Cucsat.G8741 (gene) Cucumber (B10) v3

Overview


Name	Cucsat.G8741
Type	gene
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	stromal processing peptidase, chloroplastic-like
Location	ctg1558: 1928270 .. 1931831 (+)
RNA-Seq Expression	Cucsat.G8741
Synteny	Cucsat.G8741

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

AATCTGCCTCCAACCCTAAATTGTGGTTGATAAGAAAGGAAGGAAACAGAAGGAAAAGAATTGTGAGATTTGCAAAATTGGAGCAACTCTTGTCCTTTCAAAATAATAAAATAAAAAAACTCAACCAATCGCCTCCCTATTTTATTATGGTTCTTGTAAAGCGGTTCAATCGAACCGCCAAACTCTATCCCAATAGCCAAGCAATAGTCTTCCTCGTTTCACTTTTCTTTGCTTCTTTCTCCAGCTGCTGTGTTCAGTTTTTTCTGTTCTCCGCAAGCTCTGTCCTTTCCAGTTTTCTTGGATTTTTAGCCTCTAATGGCCGTTGCAACCTCTTCTACTGTTTCAAATTTGACGCAAAGACGGCCCTTGTTGAGTCTAAAAGACCAAACTACTCCCATTAAGCGGGTGAACTCGGTGCAACTCCCTTCCCGCTCTATTTCCGCTCATCTCTCTCGATTCGATGTAGACTCTCGATTTGTTGTCCCTTTGAGGAGGTAGATTTTTGCTTTTTTCCATGAAGAATTGTGTTTTTGATACCTAGCACTGTTGCTTCTAATGTTGTTAACCTTCCATTTCGTTTTGTTTCACTTTTTCTTGTTTTTGGGGAAATTATTTATCTGGGTTTGATGTGGGTTTTTTTGAGCTGAAGTTTGATCGCTCTTTTCAACCTCTGGGTTTGGTCTATGGTTCACCAATGGAAGAATCTAATTGTTGGAAAAAATTAGTAAATATTTAGGAATTTTATTTTGACTGTACGGCTAAGTGATGTAATCTTTGATGGTCTTTCCCTTCCTCTTGCGAGGCGACGTTTACAAAGTTATTCTTTGCGGTTATTTTTTAAACTCAAAGCTAAAGTTCTTTGGAAAAATCATAAATGCTAACATGGGGTTCTTTTGGAGACTATGGTTTGAACCTTTTAGTATTCCTACTCTAAAATTCAAACGAGTTTGTGGACTTAAATGAGCCCTTCAGGTTTCTCTCTCTAATTTGGATGAGTTAACAGTTGGATTCTCTTTCTTCCTCTTGTTGCACTCTGGGCTCAATATGTAATTGTGACGTTATTTTGATTTATGTCGATTGGTAGCTGTTTCTGTAAGCCCCTTGGGCTTTGAAGTGTTGAAGTCCCCCAGTAGGCTTAAAGGAATACCACTGTTCTGCATCCATAGCATTTAAGTTTCTCTAGCATTGTGGTAACTAACCATCACGATCCCTAATCCATCAGCAAACAATCTTTATTGCTTTAATCGAATCTCATCAAAGAGTGAAGGGACTAGGAAGAGAGAAAGTGAAATTTTTTTGTGCCCTGAATCTCTTCCAACCATATGTAGTATTGCTTCATCGTGGCATGGAGGAGGAGATGGAAAATCTTGTAGAATTGAAGTCTGGGTGAGTTCTCGATGGGGTTAAGATATAGGACAATGAGAAATGTGGTAGAATCCCTTGATGTGGAGGATGGTTTAATGTGAGAAATCTGCCACTATCGTGTTGGTCAGAAATAAATCTGAGTTAAATTGAGACTTGAATGGTTTAGAGTGGTGAAATCTTTATTGTATTATATTAGTGTTGCTCTTCACGAACAATCATTCGAGCGGCTGTCAGGTGCACTTGTACGCCTTTGCCTACTACTAAGATAATTCATATCACAATCTCATGCACAGTTGGTCGTGTGAATACTATGGATAAGCTTCTAAGGAAGAAGTCTTTGCTTAGGGAGCCTTTTTGTTGTATTCTTTGTTGGAAGGCTGAGGGAGACCTGGATCACCTCCACTAGAGTTGTCAGTTTGCGTTGGTGTTGAACTATTTCTTTCAAGAGTTTGATATTGAGCTTGCTTGCTAGATAGATTTTACTTAGTTGGAAACCCTCTCTTTAGATGGGCTTTCTGAGTTTCTTTTTTCTTGCCCTTGTATTCTTTCATTTTTTTTCTCAACGAAAGCAATAGAATAGTATGTTTCATTTGTTTCATCTTTTGTATACAACCTTCACACGGTTTAATTCACCCCACACTTTCGGGATTACAATCTTACTTCTCTTATAACACAATGAAATAGTGTGTTGTAATCTCTCATGCCATATGTGCCCTTCTGTAATTTCATACCATAATGAAATTATTCATATGATTGTCATAAAAAAAAGAAGAAAGCAGTTGTTAAAGAAAAGAAGAAAAGAAAAGAAAGGTAACACATTGTATGTTTTTTCCTTATGTGATCTTGGGTGAAAGCTTTTCTTTTTTGTATTTTCTCTTCCCACCCACCCGACAATTATTCCTCCTCCTTATTTTCATTTTTCTTGATCTGAGCTAAGGTTTTATTCAGTGCTTATATTTACTTCAATGCATATCTTTGTTGATTATTTCCTCTTTGGTTTGGAAGGCACTCTCGTGACGATGGTATTGGTAGACACAAGTTTAGAAGAAATAAGGATAATGCTCGAAGACCATGTGCTTATAAAATTGGGGAGCGTGGGAATGAAACGTTGACTAATTGTATCTCTTGCTTTCTTAACCAAAAAAGAAGATGTCCCAGTATCAAAAGACCAACATCTAGATTCATTCTAGACAAGTCTGCTTTTCAGTTATCCAAGAATGAACGTGATGATAGAGTTGTAAGTGCCTGCTTTTTTGCAGATTGGCTTTTATGTAGTTCTCAAAATTTCTCTCTCTTTCATCGTTGTGCTTATTCCTTTTATTCCTTTCTCTTTTCTTGTGTTGTGGCATTCATCTGCTTAATATATTTTGAGAATCTTTCTTAGAGATCGTATAGAAGGGAAAGATTAGAAATACACCCATGCAACCTTAGGAGCTTATGAAGAACACTTTGTTAGGTTAGTCATGAGAGTTTTGAGAGAAAAACTCAATAATATTGTTCATTGACTTTGTATATGTGGGTGGACAAGGCAATCCTAAATTAGAAAAATGTAAAATAGCAGCAAAGGGAAAATAACTAACGAACATGAATAACTAGGCTGTTTACAAGCAACAAGATGCACTAATGTATCTGTGTTAAGAGACATGTGGAGCATATATGTTAATGGACAAACAGCTAATGAACTTGAATAACTAGGCTAGGCCGTTTACAAACATTGTGATGCACTGATGTACTTGTGATGATAAAGATATTAGTCACGTCTATCTTGTTCTAAAGATAATGCATGCTTCATTTAATGCTTTCTTAGAGATGTCTCGTAATTTCGTTGTAGTCTTAACATCACATGTGGATAACAAATTTTTGGGTCTATCGATTGTTTAACATGGTATCATAGCTTGAGGTTGTGTGTTTGAACCCCTTTCAATCCACAACTAAAGAGGATTGTGTGTTCGAACCCCTTTAAATCCACAACTAAAGAGGTTTTGTGTTCACTTTGTATCTTTGTATCTCGAGCAATGGCCTCTTTCATTATATCAATGAAAAGTTTGTTTCTATTTAGTAAAAAAAAACCCTTTAATGTTATTCCTATCAAATTAAGGTTGATTTCCACTTGTTGAATATTCTACATATTTTCAAGCTCACAAGTAAGGAGGGTGTTAAAGTGTTTATATATTTATATTTACCTTGACCTGTTAGCTTAAGCTTTTGGGTCAAACCGTGATTTAACATCTTCCAATACAACTAGTGTTAGATGTTTAGAAAGGAATATAAATGGCGTTCTACAATATTTACTATGTACGTGATAGTCCATATATTCTTATATTTATTGTCTCTGTACTTTTATGCAACATCCAGGTGAAGCATGCTCGTATTGTTTGTGGAACTGTAGGTCCAGATGAGCCTCATGCAGCACCTACAGCCTGGCCTGATGGTATTCTGGAGAAACAAGATTTAGATGTTTCATATCCTGAGTTTGGAAGGGCAGAGTTAGAAGCATTTCTTAGTTCAGAACTTCCGTCTCATCCGAAGTTGTATAGAGGGCAGTTGAAAAATGGATTGAAGTATCTAATTTTACCAAATAAAGTTCCACCCAACAGGTATTGACCATGTGGTTCATGAAGAAATAATTTATCAAGTGAATGCTTTTCAATAATTTAACCAGTGAATACAGGTTGACACTAAGAAGATTTTGAAGTATTTATAAATTAAAACTTCATCTATATATATTATTTTCTGAGTCCAATATCATGATAACCACTAGACAGGAATAACCAGCTTAGATTGGTACTTTTTAAATTCTTGCAAAGATAGAATGATTCAACTTTTAATTCAATTCTCAAAAAAAAAAAAAAAAGAAAAGAAAAAAAGGAAGAAAGAAAGTAAGAAAGAAGTAAGAAAAAAGAAAAAACAATGTTGAGGATTCAAAAGATAGTGGGATGAACGGAATTTTTTTAATAGGAAACAATACTAATGCTAAGAGTACAATAAAACAAAAACATATACAGCCATTACAACCAAATACAACCAATTTAGAACTCAGAAAATTACTGCAACTCGAAGAAACAGTACAAGTGGGATGCATATGGACTATTCCAGTGAAATAAGTTTTGTGGGAGTGTCTGGTTGAAAAGAAACGGTACAACTTCCATATTTTTGCTGAAACTTTTCTTGTTTCTTATAAATATATTTGAAATCTATTTTCAGTATTTTCACGAAATGGAGGATAAAATGGATTTTGTGTTCTACATGGTAGGCAGTTTGCATTTGGAGGAAATAATTGATCGATAAATGTTACATTTTTTGTTGAGCACTTTTTCAATTACTCTACCCATTTAGGTAATTCAAGTTATGGGACCTTAGTGTAAGGATGAGAATAGAATTTGAGATTTTATTCTTGTTAGGTAGGTTTTGTGGGTTCTTTTCTTGTTCTTCTTTCTTACTCTCTATGGATTCACTCTCTCTGTCTTTGTCTCACTTTTCATTGATATAATGAAAAGAGTAATACACACGCACATACACATATTGAAAGAATTGGACCATTCTTCTGCTATCTCATTAAGAAAATGAAGCTTTATTGATGGACTTCAGGAAGGATTCTACACTAACAAAGTTTTGAATTTAGGTTTGAAGCACACATGGAAGTTCATGTGGGATCAATTGATGAAGAAGATGACGAGCAAGGAATTGCGCACATGATTGAGCATGTAGCCTTCCTTGGAAGTAAGAAACGTGAAAAGCTTTTGGGTACAGGCGCACGATCTAATGCCTACACTGATTTCCACCATACTGTGTTTCATATACATTCACCAACTAGCACAAAGGTTGTTCTTGTTGGTTTTTCTATTTTTACAGGCATGCACCGATATCATTTCTCAATCTATTGTCTTTCATGTTTCTATGAGGACTGGGTTAAACATTTCTTTCTCAGAGAACTGGTTCTGTTTCCAGCTGTGTTTTCTTTCTTGCTGATGTTAAATAATGTGTAATTTTGCTACCCATGTATGAGCGCCAACTTACTATAATTAATACATATTCATTCCACCTCATCTTTTTGTTCTCAGCATTACGTAGCCGCTGATTATCTTTTCTTTTTCATTTTTTTCATTTTAAAATGCCTGCTCAAATGTTTCAGCGCCAATGCACTGAGAAGTTAGCTTAATGTTTAGAAGTGCAATTTTTTTAGTGCTTAGGTACTATTACTGAGGTATTTTCAAATCATAATCTCCTTGTGCTAGTTTCTCTTGTATTTTCTTGCATTGTTTGGAGATGCTTTTGGTTGAAAATAATTTTGAAACCGAATCTATTAATGCACACATGATGATCAATCAAAGATCATGATGGATCATTTGGAATTGACCCATATAATAGATGGAAGAAGAATACTGCACCATGTTACCGTTGCTGTTTGCATCAGTTTTGTGTCCGGGTTTGTTATTAGCAAATTGTTTGAATTTTGACCATGTTATCTTTGGCTGTAGGATTCTGATGGAGATCTACTTCCATCTGTTCTTGACGCCTTAAATGAGGTACGAACAATACATGTATTTATTTATGTTGAAGTGCACACTAGTGTGGCTTTGGGTTGTGATGTGATTTTGTTGGTTGATGTACTGTTTTTGTTTTTAGCAAATGGATTTTCTGATTTCAGTGTGATTTTTTTGTAAGAAAACAGTTTCATATAAGAATGTTGGATATTATTTGTCTCATCACTTTATAGTTTATGCATCCTTTCTTTGTGTTTGTCTAAATAGATAGCTTTCCACCCAAAGTTCCTTGCTTCACGAGTTGAAAAAGAGAGGCGTGCCATTCTCTCTGAACTACAGATGATGAATACAATAGAATATCGTGTTGATTGTCAGGTATGCACTGCAGTTGCTTTTATTCATAAAAAATATGTTTCAATAAAGCTTATATATTGGCTAATCCGTGCCCTTTTCTATAATTCCATTTATTTGGAAATATTCTTGCTGTACAGCTGTTACAACATCTGCATTCTGAAAACAAGCTTAGCAAAAGGTTCCCAATCGGATTGGAAGAACAGATTAAGAAATGGGATGCTGATAAAATAAGGAAGTTCCATGAACGATGGTACTTCCCTGCAAATGCAACCTTATACATTGTTGGAGATATTGATAACATCTCAAAGGCCGTTAACCAAATTGAGGTTTGAACAAGCTTTTATTTTGTTCTAATAATTCTTCTTTTGTTGACATTAGAGACTACAAAGTTTATTTTGAGGACTCAGTTCATCAGTACACTGATTATTATCTCTCCAGGCTGTCTTTGGTGAAAGTGGCCTAGAAAATGAGGCTGTTTCTACACCTAATCCCAGTGCATTTGGTGCGATGGCTAGTTTTCTTGTTCCCAAGATCTCAGTAGGATTAGGTGGCAGTTTATCAAACGAGAGATCAAATTCAGTAGATCAATCCAAGATCGTTAAGAAAGAAAGACATGCAATCCGTCCTCCTGTGATGCACAACTGGTCTCTTCCTGGGAGCAATGTACATGCAAATCCCCCACAGATATTTCAGCATGAGTTACTACAAAATTTCTCAATTAATATGTTTTGCAAGGTATGTGGTATTTAATATATTTTTTCTAATACTTTCCCTCTTGAACTTATCTTGCATGAGTTCTTTTATTTAGAGCTCTCATAATCACTAATATATAAGCAGGACGAAGAATTAACCTTTTAGAGATGTAATATTGAGATCATGAAAAGGATATTCCAAATAAATCTAGAGAAATTGATATTTACAAATTTTGAGACAATTCATCAATTTCAGATGACCCAACATACTTCCTCTACATTCTCTTGGGTCATTCTTTTATAAAGGGAAAGAAGATTCTTTGGATGGACTTTGTTAGGGTGGTTTTGTGGTTCACTTGGCTAGAAATGAATTAGAGGATTGTCAAGGAAAATGAGCTGCTCCATTTGATCCCTTTTTTGATGTTGTAGTTTATTTTCTCTTGGAATTACACACACACAAGAGAACAGAGCCAGTAGGTATCTTGCTTAAGAAGTTTTTGAAAGCATTGGTTTGTGTTAAACACCAAACACTGAACACCAACTGCCAACACTTCACTCTCTTTGTAATTTCCAGATCAACATGCCGAACTCTGGTGGTCTTCATACATCTCTTTTGTTTTTCGATGCTCAGAAATATGAGTTCTTTTCTCTTATTCTTCAAGCATATTCTTTTTCTGAAGTCTTGTTTTCCTTTTATTGAATTTCATTGCAGATTCCTGTAAATAAGGTTCGAACATTTAGTGACCTGAGAAATGTTCTTATGAAGAGGATATTTCTTTCTGCCTTGCATTTTCGTATAAATACAAGATACAAGGTACATTTGAAACCATATCCTCTCAATTCTGTCTTTGTGAATACTTGAGATTTCAAGTTTTGAATGAGATCTTTTTTTCTGAATTTGTCAAAATCATTTTTTTATTGGTCTTTTAACATAAATTAATATTTCTATTTGAATATACAGCATCTCTTTCATGGGAGTGGGGATCCTAATTTGGTTTTAATGATGTGTTAGTTAGCCTATTTTACTCATTCTATGGCATAAAACTTTTTATTGTTCCAAAGTTTTCTAATTTATTGCAATTTTCAGAGTTCAAATCCACCATTCACTTCCATTGAGTTGGACCACAGTGATTCTGGAAGGGAAGGTTGCACTGTCACCACACTAACAGTAACGGCTGAACCAAAGAATTGGCAAAGCGCGATTAAAGTTGCTGTTCAAGAGGTTTGTGTCGCTTTTTGTATCTATAATGTCCAAAAAATAAACATTAAAATAGTTTTTGTTAAAAATTTTCTCACCCTTTTACTTACCAGTCTACGAGCTAACTTTGAAATTATAGTTTGAATTGCATCCATTTGAATCCTAAATTGAAAAAATTGATAAACTAAATCCCCTTTTTTGGTTTGTTGACCTGGTAATGACTTGATTTATTAGTTTTCATTTTTCTTTTAATGAGCTCAGTGTTGTTTAAAAACATGAAAAACGGCAAATTTCAATTGGGGTTTTATGTTGTTTTTATCATTTCTTTATTAATTATTATTTTTAATTTTAGTAGGTCTGTTATTTTAACTCAATGAAAAACTAATGTTAAAGCAAAAAGAAAAGAAACTTTGAATCGAAGCATTTATTTTGGTTTGGATCAATTTTCACCTATTTTAATTCCTACATTTGGATATAAATATATGTATCATGCTTTTGTAGCATTGCTGGTACTCAGGTCATTTAAATAGAGAAAGGATTTCAGGCTAATAAAATGCCAAGAAATAAAGGGTTTACACCTATTATTTGTAAAAGAGGGAAGAATGAAGGATACCGGGTGATGCAATAACAACACAACACAACAATTTCAATGGCTTTGCTTTTGTTTTCATAGTTACTGGCCTTGAATTATGTGAGATGCAGATCAATTACTGAGTAGTATATAATTTTGATACTGTTTCATTTTTTTTCTTTTGCTTTTCATATTCGATTTCCAGAAGCACAAGCTCTGGCTGCAGTTGGACTGCTGGACTTGTAATAGTTAATTTAATATGTAGTGTATTTCATTTTGTGCAGGTACGGAGGCTTAAAGAGTTTGGTGTAACTAAGGGTGAACTGACTCGGTATATGGATGCACTTCTAAAAGACAGTGAACACCTAGCAGCAATGATTGATAACGTGTCATCAGTTGATAATTTGGATTTTATCATGGAAAGCGATGCTTTGGGGCATACAGTTATGGACCAAAGACAAGGTCATGAAAGTTTGGTTGCTGTTGCTGGAACAGTTACTCTTGAAGAGGTAAGGTACTTTTTTTCTTAATTATATTCTGAATGAAATTTTGAAGGTGTTCGTGAAAGACTAGTTGCACTTGAGAACAAATGGTGACATATTGGGAGGCAGATTATGTTTGTCTCTGACATAGGCTCTTTTTCAATTACTGGCACTGACTAATTCTTGTAGTTTGGTTGTAGTTTCTCTTGACATTGTCTCTTTCAAGAAATAAGTCAGGGTATTGGTTGGAATCACATTTCATTGTCAATGAATAATTTACTAGATGATACCTTCTGTAAGAATAAGTTGGTAGTTGGATAATTCTCTTCCCTTTTTATTGTTTTCTTAAATATTTTCTTCTCAAAACTTTGAAGGATGTGAAAATTGTATTGATGCAAAAATAGTGCAACAGAGAGATTTGATTCTATTCAAAGATCAAAAGAGATGATGAAAAGGCTTTGCAATTTGTATTCAATTAAAGGAAACTATTCCAAGATTTATCCTCCCATCCTTTGCAATTATTAGTGTATATATATTTTTAGTAGTCACATACATTATATGTGTTAGCGATTGAATTTTTTAAATTTATTTCATCAATCAATGGAATGGTCTCTGTTCCTTTAAAAAACAAGATATACGAGTGTATTCTTACTGATTAAAATCATCGATGGGTGGAGCAAATAGCTATGTGAACGTACATGCCCAGTATGTCTCTGAAACTTTGACAATTAGCTATATGAGTGAATTTAAAAATTATGGAGGGTAAGGGTTGACTAAAGTTCTATAACATTGTTTATTTAGTTTATACCCCTTATTACCAGTTCCTTATAAAAGGTTTGATGTATTTTTGTTTTCAAAATTCTGTACCTTAGGTGAATTCCATTGGTGCTGAAGTGTTAGAGTTCATCTCAGATTATGGAAAGCCTACTGCACCCCTTCCTGCAGCTATTGTTGCATGCGTTCCAAAGAAAGCACATATTGATGGATTGGGGGAGACAGAGTTTAAAATAACTGCAAGTGAGATAACTACTGCTATTGAGGCAGGATTGAGGGAACCAATTGAAGCTGAGCCTGAAGTATCTTATTCTCTTATGCTCTCACTTTCTTTTGACTTTTAGTATAAATATATCTCCATGTTTGTTTTATGGTTTATTTCTTATCGGAAATAAATTTCTATCTACTTCTGCAGCTTGAGGTGCCAAAAGAGTTGATATCATCATCACAGATAGCGGAATTAAGGATCCAACACCAGCCATCATTTATTCGTCTCAACCCAGAGACTAATGTCACCAAATTTCATGATAAAGAAACAGGGATCACTCAGTGTCGTCTGTCAAATGGAATTCCTGTGAACTATAAGGTATAACTTATTAGATAAATACAACCAACTTTAACATAACTCAATGGTTGACAAGTATAATTTTTCCCTTGAGGTTGGATGTTCAAATCCGCATACCACTCATTTGTGGTACTAAAAAAACTTATAAGATAAATTACATATTCAGAGGTTAGGCTTCACTTTATGCATGGGGGTTGGAGGGTATAAATCTCTGTCTGTAGATTCCATTAATGTTTTTATTTCTTATCTCAAGAGAACAAAAAGTTTTAATTGAATGTCCTCTAAATAACTTAAAATAACTGAGGTTTCAGACATTGCCTGCTCAAATTCAAGAAATAATTCTTTTTTTGGATAAAATTCAAGAAATAAGTAGTGTGGATCCATTTGACGAATGTTATAAAAAAATTAAATTATTTTTTCATTGCTAGATTGGAAAGTTTATTGTACTTTGTAGTTTTATCTTCTCATTTTCTGATTGTCTGGTAGTACAGTTTTTATTAGTTTTTTACTTCTTTTTGCTAGTATTGGTATATATGTTCAAAAGATATTTGTAGATTACTGCCATGAGTTTTTGTGAGAAGTATAATTTTAGTGGATATCTGACAATAAAGATGCTGTAGTTATATTTCACATTAGTCAAACACAAACTCCAGGGCGAAAAATATCGGATATTCAAGTGATGATTTCTAAATAAGTGTGGGTAGCTCTGAAAAAATGTATGCAGGGGTGGTGATTATTTGTCAACATATTTAACCATTGGTACCATTCTTCATGTAGATTTCAAAAAGTGAAAACAAGGCAGGCGTGATGCGGCTTATAGTTGGTGGGGGACGAGCAGCTGAAAGCCCTGACTCACAAGGAGCTGTTGTAGTCGGTGTTCGAACTCTCAGTGAGGGAGGTCGTGTAGGAACCTTTTCACGGGAGCAGGTATTCTATTAGAATCCTCACACTCTTGACTCCCATCCAATTAATTGTTTGAACTTCAAATTCAGTAAAAGAGTTGAAGGAAGCAATGAACATGAACTTCCTATTGAAACAATAAATAATTGTCCTGGTGGTTTATAAATAGCTGTCTACAAACGAAGTCTATGCACTTGGAAGTAATTTCTGATTTATGTGAAGTGTATTTATCAATTTTGTAATGAATGATGTGAGGTTAAATTGCAAATTTGGTCCTCATGGTTTATAACTAAAATTTTGTCTCCATGGTTTGATAAAACACTAAGGGCAATTTATGAAGATTTCATCAGACTATAGGGACCATTTATGAGGTTCTATCAAACAGTAGGGGCTAAACTCTAATTTTCTCCAAATCATAAGGACCAAATTTGTAATTGAATCATGGCAATACCTTGATAACTGGCATTTTAAGTAACAGCAAGCAGCTTTGTGTTGAAGGTAATTGCTAATGCTGTTATTCCTTTCAAGAACTTGCTTTGGTGTCTCAGACATATGGTTGATGACATTGACATGTAGAAGCTGTATATGAATGGCTTAATGAACGGTTCATTGCCCATATAACTCTTCATTCAAGTTGATCGATGTTGTACATGTAACATTTTGTAGGTGGAACTTTTTTGCGTCAATCACTTGATAAATTGTTCTCTCGAGTCAACCGAAGAGTTCATTGCTATGGAATTTCGTTTCACCTTGAGAGATAATGGGATGCGTGCAGCTTTCCAACTACTTCACATGGTTCTTGAGGTATGTGCAAATGGCTAGTTTTGTTAAAAAAAACCTCATTTTCCCTACAAAGCACAGTTGAGATCTGGACCTATGACAACGATATATATAAACACAACTCTGCTTACTTTTTTTTTTAACAATGGAAACAACAATTTTCATTGATGAAATGAACAAGAGGCTAATACTTGAATTACAGTGAGATATAACTAATAAGGAAACAAGAATCTAAGAAGATTAACCCTAAATATAACTCTGCTTACTTAAAGTTAGTGCTTGAATATTGATAAAACCCAAGTTTTTAGTATAAATTGAATATTTTATTGAGAAAACTGCTCTATAACTTTTAATTCTTACCAATATTTATTTTTGTTTTATTATTATTATTATTATTATTTTAATTCCAAGTGTTTCATCTTAACCTTAAAGGAGGGTAGACCAGTATTTTGTCTGTGAATTAACTTCTTTTTAGTAAGTCCTATATTTCAATAAATTAACCGACAAGGATGAAGAATCATCTCGAGGAATTTTGCTTAGAACTCTTGAAGACTTGACATTTCCCAGCAATCATTCAGGGTTTAATTCAAATTGTATCTCTGAATAATGTTTGTGCATTTTACTGTTTAAAGATGGGCGATTACTAATTTGCAGCATAGTGTCTGGCTGGAAGATGCATTTGATAGAGCAAAGCAGTTATATATGTCATACTACCGGTCTATTCCTAAAAGCCTGGAACGTTCTACTGCTCACAAACTCATGTTAGCTATGCTGAACGGGGATGAGCGGTTTGTTGAGCCTTCCCCAAAATCACTGCAGAACTTAACATTACAAACCGTGAAGGACGCTGTGATGAATCAATTTGTGGGCAATAACATGGAGGTCTGCTTTTTTTCCTTTTAATTGAAAGTGAAAATGACATTAAGAAGTATCATCATCAGAGAGAGAACGAGATATCCTAATTAATTGAAGAGAAAGTAGAAGAAATATAATCATGCAGAGTACGAAGAAAAAAGCATTTTACATTCTGGACCAATGAAAGGCAATCTGTTCTTTTTTGAGAAGTTACATTTTTTAACAATAATTCCTGATATATCTGTCACGGAATCTTGCCATTTTGTAGGTAAGTCTTGTTGGGGACTTTTCAGAAGAAGAAATTGAGTCTTGTATTCTAGATTACCTTGGTACAGTCACAGCAACTACAACTTCTGAGGCAGCACTTGCTTCAGTTCCCATTGTGTTTCGACCATCTGCATCTGAGTTACAATTTCAGCAGGTGAGGGTGATTTACTTTTTAAAACTGTCTAGTTTACTTTTTAAGATCTTTAACCTCACCCTGCACTGAGTTATTCTTTGCAAAATTTATTATAAAATTAAAAATTAATCCACTCCTTTTGTAGTTTTGTTTCTTAGAAGTGGATATTACCTGATCCACACCAAAAAGATACTGGAAAAGATCTCAATGATTTTCATATAGTTTTTGCAGTTGCCTGCTTTCTGAGATCAATGTGATATTGTGTTCAGATCATTGTAATCTCTGTTACGTTTTTTATATCAAGTTCTTCGTTATATTTGAACAGGTATTTTTAAAGGATACAGACGAAAGAGCATGCGCTTATATTTCAGGTCCTGCACCCAACCGTTGGGGTGTTACATTTGAGGGTTTAGAGTTGTTAGAATCAATTAGTCAGATTTCAAGAACAGGTGGTGAGTTTCTCTGCGAAGAAGTGTGACTTACCATTTCCTGATTCTCTAATATAGCTTATGATTGGTCCTTTTTTTCCTTACTTTCTTTTTTTTAAACTCCAGAAAGTGACGAATCTGATAATGATATCGAGAAGGGGTTGCAGAGAAAACTTCGTAGTCATCCACTCTTTTTTGGAATCACAATGGGGCTTTTGGCCGAGATTATAAATTCTAGGCAAGTCTTCTCTCCCAACTGCATTTTGTAATCTTTAGTTTTCTTTCTCCTTGGTGCACAAGTTAATGTTTGGTTCCCCCTTTTAAGTTTTAGTTTTTTATTATTTTTGTTTACTTCCTTTCTTTTTCTTGTTAATTTGTTGGGGTTTCTTCTTTTTGGTTCTTTGTTATCAAGGCCCACAACTCCCACTACACTCATATCCAATCATCTTTGCTACCATTGCCATCATGTCGACTGTTTCCAGTTAGCCACGTCCTCTCACAAACCCACCCACACCCTTGTCCATTTGTTTGTTGGCCTCTCCTAACATGGTTTGAAAACAGGCTAAATCTCTGTCCTACAAGAGATACGTGAATCATAAAGCACCGGAAGATTGAAGTTACGCACTCGAGTCCGGGTACAAAAATCTCTAGTAGTTGTCTGAATTTCAATTGACCTAACAAGAATGAAACAAAGATGCTGAAAACTGCCCTCCACTTTATCTTATTTTCTCCATCCCTTCAAAAACTGTCCTTCCATTTCACTTAACACTAAAGTAAGAAAATACCTTACCCCTTGCTTAGGAATCGATCTTCAAAAAAGTTCTGTTCTTTTCCTTAAAATTACTCAAATTGGCCCAGTCACCTGCCAGGCCCAAAAAGAACCGACCAAACCTTCAGGTTGCTGTTTGGTTTCGCATGGTTTTTTTAGCAAATGTAGTTCAATGTGGTTTTTCTTTCAAAATAATTTACTTCGTTTTTGGTTCAGCTCCAAAACTAAGACAAACAAAATCATGAACATTCTTTATTTGCAAGAAATAATTAAGGAATAAGCCTTCCAAATAAATGTGCACGATGACATGGCAAAATGAAGAATTAAGGATTTATGAATCCCTTTCCATAGCTTTTGAAGCACAACCATCAATGGGTTTCGCATTAAAGAATCTAATTTGTGTGCAAATGTCAGCTAACAATTAATGTAAACCATGTTATGTCTGATAATGATTAATGAATATCAATTTTCTACTTTCTCTTAATTCTTAAGTTGAAGGCTGGAAGCCATTTTTAAAATTTATTGTGCTAGTTTTGCCCCAAGTCTTCCCACATAACTTCTTCACTACTGTTACTTCATTTGCTAACATTTGCAAAAATATTATTGATGTGGTAATTCCAGGCTTTTCACAAGTGTGAGGGATTCTCTTGGTTTGACATATGACGTATCCTTTGAATTGAGCCTGTTTGATAGGCTTAAGCTCGGATGGTATGTTATATCTGTGACATCAACTCCAGCCAAGGTTTGGACTCAATTTTCATTAAGATCCTTGTTAACTTCATTTATTTCTTTTTTTCTTTCACTAATACAATTCCTCTTTTCAGGTGTACAAAGCTGTTGACGCTTGCAAAAGCGTTCTGAGAGGTTTACATAGCAACAAAATTGCCCAAAGAGAGTTGGACAGGGTAAAGTGTTAAATCAACCTACTGAGCTAGTACTGGCTACTAAAAACTTAATTAGTTTCCATTTCATATTTTTAAACAGTAGCAAGCCACTAAAAGCATTTTAATGATTTTCATTTCAAACTGAAAATAGTTCATTGCTCCCTACCCGTCTCTTCATTTTACATATCTTACTATGAGATTCTTTCTCGTGCGGTTCTGTACTGCCTCTCTCATTCTTAGTCAAGGTTTTAAATAATGTTTTCCAACTGCAGGCAAAGCGTACTCTTCTTATGAGGCATGAAGCTGAAATAAAGTCCAATGCTTATTGGCTTGGCCTATTGGCTCATCTGCAAGCGTCTTCTGTTCCACGGAAGGTAGAACTAATGTGCTTCTACTTCTCTTCATTATCTATTCCTATTCTTTTGCCTTGAAAACAGAGAAAAGATTGCATACAATACAATGATTTTATAATATGTTGCAACTGTGCGTCTTTTGTGTCTCACCTATCTTTTCTCTTCTGACTGTGGAGCAGGACCTATCGTGCATCAAAGATCTTACATCATTGTATGAAGCTGCCACCATTGATGACGTCTACATTGCTTATGATCAATTGAAAGTAGATGCAGATTCTTTGTATACGTGCATCGGGATAGCTGGAGCTCAAGCTGGGGAAGAAAGTATTGGTGAGAATTCGTGTATTTCAGTATTTCACCAGTCATTAATTGATAAATTCCTTCAAATTTTTTTGGAGGTTTATATTTTTCTTTAAGATAAATTGGGCTGTCCTCCAATGGTATTGGTACCAACCTTAGATTTGCCAAGTGGATTTGCTTTTCTCATTGTATAAATTAAGATATAAATCATAAAAATGTGGGTTTTGAAATTTTTATTCAAGCCTTATTTCATGTTGTGGTTGCAGTTTCTTTTGAAGAGGAAGGATCAGACCAAGATTTTCAAGGTGTTATTCCATCTGGACGCGGCTTATCTACAATGACCAGACCGACAACATGATCCTCCCTTGATAAATCTTTTAAAATTATCGTTAGGGATCGATCAACTAAAGGTTTGTTTTGTTTATAATTTTATTTCACAAAAACTTTGACTCCTTTGCACTCAAGCTATTGGCTAAATTGGCATTTTGATCCAATATATATGTTCAACTTTCAATCTTGTTCGATTTTTTCTTTTTTTCTGTAATTGAACATAATAAAATACCTGTTTGTTATTGGACAGAAAAAACACTTATGGAGCTATTTTGTTATTTGTCGTGAAGTTATAATAAAAAGAACTTTAGAAGAAAACTCTAAATATAGCTCAATTAGTTATAACATAGTGTAGATGTGCAAAATTTTAAATCATTTTGGGATGATCTGAAAGGAAATAAGAAATAAGGTTTCGTTGGTCAGTAAATATTGATTATGAATATAATGTCTATTCTACAAGTTTATAGAAGTATAATCAGTCCTTTGGTTTCAAAGATACCTTACCCTCATGATTGATCATTGTATAGGATGGATACTCACTTCAAAGTACAGCCAATTATTTAGCCGAAGCATACGAAGCTGCATCACTGATCTCTCTCGGTGTAAAGTAGTTTGCTCGTCGTAAGCTGATTGGCAAACACGTGGTTTAATTGGGATGCTGTTGTTCTCGGGTTTCTTTCTTGCCATCAGGCATTAATATTGCTTGAATATACAACGATGCTGATTCATTTTTCATAATGCATCATTTAGATAGCAGCCGTAGAGCTTGATTGTGTTTTTCACAATATCAGAGTAAGATAGAATACTTTGTATGCATCGATTTTTTAGTAATATATGAATAAGTATTAGTCTTTTTTCTTGTGGTATGCCGAGGACAACTATTTTAATTCATACTCAATAATATAAATATCTTATTTTCAGTTTCAT

Coding sequence (CDS)

ATGGCCGTTGCAACCTCTTCTACTGTTTCAAATTTGACGCAAAGACGGCCCTTGTTGAGTCTAAAAGACCAAACTACTCCCATTAAGCGGGTGAACTCGGTGCAACTCCCTTCCCGCTCTATTTCCGCTCATCTCTCTCGATTCGATGTAGACTCTCGATTTGTTGTCCCTTTGAGGAGGCACTCTCGTGACGATGGTATTGGTAGACACAAGTTTAGAAGAAATAAGGATAATGCTCGAAGACCATGTGCTTATAAAATTGGGGAGCGTGGGAATGAAACGTTGACTAATTGTATCTCTTGCTTTCTTAACCAAAAAAGAAGATGTCCCAGTATCAAAAGACCAACATCTAGATTCATTCTAGACAAGTCTGCTTTTCAGTTATCCAAGAATGAACGTGATGATAGAGTTGTGAAGCATGCTCGTATTGTTTGTGGAACTGTAGGTCCAGATGAGCCTCATGCAGCACCTACAGCCTGGCCTGATGGTATTCTGGAGAAACAAGATTTAGATGTTTCATATCCTGAGTTTGGAAGGGCAGAGTTAGAAGCATTTCTTAGTTCAGAACTTCCGTCTCATCCGAAGTTGTATAGAGGGCAGTTGAAAAATGGATTGAAGTATCTAATTTTACCAAATAAAGTTCCACCCAACAGGTTTGAAGCACACATGGAAGTTCATGTGGGATCAATTGATGAAGAAGATGACGAGCAAGGAATTGCGCACATGATTGAGCATGTAGCCTTCCTTGGAAGTAAGAAACGTGAAAAGCTTTTGGGTACAGGCGCACGATCTAATGCCTACACTGATTTCCACCATACTGTGTTTCATATACATTCACCAACTAGCACAAAGGATTCTGATGGAGATCTACTTCCATCTGTTCTTGACGCCTTAAATGAGATAGCTTTCCACCCAAAGTTCCTTGCTTCACGAGTTGAAAAAGAGAGGCGTGCCATTCTCTCTGAACTACAGATGATGAATACAATAGAATATCGTGTTGATTGTCAGCTGTTACAACATCTGCATTCTGAAAACAAGCTTAGCAAAAGGTTCCCAATCGGATTGGAAGAACAGATTAAGAAATGGGATGCTGATAAAATAAGGAAGTTCCATGAACGATGGTACTTCCCTGCAAATGCAACCTTATACATTGTTGGAGATATTGATAACATCTCAAAGGCCGTTAACCAAATTGAGGCTGTCTTTGGTGAAAGTGGCCTAGAAAATGAGGCTGTTTCTACACCTAATCCCAGTGCATTTGGTGCGATGGCTAGTTTTCTTGTTCCCAAGATCTCAGTAGGATTAGGTGGCAGTTTATCAAACGAGAGATCAAATTCAGTAGATCAATCCAAGATCGTTAAGAAAGAAAGACATGCAATCCGTCCTCCTGTGATGCACAACTGGTCTCTTCCTGGGAGCAATGTACATGCAAATCCCCCACAGATATTTCAGCATGAGTTACTACAAAATTTCTCAATTAATATGTTTTGCAAGATTCCTGTAAATAAGGTTCGAACATTTAGTGACCTGAGAAATGTTCTTATGAAGAGGATATTTCTTTCTGCCTTGCATTTTCGTATAAATACAAGATACAAGAGTTCAAATCCACCATTCACTTCCATTGAGTTGGACCACAGTGATTCTGGAAGGGAAGGTTGCACTGTCACCACACTAACAGTAACGGCTGAACCAAAGAATTGGCAAAGCGCGATTAAAGTTGCTGTTCAAGAGGTACGGAGGCTTAAAGAGTTTGGTGTAACTAAGGGTGAACTGACTCGGTATATGGATGCACTTCTAAAAGACAGTGAACACCTAGCAGCAATGATTGATAACGTGTCATCAGTTGATAATTTGGATTTTATCATGGAAAGCGATGCTTTGGGGCATACAGTTATGGACCAAAGACAAGGTCATGAAAGTTTGGTTGCTGTTGCTGGAACAGTTACTCTTGAAGAGGTGAATTCCATTGGTGCTGAAGTGTTAGAGTTCATCTCAGATTATGGAAAGCCTACTGCACCCCTTCCTGCAGCTATTGTTGCATGCGTTCCAAAGAAAGCACATATTGATGGATTGGGGGAGACAGAGTTTAAAATAACTGCAAGTGAGATAACTACTGCTATTGAGGCAGGATTGAGGGAACCAATTGAAGCTGAGCCTGAACTTGAGGTGCCAAAAGAGTTGATATCATCATCACAGATAGCGGAATTAAGGATCCAACACCAGCCATCATTTATTCGTCTCAACCCAGAGACTAATGTCACCAAATTTCATGATAAAGAAACAGGGATCACTCAGTGTCGTCTGTCAAATGGAATTCCTGTGAACTATAAGATTTCAAAAAGTGAAAACAAGGCAGGCGTGATGCGGCTTATAGTTGGTGGGGGACGAGCAGCTGAAAGCCCTGACTCACAAGGAGCTGTTGTAGTCGGTGTTCGAACTCTCAGTGAGGGAGGTCGTGTAGGAACCTTTTCACGGGAGCAGGTGGAACTTTTTTGCGTCAATCACTTGATAAATTGTTCTCTCGAGTCAACCGAAGAGTTCATTGCTATGGAATTTCGTTTCACCTTGAGAGATAATGGGATGCGTGCAGCTTTCCAACTACTTCACATGGTTCTTGAGCATAGTGTCTGGCTGGAAGATGCATTTGATAGAGCAAAGCAGTTATATATGTCATACTACCGGTCTATTCCTAAAAGCCTGGAACGTTCTACTGCTCACAAACTCATGTTAGCTATGCTGAACGGGGATGAGCGGTTTGTTGAGCCTTCCCCAAAATCACTGCAGAACTTAACATTACAAACCGTGAAGGACGCTGTGATGAATCAATTTGTGGGCAATAACATGGAGGTAAGTCTTGTTGGGGACTTTTCAGAAGAAGAAATTGAGTCTTGTATTCTAGATTACCTTGGTACAGTCACAGCAACTACAACTTCTGAGGCAGCACTTGCTTCAGTTCCCATTGTGTTTCGACCATCTGCATCTGAGTTACAATTTCAGCAGGTATTTTTAAAGGATACAGACGAAAGAGCATGCGCTTATATTTCAGGTCCTGCACCCAACCGTTGGGGTGTTACATTTGAGGGTTTAGAGTTGTTAGAATCAATTAGTCAGATTTCAAGAACAGGTGAAAGTGACGAATCTGATAATGATATCGAGAAGGGGTTGCAGAGAAAACTTCGTAGTCATCCACTCTTTTTTGGAATCACAATGGGGCTTTTGGCCGAGATTATAAATTCTAGGCTTTTCACAAGTGTGAGGGATTCTCTTGGTTTGACATATGACGTATCCTTTGAATTGAGCCTGTTTGATAGGCTTAAGCTCGGATGGTATGTTATATCTGTGACATCAACTCCAGCCAAGGTGTACAAAGCTGTTGACGCTTGCAAAAGCGTTCTGAGAGGTTTACATAGCAACAAAATTGCCCAAAGAGAGTTGGACAGGGCAAAGCGTACTCTTCTTATGAGGCATGAAGCTGAAATAAAGTCCAATGCTTATTGGCTTGGCCTATTGGCTCATCTGCAAGCGTCTTCTGTTCCACGGAAGGACCTATCGTGCATCAAAGATCTTACATCATTGTATGAAGCTGCCACCATTGATGACGTCTACATTGCTTATGATCAATTGAAAGTAGATGCAGATTCTTTGTATACGTGCATCGGGATAGCTGGAGCTCAAGCTGGGGAAGAAAGTATTGTTTCTTTTGAAGAGGAAGGATCAGACCAAGATTTTCAAGGTGTTATTCCATCTGGACGCGGCTTATCTACAATGACCAGACCGACAACATGA

Protein sequence

MAVATSSTVSNLTQRRPLLSLKDQTTPIKRVNSVQLPSRSISAHLSRFDVDSRFVVPLRRHSRDDGIGRHKFRRNKDNARRPCAYKIGERGNETLTNCISCFLNQKRRCPSIKRPTSRFILDKSAFQLSKNERDDRVVKHARIVCGTVGPDEPHAAPTAWPDGILEKQDLDVSYPEFGRAELEAFLSSELPSHPKLYRGQLKNGLKYLILPNKVPPNRFEAHMEVHVGSIDEEDDEQGIAHMIEHVAFLGSKKREKLLGTGARSNAYTDFHHTVFHIHSPTSTKDSDGDLLPSVLDALNEIAFHPKFLASRVEKERRAILSELQMMNTIEYRVDCQLLQHLHSENKLSKRFPIGLEEQIKKWDADKIRKFHERWYFPANATLYIVGDIDNISKAVNQIEAVFGESGLENEAVSTPNPSAFGAMASFLVPKISVGLGGSLSNERSNSVDQSKIVKKERHAIRPPVMHNWSLPGSNVHANPPQIFQHELLQNFSINMFCKIPVNKVRTFSDLRNVLMKRIFLSALHFRINTRYKSSNPPFTSIELDHSDSGREGCTVTTLTVTAEPKNWQSAIKVAVQEVRRLKEFGVTKGELTRYMDALLKDSEHLAAMIDNVSSVDNLDFIMESDALGHTVMDQRQGHESLVAVAGTVTLEEVNSIGAEVLEFISDYGKPTAPLPAAIVACVPKKAHIDGLGETEFKITASEITTAIEAGLREPIEAEPELEVPKELISSSQIAELRIQHQPSFIRLNPETNVTKFHDKETGITQCRLSNGIPVNYKISKSENKAGVMRLIVGGGRAAESPDSQGAVVVGVRTLSEGGRVGTFSREQVELFCVNHLINCSLESTEEFIAMEFRFTLRDNGMRAAFQLLHMVLEHSVWLEDAFDRAKQLYMSYYRSIPKSLERSTAHKLMLAMLNGDERFVEPSPKSLQNLTLQTVKDAVMNQFVGNNMEVSLVGDFSEEEIESCILDYLGTVTATTTSEAALASVPIVFRPSASELQFQQVFLKDTDERACAYISGPAPNRWGVTFEGLELLESISQISRTGESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT

Homology

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BLAST of Cucsat.G8741 vs. ExPASy Swiss-Prot
Match: Q9FIH8 (Stromal processing peptidase, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=SPP PE=2 SV=1)

HSP 1 Score: 340.1 bits (871), Expect = 1.9e-92
Identity = 170/210 (80.95%), Postives = 190/210 (90.48%), Query Frame = 0


Query: 17   EKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDVSFELSLFDRLKLGWYV 76
            ++ LQ+KLR+HPLFFG+TMGLLAEIINSRLFT+VRDSLGLTYDVSFEL+LFDRL LGWYV
Sbjct: 1056 DRELQKKLRAHPLFFGVTMGLLAEIINSRLFTTVRDSLGLTYDVSFELNLFDRLNLGWYV 1115

Query: 77   ISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMRHEAEIKSNAYWLGLLA 136
            ISVTSTP KVYKAVDACKSVLRGLHSN+IA RELDRAKRTLLMRHEAE+KSNAYWL LLA
Sbjct: 1116 ISVTSTPGKVYKAVDACKSVLRGLHSNQIAPRELDRAKRTLLMRHEAELKSNAYWLNLLA 1175

Query: 137  HLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSLYTCIGIAGAQAGEESI 196
            HLQASSVPRK+LSCIK+L SLYEAA+I+D+Y+AY+QL+VD DSLY+CIGIAGAQAGEE  
Sbjct: 1176 HLQASSVPRKELSCIKELVSLYEAASIEDIYLAYNQLRVDEDSLYSCIGIAGAQAGEEIT 1235

Query: 197  VSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 227
            V  EEE  +  F GV+P GRG S  TRPTT
Sbjct: 1236 VLSEEEEPEDVFSGVVPVGRGSSMTTRPTT 1265

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BLAST of Cucsat.G8741 vs. ExPASy Swiss-Prot
Match: Q40983 (Stromal processing peptidase, chloroplastic OS=Pisum sativum OX=3888 GN=SPP PE=1 SV=2)

HSP 1 Score: 336.7 bits (862), Expect = 2.1e-91
Identity = 167/206 (81.07%), Postives = 188/206 (91.26%), Query Frame = 0


Query: 21   QRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDVSFELSLFDRLKLGWYVISVT 80
            +R LRSHPLFFGITMGLL+EIINSRLFT+VRDSLGLTYDVSFEL+LFDRLKLGWYV+SVT
Sbjct: 1052 RRSLRSHPLFFGITMGLLSEIINSRLFTTVRDSLGLTYDVSFELNLFDRLKLGWYVVSVT 1111

Query: 81   STPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMRHEAEIKSNAYWLGLLAHLQA 140
            STP+KV+KAVDACK+VLRGLHSN I  RELDRAKRTLLMRHEAEIKSNAYWLGLLAHLQ+
Sbjct: 1112 STPSKVHKAVDACKNVLRGLHSNGITVRELDRAKRTLLMRHEAEIKSNAYWLGLLAHLQS 1171

Query: 141  SSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSLYTCIGIAGAQAGEESIVSFE 200
            SSVPRKDLSCIKDLTSLYEAATI+D  +AY+QLKVD DSLY+CIG++GAQA ++     E
Sbjct: 1172 SSVPRKDLSCIKDLTSLYEAATIEDTCLAYEQLKVDEDSLYSCIGVSGAQAAQDIAAPVE 1231

Query: 201  EEGSDQDFQGVIPSGRGLSTMTRPTT 227
            EE + + + GV+P GRGLSTMTRPTT
Sbjct: 1232 EEEAGEGYPGVLPMGRGLSTMTRPTT 1257

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BLAST of Cucsat.G8741 vs. ExPASy Swiss-Prot
Match: B8B0E2 (Stromal processing peptidase, chloroplastic OS=Oryza sativa subsp. indica OX=39946 GN=OsI_23765 PE=1 SV=2)

HSP 1 Score: 304.3 bits (778), Expect = 1.2e-81
Identity = 153/219 (69.86%), Postives = 186/219 (84.93%), Query Frame = 0


Query: 9    SDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDVSFELSLFD 68
            S+ ++ D+ +     +RSH LFFGIT+ LLAEIINSRLFT+VRDS+GLTYDVSFEL+LFD
Sbjct: 1032 SESANTDLTERKHNDVRSHSLFFGITLSLLAEIINSRLFTTVRDSMGLTYDVSFELNLFD 1091

Query: 69   RLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMRHEAEIKSN 128
            +L LGWYVI+VTSTP+KV+KAVDACK VLRGLHSNKI +RELDRAKRTLLM+HEAE K+N
Sbjct: 1092 KLDLGWYVIAVTSTPSKVHKAVDACKGVLRGLHSNKIVERELDRAKRTLLMKHEAETKTN 1151

Query: 129  AYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSLYTCIGIAG 188
            AYWLGLLAHLQ+SSVPRK++SCIK+LT LYE+ATI+D+Y+AY+ LKVD  SL+ CIGIAG
Sbjct: 1152 AYWLGLLAHLQSSSVPRKEISCIKELTMLYESATIEDLYLAYEHLKVDESSLFACIGIAG 1211

Query: 189  AQAGEESIVSFEEEGSDQDFQGVIP-SGRGLSTMTRPTT 227
            A++GEE+     ++  D    G+ P  GRGLSTMTRPTT
Sbjct: 1212 AESGEET----TDDELDMGLHGMGPIGGRGLSTMTRPTT 1246

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BLAST of Cucsat.G8741 vs. ExPASy Swiss-Prot
Match: Q69TY5 (Stromal processing peptidase, chloroplastic OS=Oryza sativa subsp. japonica OX=39947 GN=SPP PE=2 SV=2)

HSP 1 Score: 304.3 bits (778), Expect = 1.2e-81
Identity = 153/219 (69.86%), Postives = 186/219 (84.93%), Query Frame = 0


Query: 9    SDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDVSFELSLFD 68
            S+ ++ D+ +     +RSH LFFGIT+ LLAEIINSRLFT+VRDS+GLTYDVSFEL+LFD
Sbjct: 1032 SESANTDLTERKHNDVRSHSLFFGITLSLLAEIINSRLFTTVRDSMGLTYDVSFELNLFD 1091

Query: 69   RLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMRHEAEIKSN 128
            +L LGWYVI+VTSTP+KV+KAVDACK VLRGLHSNKI +RELDRAKRTLLM+HEAE K+N
Sbjct: 1092 KLDLGWYVIAVTSTPSKVHKAVDACKGVLRGLHSNKIVERELDRAKRTLLMKHEAETKTN 1151

Query: 129  AYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSLYTCIGIAG 188
            AYWLGLLAHLQ+SSVPRK++SCIK+LT LYE+ATI+D+Y+AY+ LKVD  SL+ CIGIAG
Sbjct: 1152 AYWLGLLAHLQSSSVPRKEISCIKELTMLYESATIEDLYLAYEHLKVDESSLFACIGIAG 1211

Query: 189  AQAGEESIVSFEEEGSDQDFQGVIP-SGRGLSTMTRPTT 227
            A++GEE+     ++  D    G+ P  GRGLSTMTRPTT
Sbjct: 1212 AESGEET----TDDELDMGLHGMGPIGGRGLSTMTRPTT 1246

[Close]

BLAST of Cucsat.G8741 vs. NCBI nr
Match: XP_011648983.1 (stromal processing peptidase, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 440 bits (1132), Expect = 6.44e-143
Identity = 226/226 (100.00%), Postives = 226/226 (100.00%), Query Frame = 0


Query: 1    ISQISRTESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 60
            ISQISRTESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV
Sbjct: 1035 ISQISRTESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 1094

Query: 61   SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 120
            SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR
Sbjct: 1095 SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 1154

Query: 121  HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 180
            HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL
Sbjct: 1155 HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 1214

Query: 181  YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1260

[Close]

BLAST of Cucsat.G8741 vs. NCBI nr
Match: XP_008441915.1 (PREDICTED: stromal processing peptidase, chloroplastic isoform X2 [Cucumis melo])

HSP 1 Score: 438 bits (1126), Expect = 4.89e-142
Identity = 224/226 (99.12%), Postives = 226/226 (100.00%), Query Frame = 0


Query: 1    ISQISRTESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 60
            +SQISRTESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV
Sbjct: 1035 VSQISRTESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 1094

Query: 61   SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 120
            SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR
Sbjct: 1095 SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 1154

Query: 121  HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 180
            HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL
Sbjct: 1155 HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 1214

Query: 181  YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1260

[Close]

BLAST of Cucsat.G8741 vs. NCBI nr
Match: XP_004152885.1 (stromal processing peptidase, chloroplastic isoform X1 [Cucumis sativus] >KGN61235.1 hypothetical protein Csa_006672 [Cucumis sativus])

HSP 1 Score: 436 bits (1120), Expect = 3.77e-141
Identity = 226/227 (99.56%), Postives = 226/227 (99.56%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 60
            ISQISRT ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD
Sbjct: 1035 ISQISRTGESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 1094

Query: 61   VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 120
            VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM
Sbjct: 1095 VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 1154

Query: 121  RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 180
            RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS
Sbjct: 1155 RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 1214

Query: 181  LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1261

[Close]

BLAST of Cucsat.G8741 vs. NCBI nr
Match: XP_008441914.1 (PREDICTED: stromal processing peptidase, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 433 bits (1114), Expect = 2.86e-140
Identity = 224/227 (98.68%), Postives = 226/227 (99.56%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 60
            +SQISRT ESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD
Sbjct: 1035 VSQISRTGESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 1094

Query: 61   VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 120
            VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM
Sbjct: 1095 VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 1154

Query: 121  RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 180
            RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS
Sbjct: 1155 RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 1214

Query: 181  LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1261

[Close]

BLAST of Cucsat.G8741 vs. NCBI nr
Match: KAA0047681.1 (stromal processing peptidase [Cucumis melo var. makuwa] >TYK08337.1 stromal processing peptidase [Cucumis melo var. makuwa])

HSP 1 Score: 426 bits (1094), Expect = 3.56e-139
Identity = 224/236 (94.92%), Postives = 226/236 (95.76%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSR---------LFTSV 60
            +SQISRT ESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSR         LFTSV
Sbjct: 813  VSQISRTGESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRQVFSPNCILLFTSV 872

Query: 61   RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL 120
            RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL
Sbjct: 873  RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL 932

Query: 121  DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY 180
            DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY
Sbjct: 933  DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY 992

Query: 181  DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 993  DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1048

[Close]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL
Match: A0A1S3B595 (stromal processing peptidase, chloroplastic isoform X2 OS=Cucumis melo OX=3656 GN=LOC103485911 PE=4 SV=1)

HSP 1 Score: 438 bits (1126), Expect = 2.37e-142
Identity = 224/226 (99.12%), Postives = 226/226 (100.00%), Query Frame = 0


Query: 1    ISQISRTESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 60
            +SQISRTESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV
Sbjct: 1035 VSQISRTESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYDV 1094

Query: 61   SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 120
            SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR
Sbjct: 1095 SFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLMR 1154

Query: 121  HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 180
            HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL
Sbjct: 1155 HEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADSL 1214

Query: 181  YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 YTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1260

[Close]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL
Match: A0A0A0LH02 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G072490 PE=4 SV=1)

HSP 1 Score: 436 bits (1120), Expect = 1.83e-141
Identity = 226/227 (99.56%), Postives = 226/227 (99.56%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 60
            ISQISRT ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD
Sbjct: 1035 ISQISRTGESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 1094

Query: 61   VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 120
            VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM
Sbjct: 1095 VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 1154

Query: 121  RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 180
            RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS
Sbjct: 1155 RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 1214

Query: 181  LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1261

[Close]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL
Match: A0A1S3B556 (stromal processing peptidase, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103485911 PE=4 SV=1)

HSP 1 Score: 433 bits (1114), Expect = 1.38e-140
Identity = 224/227 (98.68%), Postives = 226/227 (99.56%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 60
            +SQISRT ESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD
Sbjct: 1035 VSQISRTGESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 1094

Query: 61   VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 120
            VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM
Sbjct: 1095 VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 1154

Query: 121  RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 180
            RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS
Sbjct: 1155 RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 1214

Query: 181  LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 1215 LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1261

[Close]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL
Match: A0A5A7U266 (Stromal processing peptidase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold648G001360 PE=4 SV=1)

HSP 1 Score: 426 bits (1094), Expect = 1.72e-139
Identity = 224/236 (94.92%), Postives = 226/236 (95.76%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSR---------LFTSV 60
            +SQISRT ESDESD+DIEKGLQRKLRSHPLFFGITMGLLAEIINSR         LFTSV
Sbjct: 813  VSQISRTGESDESDSDIEKGLQRKLRSHPLFFGITMGLLAEIINSRQVFSPNCILLFTSV 872

Query: 61   RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL 120
            RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL
Sbjct: 873  RDSLGLTYDVSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQREL 932

Query: 121  DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY 180
            DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY
Sbjct: 933  DRAKRTLLMRHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAY 992

Query: 181  DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT
Sbjct: 993  DQLKVDADSLYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 1048

[Close]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL
Match: A0A6J1HNZ8 (stromal processing peptidase, chloroplastic-like isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111465360 PE=4 SV=1)

HSP 1 Score: 428 bits (1101), Expect = 1.19e-138
Identity = 218/227 (96.04%), Postives = 225/227 (99.12%), Query Frame = 0


Query: 1    ISQISRT-ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTSVRDSLGLTYD 60
            +SQISRT ESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFT+VRDSLGLTYD
Sbjct: 1039 VSQISRTDESDESDNDIEKGLQRKLRSHPLFFGITMGLLAEIINSRLFTNVRDSLGLTYD 1098

Query: 61   VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKSVLRGLHSNKIAQRELDRAKRTLLM 120
            VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACK+VLRGLH NKI+QRELDRAKRTLLM
Sbjct: 1099 VSFELSLFDRLKLGWYVISVTSTPAKVYKAVDACKNVLRGLHGNKISQRELDRAKRTLLM 1158

Query: 121  RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 180
            RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS
Sbjct: 1159 RHEAEIKSNAYWLGLLAHLQASSVPRKDLSCIKDLTSLYEAATIDDVYIAYDQLKVDADS 1218

Query: 181  LYTCIGIAGAQAGEESIVSFEEEGSDQDFQGVIPSGRGLSTMTRPTT 226
            LYTCIG+AGAQAGEESIVSFEEEGSDQDFQGV+P+GRGLSTMTRPTT
Sbjct: 1219 LYTCIGVAGAQAGEESIVSFEEEGSDQDFQGVVPTGRGLSTMTRPTT 1265

The following BLAST results are available for this feature:

BLAST of Cucsat.G8741 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9FIH8	1.9e-92	80.95	Stromal processing peptidase, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=S...	[more]
Q40983	2.1e-91	81.07	Stromal processing peptidase, chloroplastic OS=Pisum sativum OX=3888 GN=SPP PE=1...	[more]
B8B0E2	1.2e-81	69.86	Stromal processing peptidase, chloroplastic OS=Oryza sativa subsp. indica OX=399...	[more]
Q69TY5	1.2e-81	69.86	Stromal processing peptidase, chloroplastic OS=Oryza sativa subsp. japonica OX=3...	[more]

BLAST of Cucsat.G8741 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011648983.1	6.44e-143	100.00	stromal processing peptidase, chloroplastic isoform X2 [Cucumis sativus]	[more]
XP_008441915.1	4.89e-142	99.12	PREDICTED: stromal processing peptidase, chloroplastic isoform X2 [Cucumis melo]	[more]
XP_004152885.1	3.77e-141	99.56	stromal processing peptidase, chloroplastic isoform X1 [Cucumis sativus] >KGN612...	[more]
XP_008441914.1	2.86e-140	98.68	PREDICTED: stromal processing peptidase, chloroplastic isoform X1 [Cucumis melo]	[more]
KAA0047681.1	3.56e-139	94.92	stromal processing peptidase [Cucumis melo var. makuwa] >TYK08337.1 stromal proc...	[more]

BLAST of Cucsat.G8741 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3B595	2.37e-142	99.12	stromal processing peptidase, chloroplastic isoform X2 OS=Cucumis melo OX=3656 G...	[more]
A0A0A0LH02	1.83e-141	99.56	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G072490 PE=4 SV=1	[more]
A0A1S3B556	1.38e-140	98.68	stromal processing peptidase, chloroplastic isoform X1 OS=Cucumis melo OX=3656 G...	[more]
A0A5A7U266	1.72e-139	94.92	Stromal processing peptidase OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sca...	[more]
A0A6J1HNZ8	1.19e-138	96.04	stromal processing peptidase, chloroplastic-like isoform X1 OS=Cucurbita maxima ...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR007863	Peptidase M16, C-terminal	PFAM	PF05193	Peptidase_M16_C	coord: 361..598 e-value: 1.5E-41 score: 142.4
IPR011765	Peptidase M16, N-terminal	PFAM	PF00675	Peptidase_M16	coord: 212..343 e-value: 1.2E-21 score: 77.3
None	No IPR available	GENE3D	3.30.830.10		coord: 191..410 e-value: 6.3E-57 score: 194.6
None	No IPR available	GENE3D	3.30.830.10		coord: 473..661 e-value: 2.1E-11 score: 45.6
None	No IPR available	PANTHER	PTHR43690:SF17	STROMAL PROCESSING PEPTIDASE, CHLOROPLASTIC-RELATED	coord: 149..873
None	No IPR available	PANTHER	PTHR43690	NARDILYSIN	coord: 149..873
IPR011249	Metalloenzyme, LuxS/M16 peptidase-like	SUPERFAMILY	63411	LuxS/MPP-like metallohydrolase	coord: 193..402

Relationships

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


Feature Name	Unique Name	Type
Cucsat.G8741.T1	Cucsat.G8741.T1	mRNA
Cucsat.G8741.T5	Cucsat.G8741.T5	mRNA
Cucsat.G8741.T4	Cucsat.G8741.T4	mRNA
Cucsat.G8741.T3	Cucsat.G8741.T3	mRNA
Cucsat.G8741.T2	Cucsat.G8741.T2	mRNA
Cucsat.G8741.T7	Cucsat.G8741.T7	mRNA
Cucsat.G8741.T6	Cucsat.G8741.T6	mRNA
Cucsat.G8741.T8	Cucsat.G8741.T8	mRNA
Cucsat.G8741.T9	Cucsat.G8741.T9	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0009793	embryo development ending in seed dormancy
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0003729	mRNA binding