Lcy12g020760.1 (mRNA) Sponge gourd (P93075) v1

Overview


Name	Lcy12g020760.1
Type	mRNA
Organism	Luffa cylindrica cv. P93075 (Sponge gourd (P93075) v1)
Description	jacalin-related lectin 3-like
Location	Chr12: 47939277 .. 47983519 (+)
Sequence length	789
RNA-Seq Expression	Lcy12g020760.1
Synteny	Lcy12g020760.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGAAGTTTGAGGCTCAAGGGGTTAACCGTGCCCGTGACACTGATAGTCTGTATTGGGATGATGGAGTTTATTCCGACGTGAAACGGCTTCGGATTACACATAGCTCCGAATGGTTCTACTCTGTTCAAATTGAGTATATTGATAGAAATGGGAAAGCGAAATGGGGTTCCGCCAATCTTGGCGGACACAGTTGCCCAACTCGCGAGGTGGCACAAAACCAAAACCAAAACCAAAATCGTTTCCTTTTCCTTTTCATTTTCACTGCAGCAGCTTAGAATATAATGGTGTAATTGATTCCAGGTTGTTTTATCTTATCCGAACGAGTACCTCATTTCAATTCATGGCTACTACAAGTTGGAGTCGGAGTCGGACCCTGACCATGACCATGGGATAAAATCGCTGACTTTCGAAACCAATACAAACACTTGGGGACCATATGGTCAGGAAAAGGGAATCAAATTTTCATTCCCAATCATTGGGGCCAAGATTGTGGGCTTCCATGGCTTGATGAGTGGTCGCGGGCTCCATAAAATTGGAGTATTCGTGCGACCAATTACAAGGTATATGCTCGCCACATACTATATATCTTCTTTTTATTTATTTAGTTTAGAGGTTAAAATATCATTTTGATCTATGTATTTTTAGACTTATTTTGCTTTATGGATAACTTTTCCCTCATGCAGAAGCATGCGCGAACTCGAACCCAAGCCCGGGCCTGAACCCCAGCAACCAGCCCCGTCTGAGCGTTTTAGCTTGGGACGATATGGACGTGAAGATGGGGAATGTTGGGTCGAGATTTTTCGAGCAATCAAACGATTGCTAATTTACAGCAATGATGAGTGGATCATTTCCATTCAAATGGAATATGAGGATGAGAATGGAGAGTTAGTGTTGTCCAAGAAGCATGGTGGGGATGGAGGTTCCCTATTAGAGGTTACTACAAATCCTTAACTTTTTTTTTTTTTTAGTACATCAATATTTGGGGTGTGAATTTGAACCTCTAACCTCTTCGTTGATGTACATGTCACTTCCTCTTTGCTTATAACTCGTTTCGTTTATGTAATTGGTATATATTGCAGGTTGTTTTCAAATATCCAGACGAACATCTTGTTACAATTAAAGGATCCTACAACAACTCACGCGGCTCGGAATCGATTCGATCGCTGACTGTGGTAACCAACGAAAAAACTTATAAGCCATTTGGAGTTCAAGAAGGAAGGGCCTTTTCATTCCCTACTAGTGATCGGTTGAAGGTCGTTGGCATCCATGGCAGATCTGATTTGTATCTCAATGCCATTGGACTCTATGTAGTCTTGATTTAAGAGGAAGTCCATACATAGCTAAGCTTGGGTGCTTTTTAATTATGTGGCTAGGTTCAAATCTTTTCGTGGTTCGATCAGGGAATTTTTATGGATTGGTTTTGATTATTTGTTGATTGAAACTTACATAATTTATGGGTTGGTTCTTATTTGAATTGTGTTGTGTGTCTCTTCAAAAAAAAAAAAAAAAAGTGTTGTGTGGGTGTTTATAAATGTTGCCTACAACATCAATTTTAAATGTTTGTAATTCAAATGCCACTCACGTAATATAAAATCTCATTGATACAAATTAAACTTAAGCTATATTTAAAAAGTAGTTATATTCTTTATTATGTATCAGATTTCTGTTAAAGTTGAATTTACATTTTGCCCTGCAAAACAATGAAGCAAACACATAAAAAAAGATTTAAATCAGTCCGTTTAAAGCTAGTGACCGAGTTTATCAAATAAGCCAACTTCCCTTTCAATGCTATAACACATGGATGTGGCGTGCATCTATAGAAAGGACAATCAGGATTTCTCTAAGACTCTCGAGAGAAAAGATTATTACATGTGGGAAGAGAGTTGGAACAAGCCTTGCCACATGGAAATTTTCTCCTTGGGGGATCTCCAAACCTATCACCTCATTGGTTTGAGGAAGAGGAGGCTACCAAAAGCTCCTATCGTGCTACTTTGTACCCACTTTTAACTGTATATATAGGTCTCTTTTGTCATTGTGCCAAAAGAAAAGATATTGTCGTTGTAATTGACAAAGTGGGATGCGTAGGATGATTTCTGCATCCTACGATAGAAACAACCCTGTGATTTGTGTCCTATTTCAATATCCATTATCTCTTTAGATAGCTAGTAGAATTATTGGTTAAAGGTCTAAGATAGAGATATATAAGCTTGAAGGTGGATTCCCTTGGGACCCACATATATATGAGAATACATATCGGTATGTAGCCAAGTTTTGTTCTATCAATAATGGATTGCACCCATCCCCTACTCTCCATCTTCTCCCTACCCGATAGTATGCCTCTCCATGTATGCGATGGTTCGACTACCAAGAGGGATATCTAGGAAGCTAGGTTGTGAGAAAAATATTATGTTTTTTTAGGCCATCAATGAATATTTTTGATAAATTAAATCACATTTTTAGTCTTTAAAGTTTTAGATTAAAAAGAAAATCTATTTAGTCCGTAAGTTACAAATTTAATGATTTAGACTTAGTTTGAGATTGTTGTAGCTTTTAAAATCTATTTACAAATTAAATCACATTTTTGTCAAAATCACATTTCATACTTTCAAAAGCATGTGGTATAACTCATCAAAAGTTGGGGATTTGTGATTTATCTCATTTTCATCACTTACATCACTAGAATTGTTGTCCAAATGAGCCACATCAACCATAAAAAGAATCTAGCTATCACATTTTTCCTCTTCCATTTCATGAATTTTTTTCTTGATTTTGAGAATTATAATTCTCCTTTATATCAAATAAATCATTAGTACAAGAAAAATATTCGACACACTATAAATATTGTCAAGAAAATTCCAAAAATGGTATACATAATCAAAATGTAAAATTTTTATCTCATGTATTTCTATCTAATGCACAATATATGATATTTACGGCTTTAGCATTAAAAGTTAGCAACTCACTCCTATTTTTCTCCTAAACCTCATTCTCAAGAAATTTAATTTTAGCAAGAAAAGAACATTTCTCTTTTTCTAAAGATGTATTGCTATTTTCCAAATCAAGAATTTTTTCTTTCAAACTAACAATTTCATCTTTCAAATTCAAAGAGAAAGATTCAATTTTCTTAATCATTCAATTCCATTTTCACTTCACAAGATAAGAATTTGATTTCATTATTTTCTTTTTCAAGAAATTTATGATTCTATCATTCATAGCATTTTTCTCATCGTCACGTGAATGATCAACATACAACAAATCATTAGTAGCCCTATTTTTCAAACAAGTTTCATCTATTAAAGATTTATTCTTCATGAATAAAGCATTGTATTTCTTTGACAGCTTGATATATTTAGCGCTAACTTTTTCCAAAATCACATTACATATACTTCCAAAAGTATCATATAACTCATCATAATTAAGTTGGAAATTTGTGATTTATCTCAAATTTTCATCACTGGATTAATTGTTGTTGTCTAAATGAGTCATCAAACATAAAAAGAACCCATCACATTTTTGCTCTTGCACTTCATGAACTTTTCTTGATTTTGAAAATTATAATAATTCTTCTTCACATCAAATAAATTAAATCTAGTACAAGGAGAGTTTTCTACCCAATACACATTGTCAAGAAAATTTCAAATATCATATGTCTTATCACATATATTTCTATCTAATATATGCACAAATATGTATATATGATATTTATTGGCTTTGAAATTAAATTAAAAGTGAGCAACTTTTATTATTCTCATGAACTTCATTCTCAAAAATTTTAATTTTATCAACAAAAGAATATTATATTTCTCTTTTTCTAAAGATATAATGATTTTTCAAATCAAGAATTTCATCTTTCAAACCATCTTTCAAATGAGAAAGATTCAATTTTCTCATTTTTATTCCTCAAGTCATCCCATTCTATTTTCAATTCACAAGATAATGATTTGATATCGTGATTTTCTTGTTCAAAGAAGTTGATTCTATATTTTTCAAAAAAAAAAAGAAGAAGTTGATTCTATCATTCATAGCGTTTTTTTCTTCATCATAAAAATGTCAACATACAACACATCATGATTGCTGGTAGTTTTACAATTTCTCTCGAAGCATTGCAAGATTGCATCAAGAGCATGCACCTAATAATTTTTCGATTGCTTGGCATTGCTTGTGCCGGGTTTCATCTTCTTGGATAGAGATATGGAGTATGATCTTGTGAATCGGCCGCACCCGCATCCATTGTTGTTTCAAGAAGAAAGAGAGTTTAATGGAGATCATGTGGTAATTGTGTGCTCCAGATGCCGTCAACCATTGTGTCCGCCGGCATTCAGCTGCTCCGACTCCGCCTGCAACTTTCATATTCACCTCTCATGCCTCCACCTTCCTCCTCAAATCCTCACACCCTTCCATCTCCATCGTCTCGATCAGGTCTTGGGATTCACGACCGACATCAATGGCTGTTACATCTGCGGTCAAACCCCATTTTGCGATGACAAATACATCTGCAATAAATGCTCCAAATTTGAAATGGACATCAAATGCGCCATCACCGACCCCAAATCCAGCGGCTTATGCCACACGGGCGGCCAGAAGTATCAACATTTCAGCCACCCCCATCCATTAACATTATTCACCCTCCCCCTCGATCAGCAACAACAAGACAACCGAGTCCTTGCTTGTGTTGTCTGTAAACATCTGATACAATCAAACGACGACGACAACGACGGCGACACTTCTACTTACTTCTGCTGCTCTCAATGTGACGACACCCATTTCCATAAAAAATGCGCCGAGCTGCCGCGCGAGTTGCCGTTGAACCTCGCCTGTCACCACCACCCCTTGTTTCTTCTAATCATTAAGATCACGCCGTACAGTAATGATGATGACGACGTCGTCTGTACTAGCTGCCGAAGCCCCTGCAGAGGGTTCGTTTACACGTGTCCCTCATGCAAATTCTTCCTTCACGCGGCGTGCTTACGAACGTTTAATCACAAGCACGCCTTCGCCATGCTCCGGAACGAGCAAGAGTTTCGATGTAGATTCTGTGGTAAGAATTCTGAAAACGAATACCCGTGGTTTTGCAACATTTGCTATATGTTGGCTCATAAAAAATGCGTGGAGTTCCCGTTGAAGCTGATGACAACCGTACACAGCGGTCACGAACTTACCTTCTACTACATTCCACATAGTGACAATAATGAGAAGATTCTGTGTGAGATCTGTGGTGATATAATGCGTGCTGAGTATGCTGGATATGTCTGCTCCGAATGCAACTACTTCACCCATTTGGCGTGTGCCGAAAGCCAACGCCTCGCCCCGCAATCCACCCGAAATGATGACTATAAATCAGGCGCAGCTGAAAACGAGATTCAGCATTTTAGTCATCCCCATGACTTGACTTTAACGTTTCCGGCCTCCAAGGAAGACACGGTTTGCGATGGGTGCATGAAGTGCCTTTCGGTTTCGGCTCCGTCTTATGGTTGCCTTCGGTGCGGTTTCTTTCTCCATAAAACCTGCGTCGAGCTGCCAACCAACGCGCAGTCTCCGCTCCATCCACATTCGCTCACTCTAATCTCAATCCCGGGTTTCGTCTTCCAATGCAACGCTTGTTTCCAGCATTTTCATGGCTTCGCCTACCACTGTCGAACGTGTCTCGCCACGTTTGATCTCGCGTGTACTTTCATCAAAATCCCACTCCAACATCCAAATCACCAACACCCCTTGTTTCTTTGCCCTACGGATCGATCGTTCCAACTGGATTACCGTTGTCATGCTTGTCAGACGTGGGCATGCGCGGCTGAAGAAGTGGCGTTTCGATGTGTGCTCTGCGATTATTATTTGCACTTGAGATGTGCGATGATGCCAGTTATAGTGAGATACAGATTCGACCCACATCCTCTGAACCTGACGTTTGTAGAGGAAGAGAGAGTCGATGAATATTATTGTGATATCTGTGAGGAAGAAAGGGATCCATGGCTGTGGTTCTATAGCTGCGGAAAGTGCAGTTTTACGGCGCATTCGAAGTGTGTTCTTGGGGAGTTTCCATATGTGAAATCGGCGATGCATAAATCTCACCGGCATCCGCTGAACTTGGTGATGAAAGCTGGGAAGATAGAGGGCGACAGGTGTGGAGCCTGCAACAAATCATGTGCTGACAGTTTTGCATTTGAATGCGGTGCTTGCAAATTCAATGTCCATGCAACTGGCCGCTGTTACGATTTGCAGGTACAAGAGGGGAACCTTGCTTTCACCAACCGAAACGTTTTCTCTCGGGCGAATCAACCATACGAGCAGCCACAAAAGTAAGTATGCCCATGCTTCCTAATCTTTACATCAACATTTGTGGATGGAAAGATTCCAACTTCTGACCTTTTAGTCAAGGGTACATGTCAATTACTGTCAAAATAAATATGTTATCACTATAGAGCATAAATTGACGTTTAGTAATTTGGAAGGTTGCCCACTATCCAAACACTAGGTCCATTTGGAGACCGTGGAGATGAGGTATGGGAAGAAAGGATTTTCTCGACGATCACTCGGTTTGTTGTTTCTTATAATGAGGAAGGTATTTGGTCCATTCAATTTCAATATGCCAAGAATGGAGAGTTGTGCTGGTACGGCAGGCATGGCAGAGAGCTGGATAACAAAATTGATGTTAGTCCAAACTAATTTACCAAATCTTCGTCCCATGTTAAATTTCTACTTTGCCTTATACCAAATCTTATATATTTTCTGAAATGAAATTTGTAGGTTTCATTGAATTATCCGGATGAGTATCTTGTTTCAATTCATGGCTCTTATGGGAATGTCGATGGCATCGCATCATTGAAACTAATAACCAATAAAAGAACTTATGGACCTTATGGTGTTGAAGGTGAAAAAGAGTTTTCATCCGATCAAGAAAAGGGAGTGAGGATCTTCGGGATTTTTGGCACTGCTAATGATAGCTATCTTCACTCAATTGGGTTCCTCGGTGTTTCGAGTAAAGAGTAGTTATAGTGGGAAAATTTCTAATACTTACGGTAGTACTTACTCCATCCATTGAACATTTGACACGTCATTTAATGAGCTAAATACTCCTTACGTGGCGAATAATGAATGGAGGTAGTATGAAAAATTTTCTATACTACTATAGTACTAGAAATTTTCCTACTCAATTGGGTTCCTCGGTGTTTCGAGTAAAGAGTAGTCACCGTCATGTAATGTTCTGTGTCGGTTTCAGAATAAATGACCATTACAAAGTGCTCTTTTTGTTCAGCGTGAGAATTTTCATATTCTATTTGGACGCATGATGTCTTAATCTTCCCCTTGCAGTGGGAAAAACACATTTCATCAATATCCTTTGAGCCTCACCCTCAAGATGTGGATGATATATTATATATATGAATCGATCGGTGGCGAAGAAATACGAATAGAAATAGTGGTGAACGATTCCTTTGTTAACTTTGATTGCTCCTTTTCCTAATCATAATGAATGTGTGCTAGCTTCAAAGTATTTAATTTTTAAATTCATCTCGTAAGTTTTAATATTTTACAATTATACCATTTTCATCGATATGTAAAATTGGTTGATGATAAAGAAAATTAATATACATATATGTATAGGACATTTTTTTTTATTAATATTGTAGATCTTAAAACTTATTATTGAAATATAGTTAGTTTGAAACTTATTATTAAAATATTGTTGATGTAAATTTTTGGTCAAAGATCTTGTCTCCCTTGAAGAGACGACCTTAGACCACGTGTTGCATTCGGTCTGCATAATTATGTAACAAATGCAGTATTGGCAAGGTGGTGTTGGTGTGACCTTTTAACCTCTTGTTCCCATGTGTTCAAATCCCAAGTTTTAAATTTATTTTTTTCTTTTTCGTTTCTAGTCTTTTATTTTTAAAAATATCAGTAGTTTTATTTTTTTTTATTTTTTTTTCTTGTTTCAATTTTATTTGATTTTTTTAAGATAACTTTTCTTTCAAATTTGAAGTTTGAAATATAAAGAAATTTGCACTTTATACATTAAATTAAATTGTTGATTTTTACCTATATTTCAAACTTCAAATTTCATAGAAAAGTTATAAAAAAAAAAAAATTCAAAGAAAAGTGAAACAAGAAAAAAATAAAATAAAAAACTGTTGATATTTTTAAAAATAAAAAACTAGAAAGGAAAAAGAAAATAAGAAATTTAAAAACTTGCAGTCGTTGGGATTTGAAGATGAGAACAAGAAGAAGAAGGGTTACACCTACACCACCTTGAAGACACGACCTCCGTGATTTTTTTTTTTTTTTATTTTTAAATTATTGTCACGTCAGACAATACGCAACACATGTTCCAAGGTCGTCTCTTCAAGAAACGATCTTTGACCGTAAATTTAAACCTACAATATTTTAATAATAAATTTCAAACTAACTATTGTTCACACGTAACTTCGGAGATGGAGACACATGGAATAAACTTTGATTTGTATTGATGTTGTATTCGTGTGAGTGTACAATCTCTAATACATAATCCTTCTGATTCTCTCTTTTGTGTGTGAATGTGTTTCACTCGAGGGCTCGAGGGCTGAAGCGCTTATTCTCGAATTTGAAGTTGTCTCAAGAGCTTTGCAGCTTTGTTATTGAGATTGAATTTGTCTCAAAGGCTTTGTAGCTTGTTCTTGAGATTGAAGTTGTATCAAGGGTTTCGTGAGCTTCAAGGAGTTTGTTGATCTTCCAGAAGTCTTCAAGAAGCTTTAGTATTCAGAATCCTGAAGGTTTGTTCTTCAGAAGGATTTGAATTCATCTAGATGAATTGAGGTAGACTTCAGTCTTCAGGTCTGCAGGAGATTCTGAGCTTCAGTCTTCGGTTTGGCAGGAGGATTTGAACTTTGATCTTTAGTTCTGCAGTGGGATTTGAAGATGATCGGAGCCTCGTTCTTCAGTTCTGCAGCTGAATTTGACGAGGATCTGAGCTTTGATCTTCGATTTTACAGAAGAAGCTTCAATCTTCGGTTTCTTCCGAGAGCTTTCTCTTCTTCCTTTCTTTTCGCCTCCCTCCCAAATGAGAGCCTATGCCTCATATTTATAGAGTTTTCCAAAGGCCATCATGGGCTTGGGCTTCTTGGACTTGGGTTGCACTTGGGCTCAACTATTTAGTCTTGGGTCTGGTTCATATTTGACCCAAATATTTAAAAGATTCAAATTTGATCCAATTAATTATTTTTTAATTAATTGGTCAAATTAATTAATTTGATCAAAATAATTTATTTTTAATTAATTGATCAAATGGACAGTTGGCTCTAAAAATTTATAATTGGTCAACTTTGTCTTCAAATTAAATTTGGGACACATGTCAATTTATAATTGGTCCCAAATTTAATGATTTATAATTTTGTTATTAATTTTAAATAATGACGTGAAAATTTGTGATTGGCCGAAATTTCTCCTTCAATAACTATATTTCAATAATAAGTTTTAAAAACTACAATATTAATAAAAAAATGTCCCATTATATATATTATTGAATAAAGGAATTAAATTCCATTCCTTGGCCAAAAAAGAAGAAGAATAAAGGAACCGAACCCAAGAAAGTGGAAATTAAGCGTCAAAATTTCTTCCATGGGGTTAGAGATGTGGGCCTCCACTTGTACTTTTTTTTTCTTTCTAAAATTTGGAGAGAAATATTATCTTGCATATACATCGTATTTGAATCATTTACGGTGTCAAAGTGATCATAATCTCCTACAATACATGGAGACGGAAAATAATAACCGTGAAACAATGTCTATCCTTGCAAAGCCTAAATACTGTGAATTTTCCAGAACTATTGCTATACATAGAGAGTCGATTAATTATTTCATTATTCTCAATCCTAAACTTACTATTTATGTAACCGACGAGATGTTAGAGTGAAGAATTTGGTTTGATACTAGACATCTTATAATACATATTTCTACGTAGTTTAAAATAACAATAATAATAACAAATAAAAGACATTAGGGTAAATAATAATAATAATAATAACATAAAATAAAAAGGAAGAAGAAAGCTTCCAATAGAAGCTTTAGAAAAAAAGAAAAAAGAAAGAATATGAAGTTGGAAGCTTTAGAAAAAAATTTGAAAAAAAAAAAAAGAAGAAGAAGAAGAAAAAAGGTAAAGCTTCCAGAAAATGAAAAAAAAAAAGAAAAAGAAAAAAAAGAAAAGGAGAAGTCAGATCGTGGGAAAGTGAAAAGAAGAAAAAAAAAAGTAGAGAAGACAGAGAGGGAACAAAGGAGACGAATAGGAAGGAGAAGCAAAACATAGGGCATTCTTGAATGATTTTTGGAAGGGAACAACAAATCAAGAAACACGCAACCTTGGATTCAAGCATTGAGTAAGTTTTGTTGTTGTTGGTTTGATTTTTTGCACGAGTTAAGAAGCTAAAGAATGTGTTTGATTTGTGAGTTTTTCTTCTTTGACTTGGATACTCCATGGATTAGTTTGAAAAGCAAAAGGGACAAAATGGGTTGAGTTCAAAGAGAGAAAAACTTGATAAAAACTGATGGTTATTCATAGGTTGTTGGTGTGCAAGCTTTTAAAGGGTGTAATGATATGGAGAACAAAGAGATAATGTTCATGGGGAGGAAGAGAAAGAATAAAAAGAATTAAGCTTATTATGGAGACGGGCATAGTGGAGTTATTGGAAACTTTATTCGAAAAATATGGTCATAGCTACAAAGTATTTGGAGTTTAAACCGATGGAAATTATGGTCTAACTTAAGTGTTACTTAGGAATTAAGGGTTGGTGTAATTTGGTCGTTTTGTATTCAAATTTGGGGGCAAGGACTAATGCTTTGGCAAAATAATTGTTTCAGGTTAAACGGAAACCAGAAAGGCCTACGACCCGAGTTTCTCTTGCCAATAGTACTGTGAGTGGTTATTTTACAAATTAATTGATTTCCACATTTTGAAAAAAAACATGATTTGGTTTTATCCAAATGATTTTACAAGTTAGAAACATGAGTTTTGAGGAAATTTATGATTATGTATTATGTTGGATTCGAAAATTAACCGAATTTGAGAAACCTCTTGATTTCGTTCCTTGTATTTTTCCTTACAAGTCTTGTTTTATCTATTTAAAATTATGGTGGATGTTTAGAAGGGGTTAATTCCTAAATCTTGATTTTAATTGGTTTATAAATTGCTCGAGGTATAACTCAAGTTGTGATTGTTGAGAAATTGATCATGACAATTGATTCTTGATGTATGATTAATAGTTTATGAGACTTAGTTTTGAGAAGAATAATGATGGTAGCATGGCTGAAAATTATGTTTAATATCGTTTTTAAACCATTGGATGGTGTACCCATGGATATTTCCCGATACACTTAGGGCCATTTGTTTTGTGAGAATCTAGATAACCGGAATATTTAGATATCTGAAATTATAAATACTCGAAAATATAAATGTCCGACATTTTAGATAACTGTGTTTGTTTTGAAGGAATAATTCATGAGAATGTATGAGAATATTGTTTTTGTAATTAGTTTTTTTTTTTTTGGGTCGTCTTCGAAGGCAATGAGAGTGTTGGGAGGGATTTGCATATCCCAGAGTGGTTATCCTCATTAATTGAGGAAGACATTTGTGTATCTACCCCTTGTTTGGTTTAATGAATTTCCAGTTAATAAAAAAAAAAAAAAAAAACTAGATTTGTTTTGCAAGATTTTTGTACGGGAAATTTTTAGATTATCAATAAAAGAATATTTCTCTTTTTCAAAAGATTAGTTAAGTCCGTAGATTTGTTTGTTTGTTTTTTTTTTTAAAATTAAAAAAAGTTAATTGATTTGACACGTAATCCCTTTAATTTTAATGATAGATACTTTTCCTTCGAAAGACGAAAGATTTGAAATTTAAAAGAAAGATTATCACATCTTTAATTTTAAAATTGTAACAAAAAACTAAATATCCTAAACATTCAAACAAAAAAAAGGAAAATCAAACAGGAAGTTTTGAAGATTAATACTAAAAAAGATTAGAAATTTTAATATTAAAATAAAGGGAAAAATATACTAACAAAATGTGGGGTTTTTTCCCTAAAAAAGAAATAAAAGAAAAAGAAAAAGAAAAAATCTTTTTTTTTTTTAAAAAAAAGATCGATATTTTATATTTGACCAATAATCCCTCTAATTTTAATGATTGATATTTTTCAAAAGATTTACAAATCTTTTTTTTAGACAAAAAGATTACCAAATCTTTAATTTGAAATTTGCAACATCAAAGTAAATATCCCAACATTCAAACAAAAGAAAAATCAAAGAGCAAACTTTAAAGACTCAATATCCAAAAATATTAGAAATTTCAAGTATAAAATTATTGACCTGAGAAATAGGAAAAAAAAAAAAAAACAATGGAGTTACAAATGAAAATGAAGTGAGAAATATACTAAAAAGATAATGAGAAAAGAAAACAAAGTGTGAAATTAAAAATTAAAATAAATTAATTAAAAATCTAATAAATCAAAGTAATTAAATTAATTCATTTTAAATAATGGAATCATTCCATAAAAAATGGATGAGTCGTTGAAGTATATGTATAGAGTTGTAAAATAAATTGGTTGCAGAGGGCTGTCAATTTGCTATTTAATAAACTTTTTAAAAAACCTTAGCTATGTTTATTGAATGAGCTTTTGTTGTTAAAATTAAATGGTAGTGTAGATGTGAAATTTTGTGTATCTCTAATAGTGCATGAAAGTAGTTTTGAGTTTGATTCTTTTTTTTTTTTTTAACAGATAATCCACTTATATTCACATCAACTTCAACATGGTAAGAGAATTCGTGGACTAATGAGATTTTTTATTCTCCAAATATTATATATTCTGGTATGATTTGATTTGATTTCATGTTTGAATTTATAGGGAGAAGAAGATGTGGAGTTGGAGTGGAAAAAGCAGGTGATATCACTGGGACAGCACGGCGGCTTCCGAGGGGACGCTTGGGACGATGGAGTTTTCCCATGGATAAAACAAGTGGAGATTTCTTATGACGATGAGCACATCATCTTCATTCGGACTCAATATTCTGATGATGATGGAAACCCAACTTGGTCAGATAAGCACGGCGGAAATGATGATAAAGGAACGGTTAAGACAGTACGGTTAACCTGCTAGCCAACGCTTCTTTTCTTTTTCTTCTTCTTCTTTTTTTTTTTTTTTTAACAAGAATTCATCTCAATGGAAAGAGCTACAATTTCAGGTGGCTCTTGACTATCCAAATGAGTACCTAATTTCAATTCATGGATACATGGGTAAAGACGGCGGTAATGGCTTCTATCTCATTCGATCCTTGACTTTGGAAAGCAACCAAAAGACTTTTGGGCCATTTGGTGTGGAACGTGGAACAAGGTTTTGGTTTCCTACAACTGGCGCTAAGGTTGTTAGTTTTCATGGTAGAGGTGCTTGGTTTCTTGAGTCTATCGGGATTAAAGTTGTCCCATATCACAAAACACTGCAGTGATAGACCTTTTTTTTTAAGTAGAACAAATGTTGGAGTATGGAGATTTCGGAGGAGAGCATCAATTAGCATAGTTTCTCAAAACTAAAATTTGAATGGTATTACTTTCTATATGTCGTACTCATGATTGATGTCATTGTTTAAGTGATGGTTGACTTGATGTCAAACATATATTTGAAATTTAGAAAATGTGGTATGTATCATGTATGTATGACTAATCCTTTTTGAAATACAATATCATACATAACTATTTATTTCGTTTCTAGCAATGCCATGAGGATTTAACCTTCATTGGCCTTAAGAAAATGAGTACATGCTTTTGATTAAATAAATCAAGAAAGTGGAAATTAAGCGTCAAAATTTCTTGGCCAAAGAAGAAAAGAATAAAGGAACCGAACCCAAGAAAGGGGAAATTAAGCGTCAAAATTTCTTCCATGGGGCCTCCACTTGTACCTTTTTTTTTCTTTCCTAAAATTTGGAGGGCTTGCATACACATCCTATTTGAATCATTTACGGTGTCAAAGTGATCATAATCTACGATGTCCTCTGGATTTTCCAGAACTATTGCTATACATATAGAGTCGATACGAGAACGAAGAATCTGGTTTTCTACGTGGTTTAAAAAATAATAATAATAATAACAAATAAACGACATTGGGGTAAAAAAATAAAAATAATAATAACATAAAATAAAAAGGAAGAAGAAAGCTTCCAATAGAAGTTTTAGAAAAAAAATTAAAATAAAAAAAAAGAAAGCAAGCTTCCAATGGAAGCTTTAGAAAAAATTATAAAAAAAAGGAAAAGAAGAAAAGAAAGGTAAAGCTGGAAGCTTTACTTAAAATGAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGAAAAGGGGAAGTCAGATCATGGGAAAGTGAAAAGAGAAAAAAAAAAAAGAGAGAAAACAGAGAGAGGGAACAAAGGAGACGAAAAGGAAGAAGAAGCAAAACCTAGGGCATTCTTGAACGATTTTTGGAGGGGAAAAGCAAATTAAGAAGCACGCAACCTTGGATTCAAGCATTGAGTAAGTTTTGTTGTTGTTGGTTTGAGTTTTTGCACGAGTAAAGAAGTTAAAGAATGAGTTTGATTTGTGGGTTTTTCTTCTTTGACTTGGATATTCCATGGATTAGTTTCAAAAGTTAGAGGGACAAAATGGGTTGAGTTCAAAGAGAGAAAAACTCGATAAAAATCCATAGTTTAAAGAGAAATTTATGATGGTCATTCATAGGTTGTTGGTGTGCAAGCTTTTAAAGGGTAATGATATGGAGAACAAAGAGATAATGTTCATGGGGAGGAAGAGAAAGAATAAAAAGAATTAAGCTTATTATGGAGACGGGCATAACAGAGATATTAGAAACTTTATTCGGAAAATATGGTCTTAGCTACAAGGTATTTGGAGTTTAAACCGATGGAAATTATGGTCTAACTTAAATGTTACAGCGGAATTAAGGGTTGGTGTAATTTAGTGGTTTTGTGTTCAAATTTGGGGAGGCAAGGACTAATGCTTTGGCAAAATAATTGTTTCAGGTCAAACAGAGATTAGGAAGGCCTACGACTTGAGTTTCTCTTGCCAATAGTATTGTGAGTGGTTACTTTACAAATTAATTGATTTCCACAGTTTGAAAAAAAAAATGATTTGGTTTTATCGAAATGATTTTACAAGTTAGAAACATGAGTTTTGAGGAAATTTATGATTATGTATTATGTTGGATTTTATGGTTGGATTTGAAATTAACGAAATTTGAGAAACCTCTAGTTCCTTGTATTTTTCCTTACAAGTCTTGTTTATCTATTTAAAATTCTAGTGGATGTTTAGAAGGGGTTAATTCCTAAATCTTGATTTTAACTGGTTTATAAATTGCTCGAGGTATAACTCAAGTTGTGATTGTTGAGAATGGTTATGACAATTGATTCTTGATTTATGATTAATAGTTTAGAAGACTTAGTTTTGAGAAGAATTATGATTGTAGCATGGCTGAAAATTATGTATAGTATTGAAAGGAAAAATAAAATCGTTTTTAAGCCATTGAATGGTGTACCCATGGATATGAGTCATTTGTTTTTTGAGAATCTAGATAACCGAAATATTTAGATGCCTGGAATTATAGATACTCGAAAATATAAATGCCCGACATTTTAGATAACCGTGTTTGTTTTGAAGGAATAATTTATGAGAATGTATGAGAATATTGTTTTTGTAATTCGTTATTTTTTGGGTCGTCTTCTGTGTTGGAAGGCAATGAGAGTGTTGGGAGGGATTAATGAATTTCCATTTTTTTTTATAAAAAAAACCTATGTTTGTCTTGCAGGATTTTTATAAGAGAAAATTCTTAGATTATCAATAAAAGAATATTTCTCTTTTTCAAAAGATTAGTTAAGGCCGTAGTTTTTTTTTTTAATTAAAAAAAAGTTAATTGATTTGAAGCGTAATCCCTTTAATTTTAATGATAGATACTTTTCCTTTGAAAGAAGAAAGATTTGAAATTTAAAAGAAAGATTATCACATCTCTAATTTTAGAATTGTAACATAAAACTAAATATCCTAAACATTCAAACAAGCGAAAGAAAAATCAAACAGGAAGTTTTGAAGATTAATACTAAAAAAGATTAGAAATTTTAATATTAAAATAAACATAAAGGGAAAAATATACTAACAAAATGTGGGTTTTTTTCCCTAAAATAGAAATAAAAAGAAAAAGAAAAAGGAATTTTTTTTATTTATTTATTTTTTCTTTTCAAAAGATCGATATTTTATATTTGACCAATAATCCCTCTAATTTTAATGATAGATATTTTTCAAAACATTACCAAATCTTTTTTTTTTTTTTGGACACAAAAAGATTACCAAATCTTTAATTTGAAATTTGCAACATAAAAGTAAATATCCCAACATTCAAACAAAAGAAAAAACAAATAGCAAACTTTAAAGACTCAATATCCAAAAATATTAGAAATTTGAAGTATAAAATTATTGACGTGAGAAATAGGAAAAAAAAAAAAGAACAATGGAGTTACAACTGATAGAAAACTTTTCTATACTGATAGAAAATTTTTCTACCACTAATAGAATCTATAAGATTTCTAAAAAAAAAAAAACTAACAAGGAAGAAGAAGATGCGTGCGCCAATAGGGGCAATTCAGGAATATAAAAAATTAATTAAAATTTTTTACCATATTTACAAATATTTTTAAAAATTATTACATTTCTCATTATTTACCCTCATGTTGCCTCCCATTACAATTATCCAATCTTTTATCTACGGGTGGTTGAATTAGCTTTATCTTTTCCACTTTGTTTTGCGTTTGCCCCCGCTCTCTCTTTCTTTGATTCTCTCACTATTCTCTTGTGTTCTTTTATTGTCTCACTACTCTCTCTTTCTTTTATTGTCTCACTATTCTCTTGTGTTGTTTTATTGTCTCTCACTAGTACTATCTCTTTCTCTCTGCTCAGGTTATTAAGGAGGGAAAGATGGAGTTTGATACTGTGAGTAACCAACACCCGCACCCGCTGATCTTCTACCGACAGGGAAAGCCGCCCCATCCTCATGAACATGAACAAGGGATTTGGTGTTCCAAATGCGGCGAATTATTCCGTCCGCCGGCGTTCGCCTGCTCCAAAGACGACTGCAACTTCAATGTCCATCAATCATGCCTCCACCTTCCCCGTGAGATCCTCAGCCCCTTCCACACCCATCCTCTCTCGTTAAGGTCCTCCAACAACAACTCCCCCTGCATGTGTTGTGGCCAAAAGCCATACGACGCCAGTTACTCTTGCTACAAGGGATCATTTCCTTGCGGATTCTCAATCGACGTACAGTGCGCCATCGCCGATCCAGAAGCCAGCGGTTTACTAAAGACGGCAAAGGCGGGTGGTGGTGAGTTTCGACATTTTAGCCATCCCCATCCATTAACCCTTCACCTTCAGACAGACCCAGATTCAGATTTAACAATACCTGTTTGTTTTCTCTGCCAACGCACTATAACTATAACATCATCACCTTCTTCTGCTAGTGCTACTTATTACTTTTGCCCTCAATCTATCTGCGATTCCTACGCCTTGCATCAACAATGTGCTGAGCTGCCTCGCAAAATCCTCAAACCTGATCTTCATCCTGATCATCCATTGTTTCTCTTTGCCCGACCCTTGCGGAGACTTAGTAGTCCTTGCCTCAATTGTAAATATAAATGCACCAACTTCTTCTACTCCTGCCCACCCTGTAAGTTCAATCTTCACGTAGACTGTGTTCCGTCATTCAAACATGAACACCAGTTCCGCGTTCTCCGCAACTGGCTTTCTTATAAATGCCAACTATGTCTCAAGTCCGGTAATAGTTTTCCTTGGCTTTGTACAGTCTGCCTTCTTCTTGCCCATGAAGACTGCGCAATTCGCCAAATGTCCATACATCAAACAATATATGACGGTAGCATCATCATTCAATTAGAAAATGAAGAAATTCAACATTTTAGCCATGAGCAGCACAAGTTGAGGCTTTGTCGGCCTGATGAGGACGTGAATTGTGATGGGTGCATGCGATGCATATCATCCTTACCAACTGAAACTGAGTCGTCTCAATATTCCTATGCCTGTCCACCCTGCGGTTTCTATCTGCACCCAGAGTGTGCAACATTGGAAACACGATACAGAAACCCCTTACTCCATAAACATTGGTTGAAAATATTCTATATCCCAGATCTTGTATTCTCATGTGCTATTTGTCTTCAATATTCCCATGGTTTCGCCTATCATTGCCAAAAATGCTACTATGCAATCGACATCCGATGTGCTGCAACCACATTCCCATTTACGCATTCAAGTCACCCTCCTCATCCCCTGACTGATTACAATAAAGGAATTGGAGAACGCTGCAAAGCCTGTGGAGAGTGGTTGGCGACAAGAAAAGCCATTGGGTGCGAGGATTGCAAGTTTTATTTGGACGTAAAATGTGCAAATCTGCCACTTGCAGTGAAAAATAGATTTGATGAACATCCTTTGATCCTCACCTTTGAGAATGAAGACAAGAATAGCAATGAATATTACTGTGATATTTGTGAAGAAGAAAGAAACGTGGAGGAGTGGTTCTACCACTGCAGGTTATGCGATTTTTTCGCACATCCAAACTGCCTTCTTGGGGATCATCCGTTTCTAAAGCAAGCACAATTTGAAAATCATCCGCATCCCCTGAGTTTGGTGAATCAGTGTAAAAAGAGGTTCTCATGTGGTGCGTGTGGGGATTCTTGTGAAGGAAAATTGGCATTGGAATGTGGGAATTCAGCGTGCGAGTTCAATGTGCACGCATTTGGGCAATGTTACCACAAGCAGCTAATTACACAAGGCCGAATAACTTTCACCAATAACCCTTCCCTTCGCCATCGTTCAATTTCCCTCCGCCTAGACCCAGATGAAATGTAAGTGCGCAGCCCATGTTGATGCAATATCATGTGTTGTGTTTCTATCCATTCAAACTATGAATGGAAATCATATAGTTTTGTTATATCTACACTAACATACATTTTCTTTATATATATATATATATATATGCAGGAAATGGTGGAAGCTCATTTTGAAGAAGAAGGTGGAGTTGGGGAAGAGTCATTTCATTTTTATTTTTTATTTTTTTTAGTTCTGAATTATTATACTTACATATTGACACATGAGTATGCTCATGTTAGGCATGTTAATTATTAGGTTAATAACATGCCATTTGAAAATTGAACTTTGAGAATGGAGGTGTGAATGGTAGTTTTTTTGTCTTAAGAAAGTTTCACAGTTTTTTTTTTATTTAAAAAAATGAATAATTAGAATTATTACATGCACATGCACTTATAAAGTAGTGAATTAGCTGATGTGTCCTCAGTCATGTCATGTGCATATATATTTATATAAATGTAGTGTTGGTGCAGGTGAAAGATGAGTTCTCCCCAACCTGGTCGTTTACACCGCAAGGAAATTCGCATGGCGAAAAATGGGATCACGGAGTTTTTTCTTCAATCAGAGCATTTCGAATCCACTTATCACCTCACGGCATCAAGCTTGAAGGTATGGAAATTGAATATGAAGACAAAGATGGAAACTCAATTTGGAAAACAATACGTGGCTGGTATAGATGTGATAGTAAGGGGACGAAAGAGGTTAGCTTCGTAACTCTCACTGGTTTCATATTCTCATCTTAATTTTCATTTTTGGTCTGAAAATTGTAGGTTACTTTGAACCATCCAGATGAGTATCTTATCTCAATTCATGGCTCCTACGCCCCTGAACCTGAAGTTGGTATTCAATCACTGACTTTTGAAACCAACCAAAGAACTATAGGCCCGTATGGGAATAAGGATAGAGAAAGGGAGGAATTATCCCAATTTTCCTTCCCAACTAAGGGTAAGGGGGTGAAGATCGTCGGATTCCATGGGAGGTCTATTGCTGATTTTCCATTCCTTGTTGCAATTGGGTTCCACTTCGTTAAGATATCAATCCCAAAAATGGAGTCGTAAACACACACACATAACCATATATACTACTTAATTATTGTATGCATTCTCAAACTTTTTATATTATTTTTTCTCTCGAGGAATTTATGACAGTGATTTCCAACCCCTTTGACTAACACTTTCATTAATGTGGTTGTTTATCATCACTATCATTCTAAGCCTATTTGTGCAATAATATTCCGGCCTTTAATTATAATTTCAACAAAATTTAAGTTTCTCTTAACAAAAGAGGGTCGATCGTTTGATGTTTCGGCTCCTACAAGTGTTCATTTGAGAGACATCTAGACCCATGTCACATGCATATATATTATTTCAATGCCTCCATTCATTGACATTTTTTTATTAATTATACTACCCATAAACTTTATATACCATCTACAACTTATATCCATTCAAGCTTAAAAATGAATATAACCCAAGCAACAAAAATCAATAGTAGAAATTAGCCTAAATTATATCATTCTAAACTTAATTTCATTTTGGTTTCAATGATCTCATAATTTGATTTGTATAGTTATTAAAATTTTACAGATCACTTTCATCCATCTAAAAATTGAATTTCTTTTTGCTTATTTTGTCACTCAACCATAAACTTTGATGTAATCAATTAACATGTAGTCAACAAAACAGATGCTTACTACATGGACAACTTATAAGTACAAAATTAAAACTATGTTCAAATTATAAGAATCAAATTGATGAATGTCGTTACACGTTCAACGTTCGCTGTGTGTTCTAATCGAAACCAAGAAAGTCAAGCTTTCCAGCCACCAGCATTTACTGTCTCTTGCACAGAACTACTATGATATAAATTTAAAAAAAAAAAAACGCAGGGACTGTGGCCAAAACAACAAGATATTTTAGTCAAAAGTTCCATAGATCTAAACATATCTCAATCAAAGTGGGACAAATTGTGATGGACTATATATCAATCTCGTCTCTATCCCTTTGAAACTAATCTTTTCTGCCCAAGTTATTAATATGTTACTTGTTTCAATTCATATCACCTTCTATAAATTTTTACAGTAAACTTTTACCAAATTGGATCCTAAACTTTGTTAAATGTCGTAATTTCTACCAATATTCAATTTCTTGTTTAAATCAAAACGGTTGTTGTTCAACTTTTTGCTAAAATTCCATTGGCGATCAGAAACCTGTAGCTTCTTTCCTTCAGTTAAATATACATAAAGAAGATTAAATATATACAATGGTGAAGAAAGGAATCGGATTCCATTCCTTGGCCAAAAAAGAAGAAGAAGAAAGGAATCGAAACAATTTCTTCCATGGGGTTGTTACAGATGTGGGCCTCCACTCGTACTGTGTTTAATTGTTTAATTTTACCATTGATCCAATTCAATCCCAAAACCTCTCTCTCCACTTTCATCCTTCTGATCCTAATACTCGCAGTCGCTACTCTACGGAGAGGATGGTCAGTGTACTATTAACTATTAGCTTAGCTCGTAAGTTCCTATATATGTATGGCGAAACGATTGCAGGCAATTTCTGATTGGGCACTTTGTTGCTGCAGGAAGAAGACGAAGAGGGTTCCCCGAAGACGACGGTGAAGATTGAGATTCTTGGATGTAAAGAAGGTGGGCGTCCTTGGGATGATGGAGCTTATTCCACCATCAGACGCCTTCGAATTTATCACACACAGTGGATCTGTTCCCTTCGTGTTGAGTATGATAACAATGGCCAATCAATTTGGGGTTCCAAGCATGGCGGAAACGAAGGCTCCACTTCCGAGGTACCACCCATCCCTAGATTGAATCGCCATTGCCACAAGAATTGTGACCAATCACTTTGACGATTGCAGGTTGTTTTAGATTACCCGAACGAGTATCTAATTTCAATTTGTGGTTATTATGGCGATATACATAAATGGGGAATCGCAGCTACTGTGATTCGATCGCTTACTCTTGTAACTAATAGAAAAATCCATGGTCCATTTGGGATGGCGGAGGGAACCAAATTTTCATTCCCGATTATGGGGGCCAAGATCGTTGGCTTCCATGGCAGATGCGGTTGGTACCTCGATGCAATTGGGCTATATATCCAGCCAATTCCGAAGTACTAATGAGTACATATAATCCCAATCCACTACTTGTATGCTGCAAAAATATGAATGGAAATGAATAAATTCCATTGGGATTTTTCTATTATGCAGAAGCCAACTCAAGAACTTGAGCTTGGGACCTTTTGGAGGTAAAGGTGGGCAACCATGGGAGTACGTGTTTCGGTCGATCAGACAGTTTGTAGTGAATCATGAACAGTGGATCCACTCCATTCAAATGCAATATGAGGATAATAATGGAAAGTTGGTATGGTCCAAGAAGCATGGTAACAAACCACCTGCAGGAACTTCCAAATCAGAGGTCTGATCAATTACTCTGCCTATAACTTTGTTTGTTCAAATTCTCACTCTGCATTGGTTTGTTATGGGGTTGAAATGCAATTGTAGGTTGTGCTAGAATTTCCGGATGAGCGTTTCGTTTCTGTTCATGGCTACTATAGTGACATATCTACTTGGGGAGATCCTGCTACTGTGATTCGATCGTTGACATTAGAAACTAATAGAAAAACTTATGGACCGTTTGGAGTTGAAGAGGGAACTAAATTTTCATTTCCAATTATGGGGACTGATATTGTTGGTGTCTATGGTAGATCTGGTTTGTACCTTGATGCCATTGGACTCTACTTGGGAACAATTCAAAAGTATGCCCACACTTCTATTCTTTTAATTTTTTTTTGGATATATATATATATATAATACGTGTTACTTTTTTTTACTTAGTTTTATTATGTCGTGTCGTTTTTCTATTTTCTCTTTTTCATGTTTCATTGTAGTTTTCTAAAAATCAATTTTTTTTTAAATAGCAATAAGTATTAGATATGTACATATGTCAATTAACACTGCGCTATGTTCACTTTGACTTGTAAAGTCACTTGTTGACTTTTACAAAAAATAATACAACGTGTGATTTAAGATGTTTCAAACATGTCAAATTTAATGTTATTATTTTTAATATGGCTAATAAAAGTACTAAAGTAGAACAATTCTCAAAGGTCAGAGCCAAAAGATATTTTAACCAATATGTTTTCAAATATAACAAACTATAAATGTGTCTACATCAATTATTAATGTCAATCAATATGTATGTTAATTATTGAGTTTTATGAGTATATAAGCTAATTAGTGATGTATTAGAATTATGGTTCATCTTAAGTGAATTATTAATTTACCAATTTTACAAATTTGCTAAAAAGTTGTTCTTTATGTAGAACCAAGATTGTGGTCAAGCCTGAGCTTGAGCCTACAACTGCAGCCAAATCCCAACTTGAGCGCTCTAAACTGAGACAATATGGAGGTGAAGGTGGAGATGCTTGGGAAGATACCTTTTTCACAATGAGACGATTTGTGGTTTGTCATGGATTGTGGATCGACTCCATTCAAATGGAATATGAAGATGACAATGGAAACATAGTGTGGTCTAAGAAGCATGGTGGAAATGGAGGATCCCGATCAGAGGTTAATCCAAATTCTCCGATCCTTTAAAATTCCTCTCCCCCATAATTTGTTTTTTGAAACTGTTCAACTTGTCCTTTTTATTGAAATGAAATTACAGGTTGTTCTAGAATTTCCAGATGAGCATCTTGTATCAATCCATGGCTACTACAGTGATATTCGTAGGTGGGGACTTGCAATCACTGTAATTCGATCCTTAACTCTAGAAACCAATAAGAAGACTTATGGGCCATTTGGAGTTGAAGATGGATCCAAATTTTCATTTCCAACTATTGGGGTGAAGGTCGTCGGCATCCATGGTAGATCTGGTTGGTATCTTGATGCCATTGGACTTCACATAGTATCGACTCAAAAGTAGGTCGTCATAGACCCAAGTGTTGTACTACTTCTAGCTTAAATCGTTATTATAAGTTTGAAATTCTAGTGAACCAACAGCTACCAACATAAAGAGCTTTATTACTAGAATAGCGTGGTTTTAAAAGAATTATGATAAAAAAAAATGTAAAGGTCATATAAAATTGTATTTGCAAAATCTTGAAGATGGTCAAAACGAGCATAGCTCAGCGATAATTGGCATGTACCCTCGACCAACAGGTCAGATGTTCGAATCCCCCCACCCCAAATGTTTATGTATTCAAAAAAAGAAAAAATCTTGAAAATAAATAATTTTCCATAGTTGGAAGTCTGGATCGTACAGATTAACCTGCATCTTCGGACTCGAAAGGACCAAAAAAAATACCCCCTCTCTTGGAACTTTTTTTTTTTTTGAAACAAACATCAAATTAAATAGAATTAAAAGAGTTAGGTACACCATTAACAACATCATCTAAAACTGAGGAAAACCACGGCGGGAAGATATCATCCCTACCCAAAACTTCCGGCCTCAGAAACGGACGCGGAAGATCAACAAAAAAATCGCAAGACCCATACATGGCACCAGCGCGCGCAAGATTGTGCGCCAAAAATTTGCTATCTCTGGAGCATTTGGAAAAAGAAACGACTTCGATCGACGACGCGAAAGCTTGAATTTCATCGATCACTACCGCAACCTCAGAAAGATCCTTCGATTTCTGATTGAGAAGGTTAACAACCTCTATGGAGTCGGATTCCACGACTAAAGGGTAAGCAATACGACCCCCACCCTGATTTAATTTCCTCGAAAGATCATACAAGCCTTCAACAATAGCTTATGCTTCGAGAAATTTGATATCCCTAACTTTTTGATTTTTTTTGCAGCCGGCACCGATCTGCATCCGCATTTAGCTTCCACTGCTCGGAATTCGGAGGATCCCAACTCGCATGACTCGCCTGGTTCTTAGATTCTTTCGGCTTCAGGTTTGACTCTCTCAACACAAACGCATCAGTTAGGCTTCTAATATCACTGATAATTTGTTTTGCATTGATTTCTGATATTCCAAATAGCCCATAGGATTTGTCCAGCCAAATTGCACTCCGATTTGTCAATGCTCTGAATAGTTTCAGCCCAGAAGTCTTTTGATCGGCACCAATCCCTACACACCGAGAAAACATTAGTGAGCTTAGGGATGTAATCGATCCAAATCCTCCTAGAAATCTTGCAATTCCAGAAAATATGCTTTCCATCCTCCCGCTTGGACCTGTTAGAATATACCTCGATAACAATATTTTATTGATATATCCATTGTTCTCTGAAATTGAAATATAGTTATCTACATCAACATGATATATTCTCCATCCTCCCTCTCTTGGAACTGTTAACACAAGCATACACTACCACAACATCTTTTTTTTTTTAATAATTGAAAAACATAATTCTTTTTCAAAAAGCCTCGTACCAATAAAGATACTTGTTTTCCTTTATAAACTCATGATCATCCTCTAGCCAATGTGGAACTTTGGTTGCACTCTCTAATTCCCAACAACCTGCTGATGTGGAAAAATTTGGAGCCTCACGGGCTGGACTGCGGTGGTATGTAACGACAGTTGGAGCATCATGATAAAGCCTATCTGTCGTCTGGGCTCTCTTCTTCAATACCCTTCATCAATGGGCATTGTATATTCTTTGGCCCAATACTTCTCTTGCTCTGCTCAGCATTTTTTTTTGGCTTTTTTTTCAAATCCACGCTTATAAATATATGTGAAACTTATAAGATATTATCAATCAGTCACCCACATAAATTTAAATACTCATAATAAGATTCATAACTTAGGGCAGTGAATAAATATTAATTATTAATTTAAATAGTTTTTATAAATTTTTTGATTTATAAGAATATACCTCGATAACAATATTTTATTGATATATCCATTAGGGGTGAAAAGAACCGAACCGAACCGACGATTGTACCCTTTAAATCTGACTGAACCGAGGGTTCGGTTCGGTCCCCACTTAGTCGCCCCTTGTCTGTCCGAAGCCAAACGCGAACCGTTAATATTAAAAAAAAAAAAAAACGGAATAGCTGCTTCGTCATAGCTGCACGCCGCTTCGTCTTCAAATTGTTCGATTTAGGGTTTCAGCACGCTGCTTCGTCTTCCTCTTCGATCGCGATCGCCATAGCCGCACGCCGCGTCGTCTTCCTCTTCTTCGTCTTCCTCTGTTCGATTGAGGGTTTCAGCAGACGCCGCACGCCGCTTCGTCTTCCTCTGTTCCAGCAAGATTTCCGAGACGAACCCAAAAAAGATCCTGCCGGTGAAGTTGAAAATGCTGACGAGAGAGATGAAGGCGTTGATAGCTTCAGATGGGTAGCCTTGGGACTCGCCAATCTGGCCGAGATTGTCGATGGCAGTCAAGCTGGCGCCGACGCCGATCAGCATCGTCATGAACAAGATGAGCATGTCGACGCTGAAGATTGCTGGGGGAATCGTGTAGTCTTCGCCTCTTTCGGGCTTGTTGAAAACATTTGCGAAACAGGAATTGCTCTGGTTTTGGTTTGGTTGGTGGTCTCGCCTTTTTCTTTTCTTTTTTTTTTTACAATATAGCTGGACGTTTCTTGCCCAGAATACTAAAAGAAAATATAAATAAAAACCGACCCGACCCGACCCAATCCGGTTCAACAATGAATCGGATCGGGTCGGGTTGTCCGTACAATCGGGGCCGGGTCGGATTGTCCGTACAACCGACCCGACCCGAAAAATTTACACCCCTAATATCCATTGTTCTCTGAAATTGAAATATAGTTATCTACATCATCATGATATTTTAATCCTTGGAAATATAACTGGAAATAGTTGCCTCTACCTCCTTGTGATTCTAACCTAGTTTTTTTTGTCCCTTCCTGTGACATTTTTCTCTCTAAATTATTTTTTATTTCTAACTGTATTTCTCCCATTCAACTTATTTCTCTTACTAAATTTTCTTATCTCTAACTAAAACTTTTGTGCCCATCTAACTTTTTTTACTCTAAAAACTTTCTCCAACTCTATTTTTTCTCTGTAATGTTTGCTTATCCCACTCTTAATTTATTTTTCCTCTCATTTTTTTTTAGTATAATGATTCTAAAATTACATTTGAAAACAAACATTAGTCTTTCTGAAGCACTTTTAATTAAATTAAAATCATGTTTTATAATGTGAAGTCAAGCATTAAAATGGTTCAATTATTTTAATTATAATTAAATCGCTTGAACTAAAAACAATTATTAGAAAATCACTTCTAAATATGTTCCATCCCGATTAAGAAAAAAATTTACCACCAAGAAGATAGAGAATATTGTAACTTTGTTATAGGCAATTTTGGACCACCCGACGCACAAGGAGCAGACGAAGACGTCCGAGCAAAAATAGGGCTGGGGGATCGATCCAGAGGAACAACCGACCAAAGGGCCGGGCCAACCTGGCTCGACCCATATGGTCGGCCTCGGCCTTAGGCAGAGGCCAACCATTTGGCCCGCTTGCGCGGGCCGAGCTCGGTCACCTCCTCTCGGTCCCTGATGCCTCTAGCCGCCCCGGTTTCGCCTGGTTTATCCCGAAACGCCTCCGAATTCCTAAAATCCCTAGGAGCACGAGCATGTATTTATACCCCTCTTCGCCACTGAAGAAAGGGACCCGAACTCAATTCTCGACTCTCTTCTCTTGCTCTCTAGCTCTCCCTTCCGTTTTCTGACTTAAGCATCGGAGGCGGTGTGGCTAGCACCACACCGGTGTGCAGGTTTTCTCTTTTGCAGGCCACGTCTTCCCCCTCATCTACAAATTTACCGTTGGTGGCACGTGAAGGTCAGGTGAGTTTCCTCTGACCAAAATCGACCATCAACAAACTTTATATAGGATGTTAAGGTCTTGGGGATAAGGACATGTCGGCAATGACGTTCACATACTATTCTTAGAAGCTCGAATGTGAGGTTAGAGATTTAATTTGAATCCCTAAACTCATAAACCCATCATGTTTCTTCCTTCATTGATTGCATTGACATTGACATACCATTCTTGGAAGCTCGAATGTGAGGGTGGAGATTTAAACCTCCAGATTCATTAGAAAGTGTAGATGCTTTAATCCTCGAACTATCTTACAAAAGAATCTTATCTATATTCTTTAAATCATATATACCATTATTGTATCCTATAATAATATATTTTCCTTTCCTTTCTAACTTTTAATACTTTTGATTTTTTTTTTTCAAAATTAAACCCTTGAAAGTTAAACCAAACATATCCTAAATCATATATAGGTTGAGTTATTGTTCAAAATTTTGGAGTGGTCAACCTTCTTGAACATCCGTAGCTAAAGATATATTTGTAGCTTTACCCAATAACTAACCTAAGTAAACTTGCTCCAACTTGTAATTTTGAACATCCGTATTCTTCGGCTGAAAGCATCATTTGATGAAATTTCATTCGATTTTTGTCCCAGATCGTGTGGCGAAGCTGCTCATCACTTGGCGCAAATGACGGTCGATTAGGTTATTTTCCTCTTAAGTAGGGTTGTGGTACCAAATTTTCTTATGATTTAATGAAGTGTTTCTTTTATAAAAAAAAAAAAAAAAAAAGTTAAAAATCACTTTTGGTTCCTAAACTTTCATGAAAGTAACAATTTGGTCCCTAAACCTTAATTTATAACGATTTAGTCCTTATACTTTTAATTTGATAATTCGATCTAAGACAGGCTCCTTCAACCGTATAATTTCTGACCCTTATGGCCATCAGTCATAGTGTACAGAGGACAGAACAGTAAATGTTTTTTGAGAAGACAGAGGACAGTAAATATTAGCTGTTACATCACTGCCTGCAACTTGCATTATTTTAGTTTGAATTTTGATTTTTTTTTTGACAAAAACATTTGAATGTTTATTTTTACTTTTATTTTTTTTTGAAAATGAATGTTTATTTGTTTATTATTATTTATTTGTATTTTTTTAAAATTAGACACAAAATTTTTAATTTTTAATTTTTAATTTTTAATTAAATCTAATGTTTATTATTAAAGCTAATTTTTAATTTTAACCACGGTTGAACCAGTACTGTTTTCATATTTACAATTAATCCAATTTAACATTAAGACAGTCTCCCTCAACTATATACATCATGACCCTTTTCAGCAATCACTAGTGTGCAGAGGATGGCAAATAATAAATGTTAGCTCTCAGTCTTAGCTGTTACCTCACCTATTAGGAGTGTGACCAAAGTCTCACATTGGCTAGATAAGGGGGAGATCATGGGTATATAAGGGAGGACGAGTATCGCCATTGGTATGAGGCCTTTTGGGGTGAACCAGAAGCAAAACCATAAGGACTTATGTCCAAAGTGGACAATATCATATCATTGTGGAGATATGTGTGTGTCCATCATCCCTTACAAGTGGTATTAGAGCCATGCCCCGGACGTAGCCGTGTCGGGTAGAATTCTCGGGTGTCGAACAAAGAAGTTGTGAGCCTTAATAGTCATGGTGGAGATTCGTGGTTGGGCTCTGTTGGGCAGACAGGTATACTCCGGAGAAGAGCAAGAACTCTTGGTAAAGCGGTGAGTTGGATGGATATATGACTATTTGAGGGGAGGCTCGGTGGTACTTTGTTCGAGGGGAGGATTGTTGGGAGTGCGACCAAAGTCCCACATTGGCTAGATAAGAGGCCTTTTAGATATGTGTGTCCATCACCCACCTACAAATTCTATTAAATGGGTCAAAGTCCTCCCATTGTTGTTGAACTCAAAGAAAAAAAAAATCCATTGAACAGGTGTCTGTGTGGTTGTGGTGGGATTTTTAAGTTAGATTATGTAAAATACCTTTAAATTTTGAGATAAATTTCAATTATATCACTAACTCTCCAACTTTTTTCTTAAAAAAAAAAATATCAAACTTTAAAATTGTTCCAAGGAAACTATTTTAAAATATTTTCCATTAAAATGAGCAGCAAAAATTGTCATAACAATCTAATGGGAAAAAATTAGAATGCATTTATAGCACCATTTATATAACTCAATTTCAATTATATATAAGATTAAAATTATTGATACCATTCATTTTAATTTAGAATATACCATTAACGTTATTTACAACATTATTCACATAATCAAGATCACATCAATTTATATGAATAATGTTAGGAGTGATGTCATGTATGTATTTCAATTTTTATAAATTAATGGATACAATTCCCATGCATTATTTTAACAGAAAATTTTCCAGGGATTTCTTTGAAACTATTTCAAAGTCATGAATTAAAATGAAACTTTTCCAAATCTAGAATTACAATTCAAAGTCATCTAAGAATTTATGAGTATTTTGAATAATATAACTAAAAATATAATTTTTAAACTAGTTTTAAGAATATAGTCATTTTGTCAACAAATTCGTCCGCGTATGACAAATTTGAGAGAGAATATGGAGCTCAAAATAAATCATTATTATTTGATACTATTTAGAGGTAAAAGTCAATGTAAATGATTTTATTGAAAAATATTTTTTTTCCAAAAATTATTCCAAACCCAATTGGTAAAAATACGAGTTTCTCAAAACAATAGTAACAAAAGAAAAAAATGTTAGATGGTAATGGGTACGAAACTAGTGGCCTAAAGAGATGTGCTTATGAGACTGTCACGATAAGAAAAGAAAGAAAAGTATGAAAGAAATGTTGTGTATTTTATAACCATTTAATTCTTAGTTTTTGATGTTTGAAAAGTATAATTTTTCAAAAAAAAAAAAAAAAAGAAGTATATTTTCTTTCTTTCGATTTTCTTATAATAGTTTTCATTTTGTTAGGGATATATTTGAATTTTTAGTCAAATTATAAGAAAAGAAAAAACTACTTTTTGAAATTTTTTTATTTAATTTACAAAAAATGATTTGACTTTTGAAAACATGAAAAAAAGATAAATAACAAAATAGATGAAAATAGTGTTTATAAACTTAATTTTCAAAAATTCGAAATAAAATATGAAAGGAAACTTAAGTAGTACAAAATTATTGGCCTAAAAAGGCGCGCTTACCACTACCGGACAATTGAGATGAGAAAAGAAATGTTATGTTTTTTTAAAGAAAAATTATAACATTACTGCACATTCTCTTTGTTAACACTATAATTTCACCTTCATAAATATATTTTTAATATTAGTAATTTTTCTATCGTTTTTTAAAAAATGTTGAAGTGACAAGTAATGAATGAGAGAAGTATCCATATTTATATTCCTCTATTACAGTAAATTTTCCCTTTATAACAGATGTGCTTACGAGACTGTCAAGATAAGAAAGAGAAATAATTGTAGCTGAAAGCCTGAAAATCTATCCGAACCGAAAAAGGAAGGGTCCGTTTGATAAAGTTATCGTTTTCTGTTTCCTATTTCTTGTTTTTTAAGAACTAGAAATATAAACATGTTTGATAACTATTTATGACATATCTAATTTTTTAATAGTATGTTCTCTAATTGTCTGTGTAGGTCTATTGCCATGAAAATGGATTACAAAATCCACCATGATGACCACTTTCCTGCTGCCTCGACTTGTTGTGTTCACTTAGGTAGAACTATAAAAAATATAAAGGCAAAACTTCACCTTCATCCAGTTGGATACGTTTAGACAAACCATGTTTTGGCTCTTTACTATGATACCTCAATAATATCTAATGGCCAGCTGATTCACCATATTTCTGCTTGGGGAGGTGAATGAAAGTAGGGCAAACATGATGAGTTTTAGCCTATTAGGGTGTAAGGTGTTATTTGGTAAACAAGACTTTATCACTGGTCTTTTAGACATGTGAAGCAGCATGCTAAGAGAAATATGGTAACCAATAGATTTAGAGGCCTATACCTAAGGGATAATGAATCTATGAAAGGTGAAGAATTGGATAAATTATTCCCAACACTTAGTTTCAGAATGACGATGATGTAGTTAAAATTGTCCTATTTTATTTTATTGAGTTGGTTGTGATGGGAAGGGAGATAAATGGATACGTGCATGCTCAATATAATTTGAGAGGGCTTTTGTAATGAGGATTGAAGCACACAAATATTCTAGAAGACTCTAAAAGGCCTTAGACATAATATTAAAAGTTGAAAGATCTATTATACATTTTTAAAGTTTAGGAACATTTTAGATATAAGATTAAAACTTAAAAAACATATTAGACACTTTTTTTTTTTTTTTTTGAAAAATTTAAAGTTTAGAGACCTTTTAAACACAAATATTAAACTTCAACGACTAAACTTCTAAAAAATTGTACACTTCTTGGAGGTGCATTATTTTGAAATTTACCCACAGTTATTTATTTATTTGAAGGGAAAAAAAAGGACATCTCTTTTCTCTCTTTTTCTGCCTCTTTTCTGTAGACTGTGGTGGAGGGGAAAAGCAGCCGAGAGCGAGAGCTGGAGTTGGATCGCACCCCGTGGAACTCATTTTTATACTGTAGGTCCTCAACTTTATTTTGGATGACAGGTAAATATTAGCTGTTGCGTACTGTACCTCAAACTGTAAGTGACATAGACAAGTTTATATTTAACTTTCCCAGATCCCACTTCTTCACATCAACTCCATTATTTGATATATCTTAGTCTCAGTTATACAAAATGACGGGCAGGAGTATGGTAAGAATGAGTCTCATTATTTATGATTATGGTTATGGGCGATTTTAATTTCTATAGGCGGCGGCGCAGGTGATGTCACTGGGACAGCACGGCGGCGTCGGAGGGGACGAATGGGACGATGGAGTCTTCTCAACGATAAAACAAGTGGAGATTGGTTATAACCATTCACACATCCTCTTCATTCGGACTGAATATTGTGATGACGATAATAGAAACCCAACTTGGTCAGATAAGCACGGCGGCAATGATGAAGGAGCAGTTGAGAAGGTACGGGTTCTCCAATAATACAATAGCTAGCTAGCGCTTCTCTTTTGAACTCATCTCAATGGAAGAGCTACCATTTCAGGTGCTTCTCGAGTATCCAAATGAGTACCTAGTTTCAATTCATGGATACATGGGTCCAGAACCTGCTAATGGCTTCTATTTGATTCGATCGTTAACTTTGGAATCCAACCAAAGGAGTTTTGGCCCGTTTGGTGAGGAACAAGGAACGAGATTTTGCTTTCCTACAACTGGCGCTAAGGTCGTTGGTTTTCACGGTAGATCTGGTCGATTCCTCGATTCTATTGGGATTAAAGTTGTCCCAAATAACACCGCCACCAAAATCTTAACTTTGGAATGAACAACTCTTTTTAGTATCAATTACATGTTTAGCAATAAACTTTGATCATAATATGGGTTAGTTTCTTGACTTTTAGTAGTTTCAATGCAAAAAAAAAAAAAAAAAAAAAAAACTTTCAATTGAGTATATGAATTTCTTAATTGCAATACATCTGAATGTTGTTCTTATCATTAATATCATGACTAAATGATGATTGACATCACTATCAAATTTTTCCTTAGAAAAAATATGTCATATGTTGAAGAAATTAGCACACTTGAAAAGAAAGAAGCTTGAGAAAAATATACTTTTTGGGTTTTGAGGTGAGTTAGGTTTCATTATAAACAAGTAATATGAACTTCCTCTGTATTATACACAATAACTGATCCAAGAGTCTTACAAGAATATATACATGAGCTGAGAGAAGGGGGATGAATTGATAATTAACTAACTCTAACAGAATAACAAATACAATTAAAATAACTCTCCAATACATTATGGTCCCTAAATTTGAAAACACAACATTTTTATCTCTGAGGTTAGCATTTCGTTTCATTTTGGTCCATCTGTCTAATTTTCCGTTAATTAGCTGACGTGATACTATTTTTGTATTAATTTTTTTAATTTTTTAAAATAAAATAATATTATTTTTTTTTCATTTCTTTCTCCTTTCTTCTTCTTCTTTAGACCACCACCACCGTCGTCGGAACCGTCATTCTCTATGTTGTTTTTTCTTCTTTTTTCCCCCTCTTTTCCTCTTCTTCCTCTTCTCCTTTCTCCCTTTCCTTCCTTTCTTCTTCCATTTTCCCTTCTCCTTCCATTTTCCCTTCTCCTTCCTCCCTGTTTCCAGATTTGGGAGCTTGTTGGAACGCACTCGTTGGATGAGAATGCATTTTGGTAGGACTTTTGGAGAATGGTTTTGAGTTGATTTTAAATGAAATCAAGTGAAAATAATTTATAAATCACTAATGAATGGTCTAAATTGATTTAGATATGAAAGTTTAGGGTTTAAATTAATATAATTATTAGTTTAAAGTTTTAATCCATATAGTCCAAAATTTAGAGATGACTGTCACTCAAGGTGCAAGGGGGGCTTTGCAAGGGGGGCTTGCGTGCACAACCTCTAGACCAACCGGGCATTTTTGCTATACATGAGTAGTTATTTTATATATCATATCAAATACCTGAAAGTTGAGGAGGGGCTCGAGCCCTTTTGGGCCTACACTAAATCCACCACTGTCAGTACAATCTTATGTCAGTTGAGCAATGCTCATGTTGGCTGATTAATATAATTCATTGTTCGAATAAATCAATTTTATATCATATTTAATGTGAAGTGGCAAGAATACATAAAAAAAATTCATCAACCAATCCAACACTGGTTTAAAGCAAATACTCAAAAGTTTGTAGACTGAATTTGTAATTTATCAAAAAAACAAACAAACCAACCCAACACCAATGTATTATTTTTTTTATTTTTATTTTTTTTTTGACAATATGTGGGGGAGGGGGATTCGAACCACAAATCTTGTGGTTATCCGTACAACTTTATGCCAGTTGAGCTAAGCTCTTGTTGGCCACCAATGTATTAAATTTCTGTCCACATGTATGTAAAGTGAATCTACATTTTCATTATACCGTAAAAGAATTGATCAAATATAAACAAAATAACAACAAATATAAAATGTGAATAATATTTATAAGGTTAAATTACATGCTTAGTCCCTGAACTTAAAAAAATACCAAATAGGTCCTTAAACTTCCATTTTTGTGCCTAATAGGCCCTTCAACTTTTAATTTTGTGTATAATAGGTCATTGATCTATTCAATATTTTTTAAAATTCACAAGCCTACTAGATACAAATTGGAAGTTTAGAGTCTCAATGGACATAAAATTCAATTTTATATATAGTAGATTGGTTAATTTTTAAAAATATCAAATATATCAAAGACCTATTAGATACAAAATTGAGAGTTCAGTGATTTATTAGATATTTTAAAGTTCAGGAGCCTATTAGAAACAGAATTGAAAGTTCAATGACCTATTTGAAACTTTTTAAAGTTCAGGAACCTAATTGATAATCTTGAAAGTTCAGAGATTAAACTTGTAATAAGACCTATTTATAATAAGTATTTAAACTTATTTTAAAAATGTAAAACTTTTATTTATTAATTATTTTTTTTTTAATTTTTTGTTTTAAATATTTTTCCAAAAATATCCATATCCACATCCACGTTTCGTTGATATTTCGATAACATTTTTACCCTTGGCCAGCACCAACATTTTATCTCTCTTTCTTTCTTAAAAAAAAAAAAGCATTTATTCTCTCGGTCCCACAGTCCTTCTCACTTGTCTTAAATTGCTAGAGTCAGTGGACGAAATTAAAGCTCCCAACCGTTCCTTTTTCTCTGTTTTCCTTGTTTGAAATCATTCATACAAATTCTCTGTTAAAAAGGGTTAAGGTTGAAGAAGATTTAGTCCATGCAGTTATTCACCTCAACAGAAAAACAGAAGAAAGTTTGTTAGCTTTCTGTTTCTGTGAAAAGAATTGCTCTTAGTTGAAAGGGGCATGAACATCATTCAGTTTTTTGGTTTTTTTTTTCAAGAAGAAGCACGAGAGTAGAAAGGAGAGAAAAAGTATTATGTACCTTGTATTTTTTCCATTCTGGAAGAGGATTAATAAAGATCCCATGGCTGATCTTGTACAGTGAATGTAGGCTCCTTGCCGAACCACTTGATCATTGTGTTCATCTTCTAATTCATTCAGCTTTGATTTTCTTCATCTTCATTTTGGTTTTCTTCCATCTTTTGCATGTGTGGTCTCAGGTCTGAATCGAAAAGGAGAAAGATGAAGAATGAGTACACTTTCTTTCCTTTGTTTGCCGACAAAAGAGTAAAGTAAGCGAGAGAAAGCAAATTTTCTCATTTTGTGTGAAGTGCTAGCTAACTGTAGTGATTTGATAGCACATTTCTTTTTCACATTCTCGATCAAGAGGAAGAAAAACCAATAACCTACCTTAAAGCTCACTTCTTTCAACCTAGATCTGTCGGTGAATTGGTTTCTTTCTTCCACGATCTTTTGATCCTTTTCTTTTACTCTCATTTTCTCAGCCAAACAAACAAGACGAAAGTCGTCAAGCCAATAACAGGTAATGCTGTGTCATTTGAATCTGATTGTTGTCTCACTTTTAATTTACTTTGATATGCCAGTGGCATGATTTTAAAAGATTTTCTGAAATTTATTTACCATGTCAAATGAATTGGAGGCAAAAATTTGAAGGTAGGGTAAAATGGGTGTAAATATTTGTGACTAAGTTGTAGTTGCAGTGGAGTGATGGAGGCGGAGCGTAGGATGGAGAGTGGATTATTGTTGGAAAAGGCAGCAGATAAGGAGAGAGAGATGAAGAAGCTTGACATAGTGAGCAACCCACACAAGCACCCGCTGATCTACTACCGGGAGGGAAGACAAGAAGAAGGGATTTACTGCGTCGTATGCGGTGAAGTATTCAGTCCGCCGGCGTTCGGCTGCTCCGAAGACGACTGCAGCTTTAACGTTCATCAGTCATGCCTAGACCTTCCCGATGAGATCACGAGCCCCTGGCATACGCATCCTCTGTCGCTCAGACCCAGCTACAACCTCATCTGCTTCTGTTGTGGCCAAAAGCCATTCGGCTCCAGTTACGGCTGCATCCGCAGCTACGGATTATGTTATGTAATGGACGTACAATGCATCATCGCCGACCCAGAAGCCAGTAGTTTGCTAAAGACAGCAGGCGGTGAGTTTCGACATTTGAGCCATCCCCATCCATTAACCCTTCACCTGGACACACATCCAGAGAGGCGAAAGCGAAACATAATATCCGTTTGTCTCGTCTGCGAGCGCCCTATAATACCACCTTCTACTTACTACTTTTGCTCTCAATCCATCTGTCATTCCTACACCTTGCATCAGCAATGTGCCGAGCTGCCTCGCCAAATCCTAAAACCTCATCTTCATCCCGATCATCCATTGTTTCTCTTTGCCAAACCCTGGCAATCATCTACTCTTTGCCTCAATTGTAAATATCAATGCACCAACTTCTTCTACTCCTGCCCACCCTGTAATTTCAATCTCCACGTAGACTGTGTTACGTCATTCAAACACGAACACCACTTCCTCGTTCTCCGCAACAAGCTTTCTTATGACTGCCACCTATGTCTCAAGTCCGGTAAAGGGTTTCCTTGGCTTTGTACAGTCTGCCTTCTTTTTGCCCATGAAGACTGCGCAATTCGCAAAATGTCGGAACATCATTACACCTCAGCTCAAGCATCTAACAGTTATAGCATCATTCAAGAACATGAAATTCAACATTTTAGCCATGAGCAGCACAAGTTGAGGCTTTGTCGGCCTCATGAGGATGTGCATTGTGATGGGTGCATGCGACGCATTTCGACTGAGTCTCAATCTTATGCTTGTCCACCTTGCGGCTTCTATCTGCACCAAGAATGTGCATCATTGCCAACACACCACAACAATTCCTTCCTCCATTGGCATGTCTTAAGTCTGGTCTATATCCCTGATTTTGTATTCTCATGTTCTCGTTGTCTTCAATATTGCCATGGCTTTGCCTATCGCTGTGAAGACTGCCACTATGCAATCGACATCCGATGTGCTGCAACCACATTCCCATTTACACATTCAAGTCACCCTCCTCATCCCCTGACTGATTACAATAAAGGAATTGGAGAACGCTGCAGAGCCTGTGGAGAGTGGTTGCATAACAGAAAAGCCATTGGGTGCGAGGATTGCAAGTTTTATTTGGACGTAACATGTGCACATCTGCCACTTGCAGTGAAAAATAGATTTGATGAACATCCTTTGATCCTCACCTTTGTGAATGATAATGAAGACGAGAATAGCAATAATAATAATTATGAAGACGAGAATAGCAATGATAATGAAGAAGAAAGTAGTGAGGAAGCTGTTTACTGCGATATTTGTGAAGAAGAAATAAACGTGAAGAAGTGGTTCTACCACTGCAGGTTATGCGATTTTTCCGCACATCCAAACTGCCTTCTTGGGGATCATCCGTTTCTAAAGCAAGCACAATTTGAAAACCACCCGCATCCCCTGAGTTTGGTGAATCAGTGTAAAAAGATCAGCTACTCATCTAGACGTTGTGGTGCGTGTGGGGATTCTTGTGATGGAAATTTGGCATTGGAATGTGGGAATTCAGCGTGCGAGTTCAATGTGCACGCATTTGGGCAATGTTACAACAAGCAGCTTACACAAGGCCGAATAACTTTCACCAATATGCCTTCCCTTCGCTATCGTTCAATTTCCCTCCACCTAGACCCTGATGAAATGTAAGCGCGCGCGTGCTCAATCTCTTTATTTGATATCATCTCTTTATAACATTTTCTTTATATGTGCAGAGAACGGTGGAAGCTCATTTCGTCTGGCAACAAGGAGGTGGGAAGAGTCATTTATGATACATGCTTTTTTTTTTCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAGCATTTGGGAGTGAGGAATTCAAATCTCTCAACTCTTTGGTCGATGTTCATACTCATATTCATATTGGTGGATTAAACATGCCATTTGTAAATTGAAATTCAGAAAGCTAATTTGTAATTTACTTGGGATTTTAAAAATGAATAATTAGAATTATTACATGCACTCGCACACGCAGACATAGACTTATAAAGTCGTGAAGCTGATTTGCCCTGGATCAGTCATGTGCATATTTATATAAATATAGTGTTGGTGCAGGTGGAAGATGGATGCTCCCCAAGCTGGTCGTTTATATCGCAAGGGAAGATTGGGATGAGGAAGTTTCTTCTTCCATTAGAGCAGCTAGAATGCATCCTGGGCTCCGTTAACGAATATGATATTCGGTTTCAGACTTTTGATGAAAGCAGCCAAAGAACTTCGGGTTCGTATGGGAGTGGTGGGGGTAGAGAAGGGGAGGAATTATCTCTGTTTTAATTTCGTTCCCAACTACTAAGGGGCCGGGGTGAAGATCGTCGGATTCCATGGCAGGTCTCTGATAGATGAATTCCTTTGTGCAATTGGGTTCCACTTCGTTTAGATATCAACCCCAAAAGTGGACTTGTAAACACAAATATATCTACTTCATTTCTCTGTGTGTTTGTATTCAAATCTACCCATAATAAGCATCTAAGGCCTCTCCTTGGTCAACCTAAACTTGAAATATGTGTAATCTTGATGTATATGCATTGTGCAACTTTAACTAGCTCTGTGCCTTAGCTTGATCTTTTACTAACTGTGGTTGTTTATTATCACTTGCAAGTTCCATGTCCATGCAGTTGGGCGTTGTTGCCACCACCACCAGTAGCAACACACACCAGGGAATGAGTATATGTCAATTATGTCAATTAGCTCTGCTAACTTTGGCAATATTGAGTTTAGTTTTTTGCAAAAGTTTAAATTGAGTAATAAATTTTGATTGAGAGTACTTCTATATGTCGTGTTCATAATTAATGAAAGAAGAATAGCAATTAGCAAGCCATAGTAATTATATTGATTATAATTAAAATTTATATTATATTTTTGATTGAGTAGAAGTGTTGGAAAAGGCAACAGATAAGGAGATCAGAAAGATAGAATTTGATATTGTGAGTAAGCCACACCCGCACCCGCTGATCTTATACCGACAGGAAAACCCCCAATCCCATGAACATGAACACAAGAGATTTGGTGCTCCAAATGCGGTGAATTATTCTGTCCGCCGGCGTTCGCCTGCTCCAAAGACGACTGCAACTTCAATGTCCATAAATCATGCCTCCACCTTCCCGATAGGATCCTCAGCCCCTTCCACCACCATCATCTGTCGTTCTACACCCCCAACGTCATCCCCTGCCACTGTTGTGGCCAAATGCAATACGGCCCCAGTTACATCTGCAAAGAGGTCTACGAATCACCTTGCGGATTCTCAATGGACATACAGTGCGCCAGCGCCGATACAGAAGTCAGCGGTCTACTAAAGACGGCAGGACAGTAAATATTAGATGTTACACCACTCATTTGCAACTTACATTATTTTAGAGGGGCAGTTGCATAGATGACAAATTAGACCAAATTAATAGCAAATATAACACAGTTGCAAATTAAGCAAAATTATTGTACAAGACCAAAAAGCTATCGTTAGATTCTATCCGTGTCTATTACTGATAGACTCTGATTATTCAAAGTTTATCCGTGTCTATCGCTGATAGACCCCGATTAATCAAAATCTATCAGTGATTATCACTGATAGAATTTGATTAGTCAAAGTCTATCAATGATAGTCACTGATAGATTTCGATTAACCGGAGTCTATCAGCGATAGACACGGATAGACTCTGAATAATCAGAGTCTATCAGTAGACTGATAGATTCTTATTAATCAGAGTCTATCGCTGATAAAGTCTGATAATCAAAATCTATCAGATAGACTCTGAATAATCAGAGTCTATCAGTGTCTATCAGTAATACATTCTGATAGATTTTGCTATATTTGCAATTTTTTTTACATTGTGCTATATTTGCAATTATATAATTCTTATTTACCACCCACGGCAAATTCTCTTATTTTAGTTTGAATTTTGAAGGTTTATTTGTTTATTATTATTTTTTGGTTTGATTTTTTTTTAAAAAAGGAAACTTCATTAATAATAAGAAAGGTTAGGTACACTTTCTTTTATTAAAAAAAAAAGAAGAAGAAGAAGAGAAAGGTTAGGTACACCAAATGTCTTCTTTCACTATGATTAGTTCACTGGATTATGGGATTCATTTGGACGCTAGTAATTAGTGAAGTTTGAATCTTGGAAAGAATATGATAAAAGTGATTTTGATCCTTTCAAAATCATCTTAGCTCAAACTCAAATATGTATGAGTGAATAAAGGAACCTGCTATTTTTGAGGTCCCGTTTGATCACCATTTGGTCTTTTGCTTTTGGTTTTTGAAAATTATGCTTGTTTTCTCCTAAATTTCCTACCATGACTTTCATCCTAGTGCCAAAAAGAGCTTAGCTCAACTGGGATAAAATTGTACTGATAACCATAAGATTTGTGGTTCGAATCCCCCTCCCCACATATTGTCAAAAAAAAAAAAAAAAAAAAGACTTTCATCCTAGTTAAGGTTTCATTTGAATTCCTAGCCAAATTTTAAAACACAAAAACAAGTTTTTGAAAACTATTTTTTTTTTTTTGTTTCCAAAATTGGACTTGGTTTTTGAAAACAAGGTAGAAGATTAGTACTAAAACTAAGAAACTTATAAGTGGAAGTATGTGTGTATAAGCTTAATTTTCGAAATCAAAAAACCAAATGGTTATCAAACGGGGCCTAAGTAATTTTCAAAAAATACATATCACAACCAAACGTACATAAATAATTTTTGGTACACTTATCTTCTATCTAAATAATTGGTTTGACTATAAATTTCCATGTGAGAAAAATGAAAGTACTCCAATTTCACATCCAACTGACGCCCACAGGAAAAGGAGAAAGCTTTTAATTAATGGACATTTTTTCATAACAATATTCCAATTTTTACGATGGAAAATGCATTAATATTCACCAACTCTTTCATGCATGGAACATATATATTACCTGAAACAAACTAACATATTAAAAAAAATAAAATTAGGTTTTTTCAAAAAAAAAAAAAAATAATAATAATAAAATAAAATTAGGTTTAACCTCCAATATTATCTTAAATATGATATTGTTTACCCTAAGCATAAATTCCACATGATTTTGATCTCAATTTTGCTTAAAATGTTTCCGGACATGTGGTTCTTTACTTGCTGATATACTATGAATCCCCTCCATCTTCTCATTGGCACCTAATAGATAATGTAGGTCGCATAATTCATCAATAATTAAGGTTTTGACCGATTACTTATATATTTAATGATTTTAGTATTGAATAATTAAAAATTGGCTTGCTTTTGAGTCAAAAGAATTTAATAATAGACATCTATTGACATTCCAAAACATTCGTTTTTCTTCCTAGGCCTACTTGAAAGTGAATCAATTTTTTTTCCCCCATCTACTATTGGGGAATGGACAAAAATGAAGCAACCTTAGCCACATACTGAACTTAAGTGGAAGCATGATATGACTAAGGGAATCCAATTGTTATGTGAAATTGAAATATTGATAGAGACGAATGTAACTTCCTATAGAATGTTAAGGCTAGCTAGAGATTTAATTTGAATCCCTAAACTCATAAACCCATCATGTTTCTTCCTTCATTGATTGCAATGACGTTGACATATCACTATGAGAAGTTCGAATGTGAGAGTGGAGATTTAAACCTCTAGACTCATTAGAAAGTGTAGATGCTTTAATTCTTGAGCTATCTTACAATAGAATCTTATCTATAATATTCTTTAACTCATGTATACCATCTTTGTATTCTATAATAATATATTTAATATTATTTTCTTTCTTTTCTAACTTTTTTTAGTGCAACAAATGTGAGAGTGGAGATTATTTGAATCTCCGACCTTGTAGGAATGAGTAGATTTCTTAATCGTTGCGCTAAACTCTTGTTGACGTTTCGCCTTTCTAATTTTGTCAGTGAAAGACAACTTACATTTCATTTCTATTTAGTTAATTGTTTTTATACCTTTTACCATTCAAATTGTTCTTCTTTGCCCTATCAATGAAAACCACTCTTTGTCAAAACGAACATAACTTAGCGGCAATTCATAGAAGGCTGAAAATACTTAGAAGCACACATTTCTCTGACAGTCTTTTAAGCTGTCAGGCAGTGAGTGGCGATTTTGTAAATAATTGAAAACATATCCAGCTTTTTTTTTTTTTTTTTTAAAGAAGCCTTGTTCTTTTTATGTTAGGGTTTCGTGCCTTTTCCATTCTATTCTTCAGGCTTCAGCACTCGTTTGTTTCCTCTTCAACCAAGTCTCTATCGATCTCATCGCCGCTTGCTGTACCATTCAGATCAGATGTCTACCGACGGCGGCGTAAGATCTCTCTCCTCCGTCTCTCTCTCTCTCTCTCAATTTGAGACATTTGAGCAGGAGGTTTTTCCCTTAGCCGCTACCTGCAACTTTACGACACTTCCTGATTCACCGTTTTGTTGCTGCAGGAAGATGACCAAGGTTCGTCCACGACAGCCGTGAAGATTCAAGTTCGTGGGCTTCAAGGTTGGAGTGTTTGGGATGACGGAGTATATTCTACAGTCAAAGGGATTCGGATTAATCATGACGAAGATTACATCCGTTCTAGTCAGATTGAATATATTGATAAAGATGGGGAACCAACGTGGGGTTGCCCTCACGGCGACGATACTGATCGGTCTACTTCTACTACGGTGGCATAAAACCTGGAATCCCTTTGGTCCCAATGTAGTTTTCTTTTCACTGCATCTCGTCTGATAATTTCTCTTCATTTTTCTTGAACCGATTGCAGGTTGATTTGGATTGTCAGAATGAGTATCTCACTTCAATTCACGGCTACTACGACGACGACGAGGGGTATGGGGAGGATGGGATAAAATCGATGACTTTCGAAACCAATACAAAAACTTGGGGACCATATGGTGAGGAACGGGGGACCAAATTTTCATTCCCAATTATGGGGGCCAAGATTGTGGGCTTCCATGGCCAGGTTTGGTGGAGGCTCATGGCAATTGGAGTATACGTGCAGCCAATTACAAAGTATATTCTCTCTGCCTATTCTATTTGTATGCTGAGGAATACAATTTAGTAGATGGAAGATAGGTTCATCAGTAAATTTGAGTTTAATAGGAACAACATCTTATTCCCTCGTGCAGAAGAAGCATGCCCATGCCCCGACCTAAGCCCAATCCCCAGCCCCAGCCTCAACTCCTACCCCAACCTGAGCCTTTTAGCTTGGAACTATATGGGCTTGGGCGTGAAGATGGGGAATATTGGGTCGAGATTTTTCGAGCAATCAAACGATTGCTAATTTACAGCAGTAATAAGGAGGGGATCATTTCCATTCAAATGGAATATGAGGATGAGAATGGAGAGCCAGTGATGTCCAAGAAGCATGGTGGGGATGGAGGTTACCTATCAGAGGTTATCCCAAATCAAGTCCTTAACTTGTTTCTTAAAATGTCCCAACTTGCCTTGTTTACTGTTGTAATGTAG

mRNA sequence

ATGAAGTTTGAGGCTCAAGGGGTTAACCGTGCCCGTGACACTGATAGTCTGTATTGGGATGATGGAGTTTATTCCGACGTGAAACGGCTTCGGATTACACATAGCTCCGAATGGTTCTACTCTGTTCAAATTGAGTATATTGATAGAAATGGGAAAGCGAAATGGGGTTCCGCCAATCTTGGCGGACACAGTTGCCCAACTCGCGAGGTTGTTTTATCTTATCCGAACGAGTACCTCATTTCAATTCATGGCTACTACAAGTTGGAGTCGGAGTCGGACCCTGACCATGACCATGGGATAAAATCGCTGACTTTCGAAACCAATACAAACACTTGGGGACCATATGGTCAGGAAAAGGGAATCAAATTTTCATTCCCAATCATTGGGGCCAAGATTGTGGGCTTCCATGGCTTGATGAGTGGTCGCGGGCTCCATAAAATTGGAGTATTCGTGCGACCAATTACAAGAAGCATGCGCGAACTCGAACCCAAGCCCGGGCCTGAACCCCAGCAACCAGCCCCGTCTGAGCGTTTTAGCTTGGGACGATATGGACGTGAAGATGGGGAATGTTGGGTCGAGATTTTTCGAGCAATCAAACGATTGCTAATTTACAGCAATGATGAGTGGATCATTTCCATTCAAATGGAATATGAGGATGAGAATGGAGAGTTAGTGTTGTCCAAGAAGCATGGTGGGGATGGAGGTTACCTATCAGAGGTTATCCCAAATCAAGTCCTTAACTTGTTTCTTAAAATGTCCCAACTTGCCTTGTTTACTGTTGTAATGTAG

Coding sequence (CDS)

ATGAAGTTTGAGGCTCAAGGGGTTAACCGTGCCCGTGACACTGATAGTCTGTATTGGGATGATGGAGTTTATTCCGACGTGAAACGGCTTCGGATTACACATAGCTCCGAATGGTTCTACTCTGTTCAAATTGAGTATATTGATAGAAATGGGAAAGCGAAATGGGGTTCCGCCAATCTTGGCGGACACAGTTGCCCAACTCGCGAGGTTGTTTTATCTTATCCGAACGAGTACCTCATTTCAATTCATGGCTACTACAAGTTGGAGTCGGAGTCGGACCCTGACCATGACCATGGGATAAAATCGCTGACTTTCGAAACCAATACAAACACTTGGGGACCATATGGTCAGGAAAAGGGAATCAAATTTTCATTCCCAATCATTGGGGCCAAGATTGTGGGCTTCCATGGCTTGATGAGTGGTCGCGGGCTCCATAAAATTGGAGTATTCGTGCGACCAATTACAAGAAGCATGCGCGAACTCGAACCCAAGCCCGGGCCTGAACCCCAGCAACCAGCCCCGTCTGAGCGTTTTAGCTTGGGACGATATGGACGTGAAGATGGGGAATGTTGGGTCGAGATTTTTCGAGCAATCAAACGATTGCTAATTTACAGCAATGATGAGTGGATCATTTCCATTCAAATGGAATATGAGGATGAGAATGGAGAGTTAGTGTTGTCCAAGAAGCATGGTGGGGATGGAGGTTACCTATCAGAGGTTATCCCAAATCAAGTCCTTAACTTGTTTCTTAAAATGTCCCAACTTGCCTTGTTTACTGTTGTAATGTAG

Protein sequence

MKFEAQGVNRARDTDSLYWDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEYLISIHGYYKLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEIFRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVIPNQVLNLFLKMSQLALFTVVM

Homology

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot
Match: P82859 (Agglutinin OS=Castanea crenata OX=103480 PE=1 SV=1)

HSP 1 Score: 93.6 bits (231), Expect = 3.6e-18
Identity = 68/191 (35.60%), Postives = 99/191 (51.83%), Query Frame = 0


Query: 62  GHSCPTREVVLSYPNEYLISIHGYYKLESESDPDHDHGIKSLTFETNTNT-WGPYGQEKG 121
           G    T ++ L++P EYL SI G     + +D      I+S++F+TN  T +GPYG   G
Sbjct: 62  GEGWKTDKISLNWPEEYLTSISG-----TVADLWQHIIIRSISFKTNKGTEYGPYGVVTG 121

Query: 122 IKFSFPIIGAKIVGFHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSL 181
             FS+   G  IVGFHG  SG  L  IG +V+ I +          P P+ P P      
Sbjct: 122 QPFSYSTEGGVIVGFHG-RSGTLLDAIGAYVK-IPQKKDNTLKMALPVPRGPGP------ 181

Query: 182 GRYGREDGECWVE-IFRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSE 241
             +G   G  W + +F AI+ L +Y  D  I +I++ Y+ ++GE +LS KHGG+GG   +
Sbjct: 182 --WGGHGGMEWDDGVFPAIRELHLYVGDSVIHAIRVSYQSKDGEPLLSPKHGGEGGEPID 237

Query: 242 VIPNQVLNLFL 251
            I  +V   FL
Sbjct: 242 PIKLEVSKEFL 237

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot
Match: F4HQX1 (Jacalin-related lectin 3 OS=Arabidopsis thaliana OX=3702 GN=JAL3 PE=2 SV=1)

HSP 1 Score: 93.2 bits (230), Expect = 4.7e-18
Identity = 54/136 (39.71%), Postives = 79/136 (58.09%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHS--CPTREVVLSYPN 78
           WDDGV+S +K++ +T  ++   S+QIEY DRNG++ W S   GG S    T  +   YP+
Sbjct: 452 WDDGVFSGIKQIFVTRGNDAITSIQIEY-DRNGQSVW-SIKHGGDSNGVATHRIKFEYPD 511

Query: 79  EYLISIHGYYKLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFH 138
           E +  I GYY   + S  D  + +KSL+F T+   +GPYG+E G  F+      K++GFH
Sbjct: 512 ESITCISGYYGPLNNS--DRYNVVKSLSFYTSRGRYGPYGEETGTFFTSTTTQGKVLGFH 571

Query: 139 GLMSGRGLHKIGVFVR 153
           G  S   L  IGV ++
Sbjct: 572 G-RSSFHLDAIGVHMQ 582

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot
Match: Q9SSM3 (Jacalin-related lectin 19 OS=Arabidopsis thaliana OX=3702 GN=JAL19 PE=2 SV=1)

HSP 1 Score: 87.8 bits (216), Expect = 2.0e-16
Identity = 52/142 (36.62%), Postives = 77/142 (54.23%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG+Y  V+ +R+ +      S+ + Y D+NGK      + G     T E+ L YP EY
Sbjct: 26  WDDGIYDGVREIRLVY-DHCIDSISVIY-DKNGKPAKSEKHGGVGGNKTSEIKLQYPEEY 85

Query: 79  LISIHGYY-KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFHG 138
           L  + GYY  + +   P     I+S+TF++N   +GPYG E+G  F+F + G +IVG +G
Sbjct: 86  LTGVSGYYCPMVNSGTP----VIRSMTFKSNKQVYGPYGVEQGTPFTFSVNGGRIVGMNG 145

Query: 139 LMSGRGLHKIGVFV-RPITRSM 159
             SG  L  IG  + RP +  M
Sbjct: 146 -RSGWYLDSIGFHLSRPKSTKM 160

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot
Match: Q9SE37 (Protein RESTRICTED TEV MOVEMENT 1 OS=Arabidopsis thaliana OX=3702 GN=RTM1 PE=1 SV=1)

HSP 1 Score: 75.9 bits (185), Expect = 7.7e-13
Identity = 52/161 (32.30%), Postives = 85/161 (52.80%), Query Frame = 0


Query: 1   MKFEAQGVNRARDTDSLYWDDGVYSD-VKRLRITHSSEWFYSVQIEYIDRNGKAKWGSAN 60
           MK    G + AR T  + WD+G +   + ++ ++H      S+Q +++  +GK      +
Sbjct: 1   MKIGPVGKHDARSTTIVNWDEGSHDGFISQIFLSHGVAGIMSIQFQFV-MDGKLVLSDRH 60

Query: 61  LGGHSCPTREVV-LSYPNEYLISIHG-YYKLESESDPDHDHGIKSLTFETNTNTWGPYGQ 120
            G  S    +V+ L+YP+EY+  I G YYK E+     ++  ++SL F TNT+ +GP+G 
Sbjct: 61  -GPFSGNMFDVIELNYPHEYITGISGEYYKYEA-----NNPHMRSLKFNTNTSEYGPFGT 120

Query: 121 --EKGIKFSFPI-IGAKIVGFHGLMSGRGLHKIGVFVRPIT 156
                 KF+F +    +  GFHG     GL  IGV++RP T
Sbjct: 121 SGSSNDKFAFKLGKSPQFGGFHGTYDASGLQYIGVYLRPKT 154

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot
Match: D9UBI3 (Inactive protein RESTRICTED TEV MOVEMENT 1 OS=Arabidopsis thaliana OX=3702 GN=RTM1 PE=3 SV=1)

HSP 1 Score: 75.9 bits (185), Expect = 7.7e-13
Identity = 52/161 (32.30%), Postives = 85/161 (52.80%), Query Frame = 0


Query: 1   MKFEAQGVNRARDTDSLYWDDGVYSD-VKRLRITHSSEWFYSVQIEYIDRNGKAKWGSAN 60
           MK    G + AR T  + WD+G +   + ++ ++H      S+Q +++  +GK      +
Sbjct: 1   MKIGPVGKHDARSTTIVNWDEGSHDGFISQIFLSHGVAGIMSIQFQFV-MDGKLVLSDRH 60

Query: 61  LGGHSCPTREVV-LSYPNEYLISIHG-YYKLESESDPDHDHGIKSLTFETNTNTWGPYGQ 120
            G  S    +V+ L+YP+EY+  I G YYK E+     ++  ++SL F TNT+ +GP+G 
Sbjct: 61  -GPFSGNMFDVIELNYPHEYITGISGEYYKYEA-----NNPHMRSLKFNTNTSEYGPFGT 120

Query: 121 --EKGIKFSFPI-IGAKIVGFHGLMSGRGLHKIGVFVRPIT 156
                 KF+F +    +  GFHG     GL  IGV++RP T
Sbjct: 121 SGSSNDKFAFKLGKSPQFGGFHGTYDASGLQYIGVYLRPKT 154

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL
Match: A0A0A0LDY3 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G858120 PE=3 SV=1)

HSP 1 Score: 206.8 bits (525), Expect = 1.1e-49
Identity = 119/240 (49.58%), Postives = 155/240 (64.58%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S ++++ ITH  +  YSV IEY D NG++ W   + GG+   T EVVL+YPNEY
Sbjct: 22  WDDGAHSTIRQIVITH-DKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSEVVLNYPNEY 81

Query: 79  LISIHGYYKLESESDPDH---------DHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIG 138
           LISIHGYY     SD  H            I+SLT E+N  T+GP+G ++G K+SFPI+ 
Sbjct: 82  LISIHGYY-----SDIGHMMEKRVLTPTTVIRSLTLESNIKTYGPFGMDEGTKYSFPIME 141

Query: 139 AKIVGFHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGE 198
           AKIVGFHG  SG  L  IG++V+PI+ S      +   E  +   +E FSLG YG EDGE
Sbjct: 142 AKIVGFHG-SSGWFLDAIGIYVQPISSSQSVQPAQHKFEMTEVEINEPFSLGEYGGEDGE 201

Query: 199 CWVEIFRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVI---PNQVL 247
            W E F+AIK+LLI++++  I+SIQMEY DENG  V S KHGGD G  S+V+   PN+ L
Sbjct: 202 PWSESFQAIKQLLIHNDEHRIVSIQMEYVDENGHFVWSHKHGGDEGSPSQVVFEFPNEYL 252

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL
Match: A0A1S3CSU0 (jacalin-related lectin 3-like OS=Cucumis melo OX=3656 GN=LOC103503936 PE=3 SV=1)

HSP 1 Score: 205.7 bits (522), Expect = 2.4e-49
Identity = 115/235 (48.94%), Postives = 154/235 (65.53%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S ++++ ITH  +  +SV IEY D NG++ W   + GG+   T EVVL YPNEY
Sbjct: 22  WDDGAHSTIRQIVITH-DKCIHSVNIEY-DNNGESIWKPKH-GGNRGSTSEVVLDYPNEY 81

Query: 79  LISIHGYYK----LESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISI+GYY     +  +  P     I+SLT E+N  T+GP+G E+G K+SFPI+ AKIVG
Sbjct: 82  LISIYGYYSDLAHIMEKRVPTPTTVIRSLTLESNRKTYGPFGMEEGTKYSFPIMEAKIVG 141

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG  SG  L  IG++V+PI+ S      +   E  +   +E FSLG YG +DGE W E 
Sbjct: 142 FHG-SSGWFLDAIGIYVQPISSSQLVQPAQHKFEITEVEINEHFSLGEYGGKDGEPWSET 201

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVI---PNQVL 247
           F+AIK+LLI++++  I+SIQMEY DENG  V S KHGGD G  S+V+   PN+ L
Sbjct: 202 FQAIKQLLIHNDEHRIVSIQMEYVDENGHFVWSNKHGGDEGSPSQVVFEFPNEYL 252

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL
Match: A0A6J1C6X3 (jacalin-related lectin 3-like OS=Momordica charantia OX=3673 GN=LOC111008958 PE=3 SV=1)

HSP 1 Score: 193.7 bits (491), Expect = 9.4e-46
Identity = 111/228 (48.68%), Postives = 146/228 (64.04%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           W+DGVYS V+R+ I H  EW  S+ +EY D+NGK+ WGS + GG+   T EVVL YPNEY
Sbjct: 26  WNDGVYSTVRRILINH-REWICSIHVEY-DKNGKSDWGSKH-GGNEGYTSEVVLDYPNEY 85

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISI GYY    K    +D      I+SLT  TN  T+GP+G E+G KFSFP++GAKIVG
Sbjct: 86  LISICGYYGDIRKWRISADV-----IRSLTLHTNRKTYGPFGMEEGTKFSFPVMGAKIVG 145

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG   G  L  IG++++PI ++                  + FSL   G + G+ W  +
Sbjct: 146 FHG-RCGWFLDAIGLYIQPIPKNQ----------------LKNFSLAPCGGKGGDPWECV 205

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGG-DGGYLSEVI 242
           FRAI++L+I S++ WI SIQM+YED+NG+LV SKKHG  DG   SEV+
Sbjct: 206 FRAIRQLVI-SHELWIHSIQMQYEDKNGKLVWSKKHGSRDGSSRSEVV 227

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL
Match: A0A5A7TE69 (Jacalin-related lectin 3-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold242G00580 PE=3 SV=1)

HSP 1 Score: 190.3 bits (482), Expect = 1.0e-44
Identity = 115/264 (43.56%), Postives = 154/264 (58.33%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTRE--------- 78
           WDDG +S ++++ ITH  +  +SV IEY D NG++ W   + GG+   T E         
Sbjct: 47  WDDGAHSTIRQIVITH-DKCIHSVNIEY-DNNGESIWKPKH-GGNRGSTSEVTTQQPLNY 106

Query: 79  --------------------VVLSYPNEYLISIHGYYK----LESESDPDHDHGIKSLTF 138
                               VVL YPNEYLISI+GYY     +  +  P     I+SLT 
Sbjct: 107 SLSSTSKYLFTLLESSDKLQVVLDYPNEYLISIYGYYSDLAHIMEKRVPTPTTVIRSLTL 166

Query: 139 ETNTNTWGPYGQEKGIKFSFPIIGAKIVGFHGLMSGRGLHKIGVFVRPITRSMRELEPKP 198
           E+N  T+GP+G E+G K+SFPI+ AKIVGFHG  SG  L  IG++V+PI+ S      + 
Sbjct: 167 ESNRKTYGPFGMEEGTKYSFPIMEAKIVGFHG-SSGWFLDAIGIYVQPISSSQLVQPAQH 226

Query: 199 GPEPQQPAPSERFSLGRYGREDGECWVEIFRAIKRLLIYSNDEWIISIQMEYEDENGELV 247
             E  +   +E FSLG YG +DGE W E F+AIK+LLI++++  I+SIQMEY DENG  V
Sbjct: 227 KFEITEVEINEHFSLGEYGGKDGEPWSETFQAIKQLLIHNDEHRIVSIQMEYVDENGHFV 286

[Close]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL
Match: A0A6J1C7A4 (jacalin-related lectin 3-like OS=Momordica charantia OX=3673 GN=LOC111008896 PE=3 SV=1)

HSP 1 Score: 179.5 bits (454), Expect = 1.8e-41
Identity = 105/229 (45.85%), Postives = 140/229 (61.14%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDGVYS V+ L ITH  EW  S+ +EY D+NG++ WGS   GG+   T  V L YPNEY
Sbjct: 292 WDDGVYSTVRSLVITH-REWICSIHVEY-DKNGESIWGSKR-GGNEGSTSVVSLHYPNEY 351

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISI GYY    K    +       I+SLT +TN NT+GP+G E+G +FSFP +G KIVG
Sbjct: 352 LISISGYYGNLHKWRIAATV-----IRSLTLKTNRNTYGPFGMEEGTRFSFPTMGTKIVG 411

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG   G  L  IG++++PI +S                  + FSL  +G   G  W  +
Sbjct: 412 FHG-RCGWYLDAIGLYIQPIPKSQ----------------LQNFSLAPFGGRGGSPWEYV 471

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGG--DGGYLSEVI 242
           F++I+RL+I ++  WI SIQM+YE+++GELV SKKHG   +G   SEV+
Sbjct: 472 FQSIRRLVI-NHGLWIHSIQMQYENKDGELVWSKKHGSRDNGSSKSEVV 494

[Close]

BLAST of Lcy12g020760.1 vs. NCBI nr
Match: XP_038898652.1 (jacalin-related lectin 3-like isoform X2 [Benincasa hispida])

HSP 1 Score: 219.2 bits (557), Expect = 4.3e-53
Identity = 121/243 (49.79%), Postives = 161/243 (66.26%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S V+++ I H  +  YSV IEY D NG++ W   + GG+   T +VVL YPNEY
Sbjct: 87  WDDGAHSTVRQIVINH-EKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSKVVLEYPNEY 146

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISIHGYY    K+  +        I+SLT E+NT T+GP+G E+G KFSFPI+ AKIVG
Sbjct: 147 LISIHGYYSDIGKIMEKRAATPTTVIRSLTLESNTKTYGPFGMEEGTKFSFPIMEAKIVG 206

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG  SG  L  IG++V+PI++S   L+ +   E +     E+FSLG YG E GE W E 
Sbjct: 207 FHG-SSGWFLDAIGIYVQPISQS---LQAQHKSEVEVETEIEQFSLGEYGGEGGEPWSEC 266

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVIPNQVLNLFLKMSQ 258
           F+AIK+L+I++++ WIISIQMEY DENG  V S KHGG+GG  S+++   V N   ++SQ
Sbjct: 267 FQAIKQLVIHNDEHWIISIQMEYLDENGNFVWSHKHGGEGGSASQLMQEAVANAEARLSQ 322

[Close]

BLAST of Lcy12g020760.1 vs. NCBI nr
Match: XP_038898654.1 (jacalin-related lectin 3-like isoform X4 [Benincasa hispida])

HSP 1 Score: 217.6 bits (553), Expect = 1.3e-52
Identity = 119/241 (49.38%), Postives = 162/241 (67.22%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S V+++ I H  +  YSV IEY D NG++ W   + GG+   T +VVL YPNEY
Sbjct: 87  WDDGAHSTVRQIVINH-EKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSKVVLEYPNEY 146

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISIHGYY    K+  +        I+SLT E+NT T+GP+G E+G KFSFPI+ AKIVG
Sbjct: 147 LISIHGYYSDIGKIMEKRAATPTTVIRSLTLESNTKTYGPFGMEEGTKFSFPIMEAKIVG 206

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG  SG  L  IG++V+PI++S   L+ +   E +     E+FSLG YG E GE W E 
Sbjct: 207 FHG-SSGWFLDAIGIYVQPISQS---LQAQHKSEVEVETEIEQFSLGEYGGEGGEPWSEC 266

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVIPNQVLNLFLKMSQ 256
           F+AIK+L+I++++ WIISIQMEY DENG  V S KHGG+GG  S+++  ++L L  ++ +
Sbjct: 267 FQAIKQLVIHNDEHWIISIQMEYLDENGNFVWSHKHGGEGGSASQLVALKLLALTRRVGE 320

[Close]

BLAST of Lcy12g020760.1 vs. NCBI nr
Match: XP_038898651.1 (jacalin-related lectin 3-like isoform X1 [Benincasa hispida])

HSP 1 Score: 216.9 bits (551), Expect = 2.1e-52
Identity = 121/235 (51.49%), Postives = 158/235 (67.23%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S V+++ I H  +  YSV IEY D NG++ W   + GG+   T +VVL YPNEY
Sbjct: 87  WDDGAHSTVRQIVINH-EKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSKVVLEYPNEY 146

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISIHGYY    K+  +        I+SLT E+NT T+GP+G E+G KFSFPI+ AKIVG
Sbjct: 147 LISIHGYYSDIGKIMEKRAATPTTVIRSLTLESNTKTYGPFGMEEGTKFSFPIMEAKIVG 206

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG  SG  L  IG++V+PI++S   L+ +   E +     E+FSLG YG E GE W E 
Sbjct: 207 FHG-SSGWFLDAIGIYVQPISQS---LQAQHKSEVEVETEIEQFSLGEYGGEGGEPWSEC 266

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVI---PNQVL 247
           F+AIK+L+I++++ WIISIQMEY DENG  V S KHGG+GG  S+VI   PN+ L
Sbjct: 267 FQAIKQLVIHNDEHWIISIQMEYLDENGNFVWSHKHGGEGGSASQVILEFPNENL 314

[Close]

BLAST of Lcy12g020760.1 vs. NCBI nr
Match: XP_038898653.1 (jacalin-related lectin 3-like isoform X3 [Benincasa hispida])

HSP 1 Score: 213.4 bits (542), Expect = 2.4e-51
Identity = 121/243 (49.79%), Postives = 159/243 (65.43%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S V+++ I H  +  YSV IEY D NG++ W   + GG+   T +VVL YPNEY
Sbjct: 87  WDDGAHSTVRQIVINH-EKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSKVVLEYPNEY 146

Query: 79  LISIHGYY----KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVG 138
           LISIHGYY    K+  +        I+SLT E+NT T+GP+G E+G KFSFPI+ AKIVG
Sbjct: 147 LISIHGYYSDIGKIMEKRAATPTTVIRSLTLESNTKTYGPFGMEEGTKFSFPIMEAKIVG 206

Query: 139 FHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGECWVEI 198
           FHG  SG  L  IG++V+PI++S   L+ +   E +     E+FSLG YG E GE W E 
Sbjct: 207 FHG-SSGWFLDAIGIYVQPISQS---LQAQHKSEVEVETEIEQFSLGEYGGEGGEPWSEC 266

Query: 199 FRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVIPNQVLNLFLKMSQ 258
           F+AIK+L+I++++ WIISIQMEY DENG  V S KHGG+GG  S+     V N   ++SQ
Sbjct: 267 FQAIKQLVIHNDEHWIISIQMEYLDENGNFVWSHKHGGEGGSASQ---EAVANAEARLSQ 319

[Close]

BLAST of Lcy12g020760.1 vs. NCBI nr
Match: XP_004147880.1 (jacalin-related lectin 3 isoform X1 [Cucumis sativus] >KGN59973.1 hypothetical protein Csa_002668 [Cucumis sativus])

HSP 1 Score: 206.8 bits (525), Expect = 2.2e-49
Identity = 119/240 (49.58%), Postives = 155/240 (64.58%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG +S ++++ ITH  +  YSV IEY D NG++ W   + GG+   T EVVL+YPNEY
Sbjct: 22  WDDGAHSTIRQIVITH-DKCIYSVNIEY-DNNGESIWKPKH-GGNKGSTSEVVLNYPNEY 81

Query: 79  LISIHGYYKLESESDPDH---------DHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIG 138
           LISIHGYY     SD  H            I+SLT E+N  T+GP+G ++G K+SFPI+ 
Sbjct: 82  LISIHGYY-----SDIGHMMEKRVLTPTTVIRSLTLESNIKTYGPFGMDEGTKYSFPIME 141

Query: 139 AKIVGFHGLMSGRGLHKIGVFVRPITRSMRELEPKPGPEPQQPAPSERFSLGRYGREDGE 198
           AKIVGFHG  SG  L  IG++V+PI+ S      +   E  +   +E FSLG YG EDGE
Sbjct: 142 AKIVGFHG-SSGWFLDAIGIYVQPISSSQSVQPAQHKFEMTEVEINEPFSLGEYGGEDGE 201

Query: 199 CWVEIFRAIKRLLIYSNDEWIISIQMEYEDENGELVLSKKHGGDGGYLSEVI---PNQVL 247
            W E F+AIK+LLI++++  I+SIQMEY DENG  V S KHGGD G  S+V+   PN+ L
Sbjct: 202 PWSESFQAIKQLLIHNDEHRIVSIQMEYVDENGHFVWSHKHGGDEGSPSQVVFEFPNEYL 252

[Close]

BLAST of Lcy12g020760.1 vs. TAIR 10
Match: AT1G19715.1 (Mannose-binding lectin superfamily protein )

HSP 1 Score: 93.2 bits (230), Expect = 3.3e-19
Identity = 54/136 (39.71%), Postives = 79/136 (58.09%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHS--CPTREVVLSYPN 78
           WDDGV+S +K++ +T  ++   S+QIEY DRNG++ W S   GG S    T  +   YP+
Sbjct: 446 WDDGVFSGIKQIFVTRGNDAITSIQIEY-DRNGQSVW-SIKHGGDSNGVATHRIKFEYPD 505

Query: 79  EYLISIHGYYKLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFH 138
           E +  I GYY   + S  D  + +KSL+F T+   +GPYG+E G  F+      K++GFH
Sbjct: 506 ESITCISGYYGPLNNS--DRYNVVKSLSFYTSRGRYGPYGEETGTFFTSTTTQGKVLGFH 565

Query: 139 GLMSGRGLHKIGVFVR 153
           G  S   L  IGV ++
Sbjct: 566 G-RSSFHLDAIGVHMQ 576

[Close]

BLAST of Lcy12g020760.1 vs. TAIR 10
Match: AT1G19715.2 (Mannose-binding lectin superfamily protein )

HSP 1 Score: 93.2 bits (230), Expect = 3.3e-19
Identity = 54/136 (39.71%), Postives = 79/136 (58.09%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHS--CPTREVVLSYPN 78
           WDDGV+S +K++ +T  ++   S+QIEY DRNG++ W S   GG S    T  +   YP+
Sbjct: 422 WDDGVFSGIKQIFVTRGNDAITSIQIEY-DRNGQSVW-SIKHGGDSNGVATHRIKFEYPD 481

Query: 79  EYLISIHGYYKLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFH 138
           E +  I GYY   + S  D  + +KSL+F T+   +GPYG+E G  F+      K++GFH
Sbjct: 482 ESITCISGYYGPLNNS--DRYNVVKSLSFYTSRGRYGPYGEETGTFFTSTTTQGKVLGFH 541

Query: 139 GLMSGRGLHKIGVFVR 153
           G  S   L  IGV ++
Sbjct: 542 G-RSSFHLDAIGVHMQ 552

[Close]

BLAST of Lcy12g020760.1 vs. TAIR 10
Match: AT1G19715.3 (Mannose-binding lectin superfamily protein )

HSP 1 Score: 93.2 bits (230), Expect = 3.3e-19
Identity = 54/136 (39.71%), Postives = 79/136 (58.09%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHS--CPTREVVLSYPN 78
           WDDGV+S +K++ +T  ++   S+QIEY DRNG++ W S   GG S    T  +   YP+
Sbjct: 452 WDDGVFSGIKQIFVTRGNDAITSIQIEY-DRNGQSVW-SIKHGGDSNGVATHRIKFEYPD 511

Query: 79  EYLISIHGYYKLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFH 138
           E +  I GYY   + S  D  + +KSL+F T+   +GPYG+E G  F+      K++GFH
Sbjct: 512 ESITCISGYYGPLNNS--DRYNVVKSLSFYTSRGRYGPYGEETGTFFTSTTTQGKVLGFH 571

Query: 139 GLMSGRGLHKIGVFVR 153
           G  S   L  IGV ++
Sbjct: 572 G-RSSFHLDAIGVHMQ 582

[Close]

BLAST of Lcy12g020760.1 vs. TAIR 10
Match: AT1G73040.1 (Mannose-binding lectin superfamily protein )

HSP 1 Score: 87.8 bits (216), Expect = 1.4e-17
Identity = 52/142 (36.62%), Postives = 77/142 (54.23%), Query Frame = 0


Query: 19  WDDGVYSDVKRLRITHSSEWFYSVQIEYIDRNGKAKWGSANLGGHSCPTREVVLSYPNEY 78
           WDDG+Y  V+ +R+ +      S+ + Y D+NGK      + G     T E+ L YP EY
Sbjct: 26  WDDGIYDGVREIRLVY-DHCIDSISVIY-DKNGKPAKSEKHGGVGGNKTSEIKLQYPEEY 85

Query: 79  LISIHGYY-KLESESDPDHDHGIKSLTFETNTNTWGPYGQEKGIKFSFPIIGAKIVGFHG 138
           L  + GYY  + +   P     I+S+TF++N   +GPYG E+G  F+F + G +IVG +G
Sbjct: 86  LTGVSGYYCPMVNSGTP----VIRSMTFKSNKQVYGPYGVEQGTPFTFSVNGGRIVGMNG 145

Query: 139 LMSGRGLHKIGVFV-RPITRSM 159
             SG  L  IG  + RP +  M
Sbjct: 146 -RSGWYLDSIGFHLSRPKSTKM 160

[Close]

BLAST of Lcy12g020760.1 vs. TAIR 10
Match: AT1G05760.1 (Mannose-binding lectin superfamily protein )

HSP 1 Score: 75.9 bits (185), Expect = 5.5e-14
Identity = 52/161 (32.30%), Postives = 85/161 (52.80%), Query Frame = 0


Query: 1   MKFEAQGVNRARDTDSLYWDDGVYSD-VKRLRITHSSEWFYSVQIEYIDRNGKAKWGSAN 60
           MK    G + AR T  + WD+G +   + ++ ++H      S+Q +++  +GK      +
Sbjct: 1   MKIGPVGKHDARSTTIVNWDEGSHDGFISQIFLSHGVAGIMSIQFQFV-MDGKLVLSDRH 60

Query: 61  LGGHSCPTREVV-LSYPNEYLISIHG-YYKLESESDPDHDHGIKSLTFETNTNTWGPYGQ 120
            G  S    +V+ L+YP+EY+  I G YYK E+     ++  ++SL F TNT+ +GP+G 
Sbjct: 61  -GPFSGNMFDVIELNYPHEYITGISGEYYKYEA-----NNPHMRSLKFNTNTSEYGPFGT 120

Query: 121 --EKGIKFSFPI-IGAKIVGFHGLMSGRGLHKIGVFVRPIT 156
                 KF+F +    +  GFHG     GL  IGV++RP T
Sbjct: 121 SGSSNDKFAFKLGKSPQFGGFHGTYDASGLQYIGVYLRPKT 154

The following BLAST results are available for this feature:

BLAST of Lcy12g020760.1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P82859	3.6e-18	35.60	Agglutinin OS=Castanea crenata OX=103480 PE=1 SV=1	[more]
F4HQX1	4.7e-18	39.71	Jacalin-related lectin 3 OS=Arabidopsis thaliana OX=3702 GN=JAL3 PE=2 SV=1	[more]
Q9SSM3	2.0e-16	36.62	Jacalin-related lectin 19 OS=Arabidopsis thaliana OX=3702 GN=JAL19 PE=2 SV=1	[more]
Q9SE37	7.7e-13	32.30	Protein RESTRICTED TEV MOVEMENT 1 OS=Arabidopsis thaliana OX=3702 GN=RTM1 PE=1 S...	[more]
D9UBI3	7.7e-13	32.30	Inactive protein RESTRICTED TEV MOVEMENT 1 OS=Arabidopsis thaliana OX=3702 GN=RT...	[more]

BLAST of Lcy12g020760.1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LDY3	1.1e-49	49.58	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G858120 PE=3 SV=1	[more]
A0A1S3CSU0	2.4e-49	48.94	jacalin-related lectin 3-like OS=Cucumis melo OX=3656 GN=LOC103503936 PE=3 SV=1	[more]
A0A6J1C6X3	9.4e-46	48.68	jacalin-related lectin 3-like OS=Momordica charantia OX=3673 GN=LOC111008958 PE=...	[more]
A0A5A7TE69	1.0e-44	43.56	Jacalin-related lectin 3-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_sc...	[more]
A0A6J1C7A4	1.8e-41	45.85	jacalin-related lectin 3-like OS=Momordica charantia OX=3673 GN=LOC111008896 PE=...	[more]

BLAST of Lcy12g020760.1 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038898652.1	4.3e-53	49.79	jacalin-related lectin 3-like isoform X2 [Benincasa hispida]	[more]
XP_038898654.1	1.3e-52	49.38	jacalin-related lectin 3-like isoform X4 [Benincasa hispida]	[more]
XP_038898651.1	2.1e-52	51.49	jacalin-related lectin 3-like isoform X1 [Benincasa hispida]	[more]
XP_038898653.1	2.4e-51	49.79	jacalin-related lectin 3-like isoform X3 [Benincasa hispida]	[more]
XP_004147880.1	2.2e-49	49.58	jacalin-related lectin 3 isoform X1 [Cucumis sativus] >KGN59973.1 hypothetical p...	[more]

BLAST of Lcy12g020760.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G19715.1	3.3e-19	39.71	Mannose-binding lectin superfamily protein	[more]
AT1G19715.2	3.3e-19	39.71	Mannose-binding lectin superfamily protein	[more]
AT1G19715.3	3.3e-19	39.71	Mannose-binding lectin superfamily protein	[more]
AT1G73040.1	1.4e-17	36.62	Mannose-binding lectin superfamily protein	[more]
AT1G05760.1	5.5e-14	32.30	Mannose-binding lectin superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (P93075) v1
Date Performed: 2021-12-06

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001229	Jacalin-like lectin domain	SMART	SM00915	Jacalin_2	coord: 16..153 e-value: 1.9E-23 score: 93.9
IPR001229	Jacalin-like lectin domain	PFAM	PF01419	Jacalin	coord: 19..153 e-value: 3.1E-25 score: 88.6
IPR001229	Jacalin-like lectin domain	PROSITE	PS51752	JACALIN_LECTIN	coord: 1..153 score: 36.332962
IPR036404	Jacalin-like lectin domain superfamily	GENE3D	2.100.10.30		coord: 178..247 e-value: 1.9E-7 score: 33.4
IPR036404	Jacalin-like lectin domain superfamily	GENE3D	2.100.10.30		coord: 1..156 e-value: 9.1E-36 score: 125.4
IPR036404	Jacalin-like lectin domain superfamily	SUPERFAMILY	51101	Mannose-binding lectins	coord: 180..239
IPR036404	Jacalin-like lectin domain superfamily	SUPERFAMILY	51101	Mannose-binding lectins	coord: 14..153
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 159..178
None	No IPR available	PANTHER	PTHR47293:SF1	JACALIN-RELATED LECTIN 3	coord: 18..192 coord: 179..236
None	No IPR available	PANTHER	PTHR47293	JACALIN-RELATED LECTIN 3	coord: 18..192 coord: 179..236
IPR033734	Jacalin-like lectin domain, plant	CDD	cd09612	Jacalin	coord: 19..152 e-value: 5.3496E-34 score: 117.667

Relationships

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


Feature Name	Unique Name	Type
Lcy12g020760	Lcy12g020760	gene

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


Feature Name	Unique Name	Type
Lcy12g020760.1.exon1	Lcy12g020760.1.exon1	exon
Lcy12g020760.1.exon2	Lcy12g020760.1.exon2	exon
Lcy12g020760.1.exon3	Lcy12g020760.1.exon3	exon
Lcy12g020760.1.exon4	Lcy12g020760.1.exon4	exon

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


Feature Name	Unique Name	Type
Lcy12g020760.1.cds1	Lcy12g020760.1.cds1	CDS
Lcy12g020760.1.cds2	Lcy12g020760.1.cds2	CDS
Lcy12g020760.1.cds3	Lcy12g020760.1.cds3	CDS
Lcy12g020760.1.cds4	Lcy12g020760.1.cds4	CDS

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


Feature Name	Unique Name	Type
Lcy12g020760.1	Lcy12g020760.1-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0030246	carbohydrate binding