CSPI02G16270.1 (mRNA) Wild cucumber (PI 183967) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	CSPI02G16270.1
Type	mRNA
Organism	Cucumis sativus (Wild cucumber (PI 183967))
Description	Tripartite motif-containing 29
Location	Chr2 : 15690397 .. 15708903 (-)
Sequence length	1800

Genome Viewer

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

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

ATGGAATCATTAGGTTCTTCCGAAGGAATTTTAACAACGTGGGACAACAACTTAATATCAGTTATTGAGGTGGATCTGTAAATGTGTACACTGATAAAAGCTTGTGCTTTCATCTTGGGATGATTGGAGCTAAAGATCAGTGCTTTAATCCTGAAGGCTTTGCTAGTTTTATTGGTTAGCTTGAATCAATTCCTTTTCATGATCATGCTCCAGATTATCAACTATTTGAGCATTCGTCATTTGTGTTGAGGTATGTGTTGAAGAAAAGGTTTGCTCATGGTTCCTATGGTGAAGTATGGCTGGCTTCTCATGGAAATTTGCCGAAAGCATTTAGTTCAGTAGGAGAGAATGATAGTGTACTGTGCAACTCATCTTTTGAAGACATCAATGCCATAAACTTTGGCTGCTCTTCTTCAAATAGTTCTCAAGCCTATTCTCTAGAGAATAACTTGTTCATCATGAAACGTGTTATGGTCGAAAGAGGTGCCAAAATTTATTTGAGTGGCTTACTGGAGAAATATTTTGGTGAATATTTTTTAATGCTTCTACACGCCGAGGAGATGTGTTATCAACTAGAACATCAAACTTTGACTTCAAAGAATCACCATGGGGTGTTGAGGTGTTGCAAAAGGAAGTACAACCTTTTCTGTAAACATTTTTAAAAATGCTGGGAGTTCCGAGCAACTTGTTGATTGGGGTGCTTCTTTCTTTCTTTTTGGTTGCTTTCTGAAATACCTTGTGGAATATTATAGTTTGGGGAAGAGGAAGAATGTAAACTATGAGAAAATTTGGGTTGGAATGTTCTGGTATTGAAACGTTTGAGTCTTCTTCTGTCCTATTTGCATAAAAGCTCGGGGTTACAACTTTTGGAGATCTGGTATAGCCAAGATGCCATGTGTCACTTAAATGAATGACATGTAGTTCCACTGGTTGGACAGTGGAAGCCAAACCATTAGAAAGCCAAACTTGTCTCAACCGTTAAATGTTTTCTTTCAGATTTTGGTCCATCTTTAGTCTCTCTGGGTTATCTCTTCATGTGGGGGGCAAAAAAAGCGACTTTGCTGATGTTGATATTTTGAAAGATTTTTTCGAGCCTCTTCTGGTTTGTGGACTACTTTGGCATGATAGCTTCGTGGCTGCTGGTTACATCTTCTTGCTATTCTCTAGATTCGAATATTTTCCTTATGAGAGAGATATTTTGTTATGCTTTGTATTCAGATCTCTTCGTTTTGGTTCTGTTTAGCTTTAATTTTTTTAAAAAAATTTATGTGGGGTTTCACTTTATTAGCTTCTTTGTGATTGTTTGTTGGTCGTTTTCTCTTTTGTATTGCCCGAGTTCATCCTTGTTTAGATGATTTAGTCTTTCTCTTATCTTGCTCTTAGTATAATACCCTTGTACTTTGAGCATTAGTCTCATTTATTATTATTAATAAAGAGGCTTGTTTTCGTTTCAAAAAAAGATGCAAAAAAAAAAGTGCAGTTTTTTTTTTTAAAACTAGATGATTTAGTCTTTCTCTTATCTTGCTCTTAGTATTATACTGTTGTACCCACTGCTTTTAGTTTGAGGGACTGTACTGCCGGTCGGGGACATTTGATAGAATTGTAAGTTAAGGGACTAAACCAGATGTGAGGTTAGAAGTAGTAGTTAATGCCACTTACTTTCTTGCATGATATAAGGAAGGAAATTGCTTGCAAAATCGGAAGCATCTTCTTTCATTATTCTTTTGGTTGATTCTCTAGAAGTAGTATTCTTTTGATTTTTCCTTTTTTGGAAAGGAGACATGCTACTTTATTAATTATAACACTCAAAGTACAAAAGAGTTATTAATTGAGTATTCTTTTGATTGATACTGTTAAATGTTTTTATTTGATGTCTGGTTTTTGAAAATCCTAAGAATGTGTTGTACTGTACGTTATTTGAAGTCTTATCTTTCATGAAAGCACATTTAATGATGCCTACCTTCATTTGTCTTCAGCACTCCAATTCTCCAATCTTGTAAATCTTTTTATTTTCGCCCCAGAGAAAATTCTCCTTTTTAATTGTGTTGAGATTGTTATAGCATGGGAGTAGTTCTCCTAAACCTATTATATTGTTCACTTATGTGGGAAGTACCAGGAGTCCTTGGAGATGCCTGTCAGGGAGAAATCTATTAGATGAATAATATTTTGATGTTCTGAGGGGATTGTTGGTAGCGTTGTTAGGTCTAATGCTGCTCTAAACAAGCTATTAGTTTTAATATACTGTTCTTGGGTTGGTAAGGGTGCTGGTATATAAAGTAGGAAGAAATTGAGAGCATGCAAATATTATGAAGAAAGATGAAACCTTTTAAATGCTTGAATCAAGTTGAAGTATAACAAGTAGAATTAGAATTCTTTGAATCTTTTCCGGAATTTGTATCACCACCTAACACTTAGCAGCTAGTGATGTGTTGATGAACATTGTTGTACACTTTGTTGCTATTAATAGCACATTTTTTTATTGCTTATGTTCCTAGTGATGTTCTTAAGACTTCCTCCAAAACTTACTTCTAGTTCTGATGCTCTACTTGGTTCAAACAGTGAAGGAACAAATAAACAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAACCTATCACTAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCCTCTCATTCTCCTATTCTGCCTCCGGTCCTTGAAGAACCTTCACCTTCATTTTCTGAAGGCAATATAAGTTTCTGTTTCTTATATAAGAAAAACAATTTCTCTTTGTTGTCAGCATTTCAGTTATAGTTCATATTGAACGGGTTCACTTTTTGTTTCAGATGATGATCCATTACCTGCAATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGGTCCATTCTCATGATCTCAATTTTCTATGTTTTTTTGATATGATTTTGCTCTTGGTAACTGGAAGTTTGATGATCACTGATTACACTAAAAACAAAAAGTTACTTGTGTTTGTTGCTCAGATTGATTACACTAAAAATTTAGTTTCCTCCTAAATCCTCTATGTATTAAAAATGTTATATTCAAATTTTGCATCCAACCGCTCAGTGTGCTCAAGTGGTCTAGCCAAAAGACAAAATTAGTTTTACCCCGTCTCTTTACCAATGCATGACATTTTAGAATATGCTCTCAGATGTTCTTCTGTTAAGTTCATTTGAGTAATATCAAAACCCTTAAAATTCATGAGGCTTCAAACTTCAAAAGATTATTTCTGACTACTTAACTATCGTTTTGTAAGTAACGGTCCTTGTTCTCAAAATGCAGTGGGTACGCCATTTGGAAGATGGATCTGTAACTTACATTGAAGGTATCTCTTTTCTGTGTGTTACATTATGTACCTTACCAACCACCCCTCTTAAATAAATCTTATGATGCTTCCTTTTCAAAAAAAAATTAAATCTTAATAATAACAGGGGCGAAGCAACCAAACTATCGGGTTACTGCAGATGACGTTGACACCTATCTGGCTATTGAAGTACAGCCTTTGGATAACAGAAGGCGCAAGGTGCTGTATATTTCTTCTTCTTCTTCTTTTTTCTTTTTTGGAAAAGGAAATAGTGCTTTTTTATTGATATAATGAAAAGAGACTAATTCTACCAAAATATAAGATACCAAATAACATATAACAAGATAGAAAGAAGCTCATCGTTGAGACTAATTCTCCCATCTTTCCTCTCCCCCTCTCCTCCTCTTTTCGGTAGCTGGGTTCTTCAGCAGACCTTTCCGATAAGTTTCAAAGCGCAACATGGAGGTTGTCAGTTGCAAAATTGATCTGTCACACTATTGCATTTGGAGAGAGGAAGATTGTTGTTTTATTGAAGATGTAGAAGCCAGCAGAAGCATTTCTCTTTTTGACAGCCAACTTAGATGGACTCAGTCAGTAATGACTGGCTTACTCAGAATTCCGGTGGACAGACATTTTAGAAAATTTGTGGACATTGACAGAGGAAGATTGAGAATCTCGAAGTTTCAAGCTAAGTCTAGATAGATTCTAAGTTGTGATCACTGGCTATGTTCAGGAGTTTTTTCAAGATTAGAGTGTGCTTAGGAAAAGATCAGCAAGGATGGATGTTGTTCTGTAAGATGCTAGGAAAATTTGTTGAAAAATTGGATTACGTTAGATGGTATTTGGATAATGCCTCGATGACTCCTTCTCCGCATTTGAGAGAAAAATAAGCTATGTTGAGCCATTAAGGGAGAGGATTAAAGAAAAAGAAAGTCCCACTTTCTTTCCATTAAGAGTAATTACGAATTTTGTCTAAAAAGTGACAACTCAACATTTTTTGCAAAAAACGTTACAGATTGCCTCAGAAGCAGAAACTTCACATTCTATTAGTGTAGGGGCCCATCTTTCTTCAAATTATGGAATTTCCAATCGTTTCAAGTGCGCCAAAGTAAGTAAATCCACTCATGCTCCAAAAGTTCTCAAACATTACAGTCGCAAGCAAACCTCCTTCAACAATGTTTGGACTGCCCTACTAAAATCAGAATTAAATGGGGTTTGTGACTTAAAATATCCCCTTTGGACTCTCTTCGGATCCATCCCATCAAGCACTCCATTTTTGACAAAAACCCAGATCTTCTAGAAGTGAAGAACTTTAAAGTTTAGGCCCCTGGATGCATCATTAGGTCAGTAAATGCAGATTCTACATCTAAGCTTTTCAATTTTTCTTAATCCACTCCACCATCTCTAACACAAAGGCTTCTATTTTGTGTCGGTAGTGAGGAATCCATGGGGTTTCCAAATGGTGACCTTGGAGTCTCCATTTAGTGTCAGTATTGAGAAGTCCCTGGGGTTTCCAAATGGTTTTGATTTGAAGAATAATGAAGAAGTTGAAGGGGCTGATCTCTCTTCTCTATTTGATGAAGTCAGTGTTGTTCCCATCAAAGTTCCCTTGGAATTGCCTAGGATCTGTTGCCCTTAGCTAATGTGTGGCATCATTTTGGTTTAATGAAAATTTGATAACCTTCCTCCTCATCCAGGCTAATGAAGATAATTTCTCTACAGTAGAAAAATGCGAAGTAGTTTTCTTTTGAGATCTGATTTCAGCCACCTTTTGGTCCAATAATCAGGTACTTTATAAGTATTGAACCACCAATTCATCCAAAAGCTTAAGCTAGTGGTTGAAGGCAAATTTAATTATATATCACCAACAATAAGGTTTGAAGGCTGCAGATAAAGTGTTGGGATTCAAGTCTCTTGAACACTTATTCAGAACTATTTCTCTTATATTCAAGATGATGCAATTATAAACAGTGCAAACATACAGTCATTAACTATCTTACTATTGGCTGTTATTTCTGTTTTAACCATTCTTTGTTAGTAGCTGTTTTATCTGTTAGTAGCTGTTATTCCTGTTTTCAACTGTTATTGTTAGTAGCTGTTTCTTCTGTTAATAAGCTGTTGGCAGCTGTTATTGCCAAACTAATCAGTTACAACAACTGATTAGTTACACTCAACCAACACTCACAGCTATAAATTATCATTCTCCTATTGAGAATGATACAATAGAATTCTTGAATAAAAACGAGAGATTAATTCCAGCTTTGAATTACATCAAAGTGGTATCAGAGCAGCCCCGATTCTTGGACGGATGGCTGGCCGAAGAGGAAACAACCCAGCCACGGGGGACGACCGTGTGCAAGAAGAGGCATAAGACACCGCCGCCCTCTCACCAAGGACATCAACGGTTCGCTTGCTGGCCTCGAGGACTCCTTGGGAGATTTACACCGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGAAGCCGATGAAGGAGATAGGATCTCTTGTGTTATCCACAGAGTACTCATTGCTCCCAAGGAAGAAAAGAGCCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACCAAAAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGCCACAATTACAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGCATATTAAGCCAAGCCTCAGTCCTTGTGCTGTCCCAGCTCTCCTTACCCCCAAGAAGGATGGAAGTTGGAGAATGTGTGTAGATAGCCGAGCCATTAACCGAATCACAGTAAAATACAGATTCCCTATCCCAAGAGTTGGAGACCTCTTGGATCAACTCGGCAAGGCCACCATCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGTGTACAGCAGTGGGAACGACGAACACTTGCTCCACCTGAAAAAGTTGTTTTAAGTATTGACAGAAAAGGAACTATACATCAATCAAAAGAAGTGTGAATTCTTGAAGTCTGAAATTACATTTCTTGGTTTTATAATCAAGAAAGGAGAAGTAAGCATGGAACCAAGAAAGGTTGAAGCAATACGAGAGTGGTTGGCTCCAACCACTGTCAAAGAAGTTCAAGCCTTCCTAGGACTGGCTTCTTTTTACAGAAAGTTTATAAAGAACTTCAGCTCCATCTGCGCACCACTAACCGACTGCTTAAAGAAGGGAAACTTTAAGTGGACTTCATTCCAACAAGAGAGCTTCGAGGAAATAAAGAAAAGGTTAGCTTCTAGCCCTGTTCTGCAACTGCCAGATTTCTCTTCTCCTTTCGAAGTAGCAGTAGACGCCTGTTGCACAGGAATTGGGGCAGTCTTATCCCAACGAGGTCACCCGATTGAATACCTCAGTGAGAAATTGAGCACCGCACGACAAACATGGAGCACATACGAGCAAGAATTATATGCCTTAGTTCGAGCTCTCAAGCAGTGGGAACATTACTTGCTCTCCAAAGAGTTTGTTCTCTTAACAGATCATTTCTCCCTGAAATATCTTCAATCTCAAAAGAATATCAGCCGGATGCATGCCCGTTGGATATCTTATTTACAGAGGTTCGATTTTGTTATCAAACACCAGGCTGAAAAAGAGAACAAGGTGGCTGACGCACTGAGTAGAAAAGGCTCCCTGCTCACACTTCTCTCCTCAGAAATAATTGCTTTCGAGCACCTGCCAGAACTATACGAAAGAGATGCTGACTTCGCAGACATCTGGCATAAATGCTCCAATCACCTAAGGGCTGAAGGATACCACATCCTAGAAGGATTCCTCTTCAAGGGAGACCAATTATGCATACCACACACTTCCCTGCGGGAAGCCTTAATAAAGGAAGCTCATTCCAACGGATTAGCCGGACATTTCGAGCAAGACAAGACCTTTGACACAATCTCCATACGGTACTACTGGCCACAGCTAAGAAAAGACTCCAATAACTTTGTGAAGAGATGTTCCGTTTGTCAACGGGCCAAGGGCTCCCAAACTAATGCAGGGTTATATACCCCGCTGCCGATTCCACAATCAATCTGGGAAGATCTCTCAATTGACTTTGTACTCGGACTCCCCAAGACTCAAAGAAACCATGATTCAGTCATGGTGGTTGTTGACCGATTCAGCAAAATGGCTCACTTCATCGCTTGCAAGAGAACGAATGATGCTGTATACATAGCTAACCTATTCTTCAAGGAGATCACCTGATTACATGGAGTACCTAAGACCATAGTCTCTGATAGGGATGTCAAGTTCCTAAGCCATTTCTGGAAGACACTGTGGAGAAAGTTTGATACAACGCTGAAGTATAGCACAATAGCTCACCCTCAGACCGACGGACAGACTGAGGTAACAAACAGAACACTGGGTAACTTGATACGCTGCCTCAGTGGCTCTAAACCTAAACAGTGGGATTTGTCCCTTGCACAAGCAGAGTTTGCCTTCAACAACATGAAGAACCGATCTACTGACAAATGCCCCTTTGAAGTCGTGTACACTAGACGACCGAGGTTGACATTTGACCTCGCATCCCTCCCTGTTACTGTAGAAAGTCACAAAGAGGCCGAAACCATGGCAGAGGATATCGAGAAACTACACAAGGAAGTTCATGACCACCTTGTCCAATCCACTAATTCCTATAAGAAAGCAGCAGACAAAAAGAGGAGGCAAACTGTTTTCTCCAAAGGGGACTTAGTAATGGTACACCTAAGAAAAAACAGATTCCCCACTGGAACGTACAACAAACTGAAGGATAGACAGATCGGCCCATTTCGCATTACAGAAAAATATGGAGATAATGCTTTTAAGGTCGAACTTCCCCCAGACATGCACATCCATTCGGTATTCAATATTGCAGACTTGAAACCCTATCATGCCCCAGACGACTTCCAGCTTGCTGACTAATGTACTCGTGGTCGAGTACAGTCTCGGGAGGATGGAATGATGCAATTATAAACAGTGCAAACATACAGTCATTAACTATCTTACTATTGGCTGTTATTTCTGTTTTAACCATTCTTTGTTAGTAGCTGTTTCTTCTGTTAATAAGCTGTTGGCAGCTGTTATTGCCAAACTAATCAGTTACAACAACTGATTAGTTACACTCAACCAACACTCACAGCTATAAATTATCATTCTCCTATTGAGAATGATACAATAGAATTCTTGAATAAAAACGAGAGATTAATTCCAGCTTTGAATTACATCACAAGAAAGAGCTAAAATTTCTAATTGATGCAGTTAGCTTAAAAGTTTTAGCTTTTTGGAAATTTTGTCTTCGTCATCATGATTTTCAGTGGACAGCAAAGATATCTGAAAAAAATTATTTGGGTTGGATAGTTTTGAAGCAACCGATTGCCTCTTCTTGGTTTTCCCTTCTCCTTTCAAATTGAAGCATGTGGTATTCAAAATTTCAGTCTGAATACCAACCAAAGCAAACACAAAGGATAGATGTTCAATTAAAGTGCAAATACAAACACAAGATAAGGATTAAGCTGGAAAAAAGGTGTTGCAGGTCTTAGAAAAAATAGAAAAACAATGGTGTTGCAATTTAAGGATAGGTCTTGTATGGAAAAAACAATACTGTTGGTAACAAGGGTCTAGCTGTGTGTTCATAGCCTCAAGGGTATTTTTGTAATTTATTGTACCCTAGTTTTATTTCCTTATTTGTTGATATGTTGCAAGTCCCACAATGGAAAAACCAAAGAGACTCACACTACTTATAAGTTAGATTGGGCTACTCCCTTCATAGCCAATTGGTTTTGAGATGGAACCCCATACTATCAAACATGGTATAGGAATCCATTAAGCTCAAACGGGTATTCAATTCAAGATAGGTGAACCCAAAGAGGCACCATCTTGAGGGGACATGTTGAGATGTTGCAAGCCCTACATTGGAAAAACCAAGGAGACTCACACTATTTATAAGTTAGGTTGGGCTACTCCTCTTGTAGCCAATTGGTTTTGAGATGGAACCCCATACTATCAAACAACTTTTATATATTATTCTCTCTTGTATTCTTTTGATTGTTGGAAAATAATAAGAAAAGTTTCTATCGTGATTTTTTTCTCTGTACTTGAGTTTTCCATGTATATCTTCTGTTTTTTTCTTCTTCCTTCGTTTTCAATATTGTATCAGAGCAGAGTAACGATTAAACCATAGCCTTCATTTACGAAAATCAACCAATGGAAAACTCTACCACAGAGTCCTTGACTGTCGACGATAACCTCACTGCTGCTGTTGCAATTTTCTTGTTGGAGCTACCACGTTGATTGGGTATGTCGATGATATGTCCTATCAGGAGATGATACTGTGGAGATTACTAGGCTGATAAAGAAGATGGGTGATGAGTTTGAAATCAAAGGCCCAGGGAATCCAAAGTACTTCCTTGGGAGGGAAGTGGCAAGATCAAGGGAAGGATTCTATGTTTCACGAAGTACTCTTAACTTGTTAAAGGAAACAAGTATGACTAGATGCAAGCTTGTTGATATCTCTATTAAATTAAATGCAAAACCGAGAAATTTCGTTGACAAAGTTCCTGTTGATAAAGGGAAGTATAAATGCTTAGTGGGAAAGTTGATTTATCAATCCTACACTAGACCAGATATCTCCTATACCGCTAGCATCTTTAGTCAGTTTTTGTAGGCACCCTACAAAGATCATATGGAAGCTGTGAGTCACATTATGAGATATTTGAAAGTTACTCCAGGTAAAGGCTTGATGTTACGGGGAACTGATAGAAAATGTATTGAGGCTTTTATTGACTATGACCAGACAGTCATAGTTGTCCAGTCAATACGTGGTGAGACATAATTACAGTGCAGAAGGAAGGAAAGCCCTCGTTGAGCTGGTTAGCTATATAAAGAGCATTGGGTCAATGATGCAGCAATGTGATACTCTGATAGCTGATGCTTTGTGGTAAACAGTTCATGCCGAAGGATTTCCCATGTATAGCCTTTAATTTTGAGATTGTAATTTTGGGCCTCCCCTATTGTTTCTTGATGTTTTTTCTGGTCCCATATTATTTTCTGGACCACTGTAGCAAGCTGGGTGTTTTATTATTGTTTCTTTGTTGGGTTTTTTTATGTTTTTACTCGGGATATGATGCTTGGCGTTAGGGGGTGTCAACCTAGTTGAGATGTCCGAGTGCTCCTCTTGATCTCTCTAGAACTCCCTTTATTACAACTTCTTTATTGCTCTCTTTGTATAAATCTCTTGTACTTTGAGTTCATATTAATAAAGAGGTTGTCTTCGTTTCAAACAAATGGACTATGATTGGACATGATCAATTACTAACATAAAATCCACTTCAGGATAATCTTGTTACTTGAAGGAGTAAGGAGGGTGTTGTTGCTAGGAGTAGTACTAAAGCCAAATACAGAACTATGAGTTTGGAAATTTGTGAAGAGATCTGGCTTTAGAAAGTTTTGTCTGATTTTTACTAGGATTGTGAGTTATCTATGAAGCTCTTTTTTGATAATAAAGTTGCTATAAGCATAGCCAATAACCTAGTTCAAAATGACAAAACGGAACATGTGGAGATTGACAAACATTTTATAAAGGGTAAACTTTAACCATGTTTGTATTTGTTTTTCGTACATTCCATTCAGTCAACAAATTGCTGACTTTCTCATGAGAGGATTTCTTAGGCAGGGCTTTGACTTGTGTTAGCAAGTTGGGTCATCTACGCTCCAACTTTATGGGTAGTTTTGAAAATAAGGGACTAGTTGTGTGTTTATAGGCCTAAGGGTATCTTTGTAGTTTATAATTTATTGTAATTTAGTTTTATCTCCTTATTTGTTAGGGCTTATTGTGGCCCATATATATTCTTTCCCTGTGTATTCTTTTGGTTATTGGATAATAAGGAAAGGCTTCTATCGTGATTTTTTCTCCTTGTACTAGGGTTTTCCACGTATATCTTGTGTGTTCTCTTTATCCTTCGTCTTTTTTTTTTTTCATAGGAAACAAACATTTCCTTCATTTTCAAAAAATTCTATTTTGTGTTTACCCTTTGTTGTATTTAAGTTTGCATTCTTTGCCATTGCAGGGAGAGCTGGTAAAGGTTTTTGCCAATGACCACCGAAAGATTACTTGTGGTAAGTTTGTTGGTGGACAAATTTTAGATCTGAATATATTCTATAATTTATTTTTTTACTTTTACAAACCATTCCCCCCATTAACTTCGGAAAGAAAACCAATCACAGAGCATGTGATAAGAGCATGCTGAAACCCTTCCAGATCTTAGCAAGCCTTAGGAAGAAAGAAAAGGAGAAGAGGTGATTGATGAATGACAAAAATACACGAAGCATGTGATGCCTGCAAGTTATGAGAACATATTTTATTTGTAGCCACTTAATGTTTACTGACTTATCTAATAATGGCTATTATGCCATGATCCATGGCTAAATCACTAGTCAACCCGAGCTGGTAGCTTGTGTATCGATACTTCAATACTCTCCCTTACTTGTGGCCTTGGAAATTTGTAAAAGACCAAAACAAGTGAAAAATAATATTAATTGGGGAGGAAATGACATTATTGAGGTTCAAATCCAAGACCTCTTATGTGGTTTGAAGGCAAGACCTCTTACATTGAAGCCATCTTAAATCAGTACTTCTACACTGCCACTATTGCTCCTAAGCATAAGTCAATTATATTGTTTCCTCTGTTTCTTCTCAAAAGAAAATAAAAATTTGGTAGTCTCTTCTAGACTTCTGGAAGCTTTCTTTGGGCACCAGAGTTCTTTTCCAGCATGCGCTTGTTCGAATTAAGTTCTTTTTTGAAGAAAAATCTTTTTGAATATTGGTTGTTCTGTAAGTACATACATATAGAAACAGACATTTCATTGGTGTGTAACTTTCTGTAGTTTCTTTAATCTTTTGTCCTTTTTTATTTTCCCCTTTTTACAACTATTAAAATTGATTTGATTCTTGTAATAGCTCATAACTCATAAGTTTCTTTTTATTACAAATTACTGTAACAGACAATTCCTTTTGTCTCAACAGATCCCGAAATGCAGAACCAGATAGAGAGGACTCTTTCTAGTGGTCATGCGTCATATAAAGTATCCATGTCGGTATGACTCAAATGATAAAAATTTAGTGGACATGATTTTATTTACCGTTCTTGCTTGTCTTATTTGTGTTGGTAGATAAATGTCCGTGTGCATTTGTTCATGCATCTGGCCTCAAATGAATAATAGAATCTTTACCGATCTGATCATTTTCTTACTTTTATTCCATTACAGGCTGGATATCTTGATATATGGGAAGCGGCTACACTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACGGAAAAGTTTTCTCCAAACACAACTGTAGGGTCTCTATAGTTTCCTCTCTTTTTCATATACCATAAAGAAAAACTAAGCCATCTTTAGTTGTCAAAAACTTTTCTGATGAAGTAATTCTGGTAAGAGATGTGTTGGAATGTTAGTGTGCCAGTATAGCAGTTGTCACACAGGATCAGTGAATCATCATTCCTCTACCTTTATTATTTGCATTTAGATGGAACTGGAAGTTTACAGTTGTGTTGTAATGCCCTGAGTTTAGAAAGGGGACTATCATCCGAGGGGACTATCACATCCGGATGAGAGGGGTCTTGAGGACATGAGAGCATAGTTAAAAAAGATTCAAAAGAAATGAAAGTTACTACGTATATCAACAAGGTCAACCTTTCTTTTTGGTGACTTAATCATTGGAACTTCATAATTAAGCGTGCTTAGGTTGAACAATCTTATGTTGGGTGACACTTGGGAAGTTCCTAAAATGCATGTGAGTCCGAACAAAACATGCTAAAAGGACTCATGTTAGTTTTTGGAGACAACTTTTCCCTTTTAAATGCCTTCAAGACAAAAAAGGATGACGTTTCCGGGTCATAGAGGATGTAGGGGAATGTTAGGGCTATTAGTTGCCGAATCTGAATTCCAAATGCTAATTCAATTTTTGGACCTAGGGCATTACACGTGTTCTTCACTATAAGCCATGGACTTCAAATTATTAAATTTTAGCTTTTAGGATCTATAAATTTTGATTTTATTACTTTCCAAATGGGTAGGTTTTCTGCCTCTTGAAAGGGTTGTTATTTTATCCCTTTTACTTCTTTGGAGTTACTTATAGTCCAAACATTTTCTATTGATCTCAAAAAAATGTACTTTCACGTTGGTTATTCTTTTCCTTATAAGCATTATGTATTTACATCCTGGTAGGTTTCTATTCTATTTGGACACCCTACGGAGTTTACAATAACTGGTTCTAACAATGTTGACCATCACATGCGAGCGGACAACAATTCTGCAGATGTTAGCTGGTAAGTAAGGAATAGTAATGTAGTTTTTCACAAGTTAATTGGTGTGTTTGTTTCCAGATCCCACACCCCCACCCCCTACATGAGAAAAAAAATGGAAAGGATAGGAAAAGAATTTGCATCACTGCTTAAGGAACAAATCTCAAATTGGCGAGTTTCTTTAGAAATGAAGTCTTCAATATGCTATTTTCATTATTGTTACATCGTATACGGGCAACTGCATGTACATACATTCTTCTTGTAAGAAATGTAATTGTAAACTGACTAATAGCTTCAATACACAAATCCTAAGGACCTTATATTTATGATGATCTTGATATTAGATGCAAAGTTTTGATGGTTGCAAAGGTAGAATTTAATTCTGCATCATATAGTTACCCACAGTTCTTGATGCAAAAGCCTGTAGGTTTTCGTACCTGCATACTACATATAGAATGCAGAATACCCAATACTTCTTGGTGTGTTTTTTTGTTCAGAAAAGGAGGAATATATTATAATATTTTAAATTTGGGTCATTGACGAAATTGTTGGAGTGTTGTATCAGGGTTAGTGAATATCAGATAGGTACTTTCTCAAGTTTGATAAAATGAGATGTACGCAAATTTTATCCTTCAAGAAATAGCCTGATATGATTATGTACCCCTAGTTGTAGAAATAGTTGAATTATTAGAAGACTATTAGTATAGTTATTAGAATGGACAAAATAGTAATAGTTAGTAAGTTTTTAGGGCTTTTTGTTATAAATAGACGGCGTGGATGAGAGGAAGGGTGTGAAGCATTTTTGTGAAGGATTTTCTTGGGGAATTTGGGAGAGGATTCTCAGCCCTTTTGAATGTGCTGAGGTATATTGTAGTTTCTTCTTGATATTGCAATATAATTCTATCTTTTAGTGTTCCTTATATGTTCTTGTATTCTTTAGCATTTCCTTGTTAGGTTGGTTACCTAACAGATTAATTCTAGTTTGAGTGTTTATTAGAAGCTTCTCAAAATTGATAAAAAAAAAAAAACTTCTGTGTACTTTTTACTAAATCAGTTAAAAAATTCCGTTGCTTTGAAAAAAAATACTTCAGACAATATTACATCAGTTTGAATTCACGACTGAACCTAGCTGAACTGGGACTAGGATAAAAAAAAATTTTGGGTAAAGAAAATTTGAACTTTCATTTGACATTGCTGTATTATCAATTCAATTACAATATAAGGAAGTTGTTAACCATCCTGGGTTATAGCCTAGTGGTAAATTAAATGCATAGTCACTAAGGTCAAAGATGACTAAGAGATCAAAGATTCAACCTACAGTGGTTACCTATTTAGAAGTTAATTTCCTATTTGTTTTTTTGACACCTAAATGTTGTTGGGTTAGGCAGGTTGTCCCGTAATATTATTTAAGTTGCATGTAAGTTGATTTAGACACTCACGAATATTAAAATAAATATTATTTAAGTTGCATCTAAGTTGGTTTAGACACTCACAAATATAAAATAAAATTTAAGTTGGTTTAAACACTCACAAATATAAAATAAAATTTAAGGAAGTTCTTGCATTATATCAAGTTCTGATTTTAAAATGTAATTCATTTTTATAATGTAATATTTTCAATTGCATTGTCTGCAGTGATTTATTTATTTATTTATTTCGTTTGCAGTTGCAGAGATACCATAGTGCTAACCTTGAGATTATTTATTCTAAGGGTATGTCTTCTATTTTTTATCTCCAATTCTTTGCTTGAAAATAACGGGATGTAACTTCTGTTTTTATTTTTTGATTTTCTTTTTGTAGGAAAAATCTTTTATTGTAGGGAATCATTTTGGAAGTATATAAAATATTTAGTTTTGGAATTATATATTATTGAATTTAAAAATATATGTAAAAAAAAACTTCAGGACTTCAGAAATGAGTTTCATAAACGGAACATTCCTTTCACCGGAAGACGATTGAATATTTTGCTTGACCGACGACCAAGAAAGATAATAGCTCTCTCTCTTTTCTGGCTTGATCTTTCCTTTCCCCATATGCAATCAAGGCTGAGAAACTAGGCTTAGTGGAAGAGCTGTTCATGTTTTTTAGTCTAGTTTCTAGAGAGCCTACGATAAAATTAGTCTTTTGACACGTTCCTTTCTACATAATTAGGGCTGAGTGTCTCCAGAAAAAATCTTAGATCCTTATCTTAGCTTCTCTCCAGTTCATTCTTTTGTATATCCGTTGTATACTTTCAGATTTCTCTAGTTAGTGTTCTATACTATCATATTTCTCTAGTTAGTTACAATGACTCAAGATCTCCCCTCTTTATGTAAGTCCCACTGTCATTCATATGGACGAGCTGTCCACCCATCCAGCTGCCAGTTCATGAGCATGCCATTTTTACTCTTGCTCTTTCGAGGATATGTAAATCTAGTAGCTGCCAGTACATGAGCACGCCCTTTACTCTTGCTCTTTTGAGGATATGTAAATCTGGTAATCTCCCTCTTCAAGGCTACTGAAGGAAAAAGGGGAAGAAAATTTAATCTGTATTTTGTACCATTAAGATTTTATAAGGTGAGTTCATTTTTTTGCCCTAAACTTCTAATTTCAATGAATTGCCCTAAACACAAATTGTTTGGTGCTCTCTATTTCTAATAAATAATTCTTTTTGATAGACGACTGATATAATAATTGATCTTCCCCTAGGAAAGTCGGAGTGGAATCTCTGGGACTTTTGGTCTGAATTCCTTTGCTATGAGAGCTTCCTTTCATTTGCTATTAGTGAGACATCGTTAAAACAATTGGGATTTAGGAATATTGGGATAGTGGTTTTCTTTTGTAATTATATTTTAGGGATACTATCCAATCAACTGACAACATTGTGCCCAGCACTAGGAGTTCGAGTTTGCAGTTTACCACCAATGTGATTTTAGTCTGCTTAATCTCGTCGTAAACAAAAACGGAATAACCAATGTAGTTTAGACATTTTTTTAATGCCCTAATAGTAATTTCAGATATCAAGCCTGAGAGTTTAGAATTTCCTTAATTGCTCTGAAGTGAGGTACTAGCAATGGCAAATGTTGCTGAGCTAACAATGTTTTCGAAGCTCAGTTCTTAAATTGCTTTGTCAAGAGCAACATTATCCTTTTATCTTCTGAATAATAGTTAAATTGTACTATGCTTTGCAGGCTAGCGAGAGAAGAAAAGGCAGAAAGCGAGTTTTGTTCTTTCACAAGTAA

mRNA sequence

ATGGAATCATTAGGTTCTTCCGAAGGAATTTTAACAACGTGGGACAACAACTTAATATCAGTTATTGAGCTTGAATCAATTCCTTTTCATGATCATGCTCCAGATTATCAACTATTTGAGCATTCGTCATTTGTGTTGAGGTATGTGTTGAAGAAAAGGTTTGCTCATGGTTCCTATGGTGAAGTATGGCTGGCTTCTCATGGAAATTTGCCGAAAGCATTTAGTTCAGTAGGAGAGAATGATAGTGTACTGTGCAACTCATCTTTTGAAGACATCAATGCCATAAACTTTGGCTGCTCTTCTTCAAATAGTTCTCAAGCCTATTCTCTAGAGAATAACTTGTTCATCATGAAACGTGTTATGGTCGAAAGAGGTGCCAAAATTTATTTGAGTGGCTTACTGGAGAAATATTTTGGTGTTGCAAAAGGAAGTACAACCTTTTCTGTAAACATTTTTAAAAATGCTGGGAGTTCCGAGCAACTTGTTGATTGGGGTGCTTCTTTCTTTCTTTTTGGTTGCTTTCTGAAATACCTTGTGGAATATTATAGTTTGGGGAAGAGGAAGAATGTAAACTATGAGAAAATTTGGGTTGGAATGTTCTGTCTCTCTGGGTTATCTCTTCATGTGGGGGGCAAAAAAAGCGACTTTGCTGATGTTGATATTTTGAAAGATTTTTTCGAGCCTCTTCTGTATTATACTGTTGTACCCACTGCTTTTAGTTTGAGGGACTGTACTGCCGGTCGGGGACATTTGATAGAATTCGTTGTTAGGTCTAATGCTGCTCTAAACAAGCTATTAGTTTTAATATACTGTTCTTGGGTTGGTAAGGGTGCTGTGATGTTCTTAAGACTTCCTCCAAAACTTACTTCTAGTTCTGATGCTCTACTTGGTTCAAACAGTGAAGGAACAAATAAACAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAACCTATCACTAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCCTCTCATTCTCCTATTCTGCCTCCGGTCCTTGAAGAACCTTCACCTTCATTTTCTGAAGATGATGATCCATTACCTGCAATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGTGGGTACGCCATTTGGAAGATGGATCTGTAACTTACATTGAAGGGGCGAAGCAACCAAACTATCGGGTTACTGCAGATGACGTTGACACCTATCTGGCTATTGAAGTACAGCCTTTGGATAACAGAAGGCGCAAGGGAGAGCTGGTAAAGGTTTTTGCCAATGACCACCGAAAGATTACTTGTGATCCCGAAATGCAGAACCAGATAGAGAGGACTCTTTCTAGTGGTCATGCGTCATATAAAGTATCCATGTCGGCTGGATATCTTGATATATGGGAAGCGGCTACACTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACGGAAAAGTTTTCTCCAAACACAACTGTTTCTATTCTATTTGGACACCCTACGGAGTTTACAATAACTGGTTCTAACAATGTTGACCATCACATGCGAGCGGACAACAATTCTGCAGATGTTAGCTGTTGCAGAGATACCATAGTGCTAACCTTGAGATTATTTATTCTAAGGGCTAGCGAGAGAAGAAAAGGCAGAAAGCGAGTTTTGTTCTTTCACAAGTAA

Coding sequence (CDS)

ATGGAATCATTAGGTTCTTCCGAAGGAATTTTAACAACGTGGGACAACAACTTAATATCAGTTATTGAGCTTGAATCAATTCCTTTTCATGATCATGCTCCAGATTATCAACTATTTGAGCATTCGTCATTTGTGTTGAGGTATGTGTTGAAGAAAAGGTTTGCTCATGGTTCCTATGGTGAAGTATGGCTGGCTTCTCATGGAAATTTGCCGAAAGCATTTAGTTCAGTAGGAGAGAATGATAGTGTACTGTGCAACTCATCTTTTGAAGACATCAATGCCATAAACTTTGGCTGCTCTTCTTCAAATAGTTCTCAAGCCTATTCTCTAGAGAATAACTTGTTCATCATGAAACGTGTTATGGTCGAAAGAGGTGCCAAAATTTATTTGAGTGGCTTACTGGAGAAATATTTTGGTGTTGCAAAAGGAAGTACAACCTTTTCTGTAAACATTTTTAAAAATGCTGGGAGTTCCGAGCAACTTGTTGATTGGGGTGCTTCTTTCTTTCTTTTTGGTTGCTTTCTGAAATACCTTGTGGAATATTATAGTTTGGGGAAGAGGAAGAATGTAAACTATGAGAAAATTTGGGTTGGAATGTTCTGTCTCTCTGGGTTATCTCTTCATGTGGGGGGCAAAAAAAGCGACTTTGCTGATGTTGATATTTTGAAAGATTTTTTCGAGCCTCTTCTGTATTATACTGTTGTACCCACTGCTTTTAGTTTGAGGGACTGTACTGCCGGTCGGGGACATTTGATAGAATTCGTTGTTAGGTCTAATGCTGCTCTAAACAAGCTATTAGTTTTAATATACTGTTCTTGGGTTGGTAAGGGTGCTGTGATGTTCTTAAGACTTCCTCCAAAACTTACTTCTAGTTCTGATGCTCTACTTGGTTCAAACAGTGAAGGAACAAATAAACAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAACCTATCACTAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCCTCTCATTCTCCTATTCTGCCTCCGGTCCTTGAAGAACCTTCACCTTCATTTTCTGAAGATGATGATCCATTACCTGCAATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGTGGGTACGCCATTTGGAAGATGGATCTGTAACTTACATTGAAGGGGCGAAGCAACCAAACTATCGGGTTACTGCAGATGACGTTGACACCTATCTGGCTATTGAAGTACAGCCTTTGGATAACAGAAGGCGCAAGGGAGAGCTGGTAAAGGTTTTTGCCAATGACCACCGAAAGATTACTTGTGATCCCGAAATGCAGAACCAGATAGAGAGGACTCTTTCTAGTGGTCATGCGTCATATAAAGTATCCATGTCGGCTGGATATCTTGATATATGGGAAGCGGCTACACTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACGGAAAAGTTTTCTCCAAACACAACTGTTTCTATTCTATTTGGACACCCTACGGAGTTTACAATAACTGGTTCTAACAATGTTGACCATCACATGCGAGCGGACAACAATTCTGCAGATGTTAGCTGTTGCAGAGATACCATAGTGCTAACCTTGAGATTATTTATTCTAAGGGCTAGCGAGAGAAGAAAAGGCAGAAAGCGAGTTTTGTTCTTTCACAAGTAA

Homology

[Close]

BLAST of CSPI02G16270.1 vs. TrEMBL
Match: A0A0A0LQE2_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G336680 PE=4 SV=1)

HSP 1 Score: 634.8 bits (1636), Expect = 1.1e-178
Identity = 319/323 (98.76%), Postives = 320/323 (99.07%), Query Frame = 1


Query: 280 MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ 339
           MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ
Sbjct: 1   MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ 60

Query: 340 SPPPATFDEPSSSHSPILPPVLEEPSPSFSE---DDDPLPAIEALQISGEAFPGQDLQAC 399
           SPPPATFDEPSSSHSPILPPVLEEPSPSFSE   +DDPLPAIEALQISGEAFPGQDLQAC
Sbjct: 61  SPPPATFDEPSSSHSPILPPVLEEPSPSFSEGNINDDPLPAIEALQISGEAFPGQDLQAC 120

Query: 400 GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE 459
           GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE
Sbjct: 121 GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE 180

Query: 460 LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK 519
           LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK
Sbjct: 181 LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK 240

Query: 520 CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT 579
           CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT
Sbjct: 241 CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT 300

Query: 580 LRLFILRASERRKGRKRVLFFHK 600
           LRLFILRASERRKGRKRVLFFHK
Sbjct: 301 LRLFILRASERRKGRKRVLFFHK 323

[Close]

BLAST of CSPI02G16270.1 vs. TrEMBL
Match: A0A061DJC3_THECC (Uncharacterized protein isoform 1 OS=Theobroma cacao GN=TCM_001634 PE=4 SV=1)

HSP 1 Score: 444.5 bits (1142), Expect = 2.0e-121
Identity = 223/302 (73.84%), Postives = 249/302 (82.45%), Query Frame = 1


Query: 301 EGTNKQVTFREPVSNSEIDDQDVV-HQTEREPITNWSSGQSPPPATFDEPSSSHSPILPP 360
           E  NKQVTFR+PVSNSE+DD D   HQ ERE  +NW SG SP   T D+PSSS+ P LPP
Sbjct: 445 ETINKQVTFRDPVSNSEMDDPDTEGHQIERETPSNWGSGNSPYATTLDDPSSSYPPYLPP 504

Query: 361 VLEEPSPSFSE--DDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 420
           VLEEPS SFSE  +DDPLPAIE LQISGEA+PG++LQACGYSINGTTSCNFEWVRH EDG
Sbjct: 505 VLEEPSSSFSEAAEDDPLPAIEGLQISGEAYPGRELQACGYSINGTTSCNFEWVRHKEDG 564

Query: 421 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 480
           SV YI+GAKQPNY VTADDVDTYLAIEVQPLDNR+RKGELVKVFAN+H+KITCD EMQ+ 
Sbjct: 565 SVNYIDGAKQPNYLVTADDVDTYLAIEVQPLDNRKRKGELVKVFANEHKKITCDSEMQSH 624

Query: 481 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 540
           +E+ L SGHASYKVS S GYLDIWE A L+IKREGYSIKC   +G V+TEKFSP T V +
Sbjct: 625 LEKNLYSGHASYKVSFSTGYLDIWEPAMLAIKREGYSIKCGAPNGLVVTEKFSPTTQVKV 684

Query: 541 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 600
            FG PTEF I G N V H +R D+NS D+SC RD IVLTLRLFI+RA ERRKG+KR LFF
Sbjct: 685 TFGEPTEFLIIGPNGVQHLLRVDSNSTDISCSRDLIVLTLRLFIIRAGERRKGKKRGLFF 744

[Close]

BLAST of CSPI02G16270.1 vs. TrEMBL
Match: A0A061DJJ8_THECC (Uncharacterized protein isoform 2 OS=Theobroma cacao GN=TCM_001634 PE=4 SV=1)

HSP 1 Score: 439.1 bits (1128), Expect = 8.6e-120
Identity = 223/305 (73.11%), Postives = 249/305 (81.64%), Query Frame = 1


Query: 301 EGTNKQVTFREPVSNSEIDDQDVV-HQTEREPITNWSSGQSPPPATFDEPSSSHSPILPP 360
           E  NKQVTFR+PVSNSE+DD D   HQ ERE  +NW SG SP   T D+PSSS+ P LPP
Sbjct: 417 ETINKQVTFRDPVSNSEMDDPDTEGHQIERETPSNWGSGNSPYATTLDDPSSSYPPYLPP 476

Query: 361 VLEEPSPSFSE--DDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 420
           VLEEPS SFSE  +DDPLPAIE LQISGEA+PG++LQACGYSINGTTSCNFEWVRH EDG
Sbjct: 477 VLEEPSSSFSEAAEDDPLPAIEGLQISGEAYPGRELQACGYSINGTTSCNFEWVRHKEDG 536

Query: 421 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 480
           SV YI+GAKQPNY VTADDVDTYLAIEVQPLDNR+RKGELVKVFAN+H+KITCD EMQ+ 
Sbjct: 537 SVNYIDGAKQPNYLVTADDVDTYLAIEVQPLDNRKRKGELVKVFANEHKKITCDSEMQSH 596

Query: 481 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 540
           +E+ L SGHASYKVS S GYLDIWE A L+IKREGYSIKC   +G V+TEKFSP T V +
Sbjct: 597 LEKNLYSGHASYKVSFSTGYLDIWEPAMLAIKREGYSIKCGAPNGLVVTEKFSPTTQVKV 656

Query: 541 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILR---ASERRKGRKRV 600
            FG PTEF I G N V H +R D+NS D+SC RD IVLTLRLFI+R   A ERRKG+KR 
Sbjct: 657 TFGEPTEFLIIGPNGVQHLLRVDSNSTDISCSRDLIVLTLRLFIIRLLQAGERRKGKKRG 716

[Close]

BLAST of CSPI02G16270.1 vs. TrEMBL
Match: A0A0D2VVK9_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_012G047900 PE=4 SV=1)

HSP 1 Score: 438.7 bits (1127), Expect = 1.1e-119
Identity = 224/300 (74.67%), Postives = 246/300 (82.00%), Query Frame = 1


Query: 301 EGTNKQVTFREPVSNSEIDDQDVV-HQTEREPITNWSSGQSPPPATFDEPSSSHSPILPP 360
           E  NKQV F  PVSNSE+D  D    Q ERE  +NW SG SP     D+PSSS+ P LPP
Sbjct: 415 ETINKQVKFLVPVSNSEMDYPDAEGQQIERELPSNWRSGNSPYTPAQDDPSSSYPPYLPP 474

Query: 361 VLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSV 420
           VLEEPS SFSE+DDPLPAIE LQISGEA+PG++LQACGYSINGTTSCNFEWVRH+EDGSV
Sbjct: 475 VLEEPSSSFSEEDDPLPAIEGLQISGEAYPGRELQACGYSINGTTSCNFEWVRHMEDGSV 534

Query: 421 TYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIE 480
            YIEGAKQPNY VTADDVDTYLAIEVQPLDNR+RKGELVKVFAN H+KITCDPEMQ  IE
Sbjct: 535 NYIEGAKQPNYLVTADDVDTYLAIEVQPLDNRKRKGELVKVFANYHKKITCDPEMQGHIE 594

Query: 481 RTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSILF 540
           +TL SGHASYKV   AG+LDIWE ATL+IKR+GYSIKCSG +G V+TEKF P T + I F
Sbjct: 595 KTLYSGHASYKVLSMAGFLDIWEPATLAIKRDGYSIKCSGPNGPVVTEKFYPTTQIKITF 654

Query: 541 GHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 600
             PTEF I GSN V   +RADNNS D+SC RDTIVLTLRLFILRA ERRKG+KR LFF+K
Sbjct: 655 EEPTEFIIFGSNGVQRVLRADNNSQDISCSRDTIVLTLRLFILRAGERRKGKKRGLFFNK 714

[Close]

BLAST of CSPI02G16270.1 vs. TrEMBL
Match: D7TB49_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_07s0130g00420 PE=4 SV=1)

HSP 1 Score: 434.1 bits (1115), Expect = 2.8e-118
Identity = 225/321 (70.09%), Postives = 261/321 (81.31%), Query Frame = 1


Query: 284 LPPKLTSS-SDALLGSNSEGT-NKQVTFREPVSNSEIDDQDVV-HQTEREPITNWSSGQS 343
           +P ++TS+  D+     SE T +KQVTF +PVS++E+DD D   HQTEREP TNW SG S
Sbjct: 431 VPAQITSTHGDSRATRYSEETASKQVTFSDPVSSTEMDDPDAEGHQTEREPSTNWVSGSS 490

Query: 344 PPPATFDEPSSSHSPILPPVLEEPSPSFSE--DDDPLPAIEALQISGEAFPGQDLQACGY 403
           P  A  ++PSS +SP LPPVLEEPS SFSE  DDDPLPAI  LQI+G+A PGQ+LQACGY
Sbjct: 491 PYTAPLEDPSS-YSPYLPPVLEEPSSSFSEAADDDPLPAIRDLQIAGDALPGQELQACGY 550

Query: 404 SINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELV 463
           SINGTTSCNFEWVRHLEDGSV YI+GAKQPNY VTADDVDTYLAIEVQPLD+R RKGELV
Sbjct: 551 SINGTTSCNFEWVRHLEDGSVNYIDGAKQPNYLVTADDVDTYLAIEVQPLDHRMRKGELV 610

Query: 464 KVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCS 523
           KVFAN+HRKITCD EMQ+ IE+TL +GH SYKVS+SAGYLDIWE ATL+IKREGYSIKC+
Sbjct: 611 KVFANEHRKITCDSEMQSHIEKTLVTGHTSYKVSLSAGYLDIWEPATLAIKREGYSIKCT 670

Query: 524 GSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLR 583
           G SG V++EKFS  T VSI +GHP EF + GS  + HH+R +N S DVSC RD IVL LR
Sbjct: 671 GPSGAVVSEKFSSATNVSIPYGHPEEFLVIGSGRLQHHLRVENISTDVSCSRDAIVLILR 730

Query: 584 LFILRASERRKGRKRVLFFHK 600
            FI RA E+RKG+KR +FF+K
Sbjct: 731 CFIRRAGEKRKGKKRSIFFNK 750

[Close]

BLAST of CSPI02G16270.1 vs. TAIR10
Match: AT5G23490.1 (AT5G23490.1 unknown protein)

HSP 1 Score: 365.9 bits (938), Expect = 4.7e-101
Identity = 195/297 (65.66%), Postives = 225/297 (75.76%), Query Frame = 1


Query: 305 KQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEEP 364
           K V F EP+S + +DD             N S G +     FD+PSSS+SP+L PV EEP
Sbjct: 451 KHVQFLEPISKTVVDDAQ-----------NPSYGSA-----FDDPSSSNSPLLSPVFEEP 510

Query: 365 SPSFSE--DDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVTYI 424
           S SFSE  DDDPLP IE LQISGE +PG +LQACGYSINGTTSCNFEWV HLEDGSV YI
Sbjct: 511 SSSFSEGGDDDPLPGIEDLQISGEPYPGHELQACGYSINGTTSCNFEWVCHLEDGSVNYI 570

Query: 425 EGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIERTL 484
           +GAKQPNY VTADDVD YLAIEVQPLD+R RKGELVKVFAND+RKI C P+MQ+ IE+TL
Sbjct: 571 DGAKQPNYLVTADDVDLYLAIEVQPLDDRNRKGELVKVFANDNRKIACHPDMQSNIEKTL 630

Query: 485 SSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSILFGHP 544
            +GHASYKVS++ G++DIWEAATLSIKREGYSIKC   S   I EKFS +TTV+I FG P
Sbjct: 631 HTGHASYKVSLAVGFVDIWEAATLSIKREGYSIKC--ISDLTIAEKFSASTTVTIPFGQP 690

Query: 545 TEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 600
            E  I GS+  +H +RADN S D+   RD IVLTLRLFI RA +R+KG+KRV  F+K
Sbjct: 691 AELVIIGSDGSEHSLRADNGSPDLIGSRDEIVLTLRLFIKRALQRKKGKKRVFLFNK 729

[Close]

BLAST of CSPI02G16270.1 vs. TAIR10
Match: AT5G08440.2 (AT5G08440.2 unknown protein)

HSP 1 Score: 336.3 bits (861), Expect = 4.0e-92
Identity = 181/309 (58.58%), Postives = 227/309 (73.46%), Query Frame = 1


Query: 294 ALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSH 353
           AL    S G N +V FREP+SN+ +DD     Q +       ++ ++      D+PS S+
Sbjct: 471 ALNQDESHGPNNRVQFREPLSNTFMDDAYADVQADSN-----TTLENSTYVAVDDPSPSN 530

Query: 354 SPILPPVLEEPSPSFSE--DDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWV 413
            PIL PVLEEPS SFSE  DDDPLP I  LQISGE FPG++LQ  G+SINGTT CNFEWV
Sbjct: 531 YPILAPVLEEPSSSFSEAADDDPLPGIADLQISGEPFPGRELQVSGHSINGTTKCNFEWV 590

Query: 414 RHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCD 473
           RHLEDGSV YI+GAK+P+Y VTADDVD YLAIEV PLD++ RKGELV+VFAN++ KITC 
Sbjct: 591 RHLEDGSVNYIDGAKRPDYLVTADDVDLYLAIEVHPLDDKNRKGELVRVFANENCKITCH 650

Query: 474 PEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSP 533
           PEMQ+ IE++L +GHA +KVS S GYLDIWEAATLSIK+EGYSIK   ++  VITEKFS 
Sbjct: 651 PEMQSHIEKSLYNGHALFKVSYSIGYLDIWEAATLSIKKEGYSIK--PTNDPVITEKFSS 710

Query: 534 NTTVSILFGHPTEFTITGSNNVDHHMR-ADNNSADVSCCRDTIVLTLRLFILRASERRKG 593
           +T + I F  P +F I G++  +H  R  DN++ D+SC RDTIVLTLRLF+ +  +R+KG
Sbjct: 711 STNIVIPFDQPADFVIIGTDGEEHLCRVVDNDATDLSCSRDTIVLTLRLFLKKTLQRKKG 770

Query: 594 RKRVLFFHK 600
           +K+   F+K
Sbjct: 771 KKKGFLFNK 772

[Close]

BLAST of CSPI02G16270.1 vs. TAIR10
Match: AT5G23510.2 (AT5G23510.2 unknown protein)

HSP 1 Score: 286.6 bits (732), Expect = 3.6e-77
Identity = 162/289 (56.06%), Postives = 195/289 (67.47%), Query Frame = 1


Query: 304 NKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEE 363
           N  +T  +  +  +ID + + H    E     S  +SP     DE      PI   V+ +
Sbjct: 13  NHSLTSVKRTTGDKIDGEAINHSAAFEMQPGTSVYESPALNQADETP----PISKTVVND 72

Query: 364 PSPSF---SEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVT 423
               F     DD PLPA+E LQISGE +PG +LQACGYSINGTTSCNFEWV HLEDGSV 
Sbjct: 73  TKNIFYFDDGDDAPLPALENLQISGEPYPGHELQACGYSINGTTSCNFEWVCHLEDGSVN 132

Query: 424 YIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIER 483
           YI+GAK+PNY VTADDV   LAIEVQPLD+R RKGELVKVFAND+RKI C PEMQ+ I++
Sbjct: 133 YIDGAKKPNYLVTADDVGLCLAIEVQPLDDRNRKGELVKVFANDNRKIACHPEMQSNIDK 192

Query: 484 TLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSILFG 543
           TL +GHASYKVS++ G++ IWEAATLSI+REGY+IKC+      ITEKFS +T V I F 
Sbjct: 193 TLHTGHASYKVSLAIGFVHIWEAATLSIEREGYTIKCNNDL--TITEKFSASTAVKIPFE 252

Query: 544 HPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRK 590
            P E  I GS+  +H +R DN   D+S  RD IVLTLR FI  A +R K
Sbjct: 253 KPAELVIIGSDGSEHCLRVDNEWPDIS-SRDEIVLTLRSFIKTALQRGK 294

[Close]

BLAST of CSPI02G16270.1 vs. TAIR10
Match: AT3G03560.1 (AT3G03560.1 unknown protein)

HSP 1 Score: 189.9 bits (481), Expect = 4.6e-48
Identity = 96/217 (44.24%), Postives = 134/217 (61.75%), Query Frame = 1


Query: 376 PAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTAD 435
           P I+  QI G+A PG+ +  CG+ + GTT C F+WVRHLEDG+  YIEGA  P Y VTAD
Sbjct: 309 PGIDGFQIIGDAIPGEKVLGCGFPVRGTTLCMFQWVRHLEDGTRQYIEGATHPEYIVTAD 368

Query: 436 DVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSA 495
           DVD  +A+E  P+D++ R+GELV++FAND  KI CD EMQ +I+  +S G AS+ V +  
Sbjct: 369 DVDKLIAVECIPMDDQGRQGELVRLFANDQNKIRCDTEMQTEIDTYISRGQASFNVQLLM 428

Query: 496 GYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDH 555
              + WE AT+ +KR  Y IK + +   VI+EK+S    + +  G  T+F +   +   H
Sbjct: 429 DSSESWEPATVVLKRSSYQIKTNTTEAVVISEKYSKELQIRVPSGESTQFVLISYDGSSH 488

Query: 556 HMRADNNSADVSCCRDTIVLTLRLFILRA-SERRKGR 592
            +   N        RDT+VLT+R+   +A  ERRKGR
Sbjct: 489 PISTLNVR-----MRDTLVLTMRMLQSKALDERRKGR 520

[Close]

BLAST of CSPI02G16270.1 vs. TAIR10
Match: AT3G63340.2 (AT3G63340.2 Protein phosphatase 2C family protein)

HSP 1 Score: 75.9 bits (185), Expect = 9.7e-14
Identity = 67/201 (33.33%), Postives = 94/201 (46.77%), Query Frame = 1


Query: 24  LESIPFHD----HAPDYQLFEHSSFVLRYVLKKRFAHGSYGEVWLASH-----GNLPKAF 83
           LES+P H     +  D   F  SS    YVLKK+F  G++GEVWLA H     GN   A 
Sbjct: 616 LESVPLHGFGAKNGTDEIPFPDSS----YVLKKKFGRGAFGEVWLAFHWDCYQGN--NAT 675

Query: 84  SSVGENDSVLCNSSFEDINAINFGCSSSNSSQAYSLENNLFIMKRVMVERGAKIYLSGLL 143
           SS+ E+++   N    D +                  NN FI+KR+MVERG  +YLSGL 
Sbjct: 676 SSINEDENTSKNGVHNDTDG----------------PNNSFILKRIMVERGPTVYLSGLR 735

Query: 144 EKYFG--------VAKGSTTFSVNIFKNAGSSEQLVDWGASFFLFGCFLKYLVEYYSLGK 203
           EK+FG        V++ S+    +  + A S   L + G         LK++  Y    +
Sbjct: 736 EKHFGELFLNAYNVSESSSATQASSSQAASSELGLSEEG---------LKHIARYIEYFE 781

Query: 204 RKNVNYEKIWVGMFCLSGLSL 208
            +   Y  IW+ +F   G+SL
Sbjct: 796 SR---YNDIWL-VFHHEGVSL 781

[Close]

BLAST of CSPI02G16270.1 vs. NCBI nr
Match: gi|700207102|gb|KGN62221.1| (hypothetical protein Csa_2G336680 [Cucumis sativus])

HSP 1 Score: 634.8 bits (1636), Expect = 1.5e-178
Identity = 319/323 (98.76%), Postives = 320/323 (99.07%), Query Frame = 1


Query: 280 MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ 339
           MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ
Sbjct: 1   MFLRLPPKLTSSSDALLGSNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQ 60

Query: 340 SPPPATFDEPSSSHSPILPPVLEEPSPSFSE---DDDPLPAIEALQISGEAFPGQDLQAC 399
           SPPPATFDEPSSSHSPILPPVLEEPSPSFSE   +DDPLPAIEALQISGEAFPGQDLQAC
Sbjct: 61  SPPPATFDEPSSSHSPILPPVLEEPSPSFSEGNINDDPLPAIEALQISGEAFPGQDLQAC 120

Query: 400 GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE 459
           GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE
Sbjct: 121 GYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGE 180

Query: 460 LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK 519
           LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK
Sbjct: 181 LVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIK 240

Query: 520 CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT 579
           CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT
Sbjct: 241 CSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLT 300

Query: 580 LRLFILRASERRKGRKRVLFFHK 600
           LRLFILRASERRKGRKRVLFFHK
Sbjct: 301 LRLFILRASERRKGRKRVLFFHK 323

[Close]

BLAST of CSPI02G16270.1 vs. NCBI nr
Match: gi|778670315|ref|XP_011649437.1| (PREDICTED: uncharacterized protein LOC101216431 isoform X1 [Cucumis sativus])

HSP 1 Score: 605.1 bits (1559), Expect = 1.3e-169
Identity = 300/302 (99.34%), Postives = 302/302 (100.00%), Query Frame = 1


Query: 298 SNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 357
           ++SEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL
Sbjct: 457 ASSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 516

Query: 358 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 417
           PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG
Sbjct: 517 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 576

Query: 418 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 477
           SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ
Sbjct: 577 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 636

Query: 478 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 537
           IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI
Sbjct: 637 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 696

Query: 538 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 597
           LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF
Sbjct: 697 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 756

Query: 598 HK 600
           HK
Sbjct: 757 HK 758

[Close]

BLAST of CSPI02G16270.1 vs. NCBI nr
Match: gi|778670317|ref|XP_011649438.1| (PREDICTED: uncharacterized protein LOC101216431 isoform X2 [Cucumis sativus])

HSP 1 Score: 605.1 bits (1559), Expect = 1.3e-169
Identity = 300/302 (99.34%), Postives = 302/302 (100.00%), Query Frame = 1


Query: 298 SNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 357
           ++SEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL
Sbjct: 456 ASSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 515

Query: 358 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 417
           PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG
Sbjct: 516 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 575

Query: 418 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 477
           SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ
Sbjct: 576 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 635

Query: 478 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 537
           IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI
Sbjct: 636 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 695

Query: 538 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 597
           LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF
Sbjct: 696 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 755

Query: 598 HK 600
           HK
Sbjct: 756 HK 757

[Close]

BLAST of CSPI02G16270.1 vs. NCBI nr
Match: gi|659121871|ref|XP_008460854.1| (PREDICTED: uncharacterized protein LOC103499606 isoform X2 [Cucumis melo])

HSP 1 Score: 572.0 bits (1473), Expect = 1.2e-159
Identity = 284/302 (94.04%), Postives = 293/302 (97.02%), Query Frame = 1


Query: 298 SNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 357
           ++SEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL
Sbjct: 455 ASSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 514

Query: 358 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 417
           PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG
Sbjct: 515 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 574

Query: 418 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 477
           SV YIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ
Sbjct: 575 SVNYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 634

Query: 478 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 537
           IE+TL SGHASYKVSMSAGYL IWEAATLSIKREGYSIKCSGSSGDVITEKFS NT VSI
Sbjct: 635 IEKTLYSGHASYKVSMSAGYLGIWEAATLSIKREGYSIKCSGSSGDVITEKFSSNTIVSI 694

Query: 538 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFF 597
            FG+P++FTITGSNNV+H +R DNNSAD+SC RDTIVLTLRLFILRASERRKGRKRVLFF
Sbjct: 695 PFGNPSDFTITGSNNVEHQLRVDNNSADISCSRDTIVLTLRLFILRASERRKGRKRVLFF 754

Query: 598 HK 600
           HK
Sbjct: 755 HK 756

[Close]

BLAST of CSPI02G16270.1 vs. NCBI nr
Match: gi|659121873|ref|XP_008460855.1| (PREDICTED: uncharacterized protein LOC103499606 isoform X3 [Cucumis melo])

HSP 1 Score: 540.8 bits (1392), Expect = 3.0e-150
Identity = 268/286 (93.71%), Postives = 277/286 (96.85%), Query Frame = 1


Query: 298 SNSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 357
           ++SEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL
Sbjct: 454 ASSEGTNKQVTFREPVSNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPIL 513

Query: 358 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 417
           PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG
Sbjct: 514 PPVLEEPSPSFSEDDDPLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDG 573

Query: 418 SVTYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 477
           SV YIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ
Sbjct: 574 SVNYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQ 633

Query: 478 IERTLSSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSI 537
           IE+TL SGHASYKVSMSAGYL IWEAATLSIKREGYSIKCSGSSGDVITEKFS NT VSI
Sbjct: 634 IEKTLYSGHASYKVSMSAGYLGIWEAATLSIKREGYSIKCSGSSGDVITEKFSSNTIVSI 693

Query: 538 LFGHPTEFTITGSNNVDHHMRADNNSADVSCCRDTIVLTLRLFILR 584
            FG+P++FTITGSNNV+H +R DNNSAD+SC RDTIVLTLRLFILR
Sbjct: 694 PFGNPSDFTITGSNNVEHQLRVDNNSADISCSRDTIVLTLRLFILR 739

The following BLAST results are available for this feature:

BLAST of CSPI02G16270.1 vs. Swiss-Prot


Match Name	E-value	Identity	Description

BLAST of CSPI02G16270.1 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LQE2_CUCSA	1.1e-178	98.76	Uncharacterized protein OS=Cucumis sativus GN=Csa_2G336680 PE=4 SV=1	[more]
A0A061DJC3_THECC	2.0e-121	73.84	Uncharacterized protein isoform 1 OS=Theobroma cacao GN=TCM_001634 PE=4 SV=1	[more]
A0A061DJJ8_THECC	8.6e-120	73.11	Uncharacterized protein isoform 2 OS=Theobroma cacao GN=TCM_001634 PE=4 SV=1	[more]
A0A0D2VVK9_GOSRA	1.1e-119	74.67	Uncharacterized protein OS=Gossypium raimondii GN=B456_012G047900 PE=4 SV=1	[more]
D7TB49_VITVI	2.8e-118	70.09	Putative uncharacterized protein OS=Vitis vinifera GN=VIT_07s0130g00420 PE=4 SV=...	[more]

BLAST of CSPI02G16270.1 vs. TAIR10


Match Name	E-value	Identity	Description
AT5G23490.1	4.7e-101	65.66	unknown protein	[more]
AT5G08440.2	4.0e-92	58.58	unknown protein	[more]
AT5G23510.2	3.6e-77	56.06	unknown protein	[more]
AT3G03560.1	4.6e-48	44.24	unknown protein	[more]
AT3G63340.2	9.7e-14	33.33	Protein phosphatase 2C family protein	[more]

BLAST of CSPI02G16270.1 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|700207102\|gb\|KGN62221.1\|	1.5e-178	98.76	hypothetical protein Csa_2G336680 [Cucumis sativus]	[more]
gi\|778670315\|ref\|XP_011649437.1\|	1.3e-169	99.34	PREDICTED: uncharacterized protein LOC101216431 isoform X1 [Cucumis sativus]	[more]
gi\|778670317\|ref\|XP_011649438.1\|	1.3e-169	99.34	PREDICTED: uncharacterized protein LOC101216431 isoform X2 [Cucumis sativus]	[more]
gi\|659121871\|ref\|XP_008460854.1\|	1.2e-159	94.04	PREDICTED: uncharacterized protein LOC103499606 isoform X2 [Cucumis melo]	[more]
gi\|659121873\|ref\|XP_008460855.1\|	3.0e-150	93.71	PREDICTED: uncharacterized protein LOC103499606 isoform X3 [Cucumis melo]	[more]

Annotated Terms

The following terms have been associated with this mRNA:

Vocabulary: **INTERPRO**
Term	Definition

GO Annotation

GO Assignments

This mRNA 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

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
CSPI02G16270	CSPI02G16270	gene

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
CSPI02G16270.1	CSPI02G16270.1-protein	polypeptide

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


Feature Name	Unique Name	Type
CSPI02G16270.1.cds16	CSPI02G16270.1.cds16	CDS
CSPI02G16270.1.cds15	CSPI02G16270.1.cds15	CDS
CSPI02G16270.1.cds14	CSPI02G16270.1.cds14	CDS
CSPI02G16270.1.cds13	CSPI02G16270.1.cds13	CDS
CSPI02G16270.1.cds12	CSPI02G16270.1.cds12	CDS
CSPI02G16270.1.cds11	CSPI02G16270.1.cds11	CDS
CSPI02G16270.1.cds10	CSPI02G16270.1.cds10	CDS
CSPI02G16270.1.cds9	CSPI02G16270.1.cds9	CDS
CSPI02G16270.1.cds8	CSPI02G16270.1.cds8	CDS
CSPI02G16270.1.cds7	CSPI02G16270.1.cds7	CDS
CSPI02G16270.1.cds6	CSPI02G16270.1.cds6	CDS
CSPI02G16270.1.cds5	CSPI02G16270.1.cds5	CDS
CSPI02G16270.1.cds4	CSPI02G16270.1.cds4	CDS
CSPI02G16270.1.cds3	CSPI02G16270.1.cds3	CDS
CSPI02G16270.1.cds2	CSPI02G16270.1.cds2	CDS
CSPI02G16270.1.cds1	CSPI02G16270.1.cds1	CDS

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR31149	FAMILY NOT NAMED	coord: 299..599 score: 5.5E
None	No IPR available	PANTHER	PTHR31149:SF6	SUBFAMILY NOT NAMED	coord: 299..599 score: 5.5E