAGTAGTTCAAGGCAAGCATGGAGCACTTATGAGCAAGAGTTGTATGCTTCTGTCAAAGCTTTGAAACAATGGGAACATTACCTACTTTCCAAGGAATTTTTGCTGTTAACCGACCATTTTTTATTGAAATATCTCCAATCACAGAAGAATATCAGTCGGATGCATGCTAGATGAATCTCATTTATCCAGTGATTTGATTTTTAACGAAAAATGAAACCGACAAGGAGAACAAGGTGGCTGATGCCTTGAGCAGAAAAACTACTCTACTCACAACTCTATCCACCAAAGTTGCTTTTAATCACCTTCCAAAATTATATGAAGTTGATGTAGACTTTGAAAAGATTTGGTATACATCCACTAATCATGTAAATCCCAAGGATTTCCATATTGTTGATTTTCTTTTCAAAGGGGATCTCTTATGCATCCCACATGCTTCTCTTCGAGAAGCATTGATTAAAGAAGCTCATTTGGGAGGTTTGGCGGGTCACTTTGGCCAAGGTAAGATGTTTAAGTTGATTGCTACAAGATTTTATTGGCCACAAATTTGAAGAGATGCCTACAACTTTGTTAAAAGATGTGCTACTTGCCAAAGAGCCATGGGAGCTTCCACAAATGCTGGCCTATACACCTTTTCCTATCCTAACAACCGTTTGGGAAGATTTATCAACTGATTTTATGATTGGTCTACCTAAAACTGAAAGGGGTCATGATGCAATGATGGTTGTAGTAGACCGTTTTAGAAAAATGGGTCATCTTTGGGCTTGCAAGTAGACTAATGATGCTGTCTACATAACAAATCTCTTCTTTAGAGAGGTAGTTTGTCTCCATGGAGTGCCAAAGTCCATCATTTCAGAACGCAACTGAATCAACAAGTTTTTTGCCAATCATAAAATTCCTGCAACCTTCATCCCTGCAAACTTAAAAAGCATCATTAATTGATGGAAGAGTAGTTTTTCCAAGCATCCAACCTCTAACCCCATCAAACTCAATACTAAGGCTCACGAGGAATTTGTAAACACGACGATCTTCTACAGTTCTCCTGTAATGCTCCTGGTCTTCTGTAGACTTCCACTCATATGTATCCAAGAGATCAAGGTCTTGCCAAATCCTTTATAGGGAGTGAAAAGTATTGTGTACTGGAGTTGCCTGGTTGGTTTAAGATTCAAATCAAATATTTGCGACTCTTTGCTCAAATCAGAATACATCTGATTGACTATATCATAATTCCTTGGTTAGAGTAGCACATGTAGTTACAACTGATGTCTACACCCATGGAATTTATTAGTCAGGTCATAATCATGGAGTTTTCAACGTTTCACCCAGCAAATGAAGGATCGGCTGGGTTAGGAGTGGTTTTTTCTCTAGTAATGTAATCAATATATCCTTGTCCAGGAATAAACATTTGAACTCTTTGGGCCCAACGAAGAAAATTATCCCCATTAAGCCGAATGGTAGTGATTTGGATAGTGGGACTATTGGTTATGGTGCGGTTATCTAAGATTTTAGTGGTAGTGGGCTTAGTCTCTGCCATATTGCTGAACAAAACAAACTCGAGGAAAAACAAAAGTTCTGGGAAGAAAAAACCAGAAAAGATTAATGAAGAGAAATCCGGTGGTGGCTCAAACTTGACCGGCCGGCAGAACCGTCTAAATATGACATTTAAAAGTTAGCTTTGTATTTTTAACTTCGTTTATTTTAATTAGGTCTATTTATTTTTTTGAACTCTTACAGTTGCAATATGTGGAGTTGGAACATTTGAGTATGACTTCTTGTCGATGATATATGGCTAAACTAGTTGAATTGTGCCTAGTTGACATTTTTTAGTGAGTTGTAAATTAAAATCTCTTAATGGATTCTTATTCTATCGCACAACCCCTGTTCATGTAATGATGTAATGATTATGTATAGGTGTATGTGTCCAAGTCATTCAATTAAATCATAGGTCATAAATTTATAGATAGTTGTAAATTCATCCACCAATAAATACACCGTTGTAAAATGTATTTGAATGTTAGTTTTAACATGTAATGACGCCAAGGATTTTTAGTAATTTTGAATCGTCTGACAATTTTGGCCACAAAAGTATGTATCTATGTTTGAATCGTTGGGATGTCTCTGTATTGCAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAATGGATCAGTGTTCTTATTTTTATTTTGTACAGTGCAGTCGTAGAGTTGCCAACAAAATGGTTCTTGTAAATTTTATTTGTAGTTGCTTTAGTGGTTTAGTATTTTGAATTTTTGAGTTGAAACATTTAATTTTAGAAACAAGATTTTGAGCATAATTATTTATCGTCATAATCATTATGGTTGCC

mRNA sequence

GTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAA

Coding sequence (CDS)

GTGCAAGATGTTGCCGAGCTACTTGGCATGATGGTTGAAGACCACAAACGTCTACAACCTAACATGAGAACCTATGCGCTCTTGGTAGAGTGTTTTACTAAGTATTGTGTTATACGAGAAGCTATTAGGCATTTTCGTGCACTAAGAACATTTGAAGGTGGAACAAAAGCTTTGCATAATGAAGGAAATTTTGGTGATCCACTTTCCTTATATCTTCGAGCTTTATGTAGAGAAGGTAGGGTGGTAGAACTCTTAGAAGCATTAGAGGCTATGGCTAGAGATAACCAACAGATTCCTCCAAGAGCAATGATCTTGAGCAGAAAGTATCGATCACTCGTGAGCTCATGGATTGAACCTTTACAAGAAGAAGCTGAACATGGATTCGAGATAGACTACATTGCAAGATACATTGAAGAGGGCGGACTAACTGGAGAGCGCAAGAGGTGGGTCCCTCGGAAAGGAAAAACTCCTCTAGATCCTGATGCAGATGGATTCATCTATTCAAATCCTATGGAGACATCCTTTAAGCAGCGATGCCTCGAAGATTGGAAGATGTACCACCGAAAGATTTTGAAAACCTTGCAGAATGAAGGACTTGTGGCTCTGAGGGATGCATCTGAAGCTGATTATCATAGAGTAGTGGAGAGATTGAGGAAAATAATAAAGGGTCCTGACCAAAATGTTTTAAAGCCGAAGGCTGCAAGTAAGATGATTGTATCGGAATTAAAAGAAGAGTTAGAAGCACAAGGTTTACCAATTGACGGAACTAGAAATGTTCTTTACCAGCGTGTTCAAAAAGCAAGAAGAATAAACCGGTCTCGTGGTCGGCCCCTTTGGGTTCCTCCAGTGGAGGAGGAGGAAGAAGAGGTTGATGAAGAGCTGGATGAACTAATTTCACGAATAAAGCTACATGAAGGAAATACGGAGTTCTGGAAACGCCGTTTTCTCGGAGAAGGCTTGTACAGTAATAATGTTAAACCTTCTGAGGATGATAAATCAGATCCTCTTGATTCTTTGGATGATGTTGACACTATAGAAGACGTTGCAAAGGAGATTGAAGAAGAAGAAGCTGAGGAGGAAGAGGAGGTAGAACAAACTGAGAATCAAGATGGTGAAAGGGTTATTAAAAAGGAAGTTGAAGCTAAGAAGCCTCTTCAAATGATTGGTGTCCAATTGTTAAAAGATGTTGACCAACCTACAACAACATCCAAAAAGTCAAGGAGGAGAAGTTCTCGAGCATCACTCGAGGATGATCGTGATGAAGATTGGTTTCCTGAAGATATATTTGAAGCATTTAAAGAGTTGCAAAAGAGGAAAGTCTTTGATGTATCTGACATGTACACAATAGCTGATGTTTGGGGTTGGACTTGGGAGAGAGAACTTAAGAACAGACCTCCCAGGAGGTGGTCACAGGAATGGGAAGTGGAGCTGGCTATTAAAATTATGCACAAGGTGATAGAATTGGGTGGAATACCAACAATTGGCGACTGTGCCATGATCTTGCGAGCTGCCATCAAGGCTCCATTACCTTCTGCCTTCTTGAAAATCTTGCAGACAACTCACGGTCTTGGCTATGTATTTGGGAGCCCTTTATATGATGAGGTTATCACCCTTTGCCTTGATCTTGGGGAACTAGATGCAGCCATTGCAATTGTAGCAGATCTTGAAACAACAGGAATCTTGGTCCATGATGAAACGCTCGATCGGGTAATCTCTGCTAGACAGACGAATGATGCTATGCCCAAGCCTGACTCAGCCATTGATACCACACTGAATGATCACAGTTTAGCCAATGATGAAGCATCATAA

Homology

[Close]

BLAST of CSPI01G32820 vs. TrEMBL
Match: A0A0A0M091_CUCSA (Uncharacterized protein OS=Cucumis sativus 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 = 1


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. TrEMBL
Match: A0A0D2TZR4_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_013G119100 PE=4 SV=1)

HSP 1 Score: 976.9 bits (2524), Expect = 1.1e-281
Identity = 493/579 (85.15%), Postives = 534/579 (92.23%), Query Frame = 1


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPN++TYALLVECFTKYCV+REAIRHFRAL+ +EGGT  LHN
Sbjct: 302 VQDVAELLGMMVEDHKRLQPNVKTYALLVECFTKYCVVREAIRHFRALKNYEGGTIVLHN 361

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNF DPLSLYLRALCREGRVVEL+EALEAM++DNQ IPPRAMILSRKYR+LVSSWIEPL
Sbjct: 362 EGNFDDPLSLYLRALCREGRVVELVEALEAMSKDNQPIPPRAMILSRKYRTLVSSWIEPL 421

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNPMETSFKQRCL
Sbjct: 422 QEEAELGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDATGFIYSNPMETSFKQRCL 481

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           E+WK+YHRK+LKTLQNEGL AL DA+E+DY RVVERLRKIIKGPDQNVLKPKAASKM+VS
Sbjct: 482 EEWKIYHRKLLKTLQNEGLAALGDATESDYMRVVERLRKIIKGPDQNVLKPKAASKMVVS 541

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLP DGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 542 ELKEELEAQGLPTDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 601

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPL-DSLDDVDTIEDVAKEIEEEEAEE 360
           IKL EGNTEFWKRRFLGEGL  N VK  ++D+S+   D LD+ D +ED  K+IEEEE EE
Sbjct: 602 IKLEEGNTEFWKRRFLGEGLNVNQVKLIDEDESEAADDELDESDVVEDAGKDIEEEEGEE 661

Query: 361 EEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDR 420
           EEEVEQTE+++ +R+  KEVEAKKPLQMIGVQLLKD DQ TT SKKSRRRSSR S+EDD 
Sbjct: 662 EEEVEQTESREVDRIKDKEVEAKKPLQMIGVQLLKDSDQTTTRSKKSRRRSSRVSVEDDD 721

Query: 421 DEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAI 480
           DEDWFPEDIFEAF+E++ RKVFDV DMYTIAD WGWTWERELKN+PPRRWSQEWEVELAI
Sbjct: 722 DEDWFPEDIFEAFQEMRDRKVFDVEDMYTIADAWGWTWERELKNKPPRRWSQEWEVELAI 781

Query: 481 KIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLC 540
           ++M KVIELGG PTIGDCAMILRAAIKAP+PSAFLKILQ TH LG+VFGSPLYDE I+LC
Sbjct: 782 QVMQKVIELGGTPTIGDCAMILRAAIKAPVPSAFLKILQKTHSLGFVFGSPLYDEAISLC 841

Query: 541 LDLGELDAAIAIVADLETTGILVHDETLDRVISARQTND 579
           +DLGELDAAIAIVADLETTGI V D+TLDRVISARQT D
Sbjct: 842 IDLGELDAAIAIVADLETTGIAVPDQTLDRVISARQTMD 880

[Close]

BLAST of CSPI01G32820 vs. TrEMBL
Match: A0A061F8G9_THECC (Plastid transcriptionally active 3 isoform 2 OS=Theobroma cacao GN=TCM_026112 PE=4 SV=1)

HSP 1 Score: 967.6 bits (2500), Expect = 7.0e-279
Identity = 485/579 (83.77%), Postives = 536/579 (92.57%), Query Frame = 1


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKR+QPN++TYALLVECFTKYCV++EAIRHFRAL+ FEGGT+ L N
Sbjct: 177 VQDVAELLGMMVEDHKRVQPNVKTYALLVECFTKYCVVKEAIRHFRALKKFEGGTRVLQN 236

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNF DPLSLYLRALCREGR+VELLEAL+AMA+DNQ IPPRAMILSRKYR+LVSSWIEPL
Sbjct: 237 EGNFDDPLSLYLRALCREGRIVELLEALQAMAKDNQPIPPRAMILSRKYRTLVSSWIEPL 296

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNPMETSFKQRCL
Sbjct: 297 QEEAELGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDAAGFIYSNPMETSFKQRCL 356

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWK++HRK+LKTLQNEGL AL  ASE+DY RV ERL+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 357 EDWKLHHRKLLKTLQNEGLAALGGASESDYVRVSERLKKIIKGPDQNVLKPKAASKMIVS 416

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEE+DELISR
Sbjct: 417 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEEVDELISR 476

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPL-DSLDDVDTIEDVAKEIEEEEAEE 360
           IKL EGNTEFWKRRFLGE L  ++VKP ++ +S+P  D LDD D +ED AK+IE++EA+E
Sbjct: 477 IKLEEGNTEFWKRRFLGEHLNVDHVKPIDEGESEPADDELDDGDVVEDAAKDIEDDEADE 536

Query: 361 EEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDR 420
           EEE EQ E+Q+G+R+  KEVEAKKPLQMIGVQLLKD DQ TT SKKSRRRSSR S+EDD 
Sbjct: 537 EEEGEQAESQEGDRIKDKEVEAKKPLQMIGVQLLKDSDQTTTRSKKSRRRSSRVSVEDDD 596

Query: 421 DEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAI 480
           D+DWFPEDIFEAF+EL++RKVFDV DMYTIAD WGWTWE+ELKN+PPR+WSQEWEVELAI
Sbjct: 597 DDDWFPEDIFEAFQELRERKVFDVEDMYTIADAWGWTWEKELKNKPPRKWSQEWEVELAI 656

Query: 481 KIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLC 540
           ++M KVIELGG PT+GDCAMILRAAIKAP+PSAFLKILQT H LG+VFGSPLYDEVI++C
Sbjct: 657 QVMQKVIELGGTPTVGDCAMILRAAIKAPMPSAFLKILQTAHSLGFVFGSPLYDEVISIC 716

Query: 541 LDLGELDAAIAIVADLETTGILVHDETLDRVISARQTND 579
           +DLGELDAAIAIVADLET GI V D+TLDRVISARQT D
Sbjct: 717 VDLGELDAAIAIVADLETAGIAVPDQTLDRVISARQTVD 755

[Close]

BLAST of CSPI01G32820 vs. TrEMBL
Match: A0A061F1L8_THECC (Plastid transcriptionally active 3 isoform 1 OS=Theobroma cacao GN=TCM_026112 PE=4 SV=1)

HSP 1 Score: 967.6 bits (2500), Expect = 7.0e-279
Identity = 485/579 (83.77%), Postives = 536/579 (92.57%), Query Frame = 1


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKR+QPN++TYALLVECFTKYCV++EAIRHFRAL+ FEGGT+ L N
Sbjct: 300 VQDVAELLGMMVEDHKRVQPNVKTYALLVECFTKYCVVKEAIRHFRALKKFEGGTRVLQN 359

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNF DPLSLYLRALCREGR+VELLEAL+AMA+DNQ IPPRAMILSRKYR+LVSSWIEPL
Sbjct: 360 EGNFDDPLSLYLRALCREGRIVELLEALQAMAKDNQPIPPRAMILSRKYRTLVSSWIEPL 419

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNPMETSFKQRCL
Sbjct: 420 QEEAELGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDAAGFIYSNPMETSFKQRCL 479

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           EDWK++HRK+LKTLQNEGL AL  ASE+DY RV ERL+KIIKGPDQNVLKPKAASKMIVS
Sbjct: 480 EDWKLHHRKLLKTLQNEGLAALGGASESDYVRVSERLKKIIKGPDQNVLKPKAASKMIVS 539

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEE+DELISR
Sbjct: 540 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEEVDELISR 599

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPL-DSLDDVDTIEDVAKEIEEEEAEE 360
           IKL EGNTEFWKRRFLGE L  ++VKP ++ +S+P  D LDD D +ED AK+IE++EA+E
Sbjct: 600 IKLEEGNTEFWKRRFLGEHLNVDHVKPIDEGESEPADDELDDGDVVEDAAKDIEDDEADE 659

Query: 361 EEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDR 420
           EEE EQ E+Q+G+R+  KEVEAKKPLQMIGVQLLKD DQ TT SKKSRRRSSR S+EDD 
Sbjct: 660 EEEGEQAESQEGDRIKDKEVEAKKPLQMIGVQLLKDSDQTTTRSKKSRRRSSRVSVEDDD 719

Query: 421 DEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAI 480
           D+DWFPEDIFEAF+EL++RKVFDV DMYTIAD WGWTWE+ELKN+PPR+WSQEWEVELAI
Sbjct: 720 DDDWFPEDIFEAFQELRERKVFDVEDMYTIADAWGWTWEKELKNKPPRKWSQEWEVELAI 779

Query: 481 KIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLC 540
           ++M KVIELGG PT+GDCAMILRAAIKAP+PSAFLKILQT H LG+VFGSPLYDEVI++C
Sbjct: 780 QVMQKVIELGGTPTVGDCAMILRAAIKAPMPSAFLKILQTAHSLGFVFGSPLYDEVISIC 839

Query: 541 LDLGELDAAIAIVADLETTGILVHDETLDRVISARQTND 579
           +DLGELDAAIAIVADLET GI V D+TLDRVISARQT D
Sbjct: 840 VDLGELDAAIAIVADLETAGIAVPDQTLDRVISARQTVD 878

[Close]

BLAST of CSPI01G32820 vs. TrEMBL
Match: A0A0B0PXA0_GOSAR (Uncharacterized protein OS=Gossypium arboreum GN=F383_10624 PE=4 SV=1)

HSP 1 Score: 967.6 bits (2500), Expect = 7.0e-279
Identity = 493/579 (85.15%), Postives = 532/579 (91.88%), Query Frame = 1


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPN++TYALLVECFTKYCV+REAIRHF AL+ +EGGT  LHN
Sbjct: 302 VQDVAELLGMMVEDHKRLQPNVKTYALLVECFTKYCVVREAIRHFLALKNYEGGTIVLHN 361

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNF DPLSL+LRALCREGRVVELL+ALEAM++DNQ IPPRAMILSRKYR+LVSSWIEPL
Sbjct: 362 EGNFDDPLSLFLRALCREGRVVELLQALEAMSKDNQPIPPRAMILSRKYRTLVSSWIEPL 421

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNPMETSFKQRCL
Sbjct: 422 QEEAELGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDATGFIYSNPMETSFKQRCL 481

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           E+WK+YHRK+LKTLQNEGL AL DA+E+DY RVVERLRKIIKGPDQNVLKPKAASKM+VS
Sbjct: 482 EEWKIYHRKLLKTLQNEGLAALGDATESDYMRVVERLRKIIKGPDQNVLKPKAASKMVVS 541

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLP DGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 542 ELKEELEAQGLPTDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 601

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPL-DSLDDVDTIEDVAKEIEEEEAEE 360
           IKL EGNTEFWKRRFLGEGL  N VK  ++D+S+   D LD+ D +ED AK+IEEEE EE
Sbjct: 602 IKLEEGNTEFWKRRFLGEGLNVNQVKLIDEDESEAADDELDESDVVEDAAKDIEEEEGEE 661

Query: 361 EEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDR 420
           EEEVEQTE+Q+ +R+  KEVEAKKPLQMIGVQLLKD DQ TT SKKSRRRSSR S+EDD 
Sbjct: 662 EEEVEQTESQEVDRIKDKEVEAKKPLQMIGVQLLKDSDQTTTRSKKSRRRSSRVSVEDDD 721

Query: 421 DEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAI 480
           DEDWFPEDIFEAF+E++ RKVFDV DMYTIAD WGWTWERELKN+PPRRWSQEWEVELAI
Sbjct: 722 DEDWFPEDIFEAFQEMRDRKVFDVEDMYTIADAWGWTWERELKNKPPRRWSQEWEVELAI 781

Query: 481 KIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLC 540
               +VIELGG PTIGDCAMILRAAIKAP+PSAFLKILQ TH LGYVFGSPLYDEVI+LC
Sbjct: 782 ----QVIELGGTPTIGDCAMILRAAIKAPVPSAFLKILQKTHSLGYVFGSPLYDEVISLC 841

Query: 541 LDLGELDAAIAIVADLETTGILVHDETLDRVISARQTND 579
           +DLGELDAAIAIVADLETTGI V D+TLDRVISARQT D
Sbjct: 842 IDLGELDAAIAIVADLETTGIAVPDQTLDRVISARQTMD 876

[Close]

BLAST of CSPI01G32820 vs. TAIR10
Match: AT3G04260.1 (AT3G04260.1 plastid transcriptionally active 3)

HSP 1 Score: 882.1 bits (2278), Expect = 1.9e-256
Identity = 448/595 (75.29%), Postives = 517/595 (86.89%), Query Frame = 1


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

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: gi|778664211|ref|XP_011660243.1| (PREDICTED: uncharacterized protein LOC101209618 [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 = 1


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: gi|700211623|gb|KGN66719.1| (hypothetical protein Csa_1G662830 [Cucumis sativus])

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


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. NCBI nr
Match: gi|659086064|ref|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 = 1


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: gi|659086066|ref|XP_008443747.1| (PREDICTED: uncharacterized protein LOC103487261 isoform X2 [Cucumis melo])

HSP 1 Score: 1026.9 bits (2654), Expect = 1.4e-296
Identity = 519/531 (97.74%), Postives = 525/531 (98.87%), Query Frame = 1


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 IMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPL 532
           IMHKVIELGG PTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFG  L
Sbjct: 778 IMHKVIELGGTPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGRTL 828

[Close]

BLAST of CSPI01G32820 vs. NCBI nr
Match: gi|823262880|ref|XP_012464200.1| (PREDICTED: uncharacterized protein LOC105783342 isoform X1 [Gossypium raimondii])

HSP 1 Score: 976.9 bits (2524), Expect = 1.6e-281
Identity = 493/579 (85.15%), Postives = 534/579 (92.23%), Query Frame = 1


Query: 1   VQDVAELLGMMVEDHKRLQPNMRTYALLVECFTKYCVIREAIRHFRALRTFEGGTKALHN 60
           VQDVAELLGMMVEDHKRLQPN++TYALLVECFTKYCV+REAIRHFRAL+ +EGGT  LHN
Sbjct: 302 VQDVAELLGMMVEDHKRLQPNVKTYALLVECFTKYCVVREAIRHFRALKNYEGGTIVLHN 361

Query: 61  EGNFGDPLSLYLRALCREGRVVELLEALEAMARDNQQIPPRAMILSRKYRSLVSSWIEPL 120
           EGNF DPLSLYLRALCREGRVVEL+EALEAM++DNQ IPPRAMILSRKYR+LVSSWIEPL
Sbjct: 362 EGNFDDPLSLYLRALCREGRVVELVEALEAMSKDNQPIPPRAMILSRKYRTLVSSWIEPL 421

Query: 121 QEEAEHGFEIDYIARYIEEGGLTGERKRWVPRKGKTPLDPDADGFIYSNPMETSFKQRCL 180
           QEEAE G+EIDYIARYIEEGGLTGERKRWVPR+GKTPLDPDA GFIYSNPMETSFKQRCL
Sbjct: 422 QEEAELGYEIDYIARYIEEGGLTGERKRWVPRRGKTPLDPDATGFIYSNPMETSFKQRCL 481

Query: 181 EDWKMYHRKILKTLQNEGLVALRDASEADYHRVVERLRKIIKGPDQNVLKPKAASKMIVS 240
           E+WK+YHRK+LKTLQNEGL AL DA+E+DY RVVERLRKIIKGPDQNVLKPKAASKM+VS
Sbjct: 482 EEWKIYHRKLLKTLQNEGLAALGDATESDYMRVVERLRKIIKGPDQNVLKPKAASKMVVS 541

Query: 241 ELKEELEAQGLPIDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 300
           ELKEELEAQGLP DGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR
Sbjct: 542 ELKEELEAQGLPTDGTRNVLYQRVQKARRINRSRGRPLWVPPVEEEEEEVDEELDELISR 601

Query: 301 IKLHEGNTEFWKRRFLGEGLYSNNVKPSEDDKSDPL-DSLDDVDTIEDVAKEIEEEEAEE 360
           IKL EGNTEFWKRRFLGEGL  N VK  ++D+S+   D LD+ D +ED  K+IEEEE EE
Sbjct: 602 IKLEEGNTEFWKRRFLGEGLNVNQVKLIDEDESEAADDELDESDVVEDAGKDIEEEEGEE 661

Query: 361 EEEVEQTENQDGERVIKKEVEAKKPLQMIGVQLLKDVDQPTTTSKKSRRRSSRASLEDDR 420
           EEEVEQTE+++ +R+  KEVEAKKPLQMIGVQLLKD DQ TT SKKSRRRSSR S+EDD 
Sbjct: 662 EEEVEQTESREVDRIKDKEVEAKKPLQMIGVQLLKDSDQTTTRSKKSRRRSSRVSVEDDD 721

Query: 421 DEDWFPEDIFEAFKELQKRKVFDVSDMYTIADVWGWTWERELKNRPPRRWSQEWEVELAI 480
           DEDWFPEDIFEAF+E++ RKVFDV DMYTIAD WGWTWERELKN+PPRRWSQEWEVELAI
Sbjct: 722 DEDWFPEDIFEAFQEMRDRKVFDVEDMYTIADAWGWTWERELKNKPPRRWSQEWEVELAI 781

Query: 481 KIMHKVIELGGIPTIGDCAMILRAAIKAPLPSAFLKILQTTHGLGYVFGSPLYDEVITLC 540
           ++M KVIELGG PTIGDCAMILRAAIKAP+PSAFLKILQ TH LG+VFGSPLYDE I+LC
Sbjct: 782 QVMQKVIELGGTPTIGDCAMILRAAIKAPVPSAFLKILQKTHSLGFVFGSPLYDEAISLC 841

Query: 541 LDLGELDAAIAIVADLETTGILVHDETLDRVISARQTND 579
           +DLGELDAAIAIVADLETTGI V D+TLDRVISARQT D
Sbjct: 842 IDLGELDAAIAIVADLETTGIAVPDQTLDRVISARQTMD 880

The following BLAST results are available for this feature:

BLAST of CSPI01G32820 vs. Swiss-Prot


Match Name	E-value	Identity	Description

BLAST of CSPI01G32820 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M091_CUCSA	0.0e+00	99.83	Uncharacterized protein OS=Cucumis sativus GN=Csa_1G662830 PE=4 SV=1	[more]
A0A0D2TZR4_GOSRA	1.1e-281	85.15	Uncharacterized protein OS=Gossypium raimondii GN=B456_013G119100 PE=4 SV=1	[more]
A0A061F8G9_THECC	7.0e-279	83.77	Plastid transcriptionally active 3 isoform 2 OS=Theobroma cacao GN=TCM_026112 PE...	[more]
A0A061F1L8_THECC	7.0e-279	83.77	Plastid transcriptionally active 3 isoform 1 OS=Theobroma cacao GN=TCM_026112 PE...	[more]
A0A0B0PXA0_GOSAR	7.0e-279	85.15	Uncharacterized protein OS=Gossypium arboreum GN=F383_10624 PE=4 SV=1	[more]

BLAST of CSPI01G32820 vs. TAIR10


Match Name	E-value	Identity	Description
AT3G04260.1	1.9e-256	75.29	plastid transcriptionally active 3	[more]

BLAST of CSPI01G32820 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778664211\|ref\|XP_011660243.1\|	0.0e+00	99.83	PREDICTED: uncharacterized protein LOC101209618 [Cucumis sativus]	[more]
gi\|700211623\|gb\|KGN66719.1\|	0.0e+00	99.83	hypothetical protein Csa_1G662830 [Cucumis sativus]	[more]
gi\|659086064\|ref\|XP_008443746.1\|	0.0e+00	97.84	PREDICTED: uncharacterized protein LOC103487261 isoform X1 [Cucumis melo]	[more]
gi\|659086066\|ref\|XP_008443747.1\|	1.4e-296	97.74	PREDICTED: uncharacterized protein LOC103487261 isoform X2 [Cucumis melo]	[more]
gi\|823262880\|ref\|XP_012464200.1\|	1.6e-281	85.15	PREDICTED: uncharacterized protein LOC105783342 isoform X1 [Gossypium raimondii]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR003034	SAP_dom

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function
molecular_function	GO:0005515	protein binding

Relationships

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


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

InterPro

Analysis Name: InterPro Annotations of cucumber (PI183967)
Date Performed: 2017-01-17


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR003034	SAP domain	GENE3D	G3DSA:1.10.720.30		coord: 235..268 score: 2.
IPR003034	SAP domain	PFAM	PF02037	SAP	coord: 235..267 score: 4.
IPR003034	SAP domain	SMART	SM00513	sap_9	coord: 234..268 score: 3.
IPR003034	SAP domain	PROFILE	PS50800	SAP	coord: 234..268 score: 10
None	No IPR available	unknown	Coil	Coil	coord: 342..370 score: -coord: 287..307 scor
None	No IPR available	PANTHER	PTHR31407	FAMILY NOT NAMED	coord: 157..380 score: 5.4
None	No IPR available	PANTHER	PTHR31407:SF5	PLASTID TRANSCRIPTIONALLY ACTIVE 3	coord: 157..380 score: 5.4
None	No IPR available	unknown	SSF68906	SAP domain	coord: 234..270 score: 7.1

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
CSPI01G32820	Cla001548	Watermelon (97103) v1	cpiwmB032
CSPI01G32820	Csa1G662830	Cucumber (Chinese Long) v2	cpicuB001
CSPI01G32820	MELO3C010108	Melon (DHL92) v3.5.1	cpimeB062
CSPI01G32820	ClCG03G011370	Watermelon (Charleston Gray)	cpiwcgB041
CSPI01G32820	Lsi06G007560	Bottle gourd (USVL1VR-Ls)	cpilsiB059
CSPI01G32820	Carg16461	Silver-seed gourd	carcpiB0949

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
CSPI01G32820	Silver-seed gourd	carcpiB0309
CSPI01G32820	Cucumber (Chinese Long) v3	cpicucB000
CSPI01G32820	Watermelon (97103) v2	cpiwmbB035
CSPI01G32820	Wax gourd	cpiwgoB113
CSPI01G32820	Cucumber (Gy14) v1	cgycpiB584
CSPI01G32820	Cucurbita maxima (Rimu)	cmacpiB084
CSPI01G32820	Cucurbita maxima (Rimu)	cmacpiB068
CSPI01G32820	Cucurbita moschata (Rifu)	cmocpiB061
CSPI01G32820	Cucurbita moschata (Rifu)	cmocpiB078
CSPI01G32820	Melon (DHL92) v3.5.1	cpimeB044
CSPI01G32820	Watermelon (97103) v1	cpiwmB013
CSPI01G32820	Cucurbita pepo (Zucchini)	cpecpiB360
CSPI01G32820	Melon (DHL92) v3.6.1	cpimedB038
CSPI01G32820	Melon (DHL92) v3.6.1	cpimedB056
CSPI01G32820	Cucumber (Gy14) v2	cgybcpiB002