Cucsat.G16188 (gene) Cucumber (B10) v3

Overview


Name	Cucsat.G16188
Type	gene
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	RING/U-box superfamily protein
Location	ctg2231: 560018 .. 584254 (-)
RNA-Seq Expression	Cucsat.G16188
Synteny	Cucsat.G16188

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDS

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

ATAGATGATTTAACCTTAAAATGATTTTGGAGGGTCAATTTTGTAGAATTTATGTAAAACATATTGTAAAAAAGAGTCAAATTTTCCGTCCATTTGTCAAAAAGGAAAAAGGAAAAAGGAAAAAGGAAGAGACGCTGATTGAAGAAAAAGGCGACATGACTCCTCATTTCGAAGAAGCTTGAATTTCGTAGTTCACCGCCGACTTCGAAGCTTTCAATCTATTAAAAATCCTCTATGAAGTCTCGGATTCATGAAGAAATTCTCAAATTCTGGTGCTAAATTTCAGTATGATTGATGGTTCCAGGCATCATAATGCACCAGCAATCCTCTTCTGCAGTTTCTCCACACCATATCAATCCTCCGCCTTCCTCTCTTAGGTCACCTTCATCCACACCTCCCGCTGCCCACTCTCCACTGCCTCTCACCACTCACGTCTCCAATTCCCACCGGGAGCCATGCGACCATGTTGCCGGACCAGTGCTGCAATCCGCCGGTGATTCTGCTGTAGCTATGGCTTGCCCACTCGCCCGGGTCCGCTTGTCTGATATTGCCCCCTACGACGGTGCGCCTGCGGGGTCCTACGTGAGGGCGGTTGAGGCTTTGTCCGGATCCTTGACGAGATATAATGCGGCTGTGATTGAATTGGAGAATGAAGCTGCTGCTCTCACTCGTTGCGGTCTTGAAGCGGCTAGGTTGTTTTTCAAAAGTAGAGCGCAGAGTGGAGGAAAGGGGCGAAGTGTTTATATGTATAGAGCTGGAAGGTGGTTAGCTTATACTCTCTGTTTACTATACTACTTGTTTAGTTCTCATTTTTAAGCCAGTTATTTTCTGATACTTCCTGAGTTCTTCCTTCAAGGATCTGTTTCTGGAACCAGGAAAATATTCATGTTGATTTATGCCGCTTTACATGAGCTCAAGTAGAATTACTAGTCAACCAATTTACTGTAATTAAACGGAAAATCATAACAAAGTGGCTTCCATCACCTAGATTGGAGCTTGAGATTAATTTGAACAAAGACAAATCAATTTTTTACCTCTCCCTTAAGTTGCACCCTTTTCATACAGTGAAATTGGCAAATTGTCTAACCGAATATTAGTGATCGGGTTCAAATGAGAAGCCCGTTCCTCACATTATCTCCTTTGCCTACAATGACTAGTCCATCTTTTTAAAAGTATCCTATGCACACATGAGGGGCATGGACATAAGTTTTGTTTTCTGAGGATATGGTTTGAGAGGAACAATCGTAACATCAAGATTGAGAGGAGGTAAGATTATTTGCATGAAGGATAATGAGAAAATAAAGAAAACCTCTTTCTGGAAAAAAAGAATTAAATGGGAAAGGAAAACTCTAACTTGATTGTCTTGGGCAAAAATTATTCAACAAACTTCCAGCTGAGGTATGATCAATCTTCCTCCTAAATGTCCGATTGCAGGTTGAAGTTTGTCCTACCTTCCAGACTCTGTCACTTGATGATATTGGGCATCCATCTTTGTCCTTTGAAAGAGAACTTCCTGTTGCCATTTGAGTTTGGCTCCATTGAGTTTTAATTAATGGTTCCACTTCTTGCTCTATGTTAGCTCCAATTCCATTTGGTATGATACTTAGAGAAAATGTTTATTGAATCATTCAGCTTTTCATAAGCTTAAATAGATTTATCAACCAACTTGCAATTGTAAATCAAGGAGAAAAACTTAACAAGTTGGTTAAGTTGATTTGTGACTTCCTGTCATTGGGTTCTAGCTTGATAAATTCAATTAATTTAAAGATTGCATTGGGTTCTAGGAGATCTCTTTGTGAGGTTCTCAGTCAAGGACGGTTTGTCTATTTATTTATAGGACTATAGGAGGATAGCCTTCTTTGCCATCTTCCATCTCTATTTATTGTGCAATTTTGGTTTAGAGAATTGCCTCTATCCTTGCTTTTTCTGATAATTACATTTTGGTCATTTTGTTTTAGTTGCCCTTTGTTTTATTTTTGTTACAGAGCAGTGGAAGATTGGGACTCTTGTCCTCCGTGTATGGCTGATATTTTTAGATGTATGGGTAAAGCAGCTCGAGCTGCCTTGTGTGCAATAGCTAGGCATCTTCGTTTGAGAAGCGAGTAAGAATGCTGTTGAAATTCATTTCTACTTTTGGTTAGTGTTTGACTTGTGTACCTATCTATACAAACAAATCAATACTTTGCAGTGTTTTCAATAATTTGCTCGATGACACTCCACTTCCTGCTACTGATGTGTCCTCATCAGTGCTTGTTGCAATGCACTTGCATAATAGCTCTTTGCACAATTGCAAGGGTTCTATTGGAGGAGGAAAGTCAGCAATGAATGTTGAGGTTGAGAAGGGGTTATTGACATTGTTTTCCTCAGACAATCCTGGTTTACAGGTGGGACTTCAATGACCTTGATAACTGATCTTTTTTAGATATTAGCATTTAAATTTAATGTCTAGCACCATAAATTCAGTGCATTAAAGCTTTACGATACTTTTAGGAGCCTCAAAGACATGGACGTTATCTTTTCCTCATTGGCAGGTTTGTGATCCCAATGGTCGCTGGTACCTAGCAGACACTGTCTTGGCACCTGGAGATCTGTTACTGATTACTGGAAAGGCACTTAGCCATGCTACAGCTGGCCTTCGGCCTGCTGCATCATATAGAGTTGCTTCTGATCATTCCTTGGGCTCAAATTGTGTTGGGAGGTATATAATTCTTATAAATCCACATATTTAAAATTTTCCATTTTATTGCATAATCTATACTGTATGAGCAAACCCTTTTAATTGTTTCTTGGATTGAATTACTTTGTTCAGTGTTGTGGTTGTAGGACTTCCCTTGCATTTAGACTCATGCCCCAGACAAATGCCATACTAGACTGTTCTCCCATTGCAGCAGCTGGTCATGTCATTCCCCAAAGATATGGTCCAGTCTCTGTTAGCCAATTCATGGATGATCTTTCTGCTGAGGAAGATGTATTATGCACTCATCTGGATAAGGATAACAATTGTGTAAGTCTTGTACTCTTTTTTGGTAGGAATACTGTTAAAACTTGGATTTCTTGCCACAACAAGCCATGGCGAAGATGCATAGTATGAAAAGCTTGTGCAGATCTTAACACTGTTCTTCATAATATTCAATTCACGCAATCAATTATTTCCTCTATGTGGTATTTCTTTTTGGAAGCTTGTGTTTTTTTTGAAACGGAGAAAAGCAACTTTGTTAATAATATAAGAAACTAATGCTCAAAGTACAAGAGTACTATACTAAGAGCAAAATAAGAAAAAGACACTATCATCCAGACAATATAAAGAAAGATGAACTCAGGCAATACAAATATGAAAGTGACCTACAAACGATCACAAAGGAAAAACAATGAAAGAACCAAAGCAATAGAGAATTGAAACAATAGCAAAGAGCTTCATACAAAGAGAATTTAAACACTTCGTCGAAAACCACCCACTTCCAACTAAAATTTTGTATTCCACATGCTTCAATTTGAAAGGAGAAGGGGAACACGAAGAAGAAAGAATCAGCTGCTTCAAAACTATCCAACCTAAATAATTCTTTGCCCAACGCTTGTGTTTTACCTCTGCTTCATTTTGTTTTTCTCTCTACAAATTATTATGAATTGATAATCTAAAATAGATTTGCATTATACACTTGCTCCCTCCACTTTTGTTGTAAGTCGGTTAAAAACGCAAGTGGGTGGGTTGTGTTATGTTGGTTGGGTGACACTTTTAGACGGGGTGTTTGGGACAAGGAGTGGAATAGTGAGCTCTAGTTTAGGGAGTCGTGCACTCCTAAGACTTATAGTGTAAAGAGTTGATAAGATATAGCTTCCACGTACTATTCTATGGGTACTATTTAATATAGTTGAAGTCCCTTTCCAATAACCCTAATTTATATAATATTACAAAATAATAATTATATAATTTAAACCGTATTAAAAATATTAACAGTAGTTTATTGTTGACTAAATATTAGTGGGTAAGTACAACTAATTTTATATAGTATCAAACACATTTTAAACAATTGTTAGATTAGAAGTTAATTTTTGATCTGCTACCAAACACATATAAAAACATGAAATACACTCCGTTTTCATAAATTCTTTGTTTTCAAATTGTTGATTCCAAATTCTCTACCAAACAGATCCTAAGAGTTTTAGAAGATATACTCATAAGACCTCTTAATTGTCTTTGAATACACAACATTTTTCGTGAAAGGAAGTGGTGAATTCTTAATAAAAATCTTTACCTCATAGCTTCTAATGAATTTTGGCAATGAACGAAATTTTGTGGGCCATTCTTCTATTTTTATGTGCAACTTGCCTAATAATTTCCATTTGCCTGTGTGGATGAGGGGATCAAAATTCCTTGACAACTTAGAAATAGAAGACTGATAACTTTTCTCTCAAAATGTGAGTTTTGTTATGAGATGGGAAAGTTCGTGCTTGATAGAAGGGAATTTAAACTAGGAGCGGTCGAGTCTGATAGGAAGATCTTTATTGAGGACATAATGAAAGGAAACACGGTAGGTTGGAGCTGGATTTAGTTACTTCTACGTGGGTAAGGGATTGTTTAAAGGTAGCGGCGGAAGTGAGTTTCTTCATGGGTTTTTGGCGTAGAAGAAAGTTGGAGTTTGCCATTATCTTTTCTTAGATTCTTTTTTCGAACGGAGACAAGAACTTCTTTATTGATAAAGAACTCAAAGTACAAGAGAGTTATACAAAGAAAGCCATAAAGACGTAGTAATCAAGGGAGTCCTCTATCAGGAGGTGCATCTGGACATTTCAACAAGGTTGACACCCCCTTGGCGCCAAACATTATATCCCGAGCACAAGCAAAACAAAACAATAAAGAAGCAATGATAAAAGCATCCATCTTAGTACAAATGTCCAGAAAACAGTACGGGACCGGAAGAAAACAATAAGAATCTCGGGGGATGGGGGGGTGTGCAAAAAACAAAACTAAAACAGGGGGCAATCCTACAAGGCTTCAAAAACAGTAGAGGGCTTCGTCTTTAATCTGCAAACATTGAAACTGAGGCAGCATAGGATTAGGCAGGTTGAGAAAGAAAAGCAGCCTAGTTAAGGTAAATGTCTTGTATGGAATAATTAACGAACACCTTTTTAAGGGAACGCCAAGTTGCAGCTTTAAGTTCTGCTGCATGCATAATTTCTGCCCTTGGTCTTGCTTTATCATGGAAGATACGTTGATTTCGTTCGAACCATACGTTGATTTCGTTTGAAAGTAAAGCTTTTGACAAATTGTCCCATATGATGCTTGATTTTTTGGGCAAACTTGGACCCGACAGAAGTTGAACCACACCAGCACTCAGTGAAACGTCAAATACCCAAGTTAAATTAAACAAGGAGAAAATCCTTACCCACCAAAAGGAAGAGACAAGACAGTTCAAGAAAATATGAGAAAAATTCTCGCTAGCCTTCAAACATAGAGGACAGATCGAGGGGAGAGGCTTTTATTGGGAGCTTTCTTTTGCAAGATTTTAGAGCTATTGAGGGCCGAAGGCCATAATCCAAATCAAAATATTGATTCTTCGTGGGCTGCCTGTTTTCCAAATTACCGAAAAAAGACGTTTTTCCATTGGAGAGACAGATTTTAAGTGAGTCGAAAGAGACTTAACGGAAAACCGGCCTTGGGGATCAATGGACCATAATTTTAGATTTTGGAGAATACAAAAGGGAGGTTTGCTATTATCTCCCTAGAATCGTTCAAGGGTAGATACCGAAAGGGAACAGAGGAGGTGGTTTAGAAAAAAGATCATATAAACACTTGTTATAAGATTGAAACCTATCGGTGCCCTCCTTTCTTCCTTTCATTCTTTTGTTTTTTTTTAAAGGGAATCAAGTCTCTTTATTGGTAAGTAAAATGTAAAATGTGACAAAAGCTCAAAGTACAATAGGGTCATACAAGAGCTTAGAAAAACCTAGGGATCAAGACGCACCCAGACATCTCAACTAGGTTGACACTCCATAGCACCCTCATCATCTCCAAAAGTAGAACCTAAAACTTCACAAATCTAAGGACAAATATAGAGCCTATTACAAGTAACAATACCAAAAACATACAATGACCAACGGCACATAAGGATGAGGAAAGAGTACAACAAGTCAGAAAAGAGAAGAAAACAAACAAAGAAGCAAAAATGGAAGCCAAAATCCAAAATGAAGCTGGAAAAATAGAAGTTTGCCAATTAAGGTTCGATCTTCTTGAAAAGTAATTGAAAAGAATGCTAATATGTTGCTTAACACAATATTCTTGAAAAATAATTTCAATTTTGACCATGATGTTCAAGCCTAGGTAAGCCCATGTACTTAGTGGCACTATATTATTCAATTTTATTTTTTACATGATGCAAATATTTATATTATTGTTAAAATATTCTTTTCATTTTGCAGATAGCTCGAAATGATCAAAACAAGGAAGCCTCGCTAAGAAGTGTTCTCTCAGATCCACTATCGTGAGTCATTTTTTATGGTGCTTACATTTTCTTTCCTATGAGCCTTTCTGTAATTTATTTGGACGTCCAAAATCTGAGCTAACCTTTTAGCCTTCCATTGGATGGTGATGTTATTGGAAAGGAAATCTATTACGTTGTAGTAACAAACCCTGCGTCCTACAACCTTTTATCCTTCAATACTTTTCTCAAGATTTGGACTCATCGGCTAGGTACTTTTCATATATATGAACATAAATTTTTGAATTTTGAAAGTGAGAAATTTAGTGTTCTTTCAAGGGAGAAATTCGGTACTTCAAAAGGTTTCAACATGAAAGATTTTGTTGTTTCACGCAACAATATATTTAGAATTTTTGTTTTGCAGTTAATAAATCTTACCTTATGATCCGTTGAATCAGCCCATGGTTCTGTGTAAAGTTTTCTGCATGGAGTTTGTAGTATATAAAATACTACTTTGTTGGGTGCCCTTTTTCTTATGTAAGGAATTCTTCATTTTGATCTGTGGAAGTTCGATGATTCATAAAAAAGAGGTTATAGAAATTACTCCCAAGATCTGTTCGTACCAATTGCAAATCTGTTATGGATCTCCTAAGCAATTTTCGTTATATATACATATATAGTTCAAAAAGTTGTTTCTAATAGGTGAAAGTATGTCTCATGATTTGGCTTTCTTAACTTGGTACATATCAATATTTTTTGAGCTCAATAGCATGTGGGGTGGGTTGATTTGAAATTTTAACTTATTGGTCGGGATATATGCCTCACTAGTTGAACTGTGGAGAGCTTGACAACTTAATGCAGGTCTAGAAAATATAAACACTTTGTATGGGCTAAGGCAAAGTGCCCATGCGGGACACATAAAACTCTAAACATGCTTTGAACACAACTCTAGAAAAAATATGACAAAACAGTAGAGAAAAAATAGAGATCCTCTGATGGACTCCAATCATATATTTTGATCGTTCCTAAAGTTTTAGGATGACATCTTATTCCTCTGGATGCGGTAGACAACTAAAATTTTTCTATCTCGATGTTTCCAAATATCATTAATTGACATTCCTTCAAAGTTGTGGCTAGGAGAATTCTTCAGAAAGTAAAATATAGATCTTGTGTCCTTCGAAATAACTTGCTAAACCACTAGAGTGAGCTTCCTTGGTAAGAGCTTCTTGAAGAGATCCTTGGGGAATACATAACATAACATATTACCTTTAAAGAGATAGTTATTGTAAAAATTGGAGTAATAGAAATATTAATCTCCTTTTCTCTCATTGAATGTGTGCAAATTAGGTTTCTTATACAGCAGAAAAACCTTTTTACAAGTATGGAAAGAATAAAAACAATGTAGGATAAATATTTGAAAATAATATTTATATACAAATGTAGAAATTCCAACACACCCCCTCAGGCTGGTTTGAAGATGTCTTGCATAGACAGCTTGTCAATCAATCTGTAGTGCCTCCAAACACTTGTAGCCTCTATGGTGCCTAGGGATACCCCAAAAAAAATGGGTGAGCTCGAGGAGCAAACTTGGTCTGGTTAGGATCGTAATTGCAGACAAAAGCAATGCATCCAAACACCTGGAGAGGAATATCAGGTATACGTCAAGTGGCAGGGTAGAACTCCTTGAGACACTCTAGAGGAGTTTCAAGATGGAGACCACGAGACAACATTTGGTTAATTAGATGAGGCACAATGAGAATAGCATCCCCCATAAATAAGACTGTAGAGAGGTACGTCAAGGAGGTGATGGTTTTTTCGTTCAGCTACCTCGTTTTGCATAAGGGTATAAGCGCAGGAAATTTGGTGGTCAATTCCTTTAGAGGACAAAAACTCATGAAAGGTATGATTTAAGTACTCTCGATCATTATCATCGGTGTTTTCAAAGGCTCAAGGCACACTAAGGTGCAATGGTCCTTTGGAGCCTACGTGCAAGGCGCACAAAAAGGCGTGAGCTTTTTTTTTCATGAGGCGCACTATATATAAAGAATATATATAAATATACACACTCGCATATGTATCTACAAAATTGAAAGGAGCAGAGCAACAATGTATAAAATATATGTATATAACCAAAGTGGAATTGAGTCTTAACTTTAATGTATAAAATATTATAAAATTAGTTTTCTACCCAAAAAACAAAACACAACAAAAAACTACTCATGATTCAATAACAATCAAAATAAAAGTTCATCCCTAAAGATCAAACTCATCATCACTAAATTGATCCTCGTCTTCATTCACTCCTTCGTTGGACTTATCACTACAGAGTAGCAACTTTTGCATTGAACTGGGTCTCGATGGTGGTGTAGCATCATTGGAAAATCGATGAAACCTTAGATTTATCAGTGAGGAGAAAGACCCAAATGAGACAGGTATGATCATTGATAAAGGTAACAAACCAACGTTTCCCTGAGGCAGTAGTGACTCGAGTGGGCCCTCAAACATTGCTATGGATAAGGGTATATGATTGAATAGGTTTGTAGGGTTGAGAAGGAAATGAGACTCGAGGTTGTTTTGCACGAATACTAACATCACAAGACAACGATGAAACATCTACTTTAGAAAACAATTGAGGGAAAAGATATTTCATATATTGAAAATATGAATGGCCCCTACGAAAATGCCACAACATACCATCGTTTTTAGAAATGGAAAAATAAGAAGACAGTAAACTAGTCCTAGAACAATCCCTAGAGAAAGCATCATCGTCAAGGAAGTAGAGTGTCTTACTCATCATCAAGGAAGTAGAGTCTCTTACTGTGTCGGGTAGTGTCAATCATCTTTCTCAAGCTCAAGTCCTAGAGTGAAACAACATAAGGTGAGAAGATAGCTTGACAATGTAAGTCCTTAGTTATCTAGATATGCAGTAAATTGTAAGATATTTTGGACACATGCAATACATTCTGTAAGGTAAAACCATCAACGGGTGAAATGTGACCCTTGCTTGCAATGGGAGCAAAGGTTCGATCAGCAATCCAAATTTTCTCATTTCCAACACACAGTAAATACAATATAAAAACTTTCAGATGAGGTAGTAAGATGATCAGTAGCACTTGAATTGAGAATCTAGGACTCCCTACCATCGATGCTAATAAGACTGAATTATTCAAAGTTACTTGATTGTGCAATGGCTCCAAGTGAGGACTTAGCAGGATCAGTGTGATTCCTTGTATGGATTGAGGTCGATGGGGTCCTTGGATAATTACTCATAAAGGCCTTACCAGAGTTGTGCTTGTCAATCGATGGACATCTCTTACTGTTTGGTGGCCGACCATGTAACTTCCATCAGTTCTCTTTTGTATGCCAAGGTTTCTTGCAATGCTCACAAAGAGTTGTCATTTCAGAGCTGGACTTTACACTGAAGGCAGCAAAATCAATAGACGGAATAGTGATGATGTTCATCGCACTTGTACAGTCTTTCTTTAAACGAACTTCTTAACACCTCAATTAAGGACGAGATAGGTCTTTGACCCAGTATTCAACCACGAATTAAGTCGAACTTGGAATTAGACCAGCAAGGAAATAATATACATGGTTAGCCTTCAATTCTGAATTATTGCCTTATGGACACCTCCACAAGGACAGACCCAGACAATTACTCTGCATATATCCATTTCTTGCCAAATTAGAGAGAATTTGTTAAAGTAGGTTGTAACATCCATGGTCCCTTGTTTCCACTCAAGGAAATGTTTCTGTAAAGTGTTTAGGCGGGAAGCATTATGACGCTTCGAGTATAAGTTCTAAACAATATCCCAAATGTCCCAGACTGTAGCAGCATACAACAGTGGTTTTCCAATTTGAGGTTCCAGTTAATTAATGAGTACCGAAGAAGAGAGTCCTCCCCCTTCCACATTCATTCTTGAGGATCTCTCGGAGGTTTCTGTATATCCCTTATGAAATACTCAAATTTAAGTCATCCCTCGAGAGAAATCTTAATAGATTGGGACTAAGAGAAGTAACTCTAACTATTCAGTTTCTACCCTACCATTAAACCTGAGTTTCCCGTGGAACTAGAGGAACAATTAGTAGTATTTAATGTAGGGAAAGATGTTACTAGATTATCTGATTACATTGGTAGGTTTGACGGTATGTTTGAATTTGGGTTTGTTGAGGCACCTAGAGCAGCCTCGACTCCTGAGAGCTGTTATTTGTTGCTAGAAATCCATTTGGAGGTTTGTCAATTGTCGTTGTATTATGGCCGGGGAAACTCCATTCTAACCCTTGGTGTCTGGTGATAGGCCACTAATAGATTTGCCCTTGTGATGGGCAGAAGATTCACCACTATTTACTTCGAGATAATAACCGGTAGCCAGCTTAGAGAAATTTGTCGATCCAGTCGGTACAAATAAGTGATGGTTGTGATGGGCAAAAGTCGAAATTAAGCTTGCCAGAGGAGATGTGATTGGCAAAAGGTTTGCCGGCGAGACATGGGTCGTTGAAGAAGGGTTGGTCGTCTACAGAAAAGGGAATTTGCTTGAATGGTGTTCGGTTGTTGGTCGAACTAGGTTGGTCATTGATTGAAACAGCCATCAGAGATACTCATTGACGGTAGCTTGAATAGCATACTAGACCACCATAGTTCTACAACATAGTAGAAAAGGAAAGAGGGGAGCAACACGTGTGAAAGGGGAACCACAGTGAGAAGTTAGTAAGTATAAATAGAAGAATAAAAAGAGAGGGAAAGTGAGTTAGAGTTTTGAGTAAAAATATTTCTGTTGTATCTTTGAGAGAGAAGATAGCAAATTTGAGGGAGGTATTCTGTTTTTTCCAAATTGATCTTTCCAATCAATTTGTTTACTGAATTCTTGTAATTCATTTTCATGATTAGCAATAAAGTCAATTGTTCAGATTTATTGTTAAATTCTGTGTTGGAAATCGAGTTCCAACACTGCGGTGGCGGTTTCGACACAGTCCAGTGGCGGCAGCATCTGTGATATTAGGGTTTCCACTTGTTGTTCTTCTTCTATGACGGCTAGGGTTTTGTTATCCATATCTCTGATACCATATAACAATTAATTAAAAATGAAGAAAGAATATCACCTGGTATATGTGGAAATCTCTAGTTTAGGGAGAAAAAACTACGATATGACTCTTTTGTATATTTTTCTCATTATCTAAATTGTTGATTATTTCCTTTTTTGTATTATATTTTATTGTATTATATTTGATAATATTATTTTTTCCTTCTTTGTAATGGGTTGTTCTTCTATTTAAGAAAACTCCTCTCTTCTTGAAATACAAGAAATATATTATTTTGGCAAAAAAAATACAAGGGACGTAATATTTATAGGCCATAATGAGCTTTGACGAAAAAGAAAAAAGACTAGGGTATAAAGATTACACAAATATCTTTAGGTGAATTATTTTCAACCCTAGTGCAGAGATAGGGTCTGCTAAGTTGTAGCAATCTTGTCCTTTTTCTGATAATCCATCAAATTAACTTTGATGGCTTCTATTGGCAAAGTCGACAAATCTGTCATCTCAATTCTCTTCATCTTCAAGTCTTCTTTAAACTCTCTGATCTGAGGGAAAAGCTATATTGATTTGACTAGATAATGTGGTTGCATCTAAATGATTTGGAAGTTCCTTATTCACTTTTCCTTAGGGAGAGGAAAGTTTTTATGACAAGGAAGGGGATACAGGTTTTTGGGCTGAAAGGAATAATAGAATCTTTAGGAGAGAGCTTACTTCTGGATGCTTGGTCTGTGCTAGCTTCCATGTTTTCTTATGAGCTGTTGCGGAGTTTTTTATAATTATTCACTTTGGGTCCAACCAGAGCAGAAGGAGTTGCCAATCCACAACCAGGGAGAGATTAGCTTTCTCCATTCTTCAACCTCAGACCAACCTTAAGAAATATGGGGTTCTTCTTCTTCCTTGGAGAACTTCTCTTTGCTTCCATCTTCACTTTCTCTTTGCTTCCATCTTTCATCTTTAATGAGTTTGGCAATAATGGTGCTGGTGAATTGTCTTCAAAGGTAGCTATTTTGAGGAGAAATTTATCACCCAAGTTGGGATAGTAATACCTGAGCTTGATGTCAGACATTTGGTTGCTCTTTCTTTCTCTCAAAGGGATTGGAGATCTTCTATTTGTTTTTAGCAGCAGAATCTTCTGCAATTGGCTATTATCATCCCGTGCGATTTCTTCCTGCACATTGCACTTTTTGGTACTCTGCGTTTTTTTGTAGGGATGAAGAGTACAAGTCCAAAGAAGCACTTGAAAAAGAAAACACAAATAAAAACACATAAGATTTGTCAAAGAAGCAACGGTTGGCAATTGGATTAATTTGCTTTGTCATTAAGCTCTTAGATTTGCACACATTTTCACCATTGATGGAGACAGGTTTTTTATATTTCTTTTGTAATTGGCTGTTTTCTTTTTTTCTCGGATATCTTTACTTCATTGTTGAATGAGTTATTATTCAATTGAGCTGCGCCATTCAGGTCTTTGTACTTCAAAAAACAAATTACTTTTTATCTTGCTTGATTAGAGTCCATTTCTTAAGTAGGTTCCAATTTTTATGGGATATTTTTTTTATTATGCTTCGTATTCTTCATTTTTTTTTCTCAATGAAAATTTGATTATTCATTATTAAAATTAATTAATAAATAACCCCTTCATGTTTTTTATGTTTTTCCACTTTCTCCTTTTATCCATTCCCAGAGGTGCATTCCTTGAGGATGCGACGTTTGTTTCATGTGGACATTCATTTGGTGGTCTCATGCTGAGGAGAGTCATTGAGACGGTAAGAGCATCCGTCCGCTCATTTTGTCCTTTTTTTCTCTTTTGGTATTTCTATTCATCTCTCTCAGTTCCTAAATAGATTTAAAAAGGACATCCTACCAATATTTAGTCCCTCTGGTACTGTGAATTTACTGAAGAATATAAAAAATTATTCTTAAGATTAATTCAAAGATTTCACTCAAACTTTCCCCGCATCCGAAGGAGTGACCGCAGAGCTATGGCCCAATTAGATTCGCAGATTTCAGTCATAAAAAAGAACTTGATAATTGATCCTCTCAACAACGCGATATGAAAAGCCCACCATTCCCATGTGGCGGTATGACGGGGTCTAAGCTAGAGCCAAACCTCTGTGGTCAGTCCTTATGAGGCGCGAGAGAAAGATTGGGCAAAAGATTTCAGTTCCGGCGCATCTCCTTCCTTCAATAATGCCTTCGCTTCCAGAAGCTATTTACCAATGACAAATACAAAGAGACGGAGGCTTTGAATAGGTTTCACTCATATTGCATTGAGCCTAGAGCTGAGTTAATACTTCCCATTCTGAAAACCCGGAAGCCGGTTAGAAAATTAGAAAACTCACCTCCTGTGAGGAGATTCGGCCGGGGTGGGCTAAGCTAATCAGCAGTGAAATTCAAATCAGAGCTCCACTCAGCCACATTCAAATTCAAAATAGAAGCCAGCGAATAAGGAAACGAGTAAAAGATGCTCTTCTTGGGGATCGGTTCCTAATAATTTACTTATTATCTACCCCCTGGTTGCTTTTGGAATCTCAATATGATTTTCCGTAGGGGAGCCTATTTGACACCTCTTTGTTTTTTTTTTTTCCATTATGGTCAAATCATATTCCTGACAGAAGAGTTAGAGGTTCAATGCTCACCTTCACAGCTGGACTAAAAAAATGTTAGAAAAAATAAAAAAGATAATTAACAGATTTCTTGGTTGTAGTCTTGTAGATTTCCAAGGAGAGACATCAAAGTGGGTCAAGGCCCACACCTCCACCCACAGATCTCTAACCCCCAAAGGTGATTTTATTTCTCTAAAGCCAATTGTCCCACAAAATAGCCACAAAAGAACTTACATGTCAGGAAGGGGTATGGAGCCTATTCCAACATCGAATGATAACCCTATTACAAGTTTACAAGCTATATTCACAATGCACATGAACCAACTTTCCTTTGCCAAAATTGTACCGAACACACAACAGAGGCTTTGAAAATCATAGAATTTGATAGTATCTGCAACCTAAGCCAGTGAAAACAATGTAAGGAGAAAGAAAGGCATTGCAACTCTTAAATCACCAATTCACCCAAAAGCTTAAGCTAGTGGTTGAAGGCAAATTAATCATATATTTCTAACACTCCCCTTCGCTTGTGGGCTTGAAATATTTGGAAGGCCTAACAAGTGGAAATCAATTTTAATTGGGAAAGAAACAACCCTTGAACAAAGGACGTCCCTAGACCACCTGCTCTGATACTATCTTAAATCTCACCCAAAAGCTTAAACTAGTGGTTGAAAGAAAATTTAATTATATATCACTAACAGCTACCACTACCTCCAATGGATTCATCAACTTCTAAGTGAGGAGCCAATAGTCATTTTAAGTTGGGAGACTATAGATCCGAGGAGGTCATTTCCTAAGGGATAAACTTGACGAGAGTCTAGATCTTGAAATGATCTTTTTAATTAAAATAGGATATTCATCGACTATAGAGATTAAGCAACATAAATAAAATAAAAAAGCAACTAATAGTGATTTAGTATTCGGGTAAACTGGATTAGGATACAAGAATTAGTATTTTGGCTAAAATTTGAGGTTCAGTTCAAAACGTCGTGAACTAATCTAATAGGTGCACTTTGGAAATAACTAATACCACCACATTAAAGTTGCACCTATGCCTAGTGCTTAGTTGTTGTCATTATATTGATTCCTTGGTATATGGCTTGATATGCTTAATGATTTTGTAATATCAAGCGAATTTCAAATGTCAATTGAAAAATTATAGCTAGAAGTATTATATGAATCAATCTTGATGGAGCGTAGTCTGGACACTCATGGTTATCAAAAAAACAAAAATGAAACCTGATGGGATTATGAATTTGTGATTTTATTTTGTCGAATGAATTCCTAATGTCAAGGTACTAATAAATACAAATGATAACTTTGAACTTTTGTTTGCTTGACAGTCAAGGTGCACCATTTGCAACTCAGAAATTGATGCTGGGTCTTTGATTCCTAATCTAGGTATCTTTACTATAACATTATATTTTTGGACTTTGGATCATGTACCAAATCTCCTGAGGGTTCCTCATTTCGTAATATTTCATTGTTTCTTGTATGTGTTTATGTATGTATGTGTGTATGTATGTAACATTAAATAAGGTAGGCATCAATGATAATAGCCTTAGACTTAGAAATTTGTTCCAATTTTGGGTAGGTTTAGAATTAGAAATGTTTCCTTTTTACTTTTTTTTTTATTATTATTTTTTTTTTTACTTTTAAATTTGTTCTAATAAATACCTTTGAGTTTTGAAATTGTTCAAAAAATATATTTTTCATTGAAATGAGGTATGAATTTGAACACGGGAGATGATGTGTAATGGTGTATGTAATATAACTTAAAACTACGTTGACTATCAAATTATTGTCACCAATTATTTCATCATAAAAGATATCACTAAAATCATTCACATAATCAATTTAACTTAATGTGGATGATATCGTAAATAGACAGAGTGTGGGTTTTGTCTTCAAGCTTCTATTTAAGATTGATTTAGAGACCATTCGGCTTGCACCGAAATGGAGAAATTGATCAAAACATATACTTTTTATGATTTGGAGTTTTATAAAATAACTCTACCAAAAAAATCACGAAGATCAAATAAATAATTCAGTGCTGTATCAAAAGGATATCTAATTAATTTCTTTTCCTAAATATTTTTGTAATTGTTTTTATCATGATTCTTAAATGATTAAAGTTACCTTCACTTATTAGCTTAAGTTGTTGGGTCAACCGGTGATTTAAAATGGTAGCAAGCAGTTGGTGTAGCATGTCTTGTGTTTAAGTCCCTGCAATAATATTTCCACCCAACTAAAATTGATTTCTATTTGTGGTGTCTTCTTCGTATATGGAGCCTACAAGTGAGGGGAAGTGTTAAGTGATATAATTTTAAATTTATCTTTACCTATTAGCTTAAGTTTTGGGTCAATAAGTGATTTAAGAATGATCATGTCTAGTTTATTTATTTATTCTTTTTTATGACTACTTAATTTTAAAAATTCTAACACTGTAATATAGTGTTCGGCAAATTAAGAGGTATAAGGCAGTGTTTGAGACCTAAGAGGTATAAGGCAGTGTTTGAGACCTCACGTGCCTAATAGACACCTGATATCCAAAGTGTTTTCTACTTCATATATTTTTATTTTTCGATTTTCATGAAGTTATGAACCACAATGATTCAAACTTGGATTCAACCAAATGGTTGAGTGTGAAATCTACCGAGATTGTTTAATGCACATGAATAGCCTGTTTGTTCATGTAAAGTAAGTTCTGAGTACAATAAAAAGGAATAAAAGTATCAGGTATCTTGCAAACGTTAGGGTCAATGTTTGTCATTTGTGGTTTCTTTTTATATCAATTGTCAATGGACTATCCCTTATTCTTCTTTTTTTTTTTTCGGGTAAGATACCTATCTTTTTTTATATACCCTAGTTATTTGTACTCTCCTGTATTAATGAGATGTGTTATTCTTATTCTTCTTTTCAAGAAAAGAAAAAATAATTAAAGAAGTGTAATCCCATTTCCAGCACTTAGAGCCGCAGCCTCAGCTGTGAAGCATGAAGATGATAGGAGGCTATTCCACAATGCTGCATTGAGGAAGCGTAGGAAAGAAATGGGCGACCATATGGATCCAATGAGAAGATTAAACAGGGTATCTCTTTTATCTTTCCCTCTCTCTTTTCTCTCTTTTTTTTTAGGTGAAGAACTTCATGTTTTATCAATATGAAGTAGGATCTTGTGACCTCACGGTATGAGGGATTGGCTTTGGCCAAAAGAATTATCCATGCAACAAAGTTAACTAATTCTGAAGCTCCATGCAGGAAATTATATCTTTCCACCTAATTATAAATATCTATACAGTTTATATGTATTGCAACCATATCCCATCATGCATGTAGAGAAATAGGTTTTAAAGAGATTAAAAAATTTGAACTGAAAAACTTCTTCCTGAAGTGTCCCAAATTCCAAACCTTCCTCCCCTCGCATTTTTCTTCCATTTCTTCCTCGGCCAGATCCAGGTTAAGAGATAAGTCCAAACAAACTTTCAAAACCAAAGAAACTCCCGCTCCTTTTTAAGACGTTCCCATTGCAGTTTGTTAGAAGAAAGAGATTGAAGGAGGCCTCAAAACAAAAGGCTTTAAAAGCAAGGTTATTGTTAGATCATAATCTGGATTTGTTAGAGGCCAAGTATCCTTCTTCAAGCCCCAGTTCTCCCAAACAGGCCAGTGCCTTAGAACTCTAGTCCTCATTTTAACTACTATGATCTTTCTTTACCTAACTCAAAGGTTAAATTTTTTAGAGGCTCTCCTAGTCAAACTCTGTTCCCTTAGTCTAGAAAGAAGCATGCTTCAGTTTTTGGATCTCCCTTGTGAGGAAGATGACCTCTTGTCGAAGACAGCTAAGAGGAGGATCCATCACTAAAGGACCCTTTAGATTCTGATTTAAATGCCTTGTTCCAGATTGAGGAAGTTGTAAATTTTGAAAAGATGGTCTCTATAATTCCCTTTCCAGAGCATTTGAAGTCTTTTGTTGAAGAATGTGGAATAATTTTGGTTTGAGTTCTCGAAAGTAGATTTGTTCTCTGCTTCATCAGTCAATTATCTTTAAATTTTGTTTAGTGGATCACAAGGTTTTTATTGAAAGCAATAAATACGAAACCGAGGCATATGTGGAAACCCAAGAACCAGGAGAAAAACCATGTTGTTTTTAGTTTTATTATTTTTTTATAATAACAATGGTACAAATGAGGGAACTTAAATAGAGTGTAAAGAGCAAAGAAGAAAAGGAAAAGAAATTTTTATGGTAAGTTTTCCATAAATATTTTTTCCATATATACAAATTCTAATACTCCTCAAGTTGGGACGTAAATGTCAATTAGGCCAACTTGCTGACACAAAAATCAAAATTTGGCCTAAGAAGCCCCTTGGTGAGAACATTAGCAATCTGTTGGCTGGAAGGGATGTACTGAATGCATATGCTTCCACTCTGTTGGCTGGAAAGGATGTACTGAATGCATATGCTCCCACTCTGTTGGTTGGAAGGGATGTATTGAATGCATATGCTCCCACTGTCAAGTTTTTCTTGGATGAAATGTTAATCAATCTCAACATGTTTAGTTCTATCATGTTGAACTGGGTTGTTAGCAATACTAATAGTGACTTTATTATCACAAAAGAGCTTTAATGGAGTCTCACATTCCTGATGAAGATCAAATAAGGACTTTCTGGACCAAATTTCCTCACATATTCTCAAACTCATAGTTGTGTATTCGGCCTCAGCACTGCTCCTGGCCACAACACTTTGCTTCTTACTTTTCCAAGTTACAAGATTGCCCCAAACAAAGGTACAATAACCAGAGGTAGATTTTTTGTCAATAACAAATCTTGCTCAATTCGAGTCGGTATATGCCTCGATGGTCTTTCTGTTTGTTTTTCTAAACATCAGCCCTTTACCAGGTGTTGTTTTCAAGTATCTCAGAATTCTATTGACAGCTTCCATGTGTTTCTCATAAGGAGCTTGCATAAACTAGCTGACAACACTCACAACAAAGAAAATATCAGGACGATTATGGGATAAGTAAATCAATTTACCCACAAGGCGCTGATATTGTTCTTTATCAACTGAAACTTGATCATCAAAGTTTCCAAGTTTAGGATTGAACTCAATAGGAGTATCAGCAGGACAACATCCCAACATACCTATCTCGGTTAGCAAATCAAGGGTGTATTTCTTTTGAGACACGGAGATACCTTTTTTAGATCTGACCCACCTCCATCCCGAGGAAATATTTCAGATTTTCTAAATCATTGATTTCAAATTCATCACCCATTCTTGGCTTTAGTTGACTGATTTCTACCTGATCATCTCCAGTTAAAACAATGTCATCCACGTAAGCTGTTAGAACAACAATCTTCCCTGTTTTGGAAACCTTTGTAAATAAAGTATGATCAGAGTGCCCCTGGCTGTATCCTTGGGACTTGACAAAGGTAGTGAATCTGTTAAACCATGCTCTGGAAGACTGTTTCACATCATATAGGGATTTTTGGAGTTTACACACATGCTGACCAAACTGGGCTTCAAATCTAGGCGGGGGGCTCATATAGACTTCCTGCACAAGGTCTCCATTCAAAAAAGCATTCTTAACATCCAGCTGGTATAAAGGTCGGTCTTTGTTCACACCAACAGATAGCAGGACTCTAACAATATTCAACTTAGCAACTGGAGAAAAAGTTTATGAATAGTCAATACCATAGGTTTGAGTAAATCCCTTTGCAACTAACATTGCCTTGTGTCTGTCAAAAGTACCATCTACTTTGTATTTAAGAGAGAACACCCATTTGCATCCCACAGTTTTGTATCCCTTGGGTAGAGTACAAATTTTCCAAGTACTATTCTTTTCAAGAGCTTTTATCTCTTCACTGACAGCATTCTTCCATTCAGGACACTCTAAAGTAGTGTAGATATTTTTCGGTATTATGGTAGAGTCAAGACTTGCTATAAAAGCTCTGAACTGTGGAGAGAGATTATCATAGGAAACATAGTTGCAAATGGGATGTTTAGTACTAGACCTAGTACCTTTCCTCAGAGCAATGGGAATGTCAAGAAAGGGATCATACTCATCAAGTTTTCTTGTATGACCCTGTTCAACTTCATTATTACCGGTTTCTGTCCTAACCTTAATCTCATCACCACTATTCTTTTCTTCCACATTTTCAAGAACAATAACATCAGACATATCATTCTCACTTATCGTATTATTAGTACAAGGTTCAGTAGGATTTTTCATACCTTGATTTTGAGGAGGTTCAGAGTCTTGGACTGGAGCCGGCGGCTGACTAGTAGGGGACCTGACTTCCTTTCTAAGATTTCTCCTGTTATACGTTTTCCAGGGAACTTGGTTTGTGGGTAGGACTATGGGATGTGGATCGATGTCAGACACGATACTAGGAGTAAGTTTGATAAATTCAAAGGTGGTGTTAGACTCTTCATTCACACACTCTCCCTGAAGATGGCTAACGGGAAAGTAAGGTTGGTCTTCACAGAAAGTAACATCTATAGTGACAACGTATTTCCTGTACGGCGGGTGAAAACATTTATAACCACGCTGGTGAAGGGGATACCCAACAAACACACATGCCTGAGCTCGAGGGGTAAATTTGGTCTGATTAGGGCCAACATTATGGACATAAGCGGTACACCCAAACAAACAAAGAGGAACCTCAGAGGGGTAGGACTCCTTAAGACAATCTAAGGGAGTCTGAAGGTGGAGAATACAAGAAGGCATTCTATTGATTAAATGAGCTGCTGTAAGGATAGCATCTCTCCACAAGTATGAAGGAAGGAAAGTTGATAGCATAAGGAAACGGGCTACTTCCAGAAGGTGACGGTTTTTTCGCTCGGCCACTCCATTTTGTTGAGGAGTGTAGGTGCATGAGTTTTGGTGAACAATCCCCTTAGAAGCTAGAAATTTACTAAGGTTATGATTTTGGAATTCTCGGCCATTGTCACTCTAAAGAATAGCAATTTTTTATGAAATTGTGTTTCAATGGTGTAATAGAAATTTTGGAAAATAGAGTAAACCTCCGATTTATCGGTGATAAGGTAAACCCAGGTAAGACGGGTATGATTATCAATGGAAGTTACAAACCACCGTTTCCCAGATGAGGTGGCGACCTTGGAGGGACCCCAAACGTTGCTTTGGATAAGGTTGTGAAGGAAAAGAAACCAGATGTTTTGTCCGAATGCACACATCACAAGGTAACGAGGAGACATCAATTTTAGGAAAAAGATGGAAAAACAAATATTTCATATAAGTAAAGTTCGGGTGACCCAACAGAAAATGCCACAACATAAAGTCATGTCCAGAAGTGCTAAAATAGGAAGATAGTAAACTAGTCCTAGAGATACTACTACCGGAGGTATCATCATCAAGGATGTAAAGTCCCCTGCTATGTCGGGCAGTGCCAATCGTCCTCCCCGAACTCAAGTCCTGAAAACAAACAGATTTAGGTAAGAAAGTGGCTTTACAGTGCAGCTCACGGGTGATCTTACTGATAGATAACAAATTGTAAGAAAGCTTAGACACATGCAAAACATTCTGGAGAGACAAACCGTCAAGGAGAACTATTTGTCCTTTGCCAGCAATCGGGGGTTAAAGAACCGTCTGCTATCTTGATTTTCTCATTATCGACACAGGGTGTATGAGAGACAAAGTGCTCCGAAGAACCTATCAAGTGACATGTTGCCCCTGGGTCCAAAATCCAGGGATTCTTTCCATCACCACTAATAATACCGAGGGACTAAGGCATACCTGACCGAGCAATGGCGTCTAGGGTAGGAGGGCCGGTCTGGCTAGTAGTAGGGCCAGTTGACTGAGAGGTATTGGCAATCTCCCTAACATTGGTACGTCCTGAGTGCTTGTTGGAGGAACGTTTGTTAGCTCTTGGGGGTCGATCGTGGAGTTGCCAACACTGATCCTTGGTGTGCCATTGTTTCTTGCAGTGTTCACATACGAGGATTGGTTGCTCCATCTCCTTACGCTGTCCCAACAAAACCATGAAACCCCAGGTCCTCAGATCCTCGCGTCTGCCTCCAATCTGTTCCAGATCTGTCTAATTTCGTTCAGACCCATCCTTCATGTCTGCCTTCAAAGTTTAGATCGAAGCCCAGATCCAACGACGCCTCGTTTCTGTTTTTGTTCAGATCCGCTAAGCCTCTCTGCTCCATTCAGTTCAGTTTCCGTTCTGTTCGCCCCAGATTTCCCGTTTAATCTGATTCTGACTTGCTCTAGTTTAGTTCGTTTGGTTCCATTTTGATCCGACAAAACACTTATGTCCAATTCCGACCCTGTTTTCGTCCAGCTTTGATTCTACTTTGCTTCAGTTTTGCTCTTTCATTTTGCCCCCCGAAGTTCTTGTTTCGTTCTTCCTAGGTTCTGTTATAGATCTCTATACGAGGATCTATGTTTCTATCCCGGAAGTTTTTCGTGGGTTTGTTTTAACCTAGAAGTTCTTTGTCTGTTTGTTCTTCGGGTTTTTTATTCTATTCTAGATATATTGTTTCTTTTCTTAGTTCTTAGCAAACTCAAGTTTGTGATTTCAACCTTGAATTTGAGGGAGGGTATTAATATAATTAGATTATTCTTAGGAGATATTATTCTGGAGATATTATTTGATATTATTTCCTTAAGTGTAGAGAATATTTCTCTATGGTTATATATAGGCTTGTATCTCTATTAAATAATGAATGAAATATAGATTAATTCCATAAAATCAACAACCCTATTTCAGATCTATACTTTTCTTGAAGTTTTAAAGGCTCTTTAGGAGGCATGTTGAAGTGCGGTTCCTGTTTGTTGAAGTTATTTTGTTGTTTGTTGGGTTGAAAGTTGTTGTCTTCATAGGCTTGGTTTTGTTTGTTATGTTGTTTTTGTTGATATTTTAGTTATTTTACTCCTTTTTGCTCGTAGTATAATTCTCTTCTACTTTGAGCGTTAGTCTCATTTATTATCTAATAAGAGGCTTGTTTTCATTTAAAAAAAATAAAAACTCTCGTTTATTAGGAAAATGGTGATCTTGCCATCGATGATGGCATCCATCGAGGAGTGCAGTATCCTTTTGCAGAAAATGAAAAGGTTCTAATTAAGGTGAGCAATTTTCTGATCATATTCTGACTTTTATTTTTTATTCTACTTGATGAAATGTAGAATTTGAGAAGCATTCTGGTATATTAGGGAAACAGGAGAACACCAGAAAAATTTGTTGGAAAAGAAGCAGTCATTACATCCCAGTGTCTCAATGGCTGGTTAGTACACATTCTACAATCTACATAATTTTTGGATGATTTCATATTACATTTAACATCACCTATCAACTTCAACTTTTTGGTCCACTGAAGTTTTAGGATAGCATCATTACAAGTAGTTCAAGAAGTTTTATATTCAAACCACCCCTCTGTTCAAGGTTGATTTTCACTTATTGAGTCTTCTACATATTTTAAGTCCATGTTAAATTATATAATATTAAATTTTTCGCTCATCAAATTCAACTTTTTGCTTCAAAGGGAGAATTTAACAATACTAACAAATTGATACTTTAATTGATTCCTGAGGATGTTTTACTTGTAATTTTCCTCGAATCTTCAGGTATTTGCTAAAAATCATTGGTACTGGAGAGAATGTTCGGTTGCAATATCGATCTCTTAGGAAGATCCTTAACACGACACCAGCTAATGACAATAGCTGTCCTCCACAGCCACTTCAGCACAGTTGCTCATAGATCGACATCTTTCTGGCTGTTGATTATCATTAATCCAGTGCAATAAGTAAAATTCTAATCATGGTTTTGGTCAGCAAAAGGTTGTGGATGTGGGTTTTGGAGGTGATATATTTATTATTATCATGATTGTACATCAGAACACCAGCTGTTAGTCTTAGGTTTCTCTTACAGGCTTGTAAAAAGAATCCTTGAAAATGTATGTAGTTTTTCTTTCTTTCTTTCTTTTTTTCTCTTTTTTTTTATCTCCTTTTAATTCTTGGATTACCATTAAATTATAGGCCCAAGAAAACCTCTATATGTATCATTATATGCTAGAGATGAGTCTTGAGATAAATTATATGGAAATTGGGACTGGAGGCATGTATTGTGGGCAGACAACACTTGGCATCTTCAATTAGTTTAAGTGTTTCTTCTTTTTTTCTCTCTTAATTTTTTGTAGTGGGGGGTGGGGGAATCATTGAGCTTTTGATGAAATTTTATCTTTATTATATTTTTCGGTGATATTTTATTTATAATCGCCTCTGTATTAT

Coding sequence (CDS)

ATGGTTCCAGGCATCATAATGCACCAGCAATCCTCTTCTGCAGTTTCTCCACACCATATCAATCCTCCGCCTTCCTCTCTTAGGTCACCTTCATCCACACCTCCCGCTGCCCACTCTCCACTGCCTCTCACCACTCACGTCTCCAATTCCCACCGGGAGCCATGCGACCATGTTGCCGGACCAGTGCTGCAATCCGCCGGTGATTCTGCTGTAGCTATGGCTTGCCCACTCGCCCGGGTCCGCTTGTCTGATATTGCCCCCTACGACGGTGCGCCTGCGGGGTCCTACGTGAGGGCGGTTGAGGCTTTGTCCGGATCCTTGACGAGATATAATGCGGCTGTGATTGAATTGGAGAATGAAGCTGCTGCTCTCACTCGTTGCGGTCTTGAAGCGGCTAGGTTGTTTTTCAAAAGTAGAGCGCAGAGTGGAGGAAAGGGGCGAAGTGTTTATATGTATAGAGCTGGAAGAGCAGTGGAAGATTGGGACTCTTGTCCTCCGTGTATGGCTGATATTTTTAGATGTATGGGTAAAGCAGCTCGAGCTGCCTTGTGTGCAATAGCTAGGCATCTTCGTTTGAGAAGCGATGTTTTCAATAATTTGCTCGATGACACTCCACTTCCTGCTACTGATGTGTCCTCATCAGTGCTTGTTGCAATGCACTTGCATAATAGCTCTTTGCACAATTGCAAGGGTTCTATTGGAGGAGGAAAGTCAGCAATGAATGTTGAGGTTGAGAAGGGGTTATTGACATTGTTTTCCTCAGACAATCCTGGTTTACAGGTTTGTGATCCCAATGGTCGCTGGTACCTAGCAGACACTGTCTTGGCACCTGGAGATCTGTTACTGATTACTGGAAAGGCACTTAGCCATGCTACAGCTGGCCTTCGGCCTGCTGCATCATATAGAGTTGCTTCTGATCATTCCTTGGGCTCAAATTGTGTTGGGAGGACTTCCCTTGCATTTAGACTCATGCCCCAGACAAATGCCATACTAGACTGTTCTCCCATTGCAGCAGCTGGTCATGTCATTCCCCAAAGATATGGTCCAGTCTCTGTTAGCCAATTCATGGATGATCTTTCTGCTGAGGAAGATGTATTATGCACTCATCTGGATAAGGATAACAATTGTATAGCTCGAAATGATCAAAACAAGGAAGCCTCGCTAAGAAGTGTTCTCTCAGATCCACTATCAGGTGCATTCCTTGAGGATGCGACGTTTGTTTCATGTGGACATTCATTTGGTGGTCTCATGCTGAGGAGAGTCATTGAGACGTCAAGGTGCACCATTTGCAACTCAGAAATTGATGCTGGGTCTTTGATTCCTAATCTAGCACTTAGAGCCGCAGCCTCAGCTGTGAAGCATGAAGATGATAGGAGGCTATTCCACAATGCTGCATTGAGGAAGCGTAGGAAAGAAATGGGCGACCATATGGATCCAATGAGAAGATTAAACAGGGAAAATGGTGATCTTGCCATCGATGATGGCATCCATCGAGGAGTGCAGTATCCTTTTGCAGAAAATGAAAAGGTTCTAATTAAGGGAAACAGGAGAACACCAGAAAAATTTGTTGGAAAAGAAGCAGTCATTACATCCCAGTGTCTCAATGGCTGGTATTTGCTAAAAATCATTGGTACTGGAGAGAATGTTCGGTTGCAATATCGATCTCTTAGGAAGATCCTTAACACGACACCAGCTAATGACAATAGCTGTCCTCCACAGCCACTTCAGCACAGTTGCTCATAG

Protein sequence

MVPGIIMHQQSSSAVSPHHINPPPSSLRSPSSTPPAAHSPLPLTTHVSNSHREPCDHVAGPVLQSAGDSAVAMACPLARVRLSDIAPYDGAPAGSYVRAVEALSGSLTRYNAAVIELENEAAALTRCGLEAARLFFKSRAQSGGKGRSVYMYRAGRAVEDWDSCPPCMADIFRCMGKAARAALCAIARHLRLRSDVFNNLLDDTPLPATDVSSSVLVAMHLHNSSLHNCKGSIGGGKSAMNVEVEKGLLTLFSSDNPGLQVCDPNGRWYLADTVLAPGDLLLITGKALSHATAGLRPAASYRVASDHSLGSNCVGRTSLAFRLMPQTNAILDCSPIAAAGHVIPQRYGPVSVSQFMDDLSAEEDVLCTHLDKDNNCIARNDQNKEASLRSVLSDPLSGAFLEDATFVSCGHSFGGLMLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDHMDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNGWYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS

Homology

[Close]

BLAST of Cucsat.G16188 vs. ExPASy Swiss-Prot
Match: Q6DBN5 (U-box domain-containing protein 62 OS=Arabidopsis thaliana OX=3702 GN=PUB62 PE=2 SV=1)

HSP 1 Score: 101.3 bits (251), Expect = 1.1e-20
Identity = 53/141 (37.59%), Postives = 83/141 (58.87%), Query Frame = 0


Query: 2   LRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDHM 61
           + +V +   C  C+  +   S+ PNL LR A  A   E++ +  H +   KR++E  D  
Sbjct: 212 IEQVKQMKACCTCSQPVSEDSITPNLTLRVAVQAFCREENSQSNHPS---KRKREGFDQE 271

Query: 62  DPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNGW 121
                +   +G        ++   +PFA  ++V+IKGN+RTP +FVG+EAV+T+QCLNGW
Sbjct: 272 RRAFGVTNHSG-----RSRNKSNHFPFAVADRVIIKGNKRTPPRFVGREAVVTTQCLNGW 331

Query: 122 YLLKIIGTGENVRLQYRSLRK 143
           Y++K +   E+V+LQYRSL K
Sbjct: 332 YVVKTLDNAESVKLQYRSLAK 344

[Close]

BLAST of Cucsat.G16188 vs. ExPASy Swiss-Prot
Match: Q58FY4 (U-box domain-containing protein 63 OS=Arabidopsis thaliana OX=3702 GN=PUB63 PE=2 SV=1)

HSP 1 Score: 97.8 bits (242), Expect = 1.2e-19
Identity = 54/142 (38.03%), Postives = 79/142 (55.63%), Query Frame = 0


Query: 2   LRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDHM 61
           L+ V +   C  C+     GS  PNL+LR    A + E+D    H     KRRKE  D  
Sbjct: 232 LKEVKKMKACFTCSQPTLEGSEKPNLSLRIVVHAFRQEEDSDHIHTL---KRRKERSDQK 291

Query: 62  DPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNGW 121
                 N     +       RG+Q+PF+  + ++I+GN+RTP +FVG+ AVI +QCLNGW
Sbjct: 292 RSFCIPN-----ITETPKSSRGIQFPFSIGDHIIIEGNKRTPPRFVGRIAVIMTQCLNGW 351

Query: 122 YLLKIIGTGENVRLQYRSLRKI 144
           Y++K +   E+++LQ+ SL KI
Sbjct: 352 YVVKTVDNSESIKLQHCSLAKI 365

[Close]

BLAST of Cucsat.G16188 vs. NCBI nr
Match: XP_031741483.1 (uncharacterized protein LOC101206682 isoform X3 [Cucumis sativus])

HSP 1 Score: 333 bits (855), Expect = 2.74e-112
Identity = 164/164 (100.00%), Postives = 164/164 (100.00%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH
Sbjct: 212 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 271

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 272 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 331

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS
Sbjct: 332 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 375

[Close]

BLAST of Cucsat.G16188 vs. NCBI nr
Match: XP_004140426.1 (uncharacterized protein LOC101206682 isoform X1 [Cucumis sativus] >KAE8648109.1 hypothetical protein Csa_004712 [Cucumis sativus])

HSP 1 Score: 333 bits (855), Expect = 1.36e-109
Identity = 164/164 (100.00%), Postives = 164/164 (100.00%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH
Sbjct: 417 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 476

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 477 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 536

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS
Sbjct: 537 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 580

[Close]

BLAST of Cucsat.G16188 vs. NCBI nr
Match: TYK14433.1 (RING/U-box superfamily protein isoform 1 [Cucumis melo var. makuwa])

HSP 1 Score: 327 bits (837), Expect = 1.53e-108
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 286 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 345

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 346 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 405

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 406 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 449

[Close]

BLAST of Cucsat.G16188 vs. NCBI nr
Match: KAA0032189.1 (RING/U-box superfamily protein isoform 1 [Cucumis melo var. makuwa])

HSP 1 Score: 327 bits (837), Expect = 1.53e-108
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 286 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 345

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 346 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 405

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 406 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 449

[Close]

BLAST of Cucsat.G16188 vs. NCBI nr
Match: XP_008456843.1 (PREDICTED: uncharacterized protein LOC103496673 isoform X2 [Cucumis melo])

HSP 1 Score: 327 bits (837), Expect = 2.14e-108
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 297 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 356

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 357 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 416

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 417 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 460

[Close]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL
Match: A0A5A7SSH6 (RING/U-box superfamily protein isoform 1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold452G001180 PE=4 SV=1)

HSP 1 Score: 327 bits (837), Expect = 7.39e-109
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 286 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 345

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 346 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 405

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 406 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 449

[Close]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL
Match: A0A5D3CRE0 (RING/U-box superfamily protein isoform 1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold186G00920 PE=4 SV=1)

HSP 1 Score: 327 bits (837), Expect = 7.39e-109
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 286 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 345

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 346 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 405

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 406 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 449

[Close]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL
Match: A0A1S3C495 (uncharacterized protein LOC103496673 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496673 PE=4 SV=1)

HSP 1 Score: 327 bits (837), Expect = 1.03e-108
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 297 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 356

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 357 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 416

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 417 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 460

[Close]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL
Match: A0A1S3C3S2 (uncharacterized protein LOC103496673 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103496673 PE=4 SV=1)

HSP 1 Score: 327 bits (837), Expect = 3.36e-107
Identity = 161/164 (98.17%), Postives = 163/164 (99.39%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAA+RKRRKEMGDH
Sbjct: 417 MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAAVRKRRKEMGDH 476

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 477 MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 536

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPANDNS PPQPLQH+CS
Sbjct: 537 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSGPPQPLQHTCS 580

[Close]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL
Match: A0A6J1JTN9 (uncharacterized protein LOC111487410 OS=Cucurbita maxima OX=3661 GN=LOC111487410 PE=4 SV=1)

HSP 1 Score: 312 bits (799), Expect = 2.81e-101
Identity = 154/164 (93.90%), Postives = 159/164 (96.95%), Query Frame = 0


Query: 1   MLRRVIETSRCTICNSEIDAGSLIPNLALRAAASAVKHEDDRRLFHNAALRKRRKEMGDH 60
           MLRRVIETSRCT+CNSEIDAGSLIPN+ALRAAASAVK EDDRRLFHNAALRKRRKEMGD 
Sbjct: 435 MLRRVIETSRCTLCNSEIDAGSLIPNIALRAAASAVKQEDDRRLFHNAALRKRRKEMGDQ 494

Query: 61  MDPMRRLNRENGDLAIDDGIHRGVQYPFAENEKVLIKGNRRTPEKFVGKEAVITSQCLNG 120
           MDPMRRLNRENGD+AIDDGIHRGVQYPFA NEKVLIKGNRRTPEKFVGKEAVITSQCLNG
Sbjct: 495 MDPMRRLNRENGDIAIDDGIHRGVQYPFAVNEKVLIKGNRRTPEKFVGKEAVITSQCLNG 554

Query: 121 WYLLKIIGTGENVRLQYRSLRKILNTTPANDNSCPPQPLQHSCS 164
           WYLLKIIGTGENVRLQYRSLRKILNTTPAN++SCP QPLQHS S
Sbjct: 555 WYLLKIIGTGENVRLQYRSLRKILNTTPANEDSCPSQPLQHSSS 598

The following BLAST results are available for this feature:

BLAST of Cucsat.G16188 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6DBN5	1.1e-20	37.59	U-box domain-containing protein 62 OS=Arabidopsis thaliana OX=3702 GN=PUB62 PE=2...	[more]
Q58FY4	1.2e-19	38.03	U-box domain-containing protein 63 OS=Arabidopsis thaliana OX=3702 GN=PUB63 PE=2...	[more]

BLAST of Cucsat.G16188 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_031741483.1	2.74e-112	100.00	uncharacterized protein LOC101206682 isoform X3 [Cucumis sativus]	[more]
XP_004140426.1	1.36e-109	100.00	uncharacterized protein LOC101206682 isoform X1 [Cucumis sativus] >KAE8648109.1 ...	[more]
TYK14433.1	1.53e-108	98.17	RING/U-box superfamily protein isoform 1 [Cucumis melo var. makuwa]	[more]
KAA0032189.1	1.53e-108	98.17	RING/U-box superfamily protein isoform 1 [Cucumis melo var. makuwa]	[more]
XP_008456843.1	2.14e-108	98.17	PREDICTED: uncharacterized protein LOC103496673 isoform X2 [Cucumis melo]	[more]

BLAST of Cucsat.G16188 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7SSH6	7.39e-109	98.17	RING/U-box superfamily protein isoform 1 OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A5D3CRE0	7.39e-109	98.17	RING/U-box superfamily protein isoform 1 OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A1S3C495	1.03e-108	98.17	uncharacterized protein LOC103496673 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S3C3S2	3.36e-107	98.17	uncharacterized protein LOC103496673 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1JTN9	2.81e-101	93.90	uncharacterized protein LOC111487410 OS=Cucurbita maxima OX=3661 GN=LOC111487410...	[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
IPR013083	Zinc finger, RING/FYVE/PHD-type	GENE3D	3.30.40.10	Zinc/RING finger domain, C3HC4 (zinc finger)	coord: 17..86 e-value: 1.3E-5 score: 26.9
None	No IPR available	PANTHER	PTHR33644	U-BOX DOMAIN-CONTAINING PROTEIN 62-RELATED	coord: 18..207
None	No IPR available	PANTHER	PTHR33644:SF3	RING/U-BOX SUPERFAMILY PROTEIN	coord: 18..207
None	No IPR available	SUPERFAMILY	57850	RING/U-box	coord: 30..84

Relationships

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


Feature Name	Unique Name	Type
Cucsat.G16188.T1	Cucsat.G16188.T1	mRNA
Cucsat.G16188.T2	Cucsat.G16188.T2	mRNA
Cucsat.G16188.T17	Cucsat.G16188.T17	mRNA
Cucsat.G16188.T19	Cucsat.G16188.T19	mRNA
Cucsat.G16188.T4	Cucsat.G16188.T4	mRNA
Cucsat.G16188.T5	Cucsat.G16188.T5	mRNA
Cucsat.G16188.T11	Cucsat.G16188.T11	mRNA
Cucsat.G16188.T8	Cucsat.G16188.T8	mRNA
Cucsat.G16188.T9	Cucsat.G16188.T9	mRNA
Cucsat.G16188.T3	Cucsat.G16188.T3	mRNA
Cucsat.G16188.T12	Cucsat.G16188.T12	mRNA
Cucsat.G16188.T13	Cucsat.G16188.T13	mRNA
Cucsat.G16188.T10	Cucsat.G16188.T10	mRNA
Cucsat.G16188.T16	Cucsat.G16188.T16	mRNA
Cucsat.G16188.T14	Cucsat.G16188.T14	mRNA
Cucsat.G16188.T15	Cucsat.G16188.T15	mRNA
Cucsat.G16188.T18	Cucsat.G16188.T18	mRNA
Cucsat.G16188.T6	Cucsat.G16188.T6	mRNA
Cucsat.G16188.T7	Cucsat.G16188.T7	mRNA