CcUC04G060690 (gene) Watermelon (PI 537277) v1

Overview


Name	CcUC04G060690
Type	gene
Organism	Citrullus colocynthis (Watermelon (PI 537277) v1)
Description	vacuolar protein sorting-associated protein 20 homolog 2-like
Location	CicolChr04: 5789121 .. 5817670 (-)
RNA-Seq Expression	CcUC04G060690
Synteny	CcUC04G060690

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGTATCATGTTTCAAACAAATTTGCAACCTCTTAGAGGACTTACAAATACTTGATTTATGTGTAGACGTGAGCGAAACTTATATCAACTTCATAATATGTATGACATACCTATTGCACATGCACCAGCTCCTAGGTGTAGAGGACGAGCTCCAGCAAAAGTAAGAGAGGAACAATTTGTACATGATGAAGTTCACCATGATGAAGAAGAAATGCCTCTTGTTACACAAACTTGATCTCAAGATCATGCTAGTCCTTTCACCCGAACGATGATGCCAACCTTTGGATCCCAGTATCATAGTGAAGCTAGGCCTTCATCGTCATCATATGTTGCTCATAATGAGTCTGGTTCATCATATAGGCATGGGTGTGGCGTGGTGAGAATGAACATTATTTGTTTCCTATAGTACCCATAGAAGAACAAGAGGAACAAGACGTGGCACAAATGGGTCATCCCCGACAACCAACTAGCAATTGACGATGTCCACCTTGTGGCTCTCATTGAGTTTACAGTGTGATTGTGTATGAACTTTATTTGTCTTTGAAATATGAACAATGCTATCGTCAATCATGTTATATTTTCCTTATCAATTTCATATTTTATTTTTTTAATTCTATATTTTGCTTATCAATTTTATAAAGTGTATGCAATACAATAATTCAAAATTATAATATAAAATGAAATTGGTTGAAAAAATTATAAATCCCCACTTTTCATTGAAAATTGGTTGAAACAATTACAACGGAACAGGAAAAACTAATTTGATCACCACTTTTTCTCCTAAATGTTTCAACTCATTTATTTTTCACTTCAAAAGATGAGGAGCTGCTTGATTTTTTTTTAATATTTTAATACCTTGTCCTAAAAAAAAGAGAATATATGTAGAAATTACATACTTGTCTTTTGAAAAGAAGAGGTGCGGCAAAACAACAATATTTTTCAGATAAGTTCGGAAACAATAGTATTCTTATAATTAGTTTAAAAATAAAAAATATTAATAAAAAAAACTCGGTTTTTAGATTTCCTATTAAGAGGCTTAGATTTTTTATTTTATTTTATTTTATTTTATTTTTATAATATTTTTCAATATTTCCTTGTTTATAGTGAAAATTATTATGAATATCATAATAAATTAGATGTCCATTATATAATTGAACTTAGTGGCTAAAGGTCATGTGTTTGCTAATGACACATCCTTAGTGATCATGAAATGCCACTACCTACTTGCCAAATTGCCTATACATAGAGCCTTTTGGTGGATATTGTAAGACACACATTGGAGAGAAAAGAAGAGAAAAGATTGGTGAAATTTGAGAAGTTTCATTTTCCATAAAATCTCACTTTCTTTATTTTAGTTTATTTTAAGTTACTTTATTTAATTTGGTTATTTTAATTATTTTGATATTATTTTATAATTTATTATTTTAATATGATATTTCTTGATTTTTGTGCTCCTGTTTTTCCGTCATTTTGCTCCTCAATTTTACAACACATTATTAGCATGAGTTTTTGTCGTTTTCCCATTGAAGGTAGGTTTTGAAGTTATGTCATTTTCTCCTTGTTATAATTAGTAAATTAAACACTATTTTGCATGTTTTAGTAGATATTAAATTACTAATATAAACATAATTCTTTGTGATAGTATTATCATGGCAAATCTTACAAAAATAGAATTTGCAACCTTTGACATGAATGGAAATAATTATTTGTCATGGATGTTTGATGCTAAAATACATCTAGATGCCATGAACATGGGAGAAACAATTAAAGAGGGAAATGCAACATTCATTCAGGAAAAAGCAAAAGCTATGATCTTCCTTCGCCATCATATCCACGAGGGATTGAAGATGGAATATTTAACAATAAAAATCCCTACATCTTGTGGAAGAATTTAAAATAGAGATACGATCATCAGAAAACAGTTATTCTTCCTAAAGCTCGTTATGAATGGATGCATTTGAGGCTCCAAGATTTCAAATCAGTAAGTGATTACAACTCCGCATTATTTAAAATCAGTTCAAAATTGTTGTTATGCAGAGAGAAAGTTACTAATGCGGATATGTTGGAGAAGACATTTTCTACATTTCATGCCTCGAATATGCTCCTACATCAGCAATATCGAGAGAAAGGTTTTAAACAATATTTTGAATTAATTTCATGTCTTCTCGTGGCTGAACAAAATAATGAGCTATTGATGAAGAACCATGAATCTCGACCAATTGGAACAACACCATTCCCTGAAGTGAATGATGTAAATTTTAATAATTCGGTCAAGGTCGTGACCGTAGCAGAGGAAGAAATAATTATTATTTTCGTGATTGTCATTCTAATCATCCAAATTTCAAAAAAAAAACCACTTGAAATGATGATCATAAAGAAATAATTATCATTCAAAAGATGATGAGCATAAATGCTTCTGATGCGGGATGACTGGGCACTGGTCTCGTGTTTGTTGTACATCAAAACACCTAGTTGATCTCTATCAAGCTTCCCTGAAGGAAAAAAGGAAAAATGTGGAAGCAAATTTTACATACCAGGATAATGATATAATTGACCCATCGAATATGACAAATTTGGATGTGGACTTCTTTGAATCTCTTGAAGAGAAAATCAGCACAAATGATGGCATAGCAAGTGTTTCTTTTGATTTTGAGAATGTGTATAATTTTTTTATCCATCTATCTTTCATGTTTTTTTTAAGTTAAACCTTGTATTTCAAATTTTGTTTTTCTTATTGTAATTATCTTGTTTAAATGAAGAATCATGGACAATTTTCATATATTGAGTGACTAAAAAATGAGGAATGAAGATCTATGTTTGGCAAACTGTGCAACTACACATACAGTACTTACAAATAGAAAATATTTTTCCAAATTGACAATGCTGGAAGCAAAAGTCAATACAATATTAGGTTCTGCAAACCTGATTGAAGGATTTGGAAAAAGCAAATATTATTTTGCGTAGAGGAACAAAATTTACAATTAACAATGCATTGTTCTCTAGTCAATCAAAGAGAAATTATTAAGTTTTAAAGATATACGTTGCAATTGTTATTATATTGAAACTGATAGGAAAAATGAGATAGAATATCTTTATATCAGATCTCCTGTCTCACATGAAAAACATATATTGGAAAAGTTGTCTGCTTTATCTTTTAGATTATATGATACTCATATACGAGTCTTTGAAACATATGCAACAATGAACACATGAATCCAGATATATTTACAATTTGGCATGACCGGTTGGGTCATCTAGGATCTATAATGATGAGAAAAATCATTAAAAGTTCAAATGGACACCCATTGAAGAACCAAAAGATTCTTCAATCTAATGAATTATTATGTGATGCTTGCTCTCAAGGCAAATTAATATTTAGACCATCACCAGCTAAAGTGGGAACTGAATCACCTGCATTTTTTGAACAAATTCATGATGATATATGTGGACGTATTAACCCACCAAGTTGACCATTTAAATACTTTATGGTATTAATAGACGCATCCAGTAGATGGTCGCATGTGTGCTTATTATCAAGTCGAAATGTTGCATTTGCAAGATTACTTGCTCAAATAATTAAGTTAAGAGCACAATTAGGACCATTCTTCTTAATAATGCTGGTGAATTACATCCCAAACTTTTGATAATTATTGTATGTCAATTGGGATAAATGTTGAACATCCTGTTGCTTATGTTTATACACAAAATGGTTTAGCATAATCATTTATAAAACGTTTGCAATTAATTACTAGACCATTACTTATGAAAGTGAAGCTTCCTACATCTGTATAGGGACATGCTATTTTGCATGCTACGTCATTTGCATGTATTAAGCCAGTAGCTTATCATAAATACTCACCATTACAATTAGCTTATGGCTAGGAGCCAAATATTTTCCATCTAAGAATTTTTGGATGTGCAATATATGTTTCAATTGCTTCACTACAATGTACTAAAATGGGTCCTCAAAGGAGGTTAGGAATATACGTCAGATATGATTCTCCATCAATTATTAAATATCTTGAACCCCTGACGGGTGATGTATTTACTGCACGATTTGCTGATTGTCATTTTAATGAGAAAAATTTTCCAACATTAGAGGGAGGAATTAAGAAGTTGGAAAAGGAAATTGCATGGAATGCATCTTTATTGTCTCATTTAGATCCCCGTACAAATCAATGTGAACTTGAAGTTTAGAAAATAACTCATGTGCAAAATATAGCAAATCAATTACCAAATGCATTTATAGATGCAAAGAAAGTAATTAAATCACATATACCCGTTGCAAATGTTTTTTTGAAAATTGATATCTCAACACAACAATTTGTCACTAATGAATTTGGAACACACAAGAAGCGTGGTAGATCAGTGGGTTCCAAAGATAAAAATCCTCAGAAAAAAAAAATAAATGATTGGAAAAAAGACTTGGTTGAGGATGTAAATATCCACGAAGAAACTCTGGACATGACTGATAATCCAATTAGTGAAGAAGGTAAAATACCTAAAGATAAGAATGAGATTTCAATAAATTATGTCATGACAGAAAAAGGATGGAATCGAACTAATATAGTTTTTTATAACATTTTTGCACATAATGTTGCACTTGATATTATATTTGAAAATGAGGATCTTGAATCAAAATCTGTTGAAGAATGTTGACATAAAAGAGATTGGCTTTAGTGGAAATAAGCAATCGAGATAGAATTAAACTCACTTTTAAAACATAAAGTTTTTGGACCAATAGTCCAGACACTAGAAGATGTCAAACATGTGAGATACAAATGGGTATTTGTGAGAAAAAGAAATGAAAATAATGAGATCACAAGATATAAAGCAAGACTAGGTGCATAAGGTTTATCTAGTGGTGGATGCAATTATATTAAGATATTTAATTGGTCTAACTGTGTATAAAAATTTGGACATGCATCTTATAGATGTTGTCACAGCATATTTATATGGATCTCTTGATAATGACATTTATATGAGAATCCCAGAAGGATTTAAGATACCTGAAATACATAAATCGAGTTCTCGATACTATATTCAATAAAATTACAGAGATCACTATATAGATTAAAACAATCAGGACGAATGTGGTATAATCGCTTGAGTGAATATTTGTTGAAAGAAGGATATCAAAATAATCCAATATGTCCATGTGTTTTTATAAAGAAATACAGTCAAGATTTGCCATTATATCTGTATATGTTGATGACCTAAATATAATTGGAACATAATAATGAAGAACTTCTTGGTCTTGAAGTACCATATCTTAGTGCAATTGGTGCACTTATGTATCTTGCTAATAATACAAGACCAAATATTGCATTTTCAGTAAATTTATTAGCTAGATATAATTCTTCTCCAACAAAAAGACATTGGAATGGAATTAAGCACATACTCCGTTATCTTCGAGAAACGATCGATATGAGTTTGTTTTATTCAAATAAATCAAATTTTGACTTAGGCATTTTCTGGATATTTATCTGGTCCGCACAAAGCTAGATCTCAAATAGTTATCTGTTCATATGTGGAGGAACTGTTATATCCTGGCGATCAGTGAAACAGACCATAACAACAACTTTCTCAAGTAATGCTGAAATTCTTGCAATCCATGAAGCTAGTAGAGAATGTGTATGGCTAAGATCAATGACTTGTCTTCTAGTAAAAATCCTCCAACAACATTATACGAAGACAACATAGCATGTATAACCCAAACCAAAGGAGGATATATTAAAGGAGATAGAACAAAACATATTTCACCAAAGCTGTTCTACACTCATGATCTTGAAGAAAATGATGACATTACTGTACAACAAATATGTTCGAAGGATAACCTTGTAGACTTATTTACAAAATCATTACCAACCGCAACTTTGAAAAATTGGTGCAGAACATTGGAACGCGACGACTCAGAGATCTCAAATGATGTCAAATGATGTCTATGAGAGGGAGCAAATGTGTTATATTCTTTTAGAAATATTATATTATATGAAATATGTATTCTTTTTCCTTCACTAGGATTTTTTTCCTATTGAGTTTTTTTCCTAGTAAGGTTTTAACGAGACATATCTTATATATATATAATGGCATCTAAGGGGGAGTATTATGAATATTATAATAAATTAGATGTTCATTATATAATTGAGCTTAGTGGCTAAAGGCTATGTCTCTATTAATGACACATCCTTAGTGGTCATGAAATGCCACTACCTACTTGCCAAATTGCCTATAAATAGAAGCTTTTGGTCATGAAATGCCACTACCTACTTGCCAAATTGCCTATAAATAGAAGCTTTTGGTGGATATTGTAACGCACAAATTGGAGAGAAGAACAAAAAAGATTTGTGAAATTTGAGAAGTTTCATTTTCCATAAAATTCCACTTTATTTTAAGTCTATTTTATTTAATTTATTTATTTTAATTGCTTTGATATTATTGTATAATTTATCATTTTAATATTATAATTTTTCGATTTTTGTATTCTCATTTTCCGTTATTTTATTTTACTCCTCAATTTTACACCAAAAATAAATAAATAAAACGCGAAAACTCACCCCCTTCCTAACAGGCCAGCGGAGTCCGACTGAGGCAGTTCTTATTGTTTTCATCCTACAAGTCTAGAACCAAAAATTCCCTCTATTCTCTCAATCTTCAGTTGGTCACTTCGTTGATTCTTCACCCGTCAAGGAATCAAAGACGAAGAATGGGGGATTGACGGATCTGTGCTGCTCAATCCCTCTGTTGAGACAGTCAATCATATTCCCCAAGTTGAAAAATCAAAGTTCTCGGCATTCCAATTGGGAGAAGTAGATGGGGAATTTATTCGTCAAGAAGCCCAAAGTCACCGATGTTGATAAAGCGATTCTGTCTCTCAAGACCCAGAGACGCAAACTCGGTCAATATCAACAACAGGTTTTCAGTCATCCCCTATTCTTAATTTACTCTTGTTGGATTTTTTCAATTGGGTATGAAAGAAACTGGATTGGAAAGAACTAATCATGTTTTCAGGCATTGCTCGCGGTGGTGAAATTTATTTTTATCTCATGGTTGTTAGAGCCTAACTTTAACGTTATTAGGTAGAATAAATTTGTTGATTATATTCGAGTTCTGCAGTTCGAAAACATCTCTGCGAAAATGATTGAGAATGCAGTAACCTTCATATGATGTAAATAGCTTATATCACTTGGTATTTTACAGTTACTATCCAATTCTTGAAAATTCTATAGAGATCTAAGATTTATTACTGATGAATGATGATGTGTTTTTTCTTCGAGAAGTTTTGAGTTCAAAGCACAGTATAAATGTTATATTTTATTTACTATGTCAATAAGTTTAGAATCATTTATTGTTGGTTACTTCACGTACTTACTGGATTAGTGCAGATGTCAGACCTGGGCTTGGGTTTGTGTTACCAAGAATTTTTGTGATTGTCATTTCTCCTTCCTTTTGAACGACAACCTTATTTTTGTAATTAAACAGTTTGTTATATTTTTGTTTTTAGCTTCTTTCTTGGTCGTTTCTTTTTTGGTATCGATCTTGTGTATTCTCATTTTATTTGTGATAATTGTTTTCTGTATTGAAAATAAAGAAAAAAAAAAATGAACCATGAGTTTGGATACATGGTGTTTGATATTTTATTATTATTATTTTTTGGCACATGGATTTAATGTATACAAGAGAATCTCTGAACCAACGTTCCCAATTTTTCATGAGTTTTTCAATGATGATGAGGCTGGGTGGTTGTTTCTTTGTTTATGTTTTTTTAATTAATTAATTTTTTTTTCGTCTCTTGTTTCACTCTTAAGCTAGCTTATTTGATAGGAGCCTTTTCAAGTGAAAGGTTGGGCATGGGAAAGGTAGATTTCAGAAGTCTAGTAATGAATGATTTAGAAAAGAGGTAACTTTCAAAATGAAAAAGGGCCTGATGCCATGGGGCTCCAGTCTAGGTAGATTTAAGTTCTCAATGATCAAATACGGGGAATTAAAGTAAAAATTTTCAGAGAGCAGAGGACTTGAGCTATATTGGAATAAATCCCTTTTGAAGGAAGGGAAGTGATTCTATAAGGGGGTGGAAGTGTTACCACTTTCTCTAGAGCCAACACCCTGCATCCACCCACACAAAGGGGGGAAGAACAAAGGAATTGGAAATATTACGTCACAGAAACTATGGAAGTTCTGTGCATTGTGGACTTAGACCTAACTGAAGATTAGTTGGAATGAAGGAGGATTTAGGGCTTCAAAGAGGGAATAGTGTCATGCTGGTTATCTCAGAGAAGGAAAAGAACATGCTAAAAGAAATAATTTTGAACTTGGTACTTGTTCAAGAGTATTCTAGAAAGCATGGAAGGAAATCAGGTTATGGCTATTTGGAGTATGAAGCTTATTGTTGGAGTCTAATTATTATAAGGAACAAAGACAATCCATTGATTTGATGTGATGAAATAGAATATGTAGGGGGATTTCCTATTGGATAACGATTACAAAAAACACCTCCATTGATTACAGAGGGTAGCTAAACTATAATTACAAAAAGGAGATAATTTGCTCCAAGAGACAGCTAAGAGAGATGTTGATTCAATAAAATAACTATTTTGTCCATGGAGATGTATCATTATGTTCCAACCAAAGATTCCAAAAGAAAACATGAACATTACAAAGCAAAAGGACCTATTTGTCTTTTTTGAAGGGATGACCCAAAAGAAGAAGAGATATAAAAGACATTATATTACCTGGTCTTGGGAAATGCCAACCAAAGGTGTCTTGTAAATAATTCCAGCACTTTGTAGCAGAAGCACAACTACTGAAAAAATGAATTTTTGTTACAGCATTGGAGAAGCACATAGGGCAGCGGCTGGTAGATATATATAAGCCATGGGGATCACCATTGGAGCTTGTTGAAAGTGTTGATCTGAGAGTGGGTGAGCTCTGAAATGAACAACTTTACCTTTTTTGGGGTACCAGCCAGACCATACATATATAAGGTTGAGTTTGTGTTTGGATCAATGGGACAGAGAGTAAATAGAGATAGACTTTGTTGAAAATTAACTGTTTTTCCAAATTCCAGCACCAAGATTCATCTCTGTCCAAGGCAGAAAAGGGCTGTAAATTGGATGATAAAGTGGCCCACTCTTCAATCTCCATCTCCATCTCCGTGAGATTTCTTCTCAGATGGAGGGTCCATGTTTCAGTTTGAGAACACCAAATTCCAGCACCAAGAGTCAGCTTGATTGCGGGAAAGAATTCTGACAAGAAAACCTAGGAAGAAGTATTTTTGGCACTCTTTTTCTCTTTCATTTTTCACTCAATAAAAAAACAAAAGTGTGATGCCAATGTAGATGGTTTGAATGGAGCCGTTTCATTATCTGTCAAAATTATCTTGAGGATGAATCTTCATTGTGGATGTTAGCAGTCTACCTTATGCAACAATTAGAAAATAATATTTTTGTAAGAATTAGAGGGTATATGGGCTTTATAATTGTGGGAAGGACTTGTGACAAAAAGTACCTAGGTAGAAGGATTTGCCAGCATGAGGCTTCCACCTTTTGAGAGGGGAGTATGCTTCCACCTATTAAGCTTGACCTCAAATTTGTCGTTGCTATGGGAGTTTGCTGATATTTTTGCATTGTCTGAGGGTTTACCTCCAATTGATTGTTCACCCGATTAATTTGGTAGAAGGCACAACACTGAACAATGTGATTGTTCTGGATGAATTCCCTATCCCAATAGTTGAAGACCTACTTGATGAGTTGCAAGGGTCCCAAATCTATTCAAAGATTGATTTGAAATTCGATTACCATCATACTCGAATGAGTGAGGCTGATGTGAGAAAAGTAGCTTTTAGCATTCACGAAGGACATTATGAGTTCTTAGTGATGCCATTTGGCTTAATGAACGAACCATCAACATTCCAGTACTTGATGAACTAAATCTGCGGACCATTCTTATGTAAGTTCATCCTTGTCTTTTGTGTTTTGAGGACCATTTGAAACATTTGGGGTGGCCTTTAATGTTTTGCGAGACAACTCATTGTGTGCCAATGGAGGGAAGCGTCAATATGCGAAGGAACAAGTGGAGTATTTGGGCCACTTGATATCTGCCGAAGGTGTAGGGGCAGATTGTGAGAAGCTGCAGGCTATGATTGAATACCATGCACCCGCAAATCTTGGAGAGTTATGCGGATTCCTTGGACTCACGAGGAATTGACATCAATATGTGACCAATTATGGTAGCATCGCGGCCCCCCTGGCTCAATTATTAAAGAAGGACGAGTTTATGTGGACAGAAGAAGTAGAGGAAGCCTTCCAAAGATTGAAACACACGATGGTAATGCTCTAGTGCTAGCCTTGCTAAATTTCAGCCAACTTTCGTGATTGAATTAGATGCTTTAGGAACCGATTTGGGAGTAGTACTAAACTAGAGCCAAAGGCCCATAGCATTCTTTAGCCACGTGTTATCTCGCCAATCTAGAGTTAAGTGTGTGAATGAAAGGGAGTTAATGGTTGTTCAACAGTGGCGACCTTATCTATTGGGTCAATGATTTATAGTTTAATCAGACCAAAGTGCATTGAAGTTCTTGACTGAGCAATGAGTCATGCCTCTTGAGTATCAAAAGTGGGTGCTGAAACTTCTCGGGTATGATTTTGAGACTCAATATAGATTTGGTCCTAAAAACAAACTGGTCAATGCCTTGTTGCGAGTAACAGTAGTAGCTCATTTAGCTTCTCTCACTACCCCATGTCTAATTGACATTGAAGTAACTAAAGCTGAAGTCCATAATGATCCCAAGCTAGCCACAATCTGGGGCCAATTACAAGAAAATTCTACTAGTGTGCCAAAGTTCTTTATTCAACAAGGCACACTGCGCTACAAAGGGAGGTTAGTTTTACCGAAAACCTCATCTTTCATTTTCTCCATAATCCAAAAATATCATGACTCAGTTTTAGGTGGATACTCTAATTTTGTTTGAACTTATACAAGACTGATGGGTGAGCAATATTGGAAGGGGATGAAAGGGGATACAAAGAGCTATTTGGACTGATATTCGGTATATCAACAAAATGTATCTATAGCTATGTGTCACGGCTGGATTATTGCAACCATTGCCTGTTTTAGAATGCGTTTCAAACGATATAACCACGGATTTTGTTTAGGGTCTTCTAAAGTCTAATGGATTTGATACCATTTTTGTGATGGTGGATAGACTGAGTAACTCTGCACACTTTGTCACTTTAAAACATTTGCTTACAGCTAAAATTGTGGCTGATGTATTCATTAGAGAAGTAGTCCCACTCCATGGGTTTCCTCTATCTACTATATCTGATAGTGATAGAGATGAAGTCTTCATCCATCATTTCTGGTCTGAATTGTTTCATTCCCAAGGTACCCCTCTCTGAATTATAGTTTGAAACAAATCAGAGGGTATTTCATGAAAAACAACTTCAATGGTCTGATTGTTTTGAAATAGCCCGGCTCAATGCTTCTGCTTGCTGTTCTCATTCCAAATCTTTTTCTAATTTCTCTTTACAATATGTTTAAATTTAGGAGCTTTTATTTATCCTTGTTGAACTTTGTGTTTATCTTTGCATCATTTTGTTAGATGCTATATTACTCTTTTTGTTTTTATCTTTTTCTTCATGGTTTATTTGTACTTTTGAGCATTTGTTTCTATTTTCATTACATCAATGAAAAACTCTATTTCCTTTAGAAAGAAAAAAGTGTGGAGACCTACTTGCATTGTTTTTGCAGTGAATGCTCTAACCAGTGGTATTAATGGCTTCACTGGGATGAGTTTTTGTATAACACAACATTCCACAATTCCATTGGAACAACTCCTTTTCAGGTCGTGTATGGCCGACCGACCTCCCCCTCCATTGGTTTGGTATGGGGCCAAAGAACTAAGAATGCAACACTTGATCAACAATTGGTTGAACGTGATGTGGTACTTGATTCCTTGAAGCTTCAAATAGCCATTGCTCAAAATAGGATGAAGAAATTTGCAGACAAGAAAAGTAGAGAAGTTGAGTTTGCAGTGGGGGATTGGGTCTATTTAAGAATTTGTTTGTATCGTTAATTGTCCATTCTGAAGCATCATAATGCGAAACTATCTCCAAATGTTTTTGAGCCACATCAAGTGGCAGAATGTATTGTCCTCCAATCTTATAAAGACGTGCAAATCGGTCATCCAATCTTGTTTAATTTCTTTGAATATGTAGCCCAACCGGATGACATTTATGGGTATAGAAAGAATGTGGATGTGGGAGCTATAGAATTGCTGGCCAGTAGGAGGAATTTGCCCGTAAGCAACATGGATACTGATGGATGACATCAACCGTCAGTTCCCAACTTACAACCTTGAGGAAAAGGTTCATTTGACCTTAGAGGGTGATATTAGGTCTCCAATGATGCTGATATACTCAAGGAGGGTAAAATGGGGAGTTTGGTGTGAAAGTCTACGAGGGAAAAGTTAATAAATAAAAAGGTGGGACCACTGAAAGTTTTTGGGTGGGAGTGAGTGTGGTCAATATATACATGTTTTGTTAGGGTAAATATATTTTCTATGCTTTTACTCTGTAGAAAGTTCTCTGCAGAAAGGGGAGAGAACCAGCCCTCTTGAATTGGTTGGAAGTTGTATTGCCCTAGGGCATTTCTGATATCACAATCAATCAATACATCGGAGGCAATACCATACAGTGAATTGCTTTTTCTTTTTTTTTTTGAATTTAGTCACTTGGGTCTTCAAGCTTCAAAGGTGCTCCCTTGGTTAAACATCTCACCAAACTGCTGCATTGTGTGCAAAAATGACGGGAAATCACACATCTACCTCTTCTTTCAATGTCACTTTGCGAAAACCTTTTGGGACTTCATCCTTCAAGAATTTGGATGGCAGAATGCTGCTCCTCAAGATGTTTGGCCTATTCTCCATTTTATTTTCAATGGCCATTTGTTTAGGAAGGATCACAAAACTCTTTCATTGACTTTTACTCGGGCCTTCTTTTGGTCAACATGGTTGGAGCATAATACTCTTCTGCACATACAAGGAAAATGATACCTAGCACATAACTGGTGTATTGAGTCTCCTTTTGTAATTATCACCCGTGTTTATAAGATCCTTGCTAAGGTCCTTAAACGATTGGTAAGGATTTCAGACCTATTAGTCTTATTACCAATGTTTATAAGATCCTTGCTAAGTTCCTTGCAATTGTTCTTGGATAGGGCGTTGGATAAGAAAGGTTTCAGGTATAAATGGAGAATGTGGATGTGGGGATGTCTTAGGAACGTGAATTATTTGATTCTCATCAATGGCTCTTCGAAGGGATCGAAAGACCTTTAGAGGTTTGAGATTGGGGATCCTTTATCTCCTTTCTTATTCCTTTTGGTCGTGGATGTGTTAATCTCAATACTCAAGAAGATAATACAAGGAAATAATTACCAATTAAGAGCTAATTACAACTAAGGAAATAAAATCAAAAGACAACGGTAAATTATAATATGACACTCCCCCTCGAGCTAGTGAATGAACGTTTTCCATTCCCAGTTTGCTAACTAAATGCTCAAAACTTTTGTTGCTCAATCCTTTGGTGAGGATATCTACTATTTGATTATTGGTCGACACAAAGGGGGTGTTTGGGGTGAGGAGATGAGATGAGATGAGATAAGTTGAGATATGAACTCAACTCATTGTTTGAGAGGCCAACTTCATATGTCACCGATATTTTATACCATGCCCACCAACAGTGCACTCAGTCCTCATTATCCGTGACCATCTTCGACGGCCAACTCCGATGACCACCTCTGATAGCTGCCTCTGGCGACCACCTCTGATAGCTGTCTCCGGCGACCACCTCCGACAGCCAACTCTGACAACCACCGAGCGCGGACAGCTCCGGCAACATTCAACCACCACTATTGATGGCCAACTTTGGCGACCTCTGACGACGGTCATTCCACCAACTCCGACGACCATTATTTTAAATTATGATTATTACACATTTGAGCTTTGTTGACACACGAACTTTTTGTTCTGTTGGCGTTCGTGACATAAAAGCGTTAATAAAACCTTCATTTAAAGCTTAAAGATAACTATTAATTTAAAAACACATATAAAACATCAATAAATGTTTATATTAAAGTTGACGCACAAAATTGACAATAAAAACACCTTTGTTGACACAAAAGTACCTAAGTTCCGTTAAAACGTTGAATTCTTGGCTTTTTTTATTAGTTCATAGTATTTTATAGTCGTTCTTTATAGTAATTTAACATTAATAAAATGTGTTTTTATTTTAAAAAGTTTTTATCAAAAGTGTTGAAATATGTGTATAAAAAAAAACTTAACTACAAACGTCACATGCACAAATTTGTACAAAGGAAAATTACATTTTTAGTCCCAAAGTTTTGAATAATATGTGTGTTTGGTCCTTGAGTTTTAAAAATGTACCTGTTTAGTCCTCAAGTTTATAAAAATAGGTCAATTTGGTCCCCTAAGTTTTCAAAATATACTTTTTTAGTCCATGAGTTATTAAAAATAGGTTTAAAAGGTCCTTCAAGTATTTTTTTCTTTGATTTTTCAAAAATAATTATATGATATTTAAAATTAGAAAAAAATAGTTTTAGAGAGGAGATGGTTTTTAAAAATTATTTTTCTAATTTAAAATGTCATATTTATTTAAAATAATAATAATAAATTATTTAAGGGATCTCTTAAACCTATTTTTAAAAATTTAGGGACTAAAAAGATATATTTTGAAAACATAGGGACCAAATGGACCTATTCTTATAAACTTGGGGACTAAAAAGGTACATTTTTAAAACTCATGGACCAAACATACATATTGTTCAAAACATGGGCATTGAAAAGGTAATTTTCCCTTTGTAAAATGATTGTTTAATTTTTTATTTTAAAATTGAAATGCATGATCCAAAAATAAACGTTAAACCTCATTTCCCAAACTCCTAACAATACATGCATGCTTAAAAAAACAATAAAATAAAGTGTAATCTATAGGTTTTTTTTTTTAACATGTTTAGAATTATTGAATAAAAAAGTTTCCAAACAAAAATAATCATCATAAAAATAGATTATTTATGTAAAAAAAAAAAAAAAACTGCACTAGATACCCCTAACATATGAACTCAGCACCCCAAGCACTCAAACATAGACATATAAACTCTATAGATATATAAATTCTACAGATATCATATCTCCAAACATCATATTTCAACTTTGCGCTCCAAACAACCCCAAAAGGAGTACAAATGAGACCACTATCCAACTTCTTTTTTATAAAATGTCTATCCACTTTTACGTGCTTCGTTTATCATGTTGAACTGGATTATGAGCAATACTAATGGCACCCTTGTTATCATAATAAATTTTCATAGTTCCTTCCCATGATATCTTTAAGTCTTCTACGATAATTTTTATCCTGAGTAATTAACAAATGCCCAAGGCCATCGCTCGAAATTTTGCTTCTGAACTTGATTTCGCAACTCCATCTTGCTTTTTACTCCTCCATGTAACCAAATTTCCACTCAGGAAAGTACAATAACCAGAAGTCGATTTTCTATAATCAATTGAACCCACATAATCCGCATATGTATAAACTTCTAAATTGAGTTTCTCGTCTTTCTTAAATAACAATCCTCTCCCAATGGAGTTCTTCAAATAATGAAGTTTCTGATACATTGCTTTAAGGTGAACTTCTTTGGGTTATGTATAAATTGACTTACCACTCTCACAGAATAAGCAATATTAGGTTTTGTATGAGAGAGATATATTAGTTTGCGAACTAACCTTTGGTAAGTTTCCTTATGTACTGGAGGACTCTCTTCAGCTGCACATAATCTATGATTTTGATCAATTGGTGTTCCCACTAGTTTGCTAAGCTTCCCTGTTTCAGAAAGTAAGTCAATTACATATTTCTGTTGTGACAAGAAAATGCCTTGTTTATAATTAAGCAACTTCGATTCCAAGGAAATATTTCAACTATCCAGGTTCTTTTAACTTCAAATTCATTAAGCAAACACTAGATCTCGTTCATTAATATTGTTTTATGTGACAATAATATCATCAACATAAACAATTAGTGCTGTAACTCCTCTGGAGCCAAATGTTTTATAAACAATGTATGATCTCCTTGACTTTGTTTGTAGCCCATCTTCCTAATAACTTCCAATGGTAAGGAAGATGAAGGAAATGTGAGGTTGGGAATGGACAAATCCTTATCTTCCAATAGTATTTCCTCCCCTTGAAAATAAGGTGATGCAAAGAAGCTAGTATCTTCATAAAAGGTAACATCGGCCGAGACAAAGTACCTTTTAGAAGGTGGATGATAGCATTTATACCCCTTTTGAGTAGAGGAGTACCCAACAAAAATACATTTGAGTGCCCTTGGATCGAGTTTACCTCGTTGATGACTATGAACATGAACAAAGGCTACACAACCAAATACTTGAGGAATCAAGTTATTGTTTGTGTGAAAGTCGGGATAAAAAATTGGATAGAATATTCATAGGAGTTTTCTGATCTAGAACAGTAGAGGGCAGATGATTGATTTAGTAAGTTGCTGTCAATACAGCTTCCCCCCAAAAGGATCTAGGCACATTCCTTGAAAGAGAAGTGCACGAGACACAGAGAGAATATGGCCTATTTTTCCTTTTGCCACTCCATTTTGTTGTGGAGTTTCCACACAAGAAGATGACTCCTTGTTTTTGAAAGAAAGAAATTAATATCTGATGGAAGTAATCTCGAGTATTGTCAGAACGAAACCATTTGGGTTGGACTCCAAATTGGTTTTTCATCATATAAAAAAAGGTTTGAATGACAGAACTCACACCAGACTTTTGTTTCAAAAGATAAACCCATGAAGCTCATGTACAACCATTAATGAAGACAATAAACCAACAAAATTTAGAAACATTTGTAACATTAGGACCCCAAACATCACTATGAATAAGAGAGAAAAGCACATATAATCTTTTGGTATTGCCATGAAAAGGTATGCGCTTGTGCTTAGCAAACTCACAAATATCACATTGAATTGACTCAAAATTGAACTTTTCGAACAAATCAGGAAACAAAATTTTAAGAGATTTACATGATGGATATCCTAGTCGATAATGGTATAATCAAAGTTGATTTGAAGAAAGTTGAGCTTATGAGGTCAAGGAAACTTGAGCATCTTTCCCAACACTGTTTTGACCAGTAGGTTCATCAAGGTAATAAAGTCCATTTTTTTCTTTAGCAAGTCCAATCATCTTCCCATTGCCCTGGTCCTGAAAAATACAAGAATGAGAAAAAGTTACTTTCCATCCCAAGTCTTTGATCAAATTCTTTACTGATATTAAGTCAACAGTCAAACGTGGTATATGGATCACATTCTTTAAAGTAATGTTTGAATTTATCTTGATGTCTCCTTGTCCAGCCACCCTTACTAAGGTTCCATCTGCTGTAGATATTATCTTATTGCTTGGGCATGGACTACAGGTTATAAATTTATGACTACTATTTGTCATATGGTCAGTTGCACCAGAATCAATAATCCAAGTAGAGAGTTTAGGTTGAGAAGTTGTACCTGAAAAGGCTACCGAACATGTACCTTGACTATGAGTCTTTTGCAAGGTTTCTAAGAGACTCCTTAACTTTTCAATCTCATTGGAGTTCAACCTTGACTAGGAACTACCCTTGTTTTCCCATCTTATTTTTTGTGTTGTGGTGGACGGTAAGGAAACGTATTTTTGGGAGGATAATTGGGTGAGGGATAGACCCCTCTCATTTGCCTTTCCTAGGTCATATTGTCCCACACCCTACCCTCCTAGATTACTGCTCAACCTCTAATACTCCCAGATAACAACCCTTGATCATGTTTAACAAGTTCACATGTATTTATATTTCAAACTATAAAAACAGTTGTACAAATCCTTGAGGAAGATCACAATGTATCCTGATTTCCAAGACTATCTACTGAGAGTTAAACTATCTATCCTGTGGCAGACCTTGACTTCACGTGGTAACAAGGACGCTTTTGCTACCTGAAAAGAAAAACATAAAGAGAAAGAGTGAGCTAGAAGCCCAGTGAGTGGTGAACAATATATATAAGCATAGGGTTCCTCTCGACCCTTGAGCACATTAATTATTTTAGTTATCAACACATCATGAAGAGGTTATTTACTCAAACCTCAGTACCGATTTTCTCTGTACCGCATCTACTTCTTTGTTGGCTCTACTTTGTGCAGCATTCCATCATTCCTTCTATGTGCACATAGACCTACCTCTTATGATCTCAGAAGTTAGACTTGTCAGTCCTCTGACCATCCTACACGAAATTCCCCTCATAGGCTCAGAATCTAGGTTACAGCAACCCTTTGACCATCCCGTGAGATTACGCCACAGGCTCGGATTCTAGATCCTTAGATCCTTCGACCATCTTGTGTATAGTCCCATCACAGAGGCTCATTCTAGATCTGAAGATCTTCGGATCATCTTGTGAGGCGTTTCCTTTCCTTACCATAAAACAACACTAATAAGTAAGGAAAACAACATTAACCCTTCAAAGATAACCATGCACAGTAAGTAAGGATTTTTTGGCCTCCAAATCCTTTTAACTTCGTCCCAAACTCTTTGCCCTTCCAAGACTTAGCTTGCTCTTTACCCTTGAGCACACGACTAAGCTTCTGGTACAAAAAAGACAGCAATAGGCTCTTAAATAGTAGGTTGGATGCCCAGAACCACCCTTGGACGCCTGAAAACACCTTGCTGGACGCCTAGATCACCCCCTTGGACGCCTGACTACACATTTGGATGCCTGGCTCAAGTATTTGGATGCCTGTCTCAAGTATTTGGACACCTGGCTCAAGTATTTGGACGCCAAATAGTCCTTTGCTTCTGTCTTCCCTCAAAGCTCTCTCGATGAACTTTCGTGTTTCAATTGTGTGAATTCCCATAGTCTCAACTCCTATTTATAGATTTAGGAAAATCGTCTTTGTCATCCAAAAATTCTCGTAAGCTCAACACATCTCTCTTAAGTGTCTTCACCATGCATAACTAACACATGCATGCTACCAACTCCTTCTTCAGAGTTGTCTAAGTGTCCAATTTTTGTGAAACTCATCTCATAGCTCAATACCACCTACTTTGACACTTAGTTATGCTATGTTGATACTTCACCTCATGAAGTGTTCAACTCGGAGTTAGCCACCTCCTTCTTATTTTTCGTCTTTTTGGACGCCTACCTAAGCCTTTTACAAGACTTCTCATGCATCCATCTAAGCCCAGTTTAACCTAACCATCCGTCCAACTTAGGGTCCACCATGCGTCCAACTTTTCCCTTTTGAGGTATGCTTCCAATGTTACCTCTTAACCAATATGAATCATCCAACACTTAACCAAATTTTCTTTCCTAATGAGGCATGCGTCCAACTCTCCTTAGTTCACACTACCATGCGTCCAAGGCCTCTTGTACTTAGCTAAATTTTCACCTTGTTCGCCACACCATGCGTCCAACTTTCTATGCTTGTACCTTGGCTAAGTGTCTTTCCTTTAACTAAGATAGGTTGCTCAACAGTTAGCCAACATCTTCCCAAAACATCAAACATGCGTCCATCATGCTCCTACTAGGCGTCCAACTCTACACCTTCTCTTCTGGGGTATGTGTTCAACCTTATCTCTAGGGTTGATGAGTTGAACTTCTCATATTTGGTCTTATGCTTCCAACTTCCTCTTCCAACACTTTGGCAATTTCTTACTTCTTAAACCTATGAGTTCAACTTCCAAGTTCATCTCATAGTACTAAGTTGGAGTTTACCTCATAGTTTCTACTTTCAAAGCATAGTCCAATACCCTAAAAATATCATGCTTAGTTTTCTCCCAATCACTACTATGATCAATTCTCTCTTCAAAACTCAAACTTGGACAAACACTTTTCTCCTTCCAAGATATGTTCAACGCATGGTGCTTCTTATAACCTCAAAAGTTTTCTAACTCCACAAGTCCAGAAGTTCATCCTACTAACCCTCCTCAAATTTTATAACTCCACATGCTTGTGTCAACTTTTACATAAAAGCTTCTCCAATTTCTCCTAACTTCACAAGTCTCATTTTACCTTTTAAAAATGAGGCTGAGGGTTTATTAGAGATGAAAAGCGGATAGAGGAAGGTTATCTCTTTCTTCTCGAGCGTTTATGGGCTGGAGGTCGGCCTCAAACCCTTTGTCCAAGGGTTCAACCCCATATTGGAGTGGGAGAGGGACGGGTTGCCTAAACCTTTTACTTTAGAGGAGGTTAGACAGGCTGTCTTTGGGAATGAAAGATCAAAGTCCCTAGGTTCAGATGGGTTCTCCAACGTTTAATTAAGATAATTGGACTCTGATCAAAGAGGATTTTGTCAAAATCTTTTAGGAATTTTTTTGAAAGGGGTATCTTAAATAACTCCATTTCTAAGACGTTTTGTCTACTTGATTCCGAAGGAGTTTGTGACCAAGTTGAAGGACTTTAGGTCAATAAGTCTTTGCTAAAGTGTTGGCTAATCAGTTGAAGAGAGTGCTTCCATCAACCATTTTAGAGTCTCAAGGGGCTTTTTTGGCAGTAGACAAATTCTGGATCAAGCCCTTGTTGCTAATGAGGGAATTGAGGATTATAGATCTAGGAAGAAGGAAGGTGTCCTCTTTAAGATTGACTTTGCGAAAGCGTATGACCACGTGGATTTGAAGTTTTTGGGCAAGGTCTTGGAGATGAAGGGTTTTGGTTAAAACTGGAGAAGGTGGGTGTGGGGTCGTTTGAGAAATGTGAGTTATTCCTTACTTATTAATGGGAGGTGAAGGGGCAAAGTGGTGGCAACTAGGGGTCTACTACAGGGAGACCCTCTTCCCCCTTTTCTCTTCCTTGTTTTGGATGTTCCTAGTAGGATTCTGAGCAAGTGTGTTAATGGCAATATCATTGAGCCTTTTGAGGTTCACCTTCAATTTGCCGATGATACTCTTTTCTTTTGCTCTGGTTAGGAGAGTTTGTTTTTTTATTTTGAACCATATCCTTGCATTTTTGAAGAAATGTAGGGTTTGAAAATTAATGGGGGAAGTGTAGTGTTTTAGGAGCTACTTGTGACGAGGAAAAGCTTAGAAGGTGGGCCGAGGTGGTGGGGTTTGACATTGGTAATCTTCCCTCTTCCTACCTTGATCTCCCTCTTGGAAGCAATCCCAAGTCTATTTTGTTGTGGTGTGGTTGATAAAGTCCGAAGTTGCTTCTTCTTGGAAGAAAGGCTTCTTTTCTAAAGTGGGAAGACTTACCTTGATCAAATTTGTTTTGAGTGGCATCCATATGTATTTCTTTTCCCTTTTTTAGAGCCCCTTGTAAGGTATCTAAGAATTTGGAGAAGTTAATGCACGACTTCCTTTGGGAAGGGGTGGATGAAAGGAAAGGAAAAGGTTCCATTTGGTCAGATGGGAGGTTATCGAGAGACTGGTTGCTTTGGGGGGTCTTGAAATTGGGAACCTTAGGGTGCGTAACAAAGCTCTGTTAGCCAAGTGGTTGTGGCGTTTTTCTTTGAGCTCAATTCTATGTGGTATAGGATCATTGCTAGCAAACATGGCCCTCACCCTTTCGAGTGGTTGTATCACGGGGGTTAAAGGTACTTACCGGAATTTGTGGAAAGACATTTTGAAAGAGCTCTCTTCTTTCTCTCATTTGGTCCGTTGTGCGGTAGGGGAGGGGAGAGATACGTATTTTGGGAAAATCATTGGGTGGGGGAGATCTCATTGCGGTTTGTTTCCTCGTTTGTATCATTTGTCTTCCCTTAAAAATTGTTTTGTTGTTGATCTTCTCCTCTGGTCTGGGACCTCTTGTTCCTTCTCTTTCGAGTTCTGTCGTCCTATTTTCGATAGGGAAGTGACATATATGGCTACTTTTCTTTCTTTACTTGAGAGTCACTCTTTTAGAAGAGGAAGAAATGATGTTAGATTTGGGAGCCCTAATCCTTTGGACGGGTTCTCGTAAGTCTTTCTAGTTGATCCTTCTCCCTTTGGGGTGTTGGTCTTTTTGATTCTTTGGATACCTAGGAAGGTTAGGTTCTTTACTTGGTAGGTTCTTCATGGCGTGCTAACACGTTGGATAGACTTGTGAGGAGATGTCGTCGTTGGTTGGCCCTTTTTGTTATATTCTGTGTCGGAAGGCTGGAGGAAGATCTGGACTATATTTTTTGGTGTTGTGATTTTGCGATTCATGTTTAGGATTCTTTTTTCCAGATGTTTGGGTTGATGTATGCTTGTCACAAAGACGTTAGAGATATGATCGAGGAGTTCCTTCTTGGGGAGCGAAACAGTAGGGTGTTTAGGGGGTGGAGAGGGACCATTTGGATGTTTGGTCTCTCGTCCGTTTTCACGTTTCTTTGTGGGCTTCGATTTCAAAGATTTTTTGTAATTATTCGATACACATTATTTTGCTTAGTTGAGATCCCTTCTTGTGGAGGGAGCTCCTTTTTTTATTTATTTTATTTTATTTTATTTATTTATTATTTTTTTTAACGCCTCTGTTCTCTTTCATTTTTTTCTAAATGAAAATGGTTCTTTTTGTCAGCAAAAAAAGAAAAAAAATCGCTTGTCCTTTTTGAAAAAAAAAATTCGTGTCAGAGTCTTTGGTTTGGTCGGGGAATTTTGTTTCTTTCTCTTTTAGTGTCTGTCGGCCGTTGTCCAATAGGGAAATGACAGAGGTGACCTCGTCCTTGATTGAGGTTTTGACTTTAGGCTTGGGAGAAGGGATGTTTGTATTTGGAGTCCTAACCCATCGGATGGCTTCTCTTGTAAGTCGTTCTTTAGGATTTTATTCGATAATTCTTTAGTTGTTGAGTCAGTGTTTGATGTTTTATGGAGGATTAAGATTCCAAAGAAAGTTAAGTTTTTTTCCTGGCAAGTTTTGCTTGGTCTTGCAAATACAATAGATTGGATTTTGAGAAAGTTGCCTTTGTTAATGGGTCTTTTTTGTTGTATCCTTTGTTGGAAGGTGGATGAAAACTTGGATCACTTTCTTTGGGAGTGTTAGCTTGCGAGATTGGTGTGGAATGGTTTCTTGTAGGAGTTTGATTTTTTGCTTACTTTCCAGAGGGATGTTCAGGGAGTTCCTTCTCCATCTGCCTTTTAAAGAGAACGACTCTTTTCTTTGGTTTGCAGGGATGTGTGCTTTATTGTAGGATCTTTGGGGGGGAGAGGAACAATAGAGTGTTTTGGGGTGTGGAGAGGGACCCTAACGAGGTTTGAATTTTGGTTAGGTTTCATGTTTCTCTTTGTGCTTCAGTTTCAAGGCTTTTTGTAATTACTCTCTAGGCAATATCTTACCCAGTTGGAAGCCCTTTCTTTAGTCATGTTTTTTGTGAGCTTGTTTTTTGTATGTCATTGTATTCTTTCATTTTTTAATGAAACCAGTTGTTTCTATCAAAATATTAATGCACTTTTTTCTTAATTCTTTCTATAAAACCATGGAACTATAATGATATCCTCACAAAATTAATGTATTCTTTTTTAAAAAATGCATGGAACCTTGAAGATATCTCTTTTCATGATGTTCCAACGTCTAAGTCTATATAAAGAATTTTCCTGGAAGTCTATCTCTTGTAAATATTCTTTATTTTCCATACTTTAGACTGTTGTCATAAACTGTTGTTTAATTATCTAAATTTAATTTATTCAAATTTTTAAAAATTGATGAATTATGAATATTAATTGAACAATACTTTAAATAATTTTTTATGTCATCTATAAATCATGGATTGAATTATGCACGACCACATATCATCATAAAGTAAAGTTGCGTTTTACCCTGGACATGAAACCGAAAACCAATAAATATCTCTAAATGAAGTCAGATATTACCCAAAATAACTTTTGTCTGGGTTTCTTCCATAGGAATGCAACTGTTTTTTACTTTGAAAATTGAATAATCCTTTTTTGTCTTTTTGTGACTTTTTATTCCTTAGCTTGATGCTGTCATTGAAGCAGAAAAGAATGCTGCAAGAGAGTTAGTTCGACAAAAGAAAAAGGATCGTGCCTTGTTAGCCTTGAAGAAGAAAAAGGCACAAGAAGAATTATTAAAGCAAGTTGATGCCTGGCTGATTAACGTTGAACAACAAGTGAGTTCTGTTAATTCTTCCCTTGTCTATTCAAATTTCATTTTCTTCTCCCTTCCAACTCAGAATTTGTACTTTTTTGTCTGTATTAAAAGTAATGATTGTGTTATATCTTAAAATCAAGATTTTGACGGTTGCAATAGTTAGGTTTAGTTTTCTCGTTTGACATTAAGAGTTAAATTGTCTCCTCCACTATTTTTGTTCATGTTTAGAACTTTTTGTATTTTAGAAATTTGTGTTCGTGCTTTAATATAGTTGTTGGCTCAGTTGTCAGATATTGAATTGGCCAGCAAACAGAAAGCTGTTTTTGAAAGTTTGAAGGCTGGTAATAATGCGATCAAAGCTATACAAAGTGAAATTAATATTGATGATGTCCAAAAGCTAATGGACGACACTGCTGAAGCTAAGGCATATCAAGATGTAAGTTTGTGAATTTTTCCAATTGATCATTTTAGGGATGTTTTCAAAAATAGAAAAACGGTTGAAAATAATTACAAATATAGCAAAAATTTACTTTCTATCTGTGATAGACCGCAATAGATTCAGAAAACTACCATTTATATGAATTTTTCAGGAGGAGTCTAACGTGGTAATTAATGCATATTCTCTATAAGTTGTGAGGTTATAAATAAAAAGCCTCTAGTTGGCTGTCTTCCGTGGAACCTAGGCTCTGATACCATTTGTCACGGGGTCGGAAACGTGGTGCATAATTTTTCATGGATTTCCACGTGTGGCGCCAAGGACTCCTCCTTGGCCAGCCTACGTTTGGACCATATTTAACCCAAGGTTAGCTAGAATGCCTCTCAAATTTCCCTCTAAGGCCAATGCCTTTGGACTCACTTGAGAAGGGTGATGATGAGCACACTCAAGGTATTGGAAATATAATTTTATTATATGAAAACCACTAATACAAAGGGGTGAAGCTAGGAGCTCAATTACAAGATAACGTTCTACAGATAAACACTAAGACAAATGAGAGAATTCTCACACGAAGTAATTACTAGTGAGCAATACACTTTTGGAGTTGTGAGGTGTGAGGTGTTCTTGGACAAATCCCAAGTTCCACCATTTATAGGCGTGGGAGGGAGATTATTTAGGAGAGAATAGTGGGGGACTGGCCTTAGTGGGGTGTAACCGCCCACTATCCTACAATTTAGGGCCACTCTCCATGTCCCATGATCTCCTACATTTTAGGGATGGGACATGGCCACTTTCTCTTATTTTATCTCAACTTCTCACTTATTATATTTTTAGGATCCATTACCCTATTTTGGTGGGACAACTTCCCACACTTCCAAAATAGTAGGATCCACTCTCAAAGGACCTTCAAAGTACGTGCATCCACTTCCACTACATTTCAGCCGACATTCATGGTCAATCGCAGGTGTTGAAGGACCTTCAAAGTGTTTGGGCTTGTCTGGTTGCATTGACGTGCACGTGTGCCTGAACTACCAAGTGGGCATCATGGCTCACACCTCTTGCGCACTGTCGTGTGCATGCATGCTTGTTGCTCTCTGCTTGGCGCGTGCCTGGGACACCTGTGCGTCTGCTTGGTGTGCGCGCTGCTTCCGTCGCCTCTGCCCATGTGCATTGCTGGGTGTGCATGCTTGGTGTCGCGCGCGCCTACCTGTGCTAACCTGTAAGCACGGGGCATGGGCTACCTGCCCACACTTGTTAGCCTTATGCGGTCCGTGCCAACTTGTGGCACGGGACGTGGGCAACTGCCCACGTCGTGCCTTGGGTTGTGATGCGCCAGCCCGCATGTCCACTACCCATGGCTAACCTCCTGTCACCTTGCCGCATGCCTTGTTCTTCACTAGTGTACATTATGCCCTATCATGGCGCCGATTGGTACAAGGCCCATGCCATCCGTGCCTTGCTCAAGAACTAAGGTTCTGATAAACATCCCCCGCTTGAGCTAGCCAACGAGTGTTGTTTTCCAATATGCCTGGATTTCTTCCTCGAATTGCCATAGGGCCACGTCCCTCTCCCATGAGTTTTCCTCCTCACTAGTGTTCTTCCACTTTGCCAGGTAATTTGTTCGTTCTATTCTTCTTACTCATCCCCATGGTTCGGTGGTTGAGGATTTTCTCGACTTGTTTGTCAAATTGCTTTCGGATGATTGCTGGGGCTTGCTTCGCTTGTTGGCGGTCAACGTTCAGCAAATCTTGGGAGAACGGTTTGAGGAAACTTACATGAAAACTCGGATGGATTTTTAGTTGATCCAGCAACTTCAAATGATAGGGTACTTGGTCTATCTGCTGGATTACTTTGAAGGGTCCATCGTATTTTTGTACTAAGCCTTTGTGCACATTCTTCCCTCAGAGCTTTTTCCACATCTGAGGGGTCAGTTTTAGTAACACGAGCCCACCCACTTCAAATGCCAAAGGCCTCCTGCCTTTGTCAACGTATTTCTTCATTCTACGCGCTACCTTTTCGAGGCTGTCTCTGGCCATGTCTATCATCTCTTGCTTATCGCGAGCAAAGCGATAGGTGGCAAGGCACTTCCCTCCCGTGCGCTACCTTAGAATCTCCTGAGGACACTGAGGTTGCTGCCCAGTGGCCAGCTTCGTTGGGCTTGGCCTATTGTTGAGGATCTTTGAATATTGTAGTAGAATTGGGCGGTGTCTAGTAAGTTCACCCAATTTCTTTGGCTCGCCGTGGCATAGTGTCTCAAGTAGTCCTCTAAGAGAGCATTGGTCCGCTCTGTCTGACCATCGGTTTAAGGATGGTTTGCTGTGGAGAATTTCAGTTCTGAACCCAAGGTGTTGAAGAGATTGGTCCAGAATCGTCCAGTGAATCGAGCATCTTGATCACTAATAATATCTTTGGGGAGTTATTTCCATCACAAAAAAAAAAAAAAAAAGAGAAAAAAAAAAAAAAAACAAGAAATTTTGTTTCTTAAAAAAAAAGACACATCAGGGGCTTCGTACTTAGTACTGTCCCAAAACTGCTTTCAAAAGTTTGTCTAGTTCCAAGTAATTATAAATTTGGATGTGAGGGCATTGTGTACTGCAACTGAGTAAGATTTTTTTGAGATGATTCCATTCATCTTCTTCATTGTACTTCATTGATCTTAATATCTGCGTCCAAATTTCGTTATGTTTCCCTTTTCTAGGGCCTAAATTTTATTTATATGTTTGAAGGAAATTAATGCCATCTTAGGAGAGAAATTATCAGAAGAAGATGAGGAACAAATCTTAGCAGAGTTTGAGAGCTTGGAAGCTCAGGTATTGTGTGTTTTGTTGTATTATCATTTATCCTCCTGGTCATAATTGGTGGTCAAAATAGATTTATACATGTACAATATCATTTATTTACTTAGGATTTAGTATTAAAGTAATTTTACTTATAAATTAATTTAATTCTGAATTTAGTTGGGAATAACGTTCAATAGAGATGCTCCACTGTGGCTGTCGTTGCAAATTGAATTTCATTATAACTGTGTAGTGCAAATTGCAGTATAAGATTGGTTTAAATCCTATTCTGAACCTTGGATTTTCGTCGTTGTTCTATTTTGGTTTCTAAATTTCGAAACGATTCTATATATATATATATATATTTTGTTCTTGAAGCTTACACAAAAAGTTGCTAAGTTGCTTTACTCATTATCATTATTTTAATTATTGTTATTTATTTAACAGAAACCTAAATTCATCTTTTGTCTATTTAACTAACTCATAGATTCAGACATTTTTTGGACCCAAGTGCTGGTTTTGAAATGAATTTGGGTTCCCGTAAGGATTAAAATAGGACCTTTTAAGTTTTGAGAGACTAAATTGAAGCCTCAAAAGTCATAAGATCGATAGTCAAATCATAACTCAAATGTATATAAGTATGAATATAGAAACCAGAATAAGATATAAACTAGATTAACAGCTACGACTACTGGCGATTGTCTTTTACTATACTATCTGGAGGCTATCTCCCATCCGCGTTTTTCTCAGCTCACTGTTCAAGATCTCCCTGAGGTTCCAACGTCCAAAGAAAATGCTGAAAAGTTAGATCTTCCCGACGTGCCCTCCAAAAAACCTGTTGCAGCTGATGCCATTGAAGAAGATGCTGAACTTGCTTCATCTAATGCACCCACAAAGAGAAGAGGTTTCTTTTGTCTCTCATTCTCTACTCTCACAAAAAAGAAAGAGAAAAATGACGTTACCCTTTTACATACACTAGTTTCATAATACATTATAAATTTGTTGAATGCAGTTATGGAAGAACCGTTGGCAGCATAAATGTGGAGTACTTGATTGATGGAGGTTGATCATGATGTTGATGTAACTGGTGAAGTGGTTTGAGCTGACCATCTGTTGTTTGATTTTGTGAATTCTTAGTGAGAGGGTCATAATGGCCCTTTCACCAATATGATGTTTGTACAGACACTTCCTCATGCACATATATAAATTCATTTTCTTTCTGCTTAGGGGTGTGTTTTCCAAAGT

mRNA sequence

ATGTATCATAAGAACAAGAGGAACAAGACGTGGCACAAATGGGTCATCCCCGACAACCAACTAGCAATTGACGATGTCCACCTTGTGGCTCTCATTGAGTTTACAATGGGGAATTTATTCGTCAAGAAGCCCAAAGTCACCGATGTTGATAAAGCGATTCTGTCTCTCAAGACCCAGAGACGCAAACTCGGTCAATATCAACAACAGCTTGATGCTGTCATTGAAGCAGAAAAGAATGCTGCAAGAGAGTTAGTTCGACAAAAGAAAAAGGATCGTGCCTTGTTAGCCTTGAAGAAGAAAAAGGCACAAGAAGAATTATTAAAGCAAGTTGATGCCTGGCTGATTAACGTTGAACAACAATTGTCAGATATTGAATTGGCCAGCAAACAGAAAGCTGTTTTTGAAAGTTTGAAGGCTGGTAATAATGCGATCAAAGCTATACAAAGTGAAATTAATATTGATGATGAAATTAATGCCATCTTAGGAGAGAAATTATCAGAAGAAGATGAGGAACAAATCTTAGCAGAGTTTGAGAGCTTGGAAGCTCAGCTCACTGTTCAAGATCTCCCTGAGGTTCCAACGTCCAAAGAAAATGCTGAAAAGTTAGATCTTCCCGACGTGCCCTCCAAAAAACCTGTTGCAGCTGATGCCATTGAAGAAGATGCTGAACTTGCTTCATCTAATGCACCCACAAAGAGAAGAGTTATGGAAGAACCGTTGGCAGCATAAATGTGGAGTACTTGATTGATGGAGGTTGATCATGATGTTGATGTAACTGGTGAAGTGGTTTGAGCTGACCATCTGTTGTTTGATTTTGTGAATTCTTAGTGAGAGGGTCATAATGGCCCTTTCACCAATATGATGTTTGTACAGACACTTCCTCATGCACATATATAAATTCATTTTCTTTCTGCTTAGGGGTGTGTTTTCCAAAGT

Coding sequence (CDS)

ATGTATCATAAGAACAAGAGGAACAAGACGTGGCACAAATGGGTCATCCCCGACAACCAACTAGCAATTGACGATGTCCACCTTGTGGCTCTCATTGAGTTTACAATGGGGAATTTATTCGTCAAGAAGCCCAAAGTCACCGATGTTGATAAAGCGATTCTGTCTCTCAAGACCCAGAGACGCAAACTCGGTCAATATCAACAACAGCTTGATGCTGTCATTGAAGCAGAAAAGAATGCTGCAAGAGAGTTAGTTCGACAAAAGAAAAAGGATCGTGCCTTGTTAGCCTTGAAGAAGAAAAAGGCACAAGAAGAATTATTAAAGCAAGTTGATGCCTGGCTGATTAACGTTGAACAACAATTGTCAGATATTGAATTGGCCAGCAAACAGAAAGCTGTTTTTGAAAGTTTGAAGGCTGGTAATAATGCGATCAAAGCTATACAAAGTGAAATTAATATTGATGATGAAATTAATGCCATCTTAGGAGAGAAATTATCAGAAGAAGATGAGGAACAAATCTTAGCAGAGTTTGAGAGCTTGGAAGCTCAGCTCACTGTTCAAGATCTCCCTGAGGTTCCAACGTCCAAAGAAAATGCTGAAAAGTTAGATCTTCCCGACGTGCCCTCCAAAAAACCTGTTGCAGCTGATGCCATTGAAGAAGATGCTGAACTTGCTTCATCTAATGCACCCACAAAGAGAAGAGTTATGGAAGAACCGTTGGCAGCATAA

Protein sequence

MYHKNKRNKTWHKWVIPDNQLAIDDVHLVALIEFTMGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALLALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDDEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENAEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA

Homology

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BLAST of CcUC04G060690 vs. NCBI nr
Match: XP_038883019.1 (vacuolar protein sorting-associated protein 20 homolog 2-like [Benincasa hispida])

HSP 1 Score: 346.7 bits (888), Expect = 1.7e-91
Identity = 201/223 (90.13%), Postives = 204/223 (91.48%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQL VQDLPEVPTS+ENA
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQLIVQDLPEVPTSEENA 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKL LPDVPSKKPVAADAIEEDAE+ SS+APTKRRVMEEPLAA
Sbjct: 181 EKLVLPDVPSKKPVAADAIEEDAEIVSSDAPTKRRVMEEPLAA 223

[Close]

BLAST of CcUC04G060690 vs. NCBI nr
Match: XP_022149415.1 (vacuolar protein sorting-associated protein 20 homolog 2-like isoform X1 [Momordica charantia])

HSP 1 Score: 343.2 bits (879), Expect = 1.8e-90
Identity = 197/223 (88.34%), Postives = 202/223 (90.58%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAA+ELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAAKELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEIN+D 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQ+TVQDLPEVPTS EN 
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQITVQDLPEVPTSNENV 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLPDVP+KKPVAAD IEEDAE+ SS APTKRRVMEEPLAA
Sbjct: 181 EKLDLPDVPTKKPVAADPIEEDAEIVSSVAPTKRRVMEEPLAA 223

[Close]

BLAST of CcUC04G060690 vs. NCBI nr
Match: XP_011653914.2 (vacuolar protein sorting-associated protein 20 homolog 2 isoform X2 [Cucumis sativus] >XP_031740173.1 vacuolar protein sorting-associated protein 20 homolog 2 isoform X2 [Cucumis sativus] >KGN55176.2 hypothetical protein Csa_012821 [Cucumis sativus])

HSP 1 Score: 342.4 bits (877), Expect = 3.1e-90
Identity = 198/223 (88.79%), Postives = 202/223 (90.58%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGN+FVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNIFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQLTV DLPEVPTS+E  
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQLTVDDLPEVPTSEEKE 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLP+VPSKKPVAADAIEEDAE  SS+APTKRRVMEEPLAA
Sbjct: 181 EKLDLPEVPSKKPVAADAIEEDAETISSDAPTKRRVMEEPLAA 223

[Close]

BLAST of CcUC04G060690 vs. NCBI nr
Match: XP_022928588.1 (vacuolar protein sorting-associated protein 20 homolog 2-like [Cucurbita moschata])

HSP 1 Score: 337.8 bits (865), Expect = 7.7e-89
Identity = 195/223 (87.44%), Postives = 202/223 (90.58%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DE+NAILGEKLSEEDEEQILAEFE LEAQLTV+DLPEVPTS+ENA
Sbjct: 121 VQKLMDDTAEAKAYQDEMNAILGEKLSEEDEEQILAEFEGLEAQLTVEDLPEVPTSEENA 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLP+VP+KKPVAADAIEEDA + SS+A TKRRVMEEPL A
Sbjct: 181 EKLDLPNVPTKKPVAADAIEEDAVIVSSDASTKRRVMEEPLPA 223

[Close]

BLAST of CcUC04G060690 vs. NCBI nr
Match: KAG6603293.1 (Vacuolar protein sorting-associated protein 20-like 2, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 337.4 bits (864), Expect = 1.0e-88
Identity = 195/223 (87.44%), Postives = 201/223 (90.13%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLK GNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKTGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFE LEAQLTV+DLPEVPTS+ENA
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFEGLEAQLTVEDLPEVPTSEENA 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLP+VP+KKPVAADAIEEDA + SS+A TKRRVMEEPL A
Sbjct: 181 EKLDLPNVPTKKPVAADAIEEDAVIVSSDASTKRRVMEEPLPA 223

[Close]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot
Match: Q9FY89 (Vacuolar protein sorting-associated protein 20 homolog 2 OS=Arabidopsis thaliana OX=3702 GN=VPS20.2 PE=1 SV=1)

HSP 1 Score: 262.3 bits (669), Expect = 5.4e-69
Identity = 152/226 (67.26%), Postives = 180/226 (79.65%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPK+T+VD+AILSLKTQRRKLGQYQQQL+ VIEAEK AAR+L+R+K+KDRALL
Sbjct: 1   MGNLFVKKPKITEVDRAILSLKTQRRKLGQYQQQLEKVIEAEKQAARDLIREKRKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKK+ QEELLKQVD WLINVEQQL+DIEL SKQKAVFESLK GNNAIKAIQSE+N+D 
Sbjct: 61  ALKKKRTQEELLKQVDQWLINVEQQLADIELTSKQKAVFESLKQGNNAIKAIQSEVNLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSK--- 215
                          DE++AILGEKLS EDEE+ILAEF++LE+ L V+D+PEVPT++   
Sbjct: 121 VQKLMDDTAEAKAYQDELSAILGEKLSAEDEEEILAEFDNLESLLIVEDMPEVPTTELMP 180

Query: 216 ENAEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           E  EK+DLPDVP+K PVA          ++    TKR+V+EEPL A
Sbjct: 181 EEPEKMDLPDVPTKAPVA----------SNETTSTKRKVLEEPLEA 216

[Close]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot
Match: Q8GXN6 (Vacuolar protein sorting-associated protein 20 homolog 1 OS=Arabidopsis thaliana OX=3702 GN=VPS20.1 PE=1 SV=1)

HSP 1 Score: 259.6 bits (662), Expect = 3.5e-68
Identity = 149/224 (66.52%), Postives = 183/224 (81.70%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKP++T+VD+AILSLKTQRRKLGQYQQ+L+ VIEAEK AAR+L+R+K+KDRALL
Sbjct: 1   MGNLFVKKPQITEVDRAILSLKTQRRKLGQYQQKLEKVIEAEKQAARDLIREKRKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           AL+KK+ QEELLKQVD W+INVEQQL+DIEL SKQKAVFESLK GN+AIKAIQSE+++D 
Sbjct: 61  ALRKKRTQEELLKQVDQWVINVEQQLTDIELTSKQKAVFESLKQGNSAIKAIQSELDLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSK-EN 215
                          DE+NAILGEKLS EDEE ILAEF++LE+QL V ++PEVPT + E 
Sbjct: 121 VQKLMDDTADAKAYQDELNAILGEKLSAEDEEDILAEFDNLESQLIVDEMPEVPTKESEE 180

Query: 216 AEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           +EKLDLPDVP+K PVA+     +AE+  + + TK +V+EEPL A
Sbjct: 181 SEKLDLPDVPTKTPVAS-----NAEITPAESATKTKVLEEPLPA 219

[Close]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot
Match: Q503V0 (Charged multivesicular body protein 6 OS=Danio rerio OX=7955 GN=chmp6 PE=2 SV=3)

HSP 1 Score: 110.5 bits (275), Expect = 2.6e-23
Identity = 73/196 (37.24%), Postives = 119/196 (60.71%), Query Frame = 0


Query: 36  MGNLFVKK--PKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRA 95
           MGNLF KK   +VT+ D+A+L LK QR KL QYQ+++   ++ E+  A++L++  KKD+A
Sbjct: 1   MGNLFGKKKATRVTEQDRAVLQLKQQRDKLKQYQKRITLQMDKERQLAKQLLKDGKKDKA 60

Query: 96  LLALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINI 155
           LL LKKK+ Q++LL++ +  + N+E+ + DIE A  +  V E LK GN+ +K +   ++I
Sbjct: 61  LLLLKKKRYQDQLLEKTENQISNLERMVQDIEFAQIEMKVIEGLKVGNDCLKKMHEVLSI 120

Query: 156 DD----------------EINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKE 214
           ++                +I+ +L   L++EDEE +LAE E++       +LPEVP    
Sbjct: 121 EEVEKIMDETHDAIEYQKQIDEMLAGSLTQEDEEAVLAELEAITQGEADLELPEVPGE-- 180

[Close]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot
Match: Q5ZL55 (Charged multivesicular body protein 6 OS=Gallus gallus OX=9031 GN=CHMP6 PE=2 SV=3)

HSP 1 Score: 104.8 bits (260), Expect = 1.4e-21
Identity = 73/199 (36.68%), Postives = 116/199 (58.29%), Query Frame = 0


Query: 36  MGNLFVKK--PKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRA 95
           MGNLF +K   +VT+ DKA+L LK QR KL QYQ+++   +E E+  AR+L+++ KK++A
Sbjct: 1   MGNLFGRKRRSRVTEQDKAVLQLKQQRDKLRQYQKRISLGLERERELARQLLKEGKKEKA 60

Query: 96  LLALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINI 155
           +L LKKK+ QE+LL + D  + N+E+ + DIE    +  V E LK GN  +  +   ++I
Sbjct: 61  MLLLKKKRYQEQLLDKTDNQISNLERMVQDIEFTQIEMKVIEGLKIGNECLNKMHQVMSI 120

Query: 156 DD----------------EINAILGEKLSEEDEEQILAEFESL-EAQLTVQDLPEVPTSK 215
           ++                +I+ IL   L+EEDE+ IL E  ++ + QL + D+P  P  +
Sbjct: 121 EEVERIIGETQDAVEYQRQIDEILAGSLTEEDEDAILEELNAITQEQLELPDVPSEPLPE 180

[Close]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot
Match: Q6NU11 (Charged multivesicular body protein 6-B OS=Xenopus laevis OX=8355 GN=chmp6-b PE=2 SV=3)

HSP 1 Score: 99.4 bits (246), Expect = 6.0e-20
Identity = 72/199 (36.18%), Postives = 114/199 (57.29%), Query Frame = 0


Query: 36  MGNLFVKK--PKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRA 95
           MGNLF +K   +VT+ DKA+L LK QR KL QYQ+++   ++ E+  A++L+   KK++A
Sbjct: 1   MGNLFARKRRSRVTEQDKAVLQLKQQRDKLKQYQKKITLQLQRERELAKQLLHDGKKEKA 60

Query: 96  LLALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINI 155
            L LKKK+ QE+LL++ D  + N+E+ + DIE A  +  V E LK GN  +K +   ++I
Sbjct: 61  KLLLKKKRYQEQLLEKTDNQISNLEKMVDDIEFAQIEMKVIEGLKVGNEWLKKMHEVMSI 120

Query: 156 DD----------------EINAILGEKLSEEDEEQILAEFESL-EAQLTVQDLPEVPTSK 215
           ++                +I+ +L   L+ EDEE IL E E++ +  L + + P  P S 
Sbjct: 121 EEVEKIMEETQEGIEYQRQIDEMLSGSLTAEDEEAILEELEAITQEDLELPEAPSEPLSD 180

[Close]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL
Match: A0A6J1D5M8 (vacuolar protein sorting-associated protein 20 homolog 2-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111017847 PE=4 SV=1)

HSP 1 Score: 343.2 bits (879), Expect = 8.9e-91
Identity = 197/223 (88.34%), Postives = 202/223 (90.58%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAA+ELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAAKELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEIN+D 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQ+TVQDLPEVPTS EN 
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQITVQDLPEVPTSNENV 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLPDVP+KKPVAAD IEEDAE+ SS APTKRRVMEEPLAA
Sbjct: 181 EKLDLPDVPTKKPVAADPIEEDAEIVSSVAPTKRRVMEEPLAA 223

[Close]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL
Match: A0A6J1EPH4 (vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita moschata OX=3662 GN=LOC111435445 PE=4 SV=1)

HSP 1 Score: 337.8 bits (865), Expect = 3.7e-89
Identity = 195/223 (87.44%), Postives = 202/223 (90.58%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DE+NAILGEKLSEEDEEQILAEFE LEAQLTV+DLPEVPTS+ENA
Sbjct: 121 VQKLMDDTAEAKAYQDEMNAILGEKLSEEDEEQILAEFEGLEAQLTVEDLPEVPTSEENA 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLP+VP+KKPVAADAIEEDA + SS+A TKRRVMEEPL A
Sbjct: 181 EKLDLPNVPTKKPVAADAIEEDAVIVSSDASTKRRVMEEPLPA 223

[Close]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL
Match: A0A1S3B5R7 (vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucumis melo OX=3656 GN=LOC103486109 PE=4 SV=1)

HSP 1 Score: 336.7 bits (862), Expect = 8.3e-89
Identity = 196/223 (87.89%), Postives = 200/223 (89.69%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLK VDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID 
Sbjct: 61  ALKKKKAQEELLKHVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQLTV+DLPEVPTS+E  
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQLTVEDLPEVPTSEEKE 180

Query: 216 EKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           EKLDLP+VPSKKPVAADAIEEDAE  SS+A TKRRVME PLAA
Sbjct: 181 EKLDLPEVPSKKPVAADAIEEDAETVSSDASTKRRVMEGPLAA 223

[Close]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL
Match: A0A6J1EBQ2 (vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita moschata OX=3662 GN=LOC111432566 PE=4 SV=1)

HSP 1 Score: 334.0 bits (855), Expect = 5.4e-88
Identity = 194/224 (86.61%), Postives = 201/224 (89.73%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINI+ 
Sbjct: 61  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIED 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQLTV+DLPE+PTSKEN 
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQLTVEDLPEIPTSKENG 180

Query: 216 EKLDLPDVPSKKPVA-ADAIEEDAELASSNAPTKRRVMEEPLAA 243
           E LDLPDVP+KKPVA A A+EEDAE+  S+APTKRR MEEPLAA
Sbjct: 181 EGLDLPDVPTKKPVASAAAVEEDAEIVPSDAPTKRRAMEEPLAA 224

[Close]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL
Match: A0A6J1HS74 (vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita maxima OX=3661 GN=LOC111466101 PE=4 SV=1)

HSP 1 Score: 330.5 bits (846), Expect = 5.9e-87
Identity = 191/224 (85.27%), Postives = 200/224 (89.29%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL
Sbjct: 1   MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKKKAQEELLKQVD WLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINI+ 
Sbjct: 61  ALKKKKAQEELLKQVDVWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIED 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSKENA 215
                          DEINAILGEKLSEEDEEQILAEFESLEAQLTV+DLPE+P +KEN 
Sbjct: 121 VQKLMDDTAEAKAYQDEINAILGEKLSEEDEEQILAEFESLEAQLTVEDLPEIPMAKENG 180

Query: 216 EKLDLPDVPSKKPV-AADAIEEDAELASSNAPTKRRVMEEPLAA 243
           E+LDLPDVP+KKPV AA A+EEDAE+  S+APTKRR MEEPLAA
Sbjct: 181 ERLDLPDVPTKKPVAAAAAVEEDAEIVPSDAPTKRRAMEEPLAA 224

[Close]

BLAST of CcUC04G060690 vs. TAIR 10
Match: AT5G09260.1 (vacuolar protein sorting-associated protein 20.2 )

HSP 1 Score: 262.3 bits (669), Expect = 3.8e-70
Identity = 152/226 (67.26%), Postives = 180/226 (79.65%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKPK+T+VD+AILSLKTQRRKLGQYQQQL+ VIEAEK AAR+L+R+K+KDRALL
Sbjct: 1   MGNLFVKKPKITEVDRAILSLKTQRRKLGQYQQQLEKVIEAEKQAARDLIREKRKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           ALKKK+ QEELLKQVD WLINVEQQL+DIEL SKQKAVFESLK GNNAIKAIQSE+N+D 
Sbjct: 61  ALKKKRTQEELLKQVDQWLINVEQQLADIELTSKQKAVFESLKQGNNAIKAIQSEVNLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSK--- 215
                          DE++AILGEKLS EDEE+ILAEF++LE+ L V+D+PEVPT++   
Sbjct: 121 VQKLMDDTAEAKAYQDELSAILGEKLSAEDEEEILAEFDNLESLLIVEDMPEVPTTELMP 180

Query: 216 ENAEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           E  EK+DLPDVP+K PVA          ++    TKR+V+EEPL A
Sbjct: 181 EEPEKMDLPDVPTKAPVA----------SNETTSTKRKVLEEPLEA 216

[Close]

BLAST of CcUC04G060690 vs. TAIR 10
Match: AT5G63880.1 (SNF7 family protein )

HSP 1 Score: 259.6 bits (662), Expect = 2.5e-69
Identity = 149/224 (66.52%), Postives = 183/224 (81.70%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKP++T+VD+AILSLKTQRRKLGQYQQ+L+ VIEAEK AAR+L+R+K+KDRALL
Sbjct: 1   MGNLFVKKPQITEVDRAILSLKTQRRKLGQYQQKLEKVIEAEKQAARDLIREKRKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
           AL+KK+ QEELLKQVD W+INVEQQL+DIEL SKQKAVFESLK GN+AIKAIQSE+++D 
Sbjct: 61  ALRKKRTQEELLKQVDQWVINVEQQLTDIELTSKQKAVFESLKQGNSAIKAIQSELDLDD 120

Query: 156 ---------------DEINAILGEKLSEEDEEQILAEFESLEAQLTVQDLPEVPTSK-EN 215
                          DE+NAILGEKLS EDEE ILAEF++LE+QL V ++PEVPT + E 
Sbjct: 121 VQKLMDDTADAKAYQDELNAILGEKLSAEDEEDILAEFDNLESQLIVDEMPEVPTKESEE 180

Query: 216 AEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRRVMEEPLAA 243
           +EKLDLPDVP+K PVA+     +AE+  + + TK +V+EEPL A
Sbjct: 181 SEKLDLPDVPTKTPVAS-----NAEITPAESATKTKVLEEPLPA 219

[Close]

BLAST of CcUC04G060690 vs. TAIR 10
Match: AT5G63880.2 (SNF7 family protein )

HSP 1 Score: 250.4 bits (638), Expect = 1.5e-66
Identity = 149/248 (60.08%), Postives = 183/248 (73.79%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           MGNLFVKKP++T+VD+AILSLKTQRRKLGQYQQ+L+ VIEAEK AAR+L+R+K+KDRALL
Sbjct: 1   MGNLFVKKPQITEVDRAILSLKTQRRKLGQYQQKLEKVIEAEKQAARDLIREKRKDRALL 60

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINIDD 155
           AL+KK+ QEELLKQVD W+INVEQQL+DIEL SKQKAVFESLK GN+AIKAIQSE+++DD
Sbjct: 61  ALRKKRTQEELLKQVDQWVINVEQQLTDIELTSKQKAVFESLKQGNSAIKAIQSELDLDD 120

Query: 156 ----------------------------------------EINAILGEKLSEEDEEQILA 215
                                                   E+NAILGEKLS EDEE ILA
Sbjct: 121 VQKLMDDTADAKAYQDCENLYNLFCRAFVFDDSIYISECQELNAILGEKLSAEDEEDILA 180

Query: 216 EFESLEAQLTVQDLPEVPTSK-ENAEKLDLPDVPSKKPVAADAIEEDAELASSNAPTKRR 243
           EF++LE+QL V ++PEVPT + E +EKLDLPDVP+K PVA+     +AE+  + + TK +
Sbjct: 181 EFDNLESQLIVDEMPEVPTKESEESEKLDLPDVPTKTPVAS-----NAEITPAESATKTK 240

[Close]

BLAST of CcUC04G060690 vs. TAIR 10
Match: AT2G19830.1 (SNF7 family protein )

HSP 1 Score: 43.1 bits (100), Expect = 3.6e-04
Identity = 59/213 (27.70%), Postives = 94/213 (44.13%), Query Frame = 0


Query: 36  MGNLFVKKPKVTDVDKAILSLKTQRRKLGQYQQQLDAVIEAEKNAARELVRQKKKDRALL 95
           M  LF K  + T   + +  L      L + +  L      E   A+E  R K K  A+ 
Sbjct: 3   MNRLFGKPKQETSTLQTLDKLNETLEMLEKKENVLLKKATGEVEKAKEFSRAKNKRAAIQ 62

Query: 96  ALKKKKAQEELLKQVDAWLINVEQQLSDIELASKQKAVFESLKAGNNAIKAIQSEINID- 155
            LK+K+  E+ ++Q+  + + +  Q+  +E A       ++L+ G +A+KA+Q   NID 
Sbjct: 63  CLKRKRLYEQQVEQLGNFQLRIHDQMIMLEGAKATTETVDALRTGASAMKAMQKATNIDD 122

Query: 156 -----DEIN------AILGEKLS------EEDEEQILAEFESLE-AQLTVQDLPEVPTSK 215
                DEIN        + E LS      + DE+++ AE + LE A+L  Q L  VP   
Sbjct: 123 VDKTMDEINEQTENMKQIQEALSAPFGANDFDEDELEAELDELEGAELEEQLLQPVPIHV 182

Query: 216 ENAEKLDLPDVPSKKPVAADAIEEDAELASSNA 230
               K      P++ P       E+ ELA+  A
Sbjct: 183 PQGNK------PARAPAQKQPTAEEDELAALQA 209

The following BLAST results are available for this feature:

BLAST of CcUC04G060690 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038883019.1	1.7e-91	90.13	vacuolar protein sorting-associated protein 20 homolog 2-like [Benincasa hispida...	[more]
XP_022149415.1	1.8e-90	88.34	vacuolar protein sorting-associated protein 20 homolog 2-like isoform X1 [Momord...	[more]
XP_011653914.2	3.1e-90	88.79	vacuolar protein sorting-associated protein 20 homolog 2 isoform X2 [Cucumis sat...	[more]
XP_022928588.1	7.7e-89	87.44	vacuolar protein sorting-associated protein 20 homolog 2-like [Cucurbita moschat...	[more]
KAG6603293.1	1.0e-88	87.44	Vacuolar protein sorting-associated protein 20-like 2, partial [Cucurbita argyro...	[more]

BLAST of CcUC04G060690 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9FY89	5.4e-69	67.26	Vacuolar protein sorting-associated protein 20 homolog 2 OS=Arabidopsis thaliana...	[more]
Q8GXN6	3.5e-68	66.52	Vacuolar protein sorting-associated protein 20 homolog 1 OS=Arabidopsis thaliana...	[more]
Q503V0	2.6e-23	37.24	Charged multivesicular body protein 6 OS=Danio rerio OX=7955 GN=chmp6 PE=2 SV=3	[more]
Q5ZL55	1.4e-21	36.68	Charged multivesicular body protein 6 OS=Gallus gallus OX=9031 GN=CHMP6 PE=2 SV=...	[more]
Q6NU11	6.0e-20	36.18	Charged multivesicular body protein 6-B OS=Xenopus laevis OX=8355 GN=chmp6-b PE=...	[more]

BLAST of CcUC04G060690 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1D5M8	8.9e-91	88.34	vacuolar protein sorting-associated protein 20 homolog 2-like isoform X1 OS=Momo...	[more]
A0A6J1EPH4	3.7e-89	87.44	vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita mosch...	[more]
A0A1S3B5R7	8.3e-89	87.89	vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucumis melo OX...	[more]
A0A6J1EBQ2	5.4e-88	86.61	vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita mosch...	[more]
A0A6J1HS74	5.9e-87	85.27	vacuolar protein sorting-associated protein 20 homolog 2-like OS=Cucurbita maxim...	[more]

BLAST of CcUC04G060690 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G09260.1	3.8e-70	67.26	vacuolar protein sorting-associated protein 20.2	[more]
AT5G63880.1	2.5e-69	66.52	SNF7 family protein	[more]
AT5G63880.2	1.5e-66	60.08	SNF7 family protein	[more]
AT2G19830.1	3.6e-04	27.70	SNF7 family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (PI 537277) v1
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 85..105
None	No IPR available	COILS	Coil	Coil	coord: 56..76
None	No IPR available	GENE3D	1.10.287.1060		coord: 49..125 e-value: 4.6E-10 score: 41.5
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 190..242
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 194..218
None	No IPR available	PANTHER	PTHR22761	CHARGED MULTIVESICULAR BODY PROTEIN	coord: 37..242
None	No IPR available	PANTHER	PTHR22761:SF50	VACUOLAR PROTEIN SORTING-ASSOCIATED PROTEIN 20 HOMOLOG 1	coord: 37..242
IPR005024	Snf7 family	PFAM	PF03357	Snf7	coord: 51..211 e-value: 4.0E-24 score: 85.2

Relationships

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


Feature Name	Unique Name	Type
CcUC04G060690.1	CcUC04G060690.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0032511	late endosome to vacuole transport via multivesicular body sorting pathway
biological_process	GO:0006900	vesicle budding from membrane
biological_process	GO:0007034	vacuolar transport
cellular_component	GO:0000815	ESCRT III complex
cellular_component	GO:0005771	multivesicular body