ClCG05G000120 (gene) Watermelon (Charleston Gray) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	ClCG05G000120
Type	gene
Organism	Citrullus lanatus (Watermelon (Charleston Gray))
Description	GRAM domain family protein LENGTH=598
Location	CG_Chr05 : 200118 .. 228763 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRCDSthree_prime_UTR

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

GGGAAGTAGCAGTGGATACCTAACAAATTATTATTTTGTATATGTGTTTCAGGGCCACATGTATCTGTTCGTGCACTATATATGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGGTAACATGTGAATTCATCTTTTAGCTGCATGAGGTTATTCTTACCTACCAGCTTGATTAATAGAAGTTATGATTTAAACCAAAAGCACTTTCTCTCACTCAAACACATGGGCTTGCATGATGCAAGCACACACATTTGAAATTCCTCATGTTCGTTTTATTATTGAAGTCCACTATCCTTTTTCATCTGCTCAGGCAAGAACGTCTCCTCTTGGTTTCTTTCTTTTTCTGGTGTACAAAAAGTAGATGCATTATGGTAATGAAAGTAGATAGTTATTTATTGGTTTGTTGTTTCACTTGGTTTTGGTCTGGTTTGTTTTGGTTAAGTTTGTCTCTTGGATTCTTATGTATGGGGCTCTCTCTCTAAGTTTTTGTGCTTCTTTGTTGATGGATTTCCATCCTATTTGGCATGTAGTCTTCATCATCTTCAGTTGTTTTTGTCTCTTATATTTGTTTTCCATTTGAAGATCTTGTATTTTGGAGCATTAGTCTCTTTTAATTATATCATTGAAGTTTTGTTTCCTTTAAAAAGAATAATAGTAGCTTGAGGCATTTCAGACTAACTCAGTATTAAGTGAACAATGTGTCCTATTGTCGCAATCTAGAAGAATTTATTATAGACATGCAATCTTTAATGTTATGTTTATAAGTTATTATCATTATTCTGTTAGATTTTAGAGGTATGTTCAGTCTCCATTTGAATGTGAGAATTTCTGTACATCTTATATGGCTAGCATACTGTTACGCTATCAATCAAGGAAACAATCCCCACAATTGGGCTGATCCCCCCACCTCACTTATTATTTAATATTCTAAAAAATTAGGCTAATCCAGTAAGAAAATAATCAAAGCCCTCGATGCTAATCCAAGAAGAAGCATGTTTGAATCTTCGGGAGAGTTCAATAATCAAAGCCCTCGATGCCTTCAGAGTCTTGGCCTTAGGGGCTGACATGGACTTTTTTAAAAGTAAGATAACAGGGGAAAAAAGGATATACATGGATTAGCACTTGTTTAAACAACATTCTACTATAATTCTTTAGTGCTCCACTTAACATGAAATCCGGGATCTATCCTTATCCTTTTGCTTTTGGGATTCAAAATTTAAAAGGAGTGATTTTCCATGCTAATTATGTACGTTCCATTCACTGAAGAAATGTATATATGTTAAATCAACAATCAATCCAAAAGCTTAAGCTGGTGGGTTATGGTGAACTTAATGTGAAGGAAGTGGAAAGCTCTTTTCTGACTTTGATTTGAAGATCGAACAAAATAGACGAAAAAGAAAGATCAAGCCCGGTTACATTCATTTCATTTTTTTTTATCAGACGAAGCAAACCTGTTATTGAGTTCTGATGTTGCTCTTGCCAACTCATCAGCTTCTTGGTTGGCTTAACGATTAACTTGCATGATGGTCCACTCCCCCAAGGTTTTCCAGCTTGTTTAGGAGATGTTTAACCTTTAACATAAAATTAGAACAAGTGATTGCTGAGATTCGTGCGGGAACATACACTCTTAATTTAAAAGAGAGGGTTCGAAAACATATTTATTCTAATTCAGAGGGAGAAATGCATTGGAGTACCGATGTGTATCATGCACCCGAATTTACATATAGTAATGTCCATCTCTTACCAAAAACAGGTCATTTATGGATATTATCAGGAGGTTCATGCGGATGCAGTGTAGTCCTTTTTTCACGTTATATCAACACCCTAACACTCTCCCTCACTTGTGGGCTTGAAAATTTATTAAATGCCCAAAAAATGGAATTCAATATTATTAGCGAGGAAATGACTTTACAAGGGTTCGAACTCGAGATCTCCTGTTCTGATACCAACTTGAATTTGGGAAGAAAAATATTATTATATTTATTAGATGATATAATATTAAATTTTCCTTCACCCATACGCTTAAGCTTTTGGGTCAATTGGTGATTTAAGATGATGGTAACAAAGCAAGTGGTCCAAGGAGGTCTTGTGTTCAAACACCGGCATTGTTATTTTCTCTCCAACTAAAATATTGATTTCCACTTGTTGGGTCTTCTTCATATTTCAAGCCCATAAGTGAGGAGTGTTAGATGATCTAATATTAAATTTGCCTTCATCCATTAGCTTAAGCTTTTATATTAATTGGTGATTTAAGATTTGTAATCAATAAGATTTGGAACGACACAGATTTGGTGTTGAGCAATTTACAGAATACACAATAAATATTACAGAAGATTCGAGGAAATCTAACAGTTCTTTTTTTAAGCAAATGAGGGATATTTTTGGTACTACTCATTTGTTCAAGTTCAGATCTTCCCAGGTTGGAAATTTGTATGTAGGGTAACTAGGGTTTGGCCTCCCTCTAGTAGAAGAAAATCATTATAAGTTTCTGCTGGTTTTTGGAAGAAAGGGTGGGTGGTTTTCTGGGGAATGCTTAGTGCCTTTCTTCTAAATAATGGAAAACTTCATCAATCAGTTGTCAAGCTATTATCTCATAGACAAATTCTCGATGCTTAGTGCCGAATCAGTTGGCTTTTGTAGCCAATAGACAATTGTTCTTAAATTGGACCTTGAAAAGGTTTTTGATATGGTCGATTGGGAGTTTCTTGATTAAGTTCTTCGTATTAAAGGCTTTGGTTCTCTTTGGTGTACAACGTACTTGGATTAATGGTTGTCTCTCTAGTGCAAACTACTCCATTATTCGAAATGGCCGTCCCCGGGGCAAGATTATCCCAACGCGTGGTATTAGACAGGGAGATCCCCTCTCTCCCTTCTTATTTATCATTGTTGCTGATTGCCTAAGTTGCCTGCTTGCTCACAGTTCATCTTTGGGCCTCACTATTGCTCACCCCATTGGTCAGTCATCTTTTTCGATTAATCATTTGCAGTTTGCAGACGATACTTTGCTATTCTCTATTGCTGAAAGATCTGCTTTACAGAACTTATTTGATGTGATTCATATTTTTTAACGTGCTTCTAGCCTTAAAGTCAATCTTGCCAAGAGTGAGCTCCTGGGGATTCACATCCCTGATGCTGAGGTGGATGAGTGGTTGAACTCTTTTGGTTGTAAGAAAGGTTTTTGGCCTTCTTCTTATCTTGGTCTTCTGTTGGGTGGTAACTCTTCATCTATTGGATTTTGGCAGCCTGTGATGGAACGATTTCAGCATAAACTTCATAATTGGAAGTATGCTTATATATCAAAAGGGGGGAGACATACGCTTATTCAAGCTGCTCTTTCTAGCCTCCCTACTTATTACTTGTCGTTGTTTCAGGCTCCTTCATCTATTATTGGTTGCCTTGATAAGCTGACTCGTGATTTCTTTTGGGAGGGTACTAGAGGTGATGGTGGCATGCACAATGTTAACTGGGCCATCTCTTAGCGGCCTCAATTGTCGGGTGGCATGGGGATTGGTAACTTTAAATATCGTAATTCTGCTTTTCTTGCTAAATGGACGTGGCGTTTCATTATTGAGCTTGATGTCTTATGGAGAAAGCTTATTGTGGCGAAGTAGTATTCCCCTGATTGTATATGGCCCTCCCCTATCTCTCGCGGATCATCGAAGGCTCCCTGGAGATCCATTTGCCATTACATGGATTTGGTTGTGGATCGGGTCTCCCGTCGCATTGGTGATGGTGGTTCTACATCTTTTTGGCATGATCCATGGCTTAGTTGTGGTGTTTTTGCTTCTACTTATCCGCGACTTTTTCGGCTCACTCAACGTTCAGAGGCTATGGTAGCCAATGTCTGGGTTCCTTCTACGCCTGCTTGGAATCTTAATCTGCATTGCAATCTCACTGAATTGGAAATTGCTGAATGGGCCTCCCTTTCTGGCTACCTGGCCCAATCAGATTGCGCTCTTTCCTTGATTCTTGGTTATGGCCTCTTGATTCTTCTTTGACCTTTACTGTCAAATCTTTGATGGTCGATTTTGTGGATGATTTGGATACTGGTCTATCAGATCTTTATAGGGTTATATAGAAAAATAAATAACCTAAAAAGATTAAAATTTTTCTTGGCGCTGCATGCCCTCCCTATATGTCGCTTTCTCCATCTTTGTGTCATATGTGTCATATGAATGCGGAATCGCCGGCTCACTTGTTCCTGCACTGTCCTCGATATCAAAAGTTGCTTAGCCACAATACTCAATGAATTCACATGCTGACAATTGTTTGGTATGTAGGACTTTTAACCACTATTCATTGTTTAATTTGCATGTATGACTTCGACATCATGTTGTTATTCCCATCTAAACATGAACCACATGATTCGATTTCTCATATCAATATTTTTTAAAATTCGGTTATTGTCAGTTGGATCCTTACTACAGCTATATCTGCCTTGGTTCTTGTTTATGATTTTTATTATACTTCAGAAGATAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGATGGCAGGGATCTTTCCTAATGCCATTGAAATATTTGTTGGAGAGAAAAAGGTAGTTTTAAGTTTTTAATGCTTTACATTTTCATTTTGCTTTAATTTTGAATTTCATCTACCAGAATTAATTATTAGGGGGATCTCTGATATCCTTTTTGTTTTTAGTCTTTTCTTTTTCTAAAACAATTAGCTTTACAATTTAATAGCACTTTTCTTTGTTTCGTAAATCTACTTTCAAAATAAATTTTGACAATAAAATAAAAATTATTATCAGCTTATTTTTTTTTAAAAAAAAACCTATAAATAGAATCATTCTCCATCTCAAGTAATTTGTTGGTTAGATTAAGTTTAGTCCCTGAATTTTGAGGCTTATGTTTATTTAGTTTCTGAACTTTTGAAATTGTTTAATAAGTCCCTAAATCATTTCAATTTTGTGTTAGATTGGTTCATGAACTTTCAGCCATCATTTACAATTTTACTTTTTACTTTCACAGTACTTCTTTGCATCTTTTCTATCTCGTGATGAGGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAAGCAATTATGACAAAACAGGTGAAGAACTGTAAATTCAATGTTTTGTTTGTAACAGCAGTATTGTTTGAGTTGTAATGCAAGCTTAGTTTTACCTTAGATTGTTGGTTCATATATAGAGAAAGGCACGGAAAGTTATCAGTTTTTGGGATGGACAATCACATTACTTTGACATATGGCATAGCTGCATAGCATAACTCAATATAGCCATATTCTTTTCTATGCGATGCCCCATACCGTGGTGCATTTTAATGTCCAGATGATTGAAGTTTCTGGAAATAAATTTTCAACGTGTTCCTGCTTATGTTGAATGGGCTCTGGGACCAAAATGTGTTTTGAGATTGATAAGGCTCGATATCTGAATTTTCTTTTCTTGATGGCTTTATTTATTTGCATGCGTGCTTCTCGTACAGACGACCTACATGCATGTGCATGTATGCATGCATATAAACATATATGTATGTTTTTTTTGCATGTTATAGATGTGTGAGCTTGCATGCAATACATTCACAAAATTCCATTGCTGTATTTATGCATAAACTATTAGATTTGTTTAGAGTTGGCAATGTCTACCTAAGATATCAGTGATAGCTATGAAGAATTTTAACTTAAGTATTAAAATTTTAACTTTTATGTTAGAAATCAATAAATGAATCTAGCGGACAAGAAATTGGTATCCCCAGTATCGAAAAGGCCAAGCAGCTGGATCCTTCAGATTCTTCGCATAGGTTCTTTTTCCTTTTTTTTTTTTTTTTAAATTTTTTTCTGACCTATATCTATGTCCTTTTCCTAGACTCTTTGCTGTTTGACTTACTAGATTATTAAATCATCTTGTGTGTAAGGAGTATGAATACTCCTATTCTTAATGTTTCCATGGATCAAGCCGATGTTGAAGAGGAAAATGCACCAAAGACGCTGCCGGCAGAACCTCTTGACGCCATTCAGGAAGCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAAAGACATTGACGTGGAAGCCAGAAGACACAGATGCTCCCAAGGGTGGGTTTGCAGCATTTCTTTTCTCTTTTCTTCCCTTTTAGATTAAGGAGTTAACCGACAGTTCTTGACTAGTGCAGTCCAAGAATATCTCATGTCATTCTTTCTGCCTTTAAGCTCATCATTGGCCTTTGAGAGGGGATGCAGAAATTAGTTTTAAAAAATTGCAATAACATTATTCGTAGTTTAATTGTTAATTTATTTAGGCATTTTATTATTATATTTTTTCTAATGAGGAACTAAGCTTTCATTATGACATACGAAAGAACACAAATAGGCAATTCAAGCAAAAGAAACCCATTGCAAAGAAGCCTATTGAAGAGTGACACCCTAATAATTGCACAAAAGGGGATTTAGTGGTAAAGAATAAGAGAGGAAGGATAGTTACAAAAAATCCTTAGATTCTGACATCCATGAAACCTGACCATAGCCCACACGTCAAGACTTTTGGCCCCTTAAGGTTTTTCTGTTCTCCTCTAGCTAATTGTTGCACAAAGTAATAAAGAAAGCTGCGCCCTACTGGATTCCACCCTTATCTCAAAACTGCAGATGGGACAACACCTCTCCTATCATTGACCGACAAAAATCAATGGTGCACCAAAGAGACGCGTAAGGTCTAAAAAACAGTAATCAAGTACCCAAATTGACAATGTCATAGTATATGATCTAGGTTCTTTAAGTATATGGGATCAAATGACGTGCTTCTATTTTGCACCTTGTAAGGGTGCGTTTATTTATTACTTTAGTGGCTCCCGTTGCCCTTGGCTTTTCCTTCAACTGTTATAACAAGTGAAATTCCAGTTCTGAATGCATGATCTGGTTTGATTTTGAAATGCAGTTCCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGGTACGCTTTTTCTTTGATGAGTTTGACATGTAATGTGTACTTCACATTGGGATCCTCCAAATTCGCAGTTTCTTTGCAATTATTAATCAGTTCTGATCAGAAAACTTGGTTCAAATTGAATGGCAGATAAAAGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTAGATTTTGTTTCTTCATATCATGAAAAATGTGGAGACAAAGGTAGGGCGTTGGATATATGCAATGCAGAAATTGTTTTTGAATTGTTCTAACTAATGTTACATTGTATGTACCATGAAATAATTATTTGGTTGGTGATACTTTTCCAGAGTTTAAATGTTCTCTTTGGCGTCACGATGACATGTTTGGGCATACACGTGATATATCATTTCAACATCCAATAAAAATATATTTTGGTTCGTTTTTCATTCATTTAAGAGAGTATCTTACCTTTTCTTCCATGTCTGTATTTTAGATATATATATATTTTTTTCAATGATAGTACTAATTTTACATGGCTATAAAGGTGCAAAGTTTGGTGGCTGCCTGGAGATTCAGAAATTTCGAGTTTATCGAGACAGGTTTGACAAGTTGCTTTTTAAAGATTCTATTCTGTTGTGTGTGTGTGCGTGTGTTGTGAATTACTCATAACACATGCAAACTCGTGTCAAGCTTTTAGGGAGCATAGTAAATTCAAAATTGGCATGCCATGTTCTCTATTTCTAGCCAGCATACTAGAAAAAGGGAAATAATAATTTAGCATGGAAGGGAATGGTATGAAAAAAGATACTTGGAAACTCTAAATAAAATGAAAAGATTAATCCTAGAAGAAATATTTTAAATGCCTAAAATAATGTTAAGTATCCTTCATTAAAAAAACCTAAAATAATGTTAGTGATTTTCTGTTTCCTCGTTGCTTTTTTTTTTCCCCCCAGAAATTTATAGAGTTGGAGGAGTGTTTGGACTTGAGGAGTGGAAGAAAGAAAAGGGATAAACTTGAAAGTGAAGATATACTTATTTGGAGGAGAGATATGCGATACAAGATATGTTTAGGAAATAAGCTTGAGATGTGGAACAAGATGAAATGACATTAAGATTTTGTACCACAGTTTATTGTTTATTGGGAAAAAAAATTAAATATCAGGATTTATGTCATAATGATTTTGTTATTCATAAAAGGTTAATGCTTTTTGTTTTTTGTTTGTTTTGTAATTTATTTCTAAAAATGTTTTTATAATCATAGCCATAATTTTAAAGCTAACAGAAGTGTAGTTTTCAAGGACCTATTTTTAGTAAATTTAACTAAAATTTTAAGAATGTTTTTAAAAATGAGAAACTAGACAAAAAAAATTGGTTTGTAAACTAGCCGAATTTTTAAAGCCAGAGAACTAAAAATAAACTTTATCGAAGCCGACATTTGTTGCTACTTTCTATGAAAATAGAAATCATTTCAAATTTATTGTTATTCTAAACATGGATTCGGAAGAAATCTAAAAGTTCTTCATGTTGAACAAACATTAGGTTGAAAGAACTGTTTACTTCTCCTCAATCCTCATAATGGGTAAGTTGGATGGACCTCCCACATTCTCAGTTAAAATGTACTTGGTAAGCAATAAAATGCTTCTTAATTAAACCACCTAGGGTTGGACTGCTTATTGGAATAAATGAAAAAAAAAGGTAAAGGACTTTGGGCAATGGGTTTAAATCTCATGGTGGCTACATACCTAAGATATTAAATCCTATGAGTTATGAAACTTTCAATAAGCAACATTCTTTCATTTGTAAAAAAATTTGAAGTACGAGGATAAATATCCTCTCTAAGCATCAAGGGGTTACAGAAAAGCATTCCAATTAGCAAAAATAAGAAGTTATAATTACCAAATCGGTTGTTGACCACCAACCAAATCATATCTTTTCCATTCTCCATGAAGTTGTCATTCAGTTCTTTACTAGTGTCCTGGTAAATTCTGTCTTTTCCTCTAACCAAAAATCATGACATAGTGCTTTGATAATAACAAGTTACATGTGTTAAACCTCAAATTCAAAAGGTTTATTCAAGGAAGGGCAAAATTGGAAATGTGGCTGTTTCCGACATTTAGAAGTATTAGTTTTAGTTAATTTCTTATTCGAGTATTTTTTAATTATCAAGTTGTAAATCCATGTCTTAGATTGCCTAATCTTAGATCACATACAAGAGTTTTTACGTGGAATAAGTAGATTCCAAAGGGCCACTGGTTATGTGGAGTTTGCATCCTTTGAGCATTCTTATACTTCATTTTATCAATGAAAAGTATAGTTACTTGTTAAAAAAGAAAATGTATGTGCTTCATTAGTAAATCCTGTTGATTGGTATGGGTCTCATCTCAACCAAGCTAGACGGTTTGTAAACGTAGTGTACTGCTCATTCGTTTCTTAGCTTCTAACTTTTAGGGGTAAGGTAAGGTGCAGGGGGTTGATTGGCCATCTGTTTTTATTATTATGCTCATGTGTGATTGCTTATGGATTAATGCATCTCAAGTTTCTGTTAGATATCAGATAATATTTCTAGCTTGTTAGCAAATTTTTTATTATTTCATCCAGTTTTCTGTCATCAACGCCTTCTTCAGTTAGTTTAACTCTGTGCTCATTTTCTCAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGTATTTTCTATAGTCCATTTGGTGGCAGTTATCCCTATACTATTTTTGGTAATAATTCCCAAACGGGAAGATCAGTATATGTTTCTAGTATTGCTATGTCTACGTTAAATTGTCCCCCATTTAGTTTCATAGAAGATTGTCTTCTCTGAGAAATGTCATTCACTAGCTTAGGAAATTCTAGACCTGATATCAACTTCACAAATCAGCTTCTATTTTGGAAGAATCAAGGCTCCAAACATGTGTTTTAGAAGGTTGAACAATTAGAATCGTGTAAAATATTTATTTCCGAAGACAATTTTGAACAGTAAAGGTCTAAGAAACTTTGAAATTCTTTTTGGTGTTCTTCTCTCTTAATTATGATAATTTAGTTTGATGAATCAAAATTTGAGCGTTAAAGATGATCTAATTAAATTTTTGATTCAAAGGGGAGGAAAAATAAATGCCTTCTAGTTTAAATTAAGCTATTGAATAGAGTAATCTTCAAAGGTCTTTGAAAGAATGCACCATGAGGAGGCATTTAGTCTTTCATGCTCGAATCGATCCACGCACAAGGAGGCTTTGTCATTGAAAACGTATTGATTCCTCTCAAACCATAATTCTGACAACAAAGCCTTGACTGCGTTAACCCGCAACAGCTTAGGCTTCTTTTTCAGGGCTGGACCCAACAGAATCTGCAACACATTGCTTCTGAAGTCACATCCAGCTACCCGGCCTATATTAAAAAGGCCAAAAATCCGATCCCAGCACTGTGAAGCATAGCTGCAGTTGAAGAACAAGTGCTGGAGGTCTTCCTGCTCTCTTTGACAAAGAGGGCACTTGTGGTGAGACAAGCATTGGTATGGAAGTTTTCTTTGGAGAGTGGCAGCACAGTTTAGTGAAACAAACAACATTACCCAAATCAGAAAATTCACTCTCCGGGAACTTTTGGACTTCCATAGGCTCTTTTCTAACTCATGATCAATCGGAGAAGCCAAGGATAAATGCTTGGTGAGAGATTTAATGGAAAAACCTCCATTTGCTTCAAAGTCCACTCTTTTATCCAGCTGATTTGTTACTCTTTTGTTTGCCACGATGCTCAATAGGGTTTGAAAGTCGCCCAATTCTTCTTCTTTCATTTGTCTTCTGAACACTAAATCCCAAGAGGAGGTGTTGGAGTCCCAGTGATCTGCTACTGATCCATTAGGCTTGAGTGCTAACTTGAAAAGTCTTGGGAAACTAGCTTTTAGGGTCGATTTATCAAGCCAAGGGTTAGACCAAAAGCCTGTTCTGCTTCCATTACCCACATTAAAGACTACTAGAGCTTCCACTTTCTTCCATTGTCTTGAAATACTTATCCAAGGGCTTCTAAGACTTGCAACTTCCTTACCTTTTGTGTGCCACTTAAAGAGATCATTTCCATGAATGCTCCTAATGACTTGGCACCAAAGAGAATCTGGCTTTGCATAAACCGCCACCCCCATTTGGAAAGTAGTGCTAAATTTCTGATTTTCATATTTTCCAGCCTAAGACCTCCATCCTTTTGATCTTTGGTGACTTTATCCCACTTGACAAGGTGATTCAATTTGCCCCTTTTATGGCCTTCCTAGAAGAAATTTCTCGTTGATCTTTCTAGGGATGACACCACCTTATCCGGCATTAAGAAGGAAGACATGTAATAAGTGGGAAGATTAGATAGCACGGACTTGCAAAGCGTTAATCTACCTCCTCTCGATAGATTATATTTTTTCCACTTATTCAATTTTCCTTGAATTTTGTCAAGAATAGGCTGCCAAAAAAAAACCTTCTTTGGGTGTCCACCTAGGGGTAGGCCAAGATACATTAAGGGGAGTTTTTCATCCTTACAATTTAATCTTGCATCAGTCGAACAAATCACTGATTCATCAATGTTTACTCCACATAAGGCCGACTTCTCCCAATTAACCTTTTGTTCGGAGCACCATTTGAATAATTCAATAGTTTTATGCAAGTTGTCCAACATCTCAACATCGTATTTACAAAATAATAATGTATCGTCCGCGAATTGGAGAATCGGGACATGAACTTTCTCTTTTCCTACTAGAAATCTTTCAAATTTCTTTTTTCTATGGATTCTTGAGATGAGACAACTCAACACTTCACTTATTAGGATAAATAAGAATGGTGAAGGGGGGTCACCTTGTCTTACTCCTCTTGATGCTTGAATTCTTCCTCTTGGTTTTCCATCGATGAAGATTGAGAATTTTGGATTTTTGACGCAGCCCAAAATCCAGGATATCCATTTCCCATCAAACTTCTTTCCATGTAGAACTTTTTTCCAAGAAATCCCAATCTACTCTGTTAAAGGTCTTTTCCAAATCTAACTTTAGGATCCAACCTTTTTTCTTCTTGATTCTATACTCCTCCATGATTTCATTTGCTATAAGAATGGGGTCTAAGATTTGTCGACCTTCAAATGAATGCACTTTGGGTGGGAGCTATGATATTTGGCATGACCTTTTTCAACCTTTCAGCAAGTACTTTGGCAATTACTTTATATACTAATGTTGTGAGGTAATGGGCCGGAAGTCTTTAACCATGATAGCATCTTCTTTTTTCTTGATCAGACAAATAAAGTTTTCCTTTACACAAGAGTTCAACTTTCCGTTCTCATGAAATTCATTGAATAGGGCAATGAAATTGTCTTCGATCTTCTCCCAAAATTTAGATAAAACTCCACCGTAAACCCATAAGGGCCTAGCGCTTTGTTCTTTCCCATTCCTCTTATTGCATTTATGATTTCTTCCAAAGTGAAACCTGAGGTCAGCCTCCTGTTTTGATCTTTAGAGACCACTTGCCAATCCAGATTTATGGGGAAACTTCCTGCACCTGGAATTTTTGTATAAAGACTTGTAAAATCCTAAGATTAAGGCTTCTATCTTGCAAAAGGAATTGGTAGGGAGGCCTTGGTTGTTTATTAGTTCTGAGATAAGGTTCCTCCTCTTTTTTGTTGCGAGGAAGCGATGGAAAAATCTCGAGTTTTCATCACCCAATTGTAACCAATTCAGTTTGCTCTTTTGAATTAAGTCACTTTCCTCTTTTCTGTAAATAGCCATCAAATCAACTTTTAAGGAAAACCTTAGATCCCGCTCTAGGGAGGAAGTAACTTCTAATTCTGCCCTCTGTTCTTCTTTTTCCAAATTCTCTAAGATTTCCTCTTCCTATCTTCTTTGATTCCTTAGAAAATCAGCATGCCAGTTGTTTAAGGAGCTTTTAACTGAGCGCAACTTAGAAGAAATTATGAATCCAGCCCATTCTTGGTGATTCCCCAGAACAAGAGATCTTTCAATGATGTTGTAGCACTGAGAATTAAGCAACCAGCTATTGCAAAATTGGAATGGAGAAGGTCCCCATTCAAAAGCCCCGGCTTCTAGTAAGAGAGGAAAGTGATTTGATTAGATGCGAACCTGCCGTGTTGCTTGAGTGCCTTCAAATAGAGATTTAGAAGTTACCCTTCCTTCCCTGGACCAGGTGAATCTCCCATCGAAAAGGGGAATTTCCATTAAATGCGCCTCTGATATGAACTTATTTAGCTTTTTCATACTCTTCCAATTGGAAATCTTTCTTGGACAGTTCTTGTGATATTAAAATCTCCTCCCAGGCACTAGGCTTCTGTGCAATATGCTGCTAAGGAGGCTAACTCCAGCCAAATGTGCCTTCTTTCTTCGTAATCGGTAGGACCATAGACATTCATTATCCAACAAACTTTTCTAAATAGAGTCTTGCATTTAACTGAAAGTGTATAGCCCCCTTTGAGGGTTTCAATGATAGATAGCTTGCTTTCATCCCACATAGTTAACATCACCCCTGATTTACCATAGGCTTCCACAAAGTTCCAACCAATATCTTTCGAGCTCCAGAGTGATTTGATTGTATCAATTTCAATTGAATCTTTCTTAGTTTCTTAGATTAGAACCAGCTCAGGATTTGTCTTCATAAGTGTTTGATTGCCAATTGTTTTAATGATCTCCAAGGCCTCGAGTGTTCCATGAAACGATCTTCATTGTATCTTGTATTACTTCCTTTGCTCTATCTTCCGGCTCCTGTTTTCATATGAATGAAATTACGCAAGCTTCTACAATTGATCTCAAGTGCTGAGGGATTTTATTTATTCGGATTGGAGAGGGGTGAGCTTGATTACACACTTTGCCTTCTCTGTTTTGGCTGGATTGGAATAGGTTAGTTAAATCTTCACTCAGTGATTCTTCTACTTCCACATCTCTATGAGTCTCCTTTTTTTCAAGGCCTTCTAATTCATCACTACTAGCGCTGAAGACTAATTCGTCATATGAATCCTAAGGCTTCTTTCTTGATCTGGATTGGGAGGAGCTTGGGGAACCTCACAAGAAATGAACGTTTGACCTTGGAATTAAAACCACTTATTGATGAAAATCTTGTGGTGAAGAGTGTGGTAGTACCGACCAGATGAATTTTTGTTGTGGAACGTGAACTTTCACACAATTGTCTTCAAGTATGTTGGAATTCATCAGGGCTGACCATGAGTTTAGAAATGATGTTTTTCCTTTGATGAAGTGCTTTGGGAAGGGCTTGAAGAGGTTGGATTTCTTTCTAACTGCTGGGATGAATGTGTTCTTTACAGAGGATATCTTGTCTGTTCGAGGATGAGGAGGAATGGCTGGTAAAGTCTGACTTGTGTGATCATCCTGCTTGGAAATCAGACTATTAGGGGGAGACTCTTCGGCTTCATCAAAATTTCCAACGGTTCATTTAAATCTTTCCAACTTCTCGGGTTGGAGTTAATTTTTTGGCAAGTGGACCCTGTTGGTCTGGAGTAATTCCCAGAAGGAATATCAGGGGTCTTCTTGATTTTGAGGACATCATTTCTTCGGCCGGAAAAATTCTCTTTCTTCATTACTTCCGAACTTACAACTTCTTGCCTTGTGGCTTCTGGCGACTTTTCATTTTCCTCAAACCGGTTTGGCTGTGGCGCGTTCACATTAATAAAATTTCCTTCGTGGATATTTGCTGTCTTCTCCAATACCTGTTCGACTTCTGGTTCTCCGGGGGATTTTTCCGATGACTTCTCCGGCTGCTCCGATTGGCCCTGCTCAGCTTCCAATCTAGTTGTTTCAATTTTTGAGGAAAAACAGACATCTTCTTCGTCTTCTTCAACTTGCTTTAATCTAGCTTGATCAATTGAATTTACAAAGTCACTTCTGAATAAATTTTTGTTAACGAATCTTGGAACTTCCATTGGTGCAATGTCCCCAAAATGTAAATGAATAGAGCCTCTGGATTCATTCTTTATTTCAATTGTGGCCAGTATAAATCCACTTACATTCTTAAAGACTTTAATTTTTACTTCTGAGACGATTATCAGATTTAATGTTTCTATACTTTTTTCCTCCAGTCCTCCAAAGTGGAGGCCTATTGCTTCAAAAGTATCTCTGCTCCAATACTCTAGCGGGAGGTTCTTGATTGAAATCCACCCTCCGAAACTTTTTATAAGAGTAGGTCTATTATAATGGAGTGGATTCCATTTCTCGAATAATAGATGAAATTTTCGATAATCAAACCACTTTTCGGGGGATTCAATCAAGTCTTCTATTTTCCCTTTTGTTACTCTTATTAAGGCTTTATCTGCAAATAGAGGATTGATCATAACTTTAACATTATAGAAGTCTAAGAAATTGGCTATTTCCTTCCCGTCATCAAAAGCAAATAATCTGGATAATACCCATAAATTGTTAAAATCTTCCTTAAAAGCTTCTCTGTTTTTTTTTTTTTAACCCAAAAACTGTTGCAGACTCTGATTTGTAGCTGTTGGAACAGGGGATCGAGTCTTCTCTGGGAGCTCCCTTGGGGGCTTAACAAAATCTTCCTTAAGCACTACTCTTTCCTTTCGGATCCAATAATGTTGTTTGCTCTGTTCTTCGTGTGCAATAACAAAGGATTTCTCTTGCGCCTGAGTAACCTCCCTCTTGCTCTGTTTTAGTGGTGCCCGAACAGGGAAACTATGCTGACTCATTCCTTTTGATAAAATCTCTGCGTAACTCGGCTGAAGCATATTTGGATGAGGGGAATATTTCTAGTTCTTTTCGATTTTCTCTACCTTGTCCTTTGAGCTTCCAATTCGATTGATGAAGTTATTAACCATATTCAGAAACTCATTCCATCCTTGTTGCGCTGACCCTTCTGGTACATGAATGAAGCAGCGGCCTCCGGTAGCCGGCCAAACCACACATCTTAAATTCCAACTCGTGTTGCTTTTGAGTTTTGATAATCTCATAGCTCCTAATTCGTCACGCACTTCCCTTAAGAAAAAATGAACACTTGAACCATTGAGAAGGTTTGAGAGCTGCAATACCATCCAAAGCGTATGCGATTCCGATAGGTAAATTGCTTTCCGTGCTTTCATATTTTGACAATGAAATGCCCATCTTAGAACCAAGTGTAGAAGAAGAATCCATTGATCTTGCAATTGACTACTTCCATGTCGGATAATGCCAGAGAAGAGAAAGAAGTTCTCGCTAGGGATGGGGGAGGAGGAAGGAGAGAGGATAGAGAAGAGAGAACTTACCTTGACATCTTTTTCAAATCAAATTATTAATTAATTTATGAGAATCACTTTTTAAATTATAACAAACGTGTAAAAACTGATAGTAGTAGCTTTTAGATTCAACTTTTCTAAAAAACTACTACTTAAGATGATCTAATTGAATTCAAACATTTTAGAATTTAATTAGAACATTCGAACTTCTTTAATCTAATTATACTAAAAATCAAAGCTTGTCATTATTTATATACTTGGTAGACTTTAGATTATATGTTAATTTTAAAGGACAATTTAAATATTGCAACCAAATATATCTAATTATTTCAGAAGATTTTTTTTAATAACTCTGTTCCTCTTCTTCTGATTAAAAGACGGTACATTATCTCTTTTTGGTCCATCAAACATTTCTTTCATCATTATTGGGACTTGAAATTGTTATTGAGTATAGATCAAGAGGACCCACATTTCTAATTATATAATACAATCATTTCTTATCTTTCCTATGTAACTCAAGTGTTTTTCTCATTATTTTTCATGGTTCTTATGTCTCTCCGCATAAATTTTAGGCACACTGGGAGGTGAAGAAAGATGTTGATGAATCAAATAATTGCTGCGTCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACAGTTTGGAAAGGTATGTCTTTACTTACAAACATTACCTTGGAATCATAGTTCCCTAACTAAAAAGGAAAAAGATTCTAGTGCTTCAATTTTGGAGAAAAAATACACTTTTGGTCTTGATTGCATTTGGATTTGTGAGCTTTCAAACTAGACATTTTAGTTCATGAGGTTTGGGATAATCTTGCTTTTGGTCCCTATAGTTAACACTTTTGGTCCATATTGTGTCCTTGCGGCTTGCCGTCAATTTTTTTGTTATCTAATGATTAATGATTAATGCTAATTGAGTATTTTTTTATTATTGTTTTTGGCTGATTTGACATAAGTTATATTTACTTAGTTGCTAAGGTGGCTAAAATAATATATTTGTTGTTTTTGATATGGAAAATCTAAAAGATCAAAAAGTATATATTTCTCTTTGTTGGTTGTAAATAGAATAATTAGCGGTAGAATCATTAATGATTTTTATTTTATTATCATTATAGTTTTTTCCTTTTGTGTATTGAGTCTTTCACCTATATAAGAAGGCTATGTATCTTACAAAGATTATTGGAATACAAAATACTTAATTCCTGGCTATGTATCTTACAAAGATTATTGGAATACAAAATACTTAATTCCACTCCAACTCAAATGGTATTAGAGCCTCCATATACTCTTTGAATTACATCCCTTAGGTTTCAAGTCGGAAACCCTAGGAAAAAAAACCAATTTGAAGCCCTAAAACCCTAATTTTTTTAAACCCTAAAAATTGTAGTTGTTATATCTCTGTCGGTCATCTTTGATCACTCACTGCTGCCGGCCAATCACATATCTCTATCGGGCATTGCATCTCAGACGCCTGGTTTGCTCATTTGTCGCAACGTCTTTGGATCTTGTCAGTTGTTCGCAAGTTGTCACCGCCGGTCATCCTTGTCTGCATCATCAGTTGCTACTATCTGAGCCCATCATCTGGTTATTTGCCGAACAACTATTAGTGGTCTGTTCAAGATCCGCGTCTCGATTTTGTGGTCCATTCGTGGTTGTTGTAGTCCTGTCGATCTTCAGTAGTTCGTTTGCCGCTTGTGGTCTTGTTAGAAGCTTTCATCGCTGTCCGAGGGGGTCTTCAACCTGAGACGAGTCTGCAACACCCATCTCTTTAAGTTGATGAGTTTGTTCTTGTTCACGAGGTGACGAGCTTCACTGTCCAAGGATTTGGTGTCTAGTTTGTTCATATTCGGTTCGGTTCGGTTCAAATTTGGTTCAGCCCACAATCTGGTTTGCCTAGTTTTTGTGGTTCATTGCTTGGCTTGGTCTGGTTTTTATTTTATTGATTTATTTATTTAATATATATACACACACACATACAAATATATATAGTCTCCCAATTGACATTCATTACTTAGTACTATGTCAGAGGCGCAAATTCATCAAATCTTGAAATTCCTACCAACCAATTTACTGTCTAATAATTCTTGTGTTTCCTTGGTACAACCAGGTATTTATACTCAAACCTTCTCTTACCATAAATCTTCTCCGTGGATTATTGATTCCGGAGCTTCTGATCACATGACTAGTTCATCCTTTCTCTTTAACTCTTATTCCCCCTGATATTGCAATGAAAAAGTCAGGATTTTAGATGGCGACTTTTCACTAAATGCAAGAAAAGGAACCATTAAACTGACTAACAATATTACTCGTAAAATCTATCCTCCATGTTCCTAAACTAGCCTGCAATCTCTTATCTATTAGTAAACTTTCAAAAGATTCTAATTGTTGTATTGTTTTCTTTTGAATCTCATTGCATTTTTCAGGATCAAGCCTTGGGGAGGATGTTTGGGCATGCTAGAATGCTTGATGTCCTATACTATTTTGACCTTCTTGTGGTAATAAAAAACTTAGGTCTTAAGTTGTGTTAGTTCTCCTTCTGTTAAAGATCAAATTATGCTATGACATTGTAGACTAGGGCATCCCAGTTTTTTCTATCTTAAAATTGTATTTCCAAATCTCTTCAAGGGAGTTGATTGTTGCTCTTTCTCACCAAAAAGTCATTGCTCCTCTTTCTCACCAAAACTTTATGCATCTTCAAAACCATTTTATTTAATTCACAGTGATATTTGGGGTCCTTTAAAGTTGTAACTAATAGAGGAAAACGTTGGTTTGTGACTTTTATTGATGACCATACTTGCTTGTCTTGGGTCTTTTTATTAACCAAAAAATTTGAGGTGACGGATGTTTTCACATGTTTTTACAATATGAATGAAACCCAATTTTCAGCAAAAATAGGTATTTTACATTCAGATAATGTTGGCGGGCTTTCATTTCTCCTCAGCATTAGAGCAGTTCCCCAATTACTGTTTTTCTCTATTTTTGGTTTTTGCTCCTTTTATGTAATCGATTAATACTTCAGTTATTTGATTATTGGGAATGCATTGTTCTTTTTATATTTTGTTACTGATATGATGAGGGTGCTATTGGGTGTCAACCTAGTTGAGATGCTCGGGTGCACCTCTTGATCCTTAGTTTTTGGTCTTTGTTACATATTGTACATTGAGACTTTTATCTCTTTTCATATTGTACCTAGTTGAGATGCTCGAGATGTATCTGTCTCTTCCAAATGTTATTTACCCTAATCTTGCTAGTTCTTCAATGCTAAGTATAGAACCTTCTAATTCAGAGGGAGAATTACAATAAAAAAGATTCTATGATCTAAATCTTAAATTAAAATTTTCTGCTAGAAGAAGGCTCAATCAATTGAACAAGGACCAAATAGTTGACTCGTCACAAATCCAATCTCATACTCCGAGGGATGACTTTAAAATGCTAGGTAACCAACCTTCCACTCTTGTTTCACCAGTTGTCATTGAAAATACCTTGCCTATTCTCTCCAATCATGGAAAATGTCCTACATGTTGCCTCTGATTTCGATATCCTTGTTGCTTTGAGAAGGGTACTAAAACTTGCACTAAATATCCCACTGCAAATTATATCTCGTACAAAAATCTGTCAACCAATCATAAAGCTTTTACCTCTAGGATAGGCAACTTATTTGTCCCAAGGAACATACATGATGGACTTCGAACGAGAGTCTCGGTGACTTTAAAAAAAAAGCTATTTTTCTTATTATCTTTGAATTAAGAAAAAGTCAGCTTATATCCTAAGCTAAAAAAATAGACAAAATTACAAAATTGCCATCGGCTAGTTAAAACAACGAAATACATCAATACAAGAAGCCTTAGATGATCCGAATTGAAAATTAGCTGTAATTGGAGGAGATAAATGCTCTAAGACATAATGTCACATGGGAAATAGTAGATTTGCCGAGCTATAAGAAAACAATGAGGTGTAAATGGCCATTAAATGTAATGATGATGGTAAGGTTAAAAAATATAAAGCAAGGTTAGTTGCAAAATGATTCACACGAACCTATGGGATTGATTATCTGAAAACTTTTACTCCTATTGCTAAAATTAATTCCATCAGGATATTGATATCTTTTGCAGCAAATTTAGATTGATCCTTTCACCGGCTTGACGTAAAAAATTTCTTTCTCAATGGTGATCTGGAAGAAGTGTTTATGAGGTTACCACAAGGATTTGAAACTGACCTTGGGAAGAACAAGTATGTCAACTAATGAAGTCCCTGCGGACTCAAACAATCTCCTAGAGTATGGTTTGAACAATTCGGGAAAGCAGTTGCGAGATTTGGGTTCCTTCAAAGTCAAGTTGATCACACCATTTTTTTCAACCATTCTGCAAATAAAAAGATTGCGATTTTGATTGTATATGTAGATGACATTATTTTTACCATGGTGACGAAGCAAAATTGGCAACTTTAAAGAAAAGACTTGCAAGTGCATTTTAGATCAAGGACTAAGGAACATTAAAGTACTTCCTAGGAATGAAGTTTGTAGGATCTAAAAAATGTATCTTCGTGAATCAAAGAAAATATATTATTGATTTTCTTGGAGAAACAAGTTTATTTAGGTGCAAGGTAGCTAAGACACCTATTTTACAAAATTTGAAATTGGAAGCGGCAAAAGATGAAATAAAGGTTAAGGAACGATACCAAAGATTGGTATGAAGACTCATTTATTTGTCACACACATGTCTAGATATTGCCTCTGTAGTAAGCATGGTAAGTCAGTTCATGCATTCACCCGGATCGGTTTATTTTGAAACAACATATAGAATCTTGAGATATTTGAAGGGGAGTTCGAGAAAAGGTACACTGTTCAAAAGACACTGATCAGGCAGGAAGTATTATGAATAGAAGGTCTACTTCAAGCTATGGTTCATTTGTTGGCTATAACTTAGTCACTTAACGTAGTAAAAAGCAAAATGTAGTGGCTAGAAGTAGCGCTGAAGCAGAGTTTAGAGCTCTAGCTCATGGTATATGTGAAGGAATATGGACAAAAAGATTATTGGAAGAATTGAAGGTTTCTCACAAGACACCTATACATGTATATTATAACAAAAATGCTATCTCTATAGCCCATAACCCAATTCTACATGATAAAACAAAACATATTGAAATCGGGAAACATTTCATAAAGGTGAAACTTGAAGTTGGTGTGATTGTATTACGTATCTTCCCAGTACAGAACAAATTGTTGATGTGTTGACTAAAAGACTACCAAATTACAATTTGATAGAATGATTTTCAAGCTAGCAATGGAAGATATATTTTTTTTTTTGAAAAGGAAACAAGACTTCATTCATTAAGAAAATGAAATGAGTCTAATGCTCAAATTACAATAATAGCCAAGAAAGGAGAATGCCAACGAAATCAAATTAAATTAAATTACTAATGAGGCCAATACTTAAACTAACAATTGACAAAAAAAGAGTTTCCAAAATGCCAAAATGCTAAAATTCCAGACAAGTAAATTGCTTGTGTCTTGAGGTCCAGAGAGTTTTGAATGCAAAAATTCGAACCATAATAAAACCAACTTCTTCACGAACAACCGCCTAGCTAATTACCAACAACAATTGTAAGAAGACGCTTCTCCAAGAGTTTGACCGATAAATCATTCATTCTGACCTATAGAGTTTCTTGAACAAAGACCACAATCGAAATTCACCACCAGAGCCTTTAAGAGAGCAACTTATTTTAAACTTCTGGGAATACTTGGAAATTAAAATTTCGACATTTGGAGAATGGTGAGAAAACTATACAAGTACTAGGCCACATTCTTTAATTAGAGAGGAAAATTTTGAAGGAATTTGAGAAGGGGATAATGGAGTAAAAAGCTCACTAGGATTCTGACCAAGCTTTTTAAGAGCCGGACTTTGAAAGAGTGCAGCAAGTTCTGTCCCTTGGACTTCTTCCTTGACAGGAATGGATTTGAATGCTAAGATTTCTGTATCGTCGTCACTGCTTATGCTAACTGAAGAGTCATCTTCTGAAAAATTTTGAGACTTAGGAGTTCTTGGAGAAGGAAGCCTTGGTAATTCTTTAACGAAAGTTACCGATGAATCCGGGAATGCAATAATAGACCTTGACATAGCAATAGAGGAAAAGGAAGTTGATGAGCTGGAGCTGGAATTTTTTCCAGCCAATGAAGGCAGTTGCAAACGAGTACATCTTTCTTCTGGGACGTCCAAGTTTACTTCACTTTCTTTTGAGGTAATAGACAAAGCCTTGCGCGAATAATGTTTGGGAAATGCTGTAGTTGGAAGCAAATTTCTCTTATCAATAGGAGATTCAAGCAATAATGGTGGGGAATTAATGGCCAAGGGAGGAAGGGCTTCAGTTTTTTCTGCTCGAAAGTGATGGTCTTCCACGCTTGGAATAATTAAATTAGGTGAGGAGGAAGAAAACGGCTCATTAAATGCTAGAGAGATTGAGCCTAATAAATGTTTGGGAGCCAAAACGTTATGATTTTCCAATTCATAATGAGTGTTTGTGGCTGTTGGTGCTTTAACTCTATGAAGAGGAAAAGCTTGAAAACGGTTGGCTGAAAGTGAAGAGTTTTTAGCATTAATGCTTAATAGGCTGTCTTTTGCTTCAATCAACGCCAATTTTGAAATTCCTTTTGAAAATGTCTTAGGAAAATCAACCGGCTGATGCTCTTCTGTCTCTTTCTTCAATAAATTCGATTCTGAAGCTTCTTTCCTCATAAATGAGGACTCAAGATCTTCTTGGACCTTGTTCACACCAATGGCTTCCACCTCTGGATCGCTCCTTGCAATTACAGAGGAGGATTTCACCGAAATCTCTTTGCACAAAACTACCAATGGATCAACCATTTTCTCTTTTATCTCTTTCGGTTGGACTAACTTCAACAATTGAGCTTCTTCTGAAAATAAATTAAAGAGGTTCCTAGAGAACCTTGGAAGATTTTGTAAAGGATCAAAGAGATGAGAATCCGAAACTTGAGGGATGGAATCTACACCTTCATCTTGCATTACTTGTCTTAAATGAAACAAATCAAGGGGGTTGGTAAAATCATTGATCGATAAACTGTCTTGAGTGACTGTTGGCGGGTCAATTGACTCAAAATCTCCAAAATTTAGAAAGATATTATCACGAACTACGTCATTAATCTCAATAGTCGAAGGCATGAATCCACACAAATTCTCCTTTAGTTTAATTTTTGCTTCTGAACAATTAAGAAGATTGAGAGTTTCAAATGCAATAATTTCCAGCCTCCCAAAATAAGCTCCAATGGCTTCAAAAGTAGCTCTACACCAATAATCTAAAGGGAGATTGTTAATCTTAATCCATCCTCCAAAACCTTTTACTAGGAGAGGTCGGCTAGTGAAGCAACTTGTTCCATTTGTTAAAGAGCAAATGATAGGGTCCAAACTCTTTCCATTTTCCAGGAGCCTCGATCAACTCTTCCAAATTTCCTTGATCAATTTTGATCAACGCATTTTCATCAAACATTGGATTGATAATCACTTTGGTTTGAAAGAGCTATTCCAAAGTCTTGGTAATCTCCATCCAGTTGTTAAATACAATCTAGAAATAACCCATAAATTGTTGAAATTTTCCTTAAACACTTCAGGGTTCTTTTGAATCAAAAATGATTCCATGCTCTGATTTTCCTTTACTAAAATAGAGGGCTGCACCTCTACCACGAAACTAAAAATTTTTTTCGGTGCTCTTGAAGTCTCTAACTCTGCTTTAGAGGAAAAAGAATGCCCTCAATTTGTTAAAGACGATTGATGTAGTAACTGTAATAATAGTTCTCTTTTCTTCAAGAAACTGCTCAGCATATTCAGAAATGAACTCCACCCAAGGCTTAAATCTCCTAATGGCACATGAATGAAACATCGACCTCCTAAAATGGGCCAAACTTCACACCTCATAATCCCATTATAATTGCGTCGAAACTTAGATAATCTTAGTGCCTGAACCATCATGACCATTTCTTAAAAAGAAACGATTGTATGAACCCTGAAGGAGATTTGAAATAGCTTCCACGAACCGTTGCAGATGCGAGCTTGATAAAACGAGAAACTAGTAATGGAAGATATATTTAAACCAGCTTGAGGGGGAGTGTTGGTTGTAAATAAGATGATTAGCTGTAAAAAATCATCAATGATTTTATTTTATTATCATTATAATTCTTTCCTTTTATGTATTGAGTCTTTCTCCTATGTTAGAAGACTATGTATCTTGGAAATTGAGTATTGGAATACAAAATACTTAATTCCACTCAAACACGGGCTCTCAAATGTCTTCTCTCTCTCTCTCTGCCCCCCAGCTACCACCCATAAAACTCTAAAAACCATGCTGCAGCTTTGACGACCTTTTCATAGGTATCTCCCTTTCTTCTCCCTGCTCCACCCTCAGCTACATCGCCCTTATAATCCTACTGTAAATGAAGAAAGAAAAAAATGGAGAAGGTGATCTTGGAATTTATTCTAACAAAACAAAAGTGGCACTTAATAGAATTTAGGCTTGTTTCTATCTTTCTTCTGAAGTACTTTGTTGATGATAAGATTTTCACAAAGAAGAGTTTCTTTTTTTTTTTTCTTTTCACCAACATTTCAAATCTGGCTTAGAGCATGAGAAGTCGAGCTGGGACGAAGGAGGAACCGGGGACCAAGCACAGTCTCTCGGTGACAAAACCAGTGTTGACTGTGATAGTGGAGCTTTGTTCTAATTTAGAGATGTCATTATAAAAATATGGAACATTAGAGCACTATATGAACCTGAAAATCTTCGATAACAAAAAGAGAAAATGCATACTATCAAGGATGAGGGCAGAAATTCAGTGTGGGGAATTTGGATAATTCAGATTTGACCTTTATCATTCTCGTTCATATTTATATTCAGGGAAGAAATTCTTTAGTATCAAGATGGTGGAAATATAGCTAATTTTGTAATATATGTGACGCCATTTTGATTATTAAAGAACTTTAGAGTTGAATAACTTAAAGGAAAAAGGAACTTAAGAATTGAATTGTCATGCAGGGAAAATAGTGCAGTCTACCCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGTATCCTCTTTTCCTTTACAAATTTGGCAAGTATTAATCAAAGTTAAAGTGCTTTCAAAAGAGCTGGTATGAAATTTTTTCAGGCAAAGGAATTGTTGAAGGAGAAACTTAAAGGTTCTGAAGGTCCGAATGTTATATAATTTTACTTTTCATCTAAACACGATGTTATATTCAAATCATGCAATTGATGACCTTTCTGGTTACTGTTTTGCTACCCAGAGGGAACAAGTGGTAGTACATCGCAGAGTGGTATAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAGAAGTCAAATGAGAAGAATGACCAAAGAAGATTAACTGAATCACAATGTTCCACCGATGTTGATCAACAATCTGAAAACCTTACTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACAGGAAGAAGCTTTGGTCTGTGTTACGAAGTCAAAACTATCTTCCTCTTGCCCTAGTCATCACTTTTGCTGTAATTTTTCTAATGCAGGTATGCTATTTCTTTTACTACTTATCTGCCATGGAGTCGAAATCAGTACACCATATGTTCATCTATCCATGAATTTTCATCAGTGTGGCTTGTTTGAATCATGTTCGGTAGGCCATGAATACAATTTCTAATATGATATCTTTCGGGCCCTTGGCTTCTATTTAATTATTTTTTATTGTCTAATTTTACAACAAATCTTTGATGGTATCTTCGGATGCATCCCAGTTTTTTTTTTTTTTTTTTTTTCGGTCTCTCTTACACACATCCTTCTTATGCTACCTCTAAATTTTAGTTCAATTAAATTACTCAATTCACTTGCTAAAAATCCTGAAAACCCGTTACTAAGCTATGATGGGAAACAAAATGCCAAACTCAATCGATTCTGGTCCCTTCTCAGTTCTCAGCATATCTCTTTTCCCTCCCAATTCCTTTCAATTCTTATTTAACATTAGTTAATCTTGCGTTCTCCAGAGACTCTTCTTTGCCCCTAAATCTATTATTTATAGTTAATATATTTATCATTCATATTTTATTTGTATTTTAGGTCTAATACTTACTGTCTAGGATAGAAGCTACGTTATCCATTTATGTTTCCTATTGGTAGTCTAAAACTTATAAATAATGTTATAAGGCGGCAGTTGTGTACGTTTGATGGAATGTCTAATCTTCATGCCAACTTGAACTTAGTCCATTTGAGCAAAATGTATATCAGATGATATGTTCGTCCAGATTGAGATAATAATCTATAATGTAAGATGATAATGAGTAATAATTATGTTGGGACGGACAGGCATTATAATATTTTTAACTGAACTAGCCTACCCCCCAAAGAAAAAAAGAAATCAAGGGAGAAATAGAGATATTTTGTTCCACCACAAAGAGCAAAATGTGAATGTTTCCAAATTTGAGGAAGCAAGGCATAACTGTTTTTCTGGCTGGTCTGAACAAATCAAGATTGCTCACCCTAGTGGGCTATGCAGGATATGTTCTTGTTAAATGATATAATAGTAAATTTGTTTTCACCTATCAGCTTAAGTTTTTTGGTCAATTGATGATTTAATAGTTCTGTTACCTCTCATTAAGACGTGTAACTTTCATCTCAAACATTTTGTTCTAGGAATAGAGGGCTCATCTCCTCGGGTGTCTACTTCCATGACTGTCCTATACGGTCTGCACACAATTTGAGTGCTGTAGAGGCTGAGTATCTGCAATGGCCAGAGGAGAGAATGTGTAAGGGAATAGGTCGTGAACGAAATTGATAGGGACAAAGTTGCATTGAGATTATTACAGGAATATTGAGCAAACGTCAATATTGACACCGGTTTAGGAAAGTTGTTGAGATCTCATTTTGAAGTCTTCAAAGATGAGGAAGATCCTATAGCATATCTTCATCCATAATAGATCAGGATATCTTCTCTGTTGTAGTTCAATTTCTGAAATTGAATACATTTTCAATAGGATTTAATATCTTACGAGTTTCTTTGACACCCAAATGTTGTAGGGTCAAGTGGGTTGTCCTTTGAGATTAGTTGAGCGTAAGCTAGCCCGGCCACTTATGAATATAAAAGAAAATTATTTGGATGTATTATGAAATATTTAATATTTTAATTATTAATTGATAAAAACACATTTCAAGTTAGGTATTGTTGTTGAAGAAATGTTGAAGGCATTGTAAATTGTTCTTGCTTGCGTGTGTATTGATTATTGAATATTATATTAGCAGTAGGTGGTAGCGATACATAATCTGTCATACTTTTGTAATGTCGAGGTAGCCGGTTGTCTATCGCTAGATTGTATCTTATGGTCCTTTGCTCAATTTGTTTGCCACTCCGTTTCAGTTCTATAGACCATTTGAATCTTTTCACAGACCTGGACATATAGTAATTGACGAATAATTATGTTATTTCTAATTGCAGTTGAGCATAGTTATGCTATTATCCAGACCGCAACACATCCATGTGAGTTCTCCCGACCATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCGTGGTTGGAAAAGCGAATTCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCCCAATTAAAAGCACAGCTAAGAGAGCTTGAGGAATTAAATTAAAAGGTTTTCTTCTTTTTATTATTATTTTCAATTTCTCATTGAGATTAATTCTTATACGATTCATCTATGGAAAACATCATCTACAAATGATTATTTCAATGATTGGAAATGATATGAAAAAGGGAAAGGGGAAAGCAAGAATTGAAATATGTAGACCGAAATGATTATTGGTCGATGAACCATGACAAGAAGTTGGATTGGATTAGGTGTGATACAAGATGAGATGCCCTCCCAAATTTGAGTTTTCTATCAAGTCTTCAGCATCAATCCTCTGCTGAAACTATGTTTAGATGTTCCTGCACAATAATGCAAGTCTTGACTTCAACCTAAAAATAATACGACATAAAATTCGTTAGTTGATATGATATTAAATTTGTCTTCACCCATCAGCTTTAACTTTGTGGTCAATTGATGATTTAACATGGTAACAATGCAAGTGGTCTTCTGTGTTCATATTGTTGCATTACTTTTTTTTTCTATCCAATTAGTATTAATTTCTACTTGTTGAGTCTTTCATATTTTAGGTCCACAAGTAAGAGGTGTTAGATAATATGATACTAAATTTTTTTCACCTGCCAACTTAAACTTTTAAGTTAATTAGTAATTGAAGGGAGAGAATTGAATTTTTAATTTCTGACCTCATT

mRNA sequence

GGGAAGTAGCAGTGGATACCTAACAAATTATTATTTTGTATATGGCCACATGTATCTGTTCGTGCACTATATATGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGAAGATAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGATGGCAGGGATCTTTCCTAATGCCATTGAAATATTTGTTGGAGAGAAAAAGAAATCAATAAATGAATCTAGCGGACAAGAAATTGGTATCCCCAGTATCGAAAAGGCCAAGCAGCTGGATCCTTCAGATTCTTCGCATAGGAGTATGAATACTCCTATTCTTAATGTTTCCATGGATCAAGCCGATGTTGAAGAGGAAAATGCACCAAAGACGCTGCCGGCAGAACCTCTTGACGCCATTCAGGAAGCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAAAGACATTGACGTGGAAGCCAGAAGACACAGATGCTCCCAAGGTTCCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGATAAAAGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTAGATTTTGTTTCTTCATATCATGAAAAATGTGGAGACAAAGAGTTTAAATGTTCTCTTTGGCGTCACGATGACATGTTTGGGCATACACGTGCAAAGTTTGGTGGCTGCCTGGAGATTCAGAAATTTCGAGTTTATCGAGACAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCACACTGGGAGGTGAAGAAAGATGTTGATGAATCAAATAATTGCTGCGTCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACAGTTTGGAAAGGGAAAATAGTGCAGTCTACCCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGCAAAGGAATTGTTGAAGGAGAAACTTAAAGGTTCTGAAGAGGGAACAAGTGGTAGTACATCGCAGAGTGGTATAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAGAAGTCAAATGAGAAGAATGACCAAAGAAGATTAACTGAATCACAATGTTCCACCGATGTTGATCAACAATCTGAAAACCTTACTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACAGGAAGAAGCTTTGGTCTGTGTTACGAAGTCAAAACTATCTTCCTCTTGCCCTAGTCATCACTTTTGCTGTAATTTTTCTAATGCAGTTGAGCATAGTTATGCTATTATCCAGACCGCAACACATCCATGTGAGTTCTCCCGACCATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCGTGGTTGGAAAAGCGAATTCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCCCAATTAAAAGCACAGCTAAGAGAGCTTGAGGAATTAAATTAAAAGGTTTTCTTCTTTTTATTATTATTTTCAATTTCTCATTGAGATTAATTCTTATACGATTCATCTATGGAAAACATCATCTACAAATGATTATTTCAATGATTGGAAATGATATGAAAAAGGGAAAGGGGAAAGCAAGAATTGAAATATGTAGACCGAAATGATTATTGGTCGATGAACCATGACAAGAAGTTGGATTGGATTAGGTGTGATACAAGATGAGATGCCCTCCCAAATTTGAGTTTTCTATCAAGTCTTCAGCATCAATCCTCTGCTGAAACTATGTTTAGATGTTCCTGCACAATAATGCAAGTCTTGACTTCAACCTAAAAATAATACGACATAAAATTCGTTAGTTGATATGATATTAAATTTGTCTTCACCCATCAGCTTTAACTTTGTGGTCAATTGATGATTTAACATGGTAACAATGCAAGTGGTCTTCTGTGTTCATATTGTTGCATTACTTTTTTTTTCTATCCAATTAGTATTAATTTCTACTTGTTGAGTCTTTCATATTTTAGGTCCACAAGTAAGAGGTGTTAGATAATATGATACTAAATTTTTTTCACCTGCCAACTTAAACTTTTAAGTTAATTAGTAATTGAAGGGAGAGAATTGAATTTTTAATTTCTGACCTCATT

Coding sequence (CDS)

ATGTATCTGTTCGTGCACTATATATGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGAAGATAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGATGGCAGGGATCTTTCCTAATGCCATTGAAATATTTGTTGGAGAGAAAAAGAAATCAATAAATGAATCTAGCGGACAAGAAATTGGTATCCCCAGTATCGAAAAGGCCAAGCAGCTGGATCCTTCAGATTCTTCGCATAGGAGTATGAATACTCCTATTCTTAATGTTTCCATGGATCAAGCCGATGTTGAAGAGGAAAATGCACCAAAGACGCTGCCGGCAGAACCTCTTGACGCCATTCAGGAAGCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAAAGACATTGACGTGGAAGCCAGAAGACACAGATGCTCCCAAGGTTCCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGATAAAAGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTAGATTTTGTTTCTTCATATCATGAAAAATGTGGAGACAAAGAGTTTAAATGTTCTCTTTGGCGTCACGATGACATGTTTGGGCATACACGTGCAAAGTTTGGTGGCTGCCTGGAGATTCAGAAATTTCGAGTTTATCGAGACAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCACACTGGGAGGTGAAGAAAGATGTTGATGAATCAAATAATTGCTGCGTCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACAGTTTGGAAAGGGAAAATAGTGCAGTCTACCCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGCAAAGGAATTGTTGAAGGAGAAACTTAAAGGTTCTGAAGAGGGAACAAGTGGTAGTACATCGCAGAGTGGTATAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAGAAGTCAAATGAGAAGAATGACCAAAGAAGATTAACTGAATCACAATGTTCCACCGATGTTGATCAACAATCTGAAAACCTTACTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACAGGAAGAAGCTTTGGTCTGTGTTACGAAGTCAAAACTATCTTCCTCTTGCCCTAGTCATCACTTTTGCTGTAATTTTTCTAATGCAGTTGAGCATAGTTATGCTATTATCCAGACCGCAACACATCCATGTGAGTTCTCCCGACCATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCGTGGTTGGAAAAGCGAATTCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCCCAATTAAAAGCACAGCTAAGAGAGCTTGAGGAATTAAATTAA

Protein sequence

MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKKKSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNTPILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVPDYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRAKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHGRGLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN

Homology

[Close]

BLAST of ClCG05G000120 vs. Swiss-Prot
Match: VAD1_ARATH (Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana GN=VAD1 PE=1 SV=1)

HSP 1 Score: 370.9 bits (951), Expect = 2.1e-101
Identity = 225/524 (42.94%), Postives = 300/524 (57.25%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKKKSINESSG 60
           MYLF+HYICFYSNIFG+ETKKIIP  EI+ V++AK AGIFPNAIEI  G KK        
Sbjct: 102 MYLFIHYICFYSNIFGYETKKIIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLS 161

Query: 61  QEIGI-----------PSIEKAKQLDPSDSSHRSMNTPILNVSMDQAD-----VEEE--- 120
           ++               +++   ++  ++             SMD A+     V +E   
Sbjct: 162 RDEAFKLIHDGWLEYGSAVKSEGEILVTEPQVSDGVVKRARSSMDLANELDIPVRDETLH 221

Query: 121 -NAPKTLPAEPLDAIQEAEPILDTHAS-----TSRKTLTWKPEDTDAPKVPDYYTQVAES 180
            ++  +LP    + +  +   +  HA       +  T  WKPEDTDAPK+   +T+VAE+
Sbjct: 222 LSSSSSLPVISQNGVPPSS--VQRHAEPDVDVVAANTFNWKPEDTDAPKLSSDFTKVAEA 281

Query: 181 KFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR----------- 240
           KF I VE+FF  +FSD AV FV S+H+ CGDKEF+C+ W+  +  GHTR           
Sbjct: 282 KFSIPVEEFFRLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIY 341

Query: 241 --AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCVL 300
             AKFGGC E QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  +S   C+L
Sbjct: 342 FGAKFGGCQESQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCIL 401

Query: 301 RVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEGTSGSTSQSG 360
            VYVNVAFSKRTVWKGKIVQSTLEECREAY  WI+MA ELLK+K   ++EG         
Sbjct: 402 DVYVNVAFSKRTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG--------- 461

Query: 361 IDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNSTSAASWLREYR 420
                         L +  E    R    S+C  D + + E + +GV   S    L+E  
Sbjct: 462 ------------NKLIEDGEPLAAREERVSEC--DEEGKVEMVGEGVVKKS----LKEAW 521

Query: 421 KKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHGRGLKFSGGRSS 480
             L S ++ Q+     +V+ FAVI LMQ++IV+LL +     V    H R  ++S   + 
Sbjct: 522 VNLTSFVKRQSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEY--HERYDEYS--VNG 581

Query: 481 DATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL 487
           +   WLEKR+H L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 582 ETLGWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of ClCG05G000120 vs. Swiss-Prot
Match: BAGP1_ARATH (BAG-associated GRAM protein 1 OS=Arabidopsis thaliana GN=BAGP1 PE=1 SV=1)

HSP 1 Score: 65.1 bits (157), Expect = 2.5e-09
Identity = 75/345 (21.74%), Postives = 132/345 (38.26%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKKKSINESSG 60
           MY+   +ICF+SN+F  + K ++PL +I  +R+++ A I P AI I +   +        
Sbjct: 261 MYVSAWHICFHSNVFSKQMKVVVPLGDIDEIRRSQHALINP-AITIIL---RMGAGGHGV 320

Query: 61  QEIGIPSIEKAKQLDPSDSSHRSMNTPILNVSMDQADVEEENAPKTLPAEPLDAIQEAEP 120
             +G P      +     + + ++      V+   A +E E              + A+ 
Sbjct: 321 PPLGTPDGRVRYKFASFWNRNHTLKALQRAVNNYHAMLEVEKK------------ERAQS 380

Query: 121 ILDTHASTSR---KTLTWKPEDTDAPKV-------PDYYTQVAESKFPIKVEDFFSFYFS 180
            L  H+S+ +   K     PEDT A  V        +    +    F    E   +   +
Sbjct: 381 ALRAHSSSVKGGGKVQVKAPEDTAAVPVKFQAFIKEEVLVNIYNDVFASTPEQVLNVLLA 440

Query: 181 DNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRAKFGGCLEIQKFRVYRDSH------- 240
           D++  + + Y     DK      W       HT  ++ G +   KFR   +S        
Sbjct: 441 DDST-YTNEYRSARKDKNLNIEPW-------HTAEEYDGQVREIKFRSICNSPMCPPDTA 500

Query: 241 ---------------LVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCVLRVYVNV 300
                          LV E  Q+  +VP+  YF V   W ++   DE+++  V+ + V V
Sbjct: 501 VTEWQHVVLSPDKKVLVFETVQQPHDVPFGSYFEVHCRWRLEAK-DETSS--VIDIRVGV 560

Query: 301 AFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEG 314
            F K  + + KI    ++E ++   + +++A   LK     S  G
Sbjct: 561 HFKKWCLMQSKIKAGAIDEYKKEVEVMLEVALSYLKSHSSSSSHG 578

[Close]

BLAST of ClCG05G000120 vs. Swiss-Prot
Match: GRM1A_RAT (GRAM domain-containing protein 1A OS=Rattus norvegicus GN=Gramd1a PE=2 SV=2)

HSP 1 Score: 53.1 bits (126), Expect = 9.6e-06
Identity = 25/52 (48.08%), Postives = 34/52 (65.38%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK 53
           +YL  ++ICFYSNIF +ET   I L+E+T ++K K A + PNAI+I    +K
Sbjct: 126 LYLSENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEK 177

[Close]

BLAST of ClCG05G000120 vs. Swiss-Prot
Match: GRM1A_MOUSE (GRAM domain-containing protein 1A OS=Mus musculus GN=Gramd1a PE=1 SV=2)

HSP 1 Score: 53.1 bits (126), Expect = 9.6e-06
Identity = 25/52 (48.08%), Postives = 34/52 (65.38%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK 53
           +YL  ++ICFYSNIF +ET   I L+E+T ++K K A + PNAI+I    +K
Sbjct: 126 LYLSENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEK 177

[Close]

BLAST of ClCG05G000120 vs. Swiss-Prot
Match: GRM1A_HUMAN (GRAM domain-containing protein 1A OS=Homo sapiens GN=GRAMD1A PE=1 SV=2)

HSP 1 Score: 53.1 bits (126), Expect = 9.6e-06
Identity = 25/52 (48.08%), Postives = 34/52 (65.38%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK 53
           +YL  ++ICFYSNIF +ET   I L+E+T ++K K A + PNAI+I    +K
Sbjct: 124 LYLSENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEK 175

[Close]

BLAST of ClCG05G000120 vs. TrEMBL
Match: A0A0A0L3J6_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_3G116750 PE=4 SV=1)

HSP 1 Score: 845.9 bits (2184), Expect = 2.5e-242
Identity = 435/535 (81.31%), Postives = 455/535 (85.05%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EITAVRKAK AGIFPNAIEI VGEKK        
Sbjct: 106 MYLFVHYICFYSNIFGFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS RSM+T
Sbjct: 166 RDEAFNLINDGWLQHAKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDT 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ A QEAEPILD HASTSR+TL WKPEDTDAP VP
Sbjct: 226 PILNVSVVQANVEEVNVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSD+AVDFVSSYHEKCGDKE KCSLWRHDDMFGHTR  
Sbjct: 286 DYYTQVAESKFPINVEDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 300
                      AKFGGCLE QKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV
Sbjct: 346 SFQHPIKIYFGAKFGGCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 405

Query: 301 D-ESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEE 360
           D ESNNCC+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL GSEE
Sbjct: 406 DDESNNCCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEE 465

Query: 361 GTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNST 420
           GT GS SQSG DHHIE+E NN+KSLE SNEKND+RR TESQ STDVDQQ++N  QGVNST
Sbjct: 466 GTRGSASQSGEDHHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNST 525

Query: 421 SAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHGR 480
           SAASWLREY KKLW VLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD+GR
Sbjct: 526 SAASWLREYTKKLWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDYGR 585

Query: 481 GLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN 488
           GLKFSGGRSSDATAWLEKR+HHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL+
Sbjct: 586 GLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of ClCG05G000120 vs. TrEMBL
Match: A0A061E2G1_THECC (GRAM domain family protein, putative isoform 1 OS=Theobroma cacao GN=TCM_005713 PE=4 SV=1)

HSP 1 Score: 480.3 bits (1235), Expect = 2.7e-132
Identity = 266/534 (49.81%), Postives = 336/534 (62.92%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFV Y+CFYSNIFGFETKKIIP  EIT+V++AK AGIFPNAIEIF G +K        
Sbjct: 106 MYLFVRYLCFYSNIFGFETKKIIPFNEITSVKRAKTAGIFPNAIEIFAGGRKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     + ++ESS QE G  +IEK        +S +++  
Sbjct: 166 RDEAFKLINDGWVQHGNGAKEIRDQQEPMSESSSQENGFVAIEKV-------NSSKNLIN 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
            + ++  D+ DV   +  K       DA    E ++ T +S S  T +WKPE+ DAPKVP
Sbjct: 226 DMESIDRDE-DVPTSSDSKLPSNSENDAEAGPESVIITRSSASADTCSWKPENCDAPKVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           + +T+VAE+KFPIKVE+FF  YFSDNAV+F+ S+H +CGDKEF+CS W   D FGH R  
Sbjct: 286 EDFTKVAETKFPIKVEEFFKLYFSDNAVNFIESFHRRCGDKEFRCSSWCSHDKFGHVRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 300
                      AKFG C E QKFRVYR+SHLV+E +QE+++VPY DYF VE  W+V++D+
Sbjct: 346 SFQHPIKIYFGAKFGSCQETQKFRVYRNSHLVMETSQEINDVPYGDYFHVEGLWDVERDI 405

Query: 301 DESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEG 360
           D     C+LRVYVNVAFSKRTVWKGKIVQSTLEECREAY  WI MA EL KE L      
Sbjct: 406 DGPQEGCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYATWIDMAHELFKESLDKQGGV 465

Query: 361 TSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQG--VNS 420
            S  +S    +  IE E+   +  E+S+  +D  R      S DV+Q+   L QG   ++
Sbjct: 466 DSSRSSAENGELQIEREVATKEPSERSHNLSDPVRTLRMSDSLDVNQRIGTLLQGSLSSA 525

Query: 421 TSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHG 480
           +S AS LRE+ +K +S L SQ ++ L L + FAVIFLMQ+SI++LLSRPQHIHVS     
Sbjct: 526 SSIASLLREFVRKSYSYLTSQGHISLVLAVAFAVIFLMQVSILVLLSRPQHIHVSYLAQS 585

Query: 481 RGLKFSGG--RSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLREL 484
            G    G   R ++A AWLEKR+HHLK+EM MVEARLE M  EHA LKAQL+EL
Sbjct: 586 TGGMGGGAGERPTEAVAWLEKRMHHLKEEMVMVEARLERMWHEHAALKAQLKEL 631

[Close]

BLAST of ClCG05G000120 vs. TrEMBL
Match: D7SLY9_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_15s0021g01530 PE=4 SV=1)

HSP 1 Score: 478.8 bits (1231), Expect = 7.9e-132
Identity = 269/541 (49.72%), Postives = 353/541 (65.25%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFV YICFYSNIFGFETK+IIP QE+T V++AK AGIFPNAIEI  GEKK        
Sbjct: 96  MYLFVRYICFYSNIFGFETKRIIPFQEVTCVKRAKTAGIFPNAIEILAGEKKYFFASFLS 155

Query: 61  -----KSINE------------SSGQEI--------GIPSIEKAKQ----LDPSDSSHRS 120
                K IN+            S  QE         GI + E+ K     ++  DS  R+
Sbjct: 156 RDEAFKLINDGWLRHSDGVKAISEQQESLSDGCLDNGIVADEEVKSSEEPVNELDSIDRN 215

Query: 121 MNTPILNVSMDQADVEEENAPKTLPAEPLDAI-QEAEPILDTHASTSRKTLTWKPEDTDA 180
            + P+   S   +D +++  P T PA+  D + Q  E +  T +S+S   LTWK E++ A
Sbjct: 216 KDPPLSKDSKLPSDAKDDIVPIT-PADQQDNVEQNVESVPITDSSSSGNILTWKQENSVA 275

Query: 181 PKVPDYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGH 240
           PKVP+YY+ VAE+KFPIKVE+FF+F+FSD+AVDF+ S+H++CGDKEF+C+ W   D FGH
Sbjct: 276 PKVPEYYSNVAEAKFPIKVEEFFTFFFSDDAVDFIESFHKRCGDKEFRCTSWSPHDKFGH 335

Query: 241 TR-------------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEV 300
            R             AKFG C E QKFRVY++SHL+IE +QEV++VPY DYF VE  W V
Sbjct: 336 ARDKSFQHPIKLYFGAKFGSCREAQKFRVYKNSHLIIETSQEVNDVPYGDYFTVEGLWNV 395

Query: 301 KKDVDESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKG 360
           + D DESN  C+LRVYVNVAFSK+T+WKGKIVQST+EECREAY +WI +A ELLK+K   
Sbjct: 396 ESDGDESNGGCILRVYVNVAFSKKTMWKGKIVQSTVEECREAYAIWISLAHELLKQKNLE 455

Query: 361 SEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGV 420
            +E    + +      H+E ++   ++ E+S+E  +  ++     S DV+    NL QG 
Sbjct: 456 KQEEIRSTRTAENSRAHLERQVEMEETSERSHEAANSSKIPHMCDSRDVNH--GNLLQGN 515

Query: 421 NSTSAASWLREYRKKLWSVLRSQNYLPLALVITFA-VIFLMQLSIVMLLSRPQHIHV-SS 480
             TS +S L E+  K +S L++Q +L L  +ITF  ++ LMQLSIV+LL+RPQ + V S 
Sbjct: 516 TVTSFSSLLSEWMVK-FSTLKNQRHLQLLFLITFVLILLLMQLSIVVLLARPQRVQVISQ 575

Query: 481 PDHGRGLKFSGG--RSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEE 487
            D+  G+  SG   RSS+A AWLEKRIHHLKDEM+MVEAR+E MRRE+ QLKAQL++LE 
Sbjct: 576 ADYMNGMDISGSGERSSEAVAWLEKRIHHLKDEMFMVEARIERMRREYVQLKAQLKDLEH 632

[Close]

BLAST of ClCG05G000120 vs. TrEMBL
Match: A0A061DUJ5_THECC (GRAM domain family protein, putative isoform 2 OS=Theobroma cacao GN=TCM_005713 PE=4 SV=1)

HSP 1 Score: 474.6 bits (1220), Expect = 1.5e-130
Identity = 266/538 (49.44%), Postives = 336/538 (62.45%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFV Y+CFYSNIFGFETKKIIP  EIT+V++AK AGIFPNAIEIF G +K        
Sbjct: 106 MYLFVRYLCFYSNIFGFETKKIIPFNEITSVKRAKTAGIFPNAIEIFAGGRKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     + ++ESS QE G  +IEK        +S +++  
Sbjct: 166 RDEAFKLINDGWVQHGNGAKEIRDQQEPMSESSSQENGFVAIEKV-------NSSKNLIN 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
            + ++  D+ DV   +  K       DA    E ++ T +S S  T +WKPE+ DAPKVP
Sbjct: 226 DMESIDRDE-DVPTSSDSKLPSNSENDAEAGPESVIITRSSASADTCSWKPENCDAPKVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           + +T+VAE+KFPIKVE+FF  YFSDNAV+F+ S+H +CGDKEF+CS W   D FGH R  
Sbjct: 286 EDFTKVAETKFPIKVEEFFKLYFSDNAVNFIESFHRRCGDKEFRCSSWCSHDKFGHVRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 300
                      AKFG C E QKFRVYR+SHLV+E +QE+++VPY DYF VE  W+V++D+
Sbjct: 346 SFQHPIKIYFGAKFGSCQETQKFRVYRNSHLVMETSQEINDVPYGDYFHVEGLWDVERDI 405

Query: 301 DESNNCCVLRVYVNVAFSKRTVWK----GKIVQSTLEECREAYGMWIQMAKELLKEKLKG 360
           D     C+LRVYVNVAFSKRTVWK    GKIVQSTLEECREAY  WI MA EL KE L  
Sbjct: 406 DGPQEGCILRVYVNVAFSKRTVWKAYGTGKIVQSTLEECREAYATWIDMAHELFKESLDK 465

Query: 361 SEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQG- 420
                S  +S    +  IE E+   +  E+S+  +D  R      S DV+Q+   L QG 
Sbjct: 466 QGGVDSSRSSAENGELQIEREVATKEPSERSHNLSDPVRTLRMSDSLDVNQRIGTLLQGS 525

Query: 421 -VNSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSS 480
             +++S AS LRE+ +K +S L SQ ++ L L + FAVIFLMQ+SI++LLSRPQHIHVS 
Sbjct: 526 LSSASSIASLLREFVRKSYSYLTSQGHISLVLAVAFAVIFLMQVSILVLLSRPQHIHVSY 585

Query: 481 PDHGRGLKFSGG--RSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLREL 484
                G    G   R ++A AWLEKR+HHLK+EM MVEARLE M  EHA LKAQL+EL
Sbjct: 586 LAQSTGGMGGGAGERPTEAVAWLEKRMHHLKEEMVMVEARLERMWHEHAALKAQLKEL 635

[Close]

BLAST of ClCG05G000120 vs. TrEMBL
Match: A0A059C4D9_EUCGR (Uncharacterized protein OS=Eucalyptus grandis GN=EUGRSUZ_E01549 PE=4 SV=1)

HSP 1 Score: 465.3 bits (1196), Expect = 9.1e-128
Identity = 267/546 (48.90%), Postives = 347/546 (63.55%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHY+CFYSNIFGFETKKII   +IT+V++AK AGIFPNAIEIF G KK        
Sbjct: 95  MYLFVHYLCFYSNIFGFETKKIIHFGDITSVKRAKTAGIFPNAIEIFAGGKKYFFASFLS 154

Query: 61  -----KSIN---------------------ESSGQEIG--IPSIEKAKQLDPSDSSHRSM 120
                K IN                     E S QE G    S+  +K LD  D S+ ++
Sbjct: 155 RDEAFKLINDGWMQHGGDFRVAVEKQACTSELSFQENGSESDSVRSSKCLDDMDISNGNV 214

Query: 121 NTPILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPI----LDTHASTSRKTLTWKPEDT 180
           + PI   ++   + E++NA  T+         ++ PI     D ++S+S KT +WK ED 
Sbjct: 215 DFPIPVDTVIAPNAEDDNASATVSEFQDTEENDSTPIPVCSPDCNSSSSEKTWSWKVEDY 274

Query: 181 DAPKVPDYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMF 240
           DAPK+PDY T+VAESKFP+KVE FF+ +FS++AV F+ S+H KCGDKE KCS W+  D F
Sbjct: 275 DAPKIPDYQTKVAESKFPVKVEQFFNLFFSNDAVQFIESFHRKCGDKELKCSPWQPHDQF 334

Query: 241 GHTR-------------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHW 300
           GH R             A+FG C E+QKFRVYR+SHLVIE +QE+++VPY DYFRVE  W
Sbjct: 335 GHAREVSFQHPIKIYFGARFGSCQEVQKFRVYRNSHLVIETSQEINDVPYGDYFRVEGLW 394

Query: 301 EVKKDVDESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKL 360
            V++D DES  CC L VYVNVAF K+T+++GKIVQSTLEECREAY +W++MA ELLKE+ 
Sbjct: 395 HVRRDGDESKQCCSLCVYVNVAFVKKTMFRGKIVQSTLEECREAYAIWVEMAHELLKERN 454

Query: 361 KGSEEGTSGSTS--QSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENL 420
              +E  +   +  Q+G    +E + N     E S E  +  R  +   ST+V Q   + 
Sbjct: 455 LEKQEDRAPQCNLIQNG-GASLESKENIGNVAEVSTEITNSSRTPKMSDSTNVQQNEASF 514

Query: 421 TQG--VNSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHI 480
           + G  ++S +  S LRE   K  S +RSQ   PL + + FAVI LMQ+SIV+LLSRPQ++
Sbjct: 515 SHGNRIDSATMLSALRETLVKFLSNMRSQTNFPLLVAVIFAVILLMQVSIVLLLSRPQNV 574

Query: 481 H-VSSPDHGRGL-KFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLR 488
           H +S  D+  GL   +G RS +A AWLEKR++HLKDEM MVEAR+E MR EHA+LK QLR
Sbjct: 575 HIISQADYLGGLGSGAGERSPEAVAWLEKRLYHLKDEMTMVEARIERMRWEHARLKEQLR 634

[Close]

BLAST of ClCG05G000120 vs. TAIR10
Match: AT1G02120.1 (AT1G02120.1 GRAM domain family protein)

HSP 1 Score: 370.9 bits (951), Expect = 1.2e-102
Identity = 225/524 (42.94%), Postives = 300/524 (57.25%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKKKSINESSG 60
           MYLF+HYICFYSNIFG+ETKKIIP  EI+ V++AK AGIFPNAIEI  G KK        
Sbjct: 102 MYLFIHYICFYSNIFGYETKKIIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLS 161

Query: 61  QEIGI-----------PSIEKAKQLDPSDSSHRSMNTPILNVSMDQAD-----VEEE--- 120
           ++               +++   ++  ++             SMD A+     V +E   
Sbjct: 162 RDEAFKLIHDGWLEYGSAVKSEGEILVTEPQVSDGVVKRARSSMDLANELDIPVRDETLH 221

Query: 121 -NAPKTLPAEPLDAIQEAEPILDTHAS-----TSRKTLTWKPEDTDAPKVPDYYTQVAES 180
            ++  +LP    + +  +   +  HA       +  T  WKPEDTDAPK+   +T+VAE+
Sbjct: 222 LSSSSSLPVISQNGVPPSS--VQRHAEPDVDVVAANTFNWKPEDTDAPKLSSDFTKVAEA 281

Query: 181 KFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR----------- 240
           KF I VE+FF  +FSD AV FV S+H+ CGDKEF+C+ W+  +  GHTR           
Sbjct: 282 KFSIPVEEFFRLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIY 341

Query: 241 --AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCVL 300
             AKFGGC E QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  +S   C+L
Sbjct: 342 FGAKFGGCQESQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCIL 401

Query: 301 RVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEGTSGSTSQSG 360
            VYVNVAFSKRTVWKGKIVQSTLEECREAY  WI+MA ELLK+K   ++EG         
Sbjct: 402 DVYVNVAFSKRTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG--------- 461

Query: 361 IDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNSTSAASWLREYR 420
                         L +  E    R    S+C  D + + E + +GV   S    L+E  
Sbjct: 462 ------------NKLIEDGEPLAAREERVSEC--DEEGKVEMVGEGVVKKS----LKEAW 521

Query: 421 KKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHGRGLKFSGGRSS 480
             L S ++ Q+     +V+ FAVI LMQ++IV+LL +     V    H R  ++S   + 
Sbjct: 522 VNLTSFVKRQSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEY--HERYDEYS--VNG 581

Query: 481 DATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL 487
           +   WLEKR+H L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 582 ETLGWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of ClCG05G000120 vs. TAIR10
Match: AT3G59660.1 (AT3G59660.1 C2 domain-containing protein / GRAM domain-containing protein)

HSP 1 Score: 65.1 bits (157), Expect = 1.4e-10
Identity = 75/345 (21.74%), Postives = 132/345 (38.26%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKKKSINESSG 60
           MY+   +ICF+SN+F  + K ++PL +I  +R+++ A I P AI I +   +        
Sbjct: 261 MYVSAWHICFHSNVFSKQMKVVVPLGDIDEIRRSQHALINP-AITIIL---RMGAGGHGV 320

Query: 61  QEIGIPSIEKAKQLDPSDSSHRSMNTPILNVSMDQADVEEENAPKTLPAEPLDAIQEAEP 120
             +G P      +     + + ++      V+   A +E E              + A+ 
Sbjct: 321 PPLGTPDGRVRYKFASFWNRNHTLKALQRAVNNYHAMLEVEKK------------ERAQS 380

Query: 121 ILDTHASTSR---KTLTWKPEDTDAPKV-------PDYYTQVAESKFPIKVEDFFSFYFS 180
            L  H+S+ +   K     PEDT A  V        +    +    F    E   +   +
Sbjct: 381 ALRAHSSSVKGGGKVQVKAPEDTAAVPVKFQAFIKEEVLVNIYNDVFASTPEQVLNVLLA 440

Query: 181 DNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRAKFGGCLEIQKFRVYRDSH------- 240
           D++  + + Y     DK      W       HT  ++ G +   KFR   +S        
Sbjct: 441 DDST-YTNEYRSARKDKNLNIEPW-------HTAEEYDGQVREIKFRSICNSPMCPPDTA 500

Query: 241 ---------------LVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCVLRVYVNV 300
                          LV E  Q+  +VP+  YF V   W ++   DE+++  V+ + V V
Sbjct: 501 VTEWQHVVLSPDKKVLVFETVQQPHDVPFGSYFEVHCRWRLEAK-DETSS--VIDIRVGV 560

Query: 301 AFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEEG 314
            F K  + + KI    ++E ++   + +++A   LK     S  G
Sbjct: 561 HFKKWCLMQSKIKAGAIDEYKKEVEVMLEVALSYLKSHSSSSSHG 578

[Close]

BLAST of ClCG05G000120 vs. NCBI nr
Match: gi|778676602|ref|XP_011650619.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus])

HSP 1 Score: 845.9 bits (2184), Expect = 3.5e-242
Identity = 435/535 (81.31%), Postives = 455/535 (85.05%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EITAVRKAK AGIFPNAIEI VGEKK        
Sbjct: 106 MYLFVHYICFYSNIFGFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS RSM+T
Sbjct: 166 RDEAFNLINDGWLQHAKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDT 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ A QEAEPILD HASTSR+TL WKPEDTDAP VP
Sbjct: 226 PILNVSVVQANVEEVNVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSD+AVDFVSSYHEKCGDKE KCSLWRHDDMFGHTR  
Sbjct: 286 DYYTQVAESKFPINVEDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 300
                      AKFGGCLE QKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV
Sbjct: 346 SFQHPIKIYFGAKFGGCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 405

Query: 301 D-ESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEE 360
           D ESNNCC+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL GSEE
Sbjct: 406 DDESNNCCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEE 465

Query: 361 GTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNST 420
           GT GS SQSG DHHIE+E NN+KSLE SNEKND+RR TESQ STDVDQQ++N  QGVNST
Sbjct: 466 GTRGSASQSGEDHHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNST 525

Query: 421 SAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDHGR 480
           SAASWLREY KKLW VLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD+GR
Sbjct: 526 SAASWLREYTKKLWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPDYGR 585

Query: 481 GLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN 488
           GLKFSGGRSSDATAWLEKR+HHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL+
Sbjct: 586 GLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of ClCG05G000120 vs. NCBI nr
Match: gi|778676604|ref|XP_011650620.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X4 [Cucumis sativus])

HSP 1 Score: 839.3 bits (2167), Expect = 3.3e-240
Identity = 434/538 (80.67%), Postives = 455/538 (84.57%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EITAVRKAK AGIFPNAIEI VGEKK        
Sbjct: 89  MYLFVHYICFYSNIFGFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLS 148

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS RSM+T
Sbjct: 149 RDEAFNLINDGWLQHAKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDT 208

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ A QEAEPILD HASTSR+TL WKPEDTDAP VP
Sbjct: 209 PILNVSVVQANVEEVNVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVP 268

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSD+AVDFVSSYHEKCGDKE KCSLWRHDDMFGHTR  
Sbjct: 269 DYYTQVAESKFPINVEDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDV 328

Query: 241 -----------AKFGGCLEIQKFRVYRD---SHLVIEVTQEVSEVPYSDYFRVEAHWEVK 300
                      AKFGGCLE QKFRVYRD   +HLVIEVTQEVSEVPYSDYFRVEAHWEVK
Sbjct: 329 SFQHPIKIYFGAKFGGCLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVK 388

Query: 301 KDVD-ESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKG 360
           KDVD ESNNCC+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL G
Sbjct: 389 KDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTG 448

Query: 361 SEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGV 420
           SEEGT GS SQSG DHHIE+E NN+KSLE SNEKND+RR TESQ STDVDQQ++N  QGV
Sbjct: 449 SEEGTRGSASQSGEDHHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGV 508

Query: 421 NSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 480
           NSTSAASWLREY KKLW VLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD
Sbjct: 509 NSTSAASWLREYTKKLWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 568

Query: 481 HGRGLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN 488
           +GRGLKFSGGRSSDATAWLEKR+HHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL+
Sbjct: 569 YGRGLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 626

[Close]

BLAST of ClCG05G000120 vs. NCBI nr
Match: gi|778676598|ref|XP_011650617.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Cucumis sativus])

HSP 1 Score: 839.3 bits (2167), Expect = 3.3e-240
Identity = 434/538 (80.67%), Postives = 455/538 (84.57%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EITAVRKAK AGIFPNAIEI VGEKK        
Sbjct: 106 MYLFVHYICFYSNIFGFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS RSM+T
Sbjct: 166 RDEAFNLINDGWLQHAKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDT 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ A QEAEPILD HASTSR+TL WKPEDTDAP VP
Sbjct: 226 PILNVSVVQANVEEVNVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSD+AVDFVSSYHEKCGDKE KCSLWRHDDMFGHTR  
Sbjct: 286 DYYTQVAESKFPINVEDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRD---SHLVIEVTQEVSEVPYSDYFRVEAHWEVK 300
                      AKFGGCLE QKFRVYRD   +HLVIEVTQEVSEVPYSDYFRVEAHWEVK
Sbjct: 346 SFQHPIKIYFGAKFGGCLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVK 405

Query: 301 KDVD-ESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKG 360
           KDVD ESNNCC+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL G
Sbjct: 406 KDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTG 465

Query: 361 SEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGV 420
           SEEGT GS SQSG DHHIE+E NN+KSLE SNEKND+RR TESQ STDVDQQ++N  QGV
Sbjct: 466 SEEGTRGSASQSGEDHHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGV 525

Query: 421 NSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 480
           NSTSAASWLREY KKLW VLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD
Sbjct: 526 NSTSAASWLREYTKKLWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 585

Query: 481 HGRGLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN 488
           +GRGLKFSGGRSSDATAWLEKR+HHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL+
Sbjct: 586 YGRGLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 643

[Close]

BLAST of ClCG05G000120 vs. NCBI nr
Match: gi|778676600|ref|XP_011650618.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 832.8 bits (2150), Expect = 3.1e-238
Identity = 433/538 (80.48%), Postives = 454/538 (84.39%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EITAVRKAK AGIFPNAIEI VGEKK        
Sbjct: 106 MYLFVHYICFYSNIFGFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS  SM+T
Sbjct: 166 RDEAFNLINDGWLQHAKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSD-SMDT 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ A QEAEPILD HASTSR+TL WKPEDTDAP VP
Sbjct: 226 PILNVSVVQANVEEVNVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSD+AVDFVSSYHEKCGDKE KCSLWRHDDMFGHTR  
Sbjct: 286 DYYTQVAESKFPINVEDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRD---SHLVIEVTQEVSEVPYSDYFRVEAHWEVK 300
                      AKFGGCLE QKFRVYRD   +HLVIEVTQEVSEVPYSDYFRVEAHWEVK
Sbjct: 346 SFQHPIKIYFGAKFGGCLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVK 405

Query: 301 KDVD-ESNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKG 360
           KDVD ESNNCC+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL G
Sbjct: 406 KDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTG 465

Query: 361 SEEGTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGV 420
           SEEGT GS SQSG DHHIE+E NN+KSLE SNEKND+RR TESQ STDVDQQ++N  QGV
Sbjct: 466 SEEGTRGSASQSGEDHHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGV 525

Query: 421 NSTSAASWLREYRKKLWSVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 480
           NSTSAASWLREY KKLW VLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD
Sbjct: 526 NSTSAASWLREYTKKLWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD 585

Query: 481 HGRGLKFSGGRSSDATAWLEKRIHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELN 488
           +GRGLKFSGGRSSDATAWLEKR+HHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL+
Sbjct: 586 YGRGLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 642

[Close]

BLAST of ClCG05G000120 vs. NCBI nr
Match: gi|659074733|ref|XP_008437767.1| (PREDICTED: GRAM domain-containing protein 1A isoform X3 [Cucumis melo])

HSP 1 Score: 689.1 bits (1777), Expect = 5.5e-195
Identity = 358/456 (78.51%), Postives = 375/456 (82.24%), Query Frame = 1


Query: 1   MYLFVHYICFYSNIFGFETKKIIPLQEITAVRKAKMAGIFPNAIEIFVGEKK-------- 60
           MYLFVHYICFYSNIFGFETKKIIP +EI AVRKAK AGIFPNAIEI  GEKK        
Sbjct: 106 MYLFVHYICFYSNIFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLS 165

Query: 61  --------------------------KSINESSGQEIGIPSIEKAKQLDPSDSSHRSMNT 120
                                     KSINESS QEIGI  +EKAK+LDPSDSS RSM+T
Sbjct: 166 RDEAFNLINDGWLQHAKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDT 225

Query: 121 PILNVSMDQADVEEENAPKTLPAEPLDAIQEAEPILDTHASTSRKTLTWKPEDTDAPKVP 180
           PILNVS+ QA+VEE N P TLP EP+ AIQE EPILDTHASTSR+TLTW+PED DAPKVP
Sbjct: 226 PILNVSVVQANVEEVNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVP 285

Query: 181 DYYTQVAESKFPIKVEDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTR-- 240
           DYYTQVAESKFPI VEDFFSFYFSDNAVDFVSSYHEKCGDKE KCSLWRHDDMFGH R  
Sbjct: 286 DYYTQVAESKFPINVEDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDV 345

Query: 241 -----------AKFGGCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 300
                      AKFGGC E QKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV
Sbjct: 346 SFQHPIKIYFGAKFGGCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV 405

Query: 301 DE-SNNCCVLRVYVNVAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKEKLKGSEE 360
           D+ SNN C+LRVYVNVAFSKRTVWKGKIVQSTLEECREAYG+WIQMAKELLK+KL GSEE
Sbjct: 406 DDKSNNGCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEE 465

Query: 361 GTSGSTSQSGIDHHIEEEINNSKSLEKSNEKNDQRRLTESQCSTDVDQQSENLTQGVNST 409
           GTSGSTSQSG DHHIE+E NN+KSLEKSNEKNDQRR T SQ STDVDQQ++N  QGVNST
Sbjct: 466 GTSGSTSQSGKDHHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNST 525

The following BLAST results are available for this feature:

BLAST of ClCG05G000120 vs. Swiss-Prot


Match Name	E-value	Identity	Description
VAD1_ARATH	2.1e-101	42.94	Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana GN=VA...	[more]
BAGP1_ARATH	2.5e-09	21.74	BAG-associated GRAM protein 1 OS=Arabidopsis thaliana GN=BAGP1 PE=1 SV=1	[more]
GRM1A_RAT	9.6e-06	48.08	GRAM domain-containing protein 1A OS=Rattus norvegicus GN=Gramd1a PE=2 SV=2	[more]
GRM1A_MOUSE	9.6e-06	48.08	GRAM domain-containing protein 1A OS=Mus musculus GN=Gramd1a PE=1 SV=2	[more]
GRM1A_HUMAN	9.6e-06	48.08	GRAM domain-containing protein 1A OS=Homo sapiens GN=GRAMD1A PE=1 SV=2	[more]

BLAST of ClCG05G000120 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0L3J6_CUCSA	2.5e-242	81.31	Uncharacterized protein OS=Cucumis sativus GN=Csa_3G116750 PE=4 SV=1	[more]
A0A061E2G1_THECC	2.7e-132	49.81	GRAM domain family protein, putative isoform 1 OS=Theobroma cacao GN=TCM_005713 ...	[more]
D7SLY9_VITVI	7.9e-132	49.72	Putative uncharacterized protein OS=Vitis vinifera GN=VIT_15s0021g01530 PE=4 SV=...	[more]
A0A061DUJ5_THECC	1.5e-130	49.44	GRAM domain family protein, putative isoform 2 OS=Theobroma cacao GN=TCM_005713 ...	[more]
A0A059C4D9_EUCGR	9.1e-128	48.90	Uncharacterized protein OS=Eucalyptus grandis GN=EUGRSUZ_E01549 PE=4 SV=1	[more]

BLAST of ClCG05G000120 vs. TAIR10


Match Name	E-value	Identity	Description
AT1G02120.1	1.2e-102	42.94	GRAM domain family protein	[more]
AT3G59660.1	1.4e-10	21.74	C2 domain-containing protein / GRAM domain-containing protein	[more]

BLAST of ClCG05G000120 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778676602\|ref\|XP_011650619.1\|	3.5e-242	81.31	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumi...	[more]
gi\|778676604\|ref\|XP_011650620.1\|	3.3e-240	80.67	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X4 [Cucumi...	[more]
gi\|778676598\|ref\|XP_011650617.1\|	3.3e-240	80.67	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Cucumi...	[more]
gi\|778676600\|ref\|XP_011650618.1\|	3.1e-238	80.48	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumi...	[more]
gi\|659074733\|ref\|XP_008437767.1\|	5.5e-195	78.51	PREDICTED: GRAM domain-containing protein 1A isoform X3 [Cucumis melo]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR004182	GRAM

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0050896	response to stimulus
biological_process	GO:0010033	response to organic substance
biological_process	GO:0008150	biological_process
biological_process	GO:0042742	defense response to bacterium
biological_process	GO:0043069	negative regulation of programmed cell death
biological_process	GO:0009723	response to ethylene
biological_process	GO:0009751	response to salicylic acid
cellular_component	GO:0005575	cellular_component
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005783	endoplasmic reticulum
cellular_component	GO:0016020	membrane
molecular_function	GO:0003674	molecular_function

Relationships

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


Feature Name	Unique Name	Type
ClCG05G000120.1	ClCG05G000120.1	mRNA

InterPro

Analysis Name: InterPro Annotations of watermelon (Charleston Gray)
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004182	GRAM domain	PFAM	PF02893	GRAM	coord: 1..33 score: 1.
None	No IPR available	unknown	Coil	Coil	coord: 466..487 scor
None	No IPR available	PANTHER	PTHR23319	UNCHARACTERIZED	coord: 1..484 score: 1.0
None	No IPR available	PANTHER	PTHR23319:SF4	AT22714P	coord: 1..484 score: 1.0

Synteny

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


Gene	Orthologue	Organism	Block
ClCG05G000120	Csa3G116750	Cucumber (Chinese Long) v2	cuwcgB222
ClCG05G000120	MELO3C005943	Melon (DHL92) v3.5.1	mewcgB427
ClCG05G000120	Cla021075	Watermelon (97103) v1	wcgwmB286
ClCG05G000120	Cla97C05G080080	Watermelon (97103) v2	wcgwmbB229
ClCG05G000120	Bhi01G000452	Wax gourd	wcgwgoB439
ClCG05G000120	CSPI03G07090	Wild cucumber (PI 183967)	cpiwcgB226
ClCG05G000120	Cucsa.260010	Cucumber (Gy14) v1	cgywcgB451
ClCG05G000120	CmaCh06G009390	Cucurbita maxima (Rimu)	cmawcgB738
ClCG05G000120	CmoCh06G009670	Cucurbita moschata (Rifu)	cmowcgB743
ClCG05G000120	Lsi05G022260	Bottle gourd (USVL1VR-Ls)	lsiwcgB335
ClCG05G000120	Cp4.1LG08g00220	Cucurbita pepo (Zucchini)	cpewcgB787
ClCG05G000120	CsGy3G007240	Cucumber (Gy14) v2	cgybwcgB203
ClCG05G000120	MELO3C005943.2	Melon (DHL92) v3.6.1	medwcgB416
ClCG05G000120	Carg25062	Silver-seed gourd	carwcgB0988
ClCG05G000120	CsaV3_3G007220	Cucumber (Chinese Long) v3	cucwcgB225

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
ClCG05G000120	Silver-seed gourd	carwcgB0128