Tan0002769 (gene) Snake gourd v1

Overview


Name	Tan0002769
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Polyketide cyclase/dehydrase and lipid transport superfamily protein
Location	LG07: 1803448 .. 1839820 (+)
RNA-Seq Expression	Tan0002769
Synteny	Tan0002769

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptidethree_prime_UTR

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

ATGACTAGCGGTTATGATTCTCATGAGGTTGGTTTGCTTTCTGCGTGCAACATTCAAGGGGAAAATGCATTTAATGAGGTTCATTCTCTTTCTAAGGGCAACGATATTAAAGGCTCGTTTTCAAAACTGTTGAAGCCTTTTCCTAATTATTTTTATCGAAGGCCTGCGCGTCGTTGTTGGAGCTAGATTTGTTTAATTGGGATGTTATAGAAGAGGTTGTTTTGAATCTATTGGGTCCAAATTCTCTTTCAGTGGTGGATTCGGAGCTGGATAAAGGCGTTGCGACCAGGCTTGTTCGGTTTTTTTGTTGGCAAGGGGAAGATGCTGTATTTTTCTCTCAAAGCTTTGTAACTCCGGTAAAATCGAAGGTGCTGAACATCTAGGGTTTAATGAATTTGAATCTGAAGTAGATTCTAATTTCAGAATTAGCAGTGAGAAGGTGGAAGGGTTAAAGCTTTCAAATCAGTTGAGGGCTGGAGAGGTGAAGGAAACTCAGGGGTTTGATTTATCAGTTTTATTTCATGAGGAGGAGGTCACACTCACAGGTAATAGGTCTTCGGTGGTTATTCTAGACAAATTTGTGGATTTAGTCTCTGCCAATGGCCTTATTTGAAGGAAATTCCAGGTATTTGTCCAAGCATTTGGAAAGGTTAAAATACATGGCGGTATTTTGAGTATTTGACAATGAAGATTTTATCATGGAATACTAGAGGATTGGGTGATTTTTCCAAAAGAACTAGTCTGAAAATGTTTTTGATGACTTTGCACCCTGATGTAGTATCGATTTAGGAAACAAAAAGGGAGGATGGTTTGCCAAGAAGTTTCATTAAATCAATGTGGAGCTCCAACGATATTGAATGGTCTCATGAGGAATCCTTTAGAAAATTGGGAGGTATGCTTATTATGTGGGATGCTAGCAAAGTAAGGGTCAATGAGGTACTTAAAGGAGAATATACATTGTCTATTAAGGTTTCCTTCTTAATGACAACTTGTTGGATCTCTAATGTGTATGGCCGAACAAGTACTTTGAAAGAAAGCACTTGTGGAATGAATTAAGTTCTCTCTTTGCATATTGTGTTGAGCCTTGGTGCGTTGGAGGAGATTTTAATATCACACGTTGGGTGTATGAGAGGATGCCTCCAGGTAGACAAACTAGGGGTATGAGGCAATTTAATAAATTGATTGATGATTTGGGATTGATGGAAATTCCATTGTCTAATGGTAAATTTACTTGGTTTAAGGTGGGAGATGATAGTTTGCAATCCTTGATTGATAATTCTTTTATCTCAAAGGAGTGGGAAACCTTGTTTGATTCTTCTCTGGTGGTTTGAAAGCCAAGGATTTTTTTTTCAGATCATTTCCCTATTTTCTTGGAAGCTGGTAGTTTCAGTTAGGGATCTTGCCTTTTAGGTTTCTCAATTCGTGGTTGGAGTTGAAAGATTGTGTGGATTTAATTGAACAATTTTTGTTAAATGATCATTCATTTGGCTGGGCAGGCTTTGTTATTAACTCAAAATTTCGAAATTTGAGAGAAATTTTTAAGAGTTGGTTTGCTGCATTTGAGGTCAGTAGGAAACAACAAGAGAATTCTTTGATTTTGGTAATTTCAAACCTTGATGCATCCGATAGCAAATCTTTGTCAAGTCAAGAACCGAAACTCCGAGATCTAGCAGAACGAGATCTGTTTGCTTTATATTTGAAGGAAGAGAGAAATTAGATCCAAAATTGTAAGCTGAAATGGTTGAAGGAGGAGGATGAGAATACAAGGCTTTTTGAAAAAATGATCGTCCTTTCTCTCTCCCCCCCTCCCCGAACATGATCCTTGACTGCCCCCACACTCGCCGACCACCGAACTGGCCATGGCGGACAAACAAACTCTTTTCTCCTTCTCCATCGATAAAAATCTTTGTCTATTGATCTTGACCAGTACTCATGTGGCTCTCGAATCCGTCTCACGGAACATCAGAGAGATCGTTCTTTTTCTTTCGCAGCACCTGCCTCCATCATCCATTGGCTCCATGGAACCCTCAAGCTTCTCCTTAGCTCCCATCTTAACCAGAAATTCTTCAAGGAAGAATGCGTTGAAGGAGATGTATACTGGGTTGAAAAACACACCAACCGCAGAGGCCATTATGTTGAACTTGCTAAACTTGAGGCCAACGGAGCTTGTTCCAAGATCATCGTCCCTGCTGAAGTTAATAGAAAAGGATGGCATCTCCTTTTAGCGCGTTTGGCTAACTATCTTCCCAAACCGACTTCGAAACCCATTGTTGTAGGTCACCCAATCCCTCTCCCCGCGCCAAAGAAACCATCATTTAAAGATGCCCTCACAGCGACCCAACCACAAGCCCCTTCCCTTGTCACTGTTCCCACCACCAAAGCCCATAATCGACCAACCCCTGTCTACGACCTGGCTACCCTTAACCTCTCCTTCTTGATCATTGTCCATCGATACAATTTCCACGATGACTCGGTTTGCTATTAACTTGGCCTTGCAAAATGTGGTCAGTAAGCTTTGTGCTATTAGCCCGATACACCAAAACAAGGCTCTTCTTACCTGTGAATCTGCGGAACAAGCCAATGGCTTAGTGGGAGACGAAAGTTGGCAGCTTATTGGTGACTACTGTCTGAAGTTTGAAGCTTGGAGTAACACAACTTACGACAATGATCCTCAAATACCTTCATACAGGGGTTGGATTAAAGTGCGCAACCTACCCCTTGATAAATGGAGTTGGGAATCCTTCAAAGCCATTGGTGATGCTTGCGGAGGCCTGGTTGAGGTCTCCAAGAAGACTCTTTCCAGACTCGACAGGATGGTAGTTTGTCTGAAGGTGGCTGAGAATCAAAGAGGCTTCATTCCTGCATCTGTCCACATTCCATACACCTCCTCTTCATCCATCAAGGTGATAATTGACCCATTAAGATTTATGTATCAGTTTTATTGCAAGAATTCACGGCTGAAAGAAACCATTAGGGTCAACAGCTCCGACAAATATTTTGGTGGAAGTCTCGAGCCACATTAGCTGACCCTCACCATGCGCCATTCCCCATGACACGCGCCTGATGGCTACAATACCCTTTGAGATGGCCTTTAATCATTGGTCTACTCAGTCCACCTGCCCACCAAACCCACATGCCTCGACGACCCCGTTCTCTCCCACTTTCTAGTTCAAGTCCTCTCTTTTGGGCTCACCTATCACTAGCCCAGTCAACGACCCACATACCTTTCCTCTTTCTATTACCCTAAACCATCCCGAAACCATTAACCTTCACTTAAAGCCTCCATCCCCTCCGCATAAACCTTCACCTCTCGACAAAACTAAGATCATCATTGGCGGGAAACAAACCTTTCTCCTTAAGGGGAGAAAACACCATTCTAGTGTTTCCCATCATCCCTCCGACTCCGAAGACCTTATCTCCAGTCCCTGCCTTGGCACATTCTCTCCTCTACCCACCTTGCACCAATCCACGCCATGCTCCATCATTCCTCAGTATCTCTTTGTAGAAGTCACATTTGATGCTCCCCAATCTCTCAGCCATTACCCAGACCCTCCCCTGTTAATCTTGCCATCTGAGCCTCCCCTCCCCTTTTGCTCAATCCGGTTTATCAAAAGAAAGGTGAGACTAACATGGATGAACAACCCTCAGAGGTTAATGTGGACGATCTTTTTCTTAAAAAGCTTGCTCCTTGGCTCATTGAAAATGGGTTATGCATTTTTGCCATTCCGAACAAATCAAAGAAAGCCAAATTGACAGCGAAGAAAGCTGAACTAGTTTGAGAGGTTAAGGATTTGGCCTCATCCGTGAATTACGAGAAGATTACCTCAACTGTTGACAATGGTGGGCAAACAAATCCTTAATGATCGTCCTGTCATGGAATGTTCGACTCTCGTGGCGACTAGTCTGCAACTTCTGTAACAGAAGTCTCTCCCCCAGAGTAGTGACAACGGTGTCTATGCTCTGAAAATCATGTTGGACTGATGGATGCGGGGGCTCGACCATTTCCTCTTGGTGGGGCGCGTCCATTCCGTCCTGGTGATTGCCATCGGACTCTTGCTGATGATTGTCACCAACTCTTTCGACGTCCCATCCGTGAAGGCCCATTATGGAATTTCTGTCTTTGATAGCTCGAGGATGAATGAGCTCCTCGTTAGGGGTCCAGGTGACCCCTGCATCTTTGCACAAGGTTGTGGTCAAAGAAGCGTGGCCAAGCTCCCCAGTCGTGCTACCTCATCGTATGTGGCGGATGGAGCGGAAAATGACCTTCCCTATATCGTTCGATCCTTGGTCGCAATAGCAAATGAAAGAATGGCCTGCTCCTTAGTATTGTCATCCAGTTTGAGCCAGGTCGGGCAAGTTCAGAAATGATTTGAGTTGGATCGACTTGACTAGTGGCGTACTGGTTATATTCGTCCCTCTCAAAATTAGGTAGCTGGAAGTATCTATTTATAGTGGCATCATTGAAAGAGACTGTATGCCCTCTCACAAATGTCTAGGTCTCATCCGTCCTCATGTTGGCATAAATCTCTTTAACCACAAACACCACCCAGCCTCAGGTTGCTGAACCAAAAATTCCCATCCCCTTTGACGAATGACATGGTAGAGAATAGAGATGGCGGTGATGAGAGTCATCGGGCTCAATGCCACGTTTAGGGATTACGGATCGAGAGATCACGTAATTGTGGTGACGGCTAGCTGCCTCGTAATCTTGAAATCGATGTCCATCGAAATCTTGGCGCGCCGAAGAAAATGAAGAAGCTTGAGCTCGTTTTGAACTCATGATGATCATGCCTTTATTTCTTAATATTGCTCTATCTTTATGTTATTGTATTTTCTGTTTTTTTTTAACTTATGTATTTTGAGCATTAGTCTCTTTTCATCATTTCAATGAAAAGATTGTCGCTTTTTCAAAAAAAAAAAAAAAAACTCATGATGAATACTACAAATATCCAAAGTCACTGAAGAGATATCTAAAAGGAAAGGGTTCAGCTTAAGACAATGTATAACATACCTCTCCATGTGAATTCAATCCTAACATAGGCACAAAAGGAGCAACACAAAATGCAACAAAGTGATCACACAAAGACACCAAAGACAAAATGAGCACACAAACAGAATGCCACAAAGCCCCATAAAATGCCCCAATGTGCACATCAAGACACCATAACCCACAAGATGAGATTACAAAATGAGCACAATAATGCACCAAGTCACCACAATACTTTCATCAAGTGTAAACATTGCACTTCCACACATCCAGAATTAACAAAGGAACAGAAAGGCGAAGATTCAATGTTGTAAAGGATACACAATTTAGTCCTAAGCCAAGGTCCGAAAGAAAACCACATCCAATTGACCTTTATCCATACATGAGTCGAGCAAAGCAAACAATAGGCAAAATCTCACCAATATTCACTTAGCATTACAGAATTTAATTGAGTTGTCCTTTATTGTCTTTTCAATCTCTCTTACTTAGGTTAACCTTGTACACTTGTATGTATATCTTTTTAGTGAATAGAATAGAGCAGATTGATTCTCTCAAACCTTTAGCATTAACACCATTAAAGGGTGGGAGCAGATTTTGAGGGCTTTTGGGTTTAGTAGCAGGAAGTGCTTGAATTGTTAGAGCCTTTAAGGGTAAAGTGAAAATTCTGTGTCACTAGAGCGCTTTTATGGGAATTATGGAGAGAAAGAATATAGGCGGATTTTTGAAGATAAGTGTTCTTTTAATTCTTTTTGTAAAAATGTACAAATTACCTCCTCTTTATGGAGTTTTTGACGCTGAGTCTTTTTTTGTAATTATTGCCTAGCTCAGATCATTCTTTATTGGAAGACTTTGCTTGTATAGTTGTTTGGTGGGGAGGAGTTTCTCACCCCTCTGCCTTTTTTTTGTGATTAATACATCTCTCTTTGTTTTAAAAAAAAAATTTTTAGGAGGAAGGGGTGAGAGAAGGTAATTTTTCAATGATGGTTGAAAAAAAAAATTCCAATTTTCAAGATTTGAAACTCAAATTCACCAATAATGTAAAAAGTAGTGGGTGTTCTCTCTTCAAGAAAGTGCTCCGTTCTCTATCGTCTGTTTCTCTTCCTCACGTCTCGTCCTTTCGTCTTCTCCGGTAGGCTCCCTTCGTTTTCGACCTCTCTCCGTTCTCTCCCTTCCATAATCCCTTCGGTCTCGGGTCCCGTTCCTTCGTCTTCTCCGGTTGGTTTCTGTCGATCTCTGGCCGCCGGCTTCTTCTCGTCGTTTTCTTCTCTGGTTGGGTTCCTTCAGCTTCTGGCCGCCGGCTTCTCCTCGCCAGATTCTCCTCGTTTGTCTCCTCCGTTCTCTTCAACCTGGTTTTCGTCTCTTCTTTCCTTTTTCCTTTCACAGTTGTCGAAGTCGCCCGTTTCCTTTCTTCTTCTTCGTTTTTCACTGTCGGTTTCGTCTAGGTTCTTTATCTTCTTCCTTTCTTCTTTGTGTTTGGTTTGTGAAATGGACCAACACTCTTGCTGTATCGATGAAGAAAGTTTTTATATGCGAAGTTTCAGCGATTCTTTCTTAATGGAATGTTCTGACCAAGGGGTTTGACTTCCATTGTCAATGGAGCATCTTCGATGGTTATTGATCTCTTTTGATGAGATCGTCGGTTCAGTCAATCGGTTTTTTGAACCTAGAAAATTTAATGATAGCTTTGGTACAAGTGGGATTTTCAAGTATCGTTCCGATTGGAAATGGTTTCTTCATTGCATCTTTTGGCCTCCCTCGGGTGGTCGAAAAGTTCTTCGAATTGCGCTGGGACAGTTGGGAAAAGGTTGGTTAGTGTTTAAAGATATGCTTTCAGATTTCCTTTTGGGTTAGAAGTATTTTTCGTTGGATGGTAAGCCGCCGGTTGCTCCAAAGACGATCCCTCCTTCTTCCTCTTTTTGTGGTGCCTATCAGTTGCAGAGGTTTTCTTCTTGTGGTCCTGCTTATTGGATTCGAAAGTCTCAAGAGGTGGTGAAGGTGTATTTTAGCAAATTACTGGTTATCTCTCGTTTGTTCACTCATGTCTCTTGGGGTACTGTTAAGGCATCACATGAGAATCATCTTCAGTTAAAGGTTCAAATCAATCCTTTTATGGCTGATAAAGCACTAATTTTTGTTGATGGTGAGATTGTTGATCTTTTTCTTCTCGGCCTTGGGAAATGGCAACTTATTGAAGACCTTCATTTGAAGGTTGAGGGTTGGACTGATAGTCTTCATAGCCTCCCCAAGTATATAGAAGGTTATGGAGGGTGGATTTTGATTCGGAACCTACCTCTTAGATTTTGGACAAGATCGGTTTTTGAAGCCATTGGTCAGAACTTAGGCGGATTAAAAGATATGATTCAGGCACTCTAAACATCCTTGATCTCGCAGTTGCTCGCATTAAAGTAAAGGAAAATTTATGTGGTTTTCTCTCGGCCACAATTGAAATTAAGGATAAGTTTCTTGGTTCGTTTTCGTTACAATTTGGTGACATTATTTCAAATGAAATTCCAGCATCCCTTCATAATTCTTTATTTTTGAAAGATTTTTCCAATCTTGTGGATCTCGATCGAATTTTTGAGTTGTTGGAAGATGAGGATGTCCTTGGTGGTTCTTCATCCTTCAAAGCAAAGGATGGATTTAGGGTCTGATCACTCTCCCTTGGTGACTTCTAATTCCGATTTGGATCGGGATGGTTTAGGTACTTTTGCTCTCCGGGATGCGTTAGAGGTTAGTGTGGAGCCACTAGCCTCTGATTCTTTTTCGTCAGAGGTTTTGAAGAAAGATGTAGGGTTGTGTTCGTTCGAAGTGCCTGGTTTACCTTCAAAGGAAGTTTTTGATAAGGTTGATAGTTCGTCTTGTCCTAATTCTTCTAAGTCTCCCATTCCCTATTCCGTAAAGGAGGTCAAAGACTGATTTTGTGCATCCTATGCAAAATACTATACAAGGAAGAAGGTCTTTGATTCAGTGGTAGCTTCTGCCCCTTTTTCTTCTTTATGTAATACATACAAGTTTGATGATTCTCTGTCTAGAATTCTTTTACCGGGACAGTGCTCAAAGACGGATGGTGGTGGTTCTCTTCTTCCTGAAACGTTCATTTTAAGTATTGAAAAGTGCAACTTGGGGCCAAGTGGGGTTCAATTCTTCAAGGCTTCTCTCAAGGTTGATCGACATCAGGTGGTTAGTAGTGATCCTCTTTCTCCCGTGGTGGAGAAGTGTTTGACACCGACTCTATTGTCAGTTTGAGTAGCCCGGAAAGTGCTAACTCACTTCATCTTGCTCAAATAGATGGAAAAACTGATGTCTCCTCCCCGGTGGTAAATTTGGATTTGCTCTTCCAAGATTCCATTATTTCCCATGAAGCTAAAGAGCGTGGTTCGAATAGTGAGGTTATGAATGAGAAGCTCCATCCTGATTTGGTTATGTTTTCTTCACTTATTAAAGCGAGTTGTTTGCAATTTCGGGAGGTTGTTCCTTCTTCCCTTCCTCGTTAACTATTTCTTCCTAGACACAGGAAGGGTTTGGATTTGATTTGAAATGTCTCGAGTGCGAATTTCTAGATTCTTTTTGAAGCACATGGAAGTTGAGGGTTGGTGAAGCGTGTATTTTTATCACAAGTTGGGTTCACAAGTGTAGGTTCAAGTTGCTGATTTCAGAGTCTATGAGTTTTTTATTCCTTTTCTCGAAGTTTTCTCAAGAAGTTTGATGTTTCTTGGGTTCGTGGAGCTGGGGTTACAATTCGGTTGATAGCTTCTACCTGGTGTGTCCTTTCCAAGGACTTTGCTATTTTTCTATTTCAGATCTTTGTCTTTCTTGGCACCCGTTCTTTTCTTGTGTTTGTTGGATTGTAGAATGTCTTCTGGTTTATTGTTTTGCTTCCAAGGGGGTGGTTTTGGTTTTGCTTTTTCTTGGCTTTGGGTTTCTTTCGGCTATTTCTTTGGTTGTGTTGTCTGTTCTTTGATTTTCTCGTTCTCTTTGTATTTTGAGCATTAGTCTCATTTCATTTTTTCAATAAAATCTCTTTTCTTGCCTTGTCAAAAAAAAAAAAAACTCAAATTCACCAAGATATTATGCTCAGCATATTTCAACTTTATTATTTCAATACTTTCGGTTGATCACATGTATTAAATTTATTATTTATAAGCAAAGCTTGTTAAAGATTCTTGAAGTGCACCTATGTTTCATTTCACCCCTTCCCATTTTCACGTCCAGGTTCCTATCTCTGACGAAGTGTGGAACAAAGTTGTGGGAAATGTTTAAACTTCTATGTTGTCATTTTAATTCACCACTACCTTCATTCCCCTTTTTGAATTCGTAAATGAAAACGTGTTCTTACGATGTGAAATATTTTGACTATGTTTGAATATTATGGATTATGGATATTATCGATTTCTCACCTTGGTTTTGCCCGTAGTTAATGATATTGAAGAGCACCTTAATTGTGCAGAACAATGGAGGCTATATCAGATGCAGATTTGAAGTCTTTATTGGATAATTTGGATGGAAAGCTAAATGAGAATGAGAAATGGGAATGTGTTGTGGAAAAAAGTAATGATCTTCTTTCATATAGTGCTAAATGCTGCAAGCCCAAGGTTCTCATCTCCTCTGTCTTTATTCACATGTGGAATGAGATTTTGATCTAGTTATGAATTACTATTCTACTAATAAAAGATGGGCGTTCTTTACTTATTTGGTTTGTGAAGTTAATGATTTTGAGATCTGGTCAAATACTGATTTTGTTGCAGGATGGTCCCTTGAAATATTCGAGCGTGACAATATTTGAAAATTGCTGTCCAAAATTGTTGAGGGACTTCTACATGGACAATGATTTTAGAAAACAGTGGGACAATACCCTGGTTATGTATGAGCAGCTACAAATGGATGGCACTAGCGGAATTGAAGTTGGTCGCACCTTAAAAAAATTTCCATTATTGACACCTAGAGAGTATATACTATCATGGAGATTATGGGAGGGGAAAGATGAAACCTTTTACTGCTATACCAAGGTATTGATTTTAATACTTTGCCTACCCCAGCACACACACCCACGCACATCACACAACAAGGAAGTACGCACATATTTATTCCGTGGATATTATTTTAACGATTCCCAAACAAGGAAAAGCTCACTACATTGAGGTTCACTGCCATGAGGATTGCATTGTATTACAAATTTCTCTTTTACTTTTCTTCTCACTTCTGAAGATATATATTTATATATATATACAAGGAAAATGACGTTTTTTTTTAAATCTAAGATTGAGAATCTATCATGGATTTTGTATCACTTCTGGAATCTATTTCTTTCTTTAAAGTTGGAGTAGGTGGCGATGCTCGATCGTGGACTTTGGAAACTTTGGGGAATTTTTAAGGTCAGTTCCTTGACAAGAAAATCGGCAGCTTCTCCTTCTTCTTTGTCTAAAAAGATGTTTCAGATTCTATGGAAAACAAAGATCCCAAAGAAAATCAACATTCTTCTATGGATAATTCTCCATGGGAATCTAAATACTGTTGAGGTTCTCCAAAGGAAATTACCTAAGTTCTCTCTTATGCCATTGGTGTGTTGCTTGTGTTTTGAGGATGGGGAATCTCAAAATCACATTTTCTTTGGCTGTCGATATGCTCTTAATTGTTGGTGCTCCTATCTTCTTTTAACTTGCAATGGGTTTTTTCCGGTAAATTTGGAGGAGAACGTTATTCAGTTTCTATTGGAGCCTTTTTCTCTGCAAAATCTTCTCTTATTTGGTCCAATGGTGTTAAAGCTTTGTTCTCTGAATTATGGCGGGAAAGAAACTCTAGGATTTTTGAGAGCAAAAGTCTCCCGTTTTGTGACAGATTCGAATTAGCAAGCTTGAAAGCGCCATCCTGGTGCACTATTTCCAAGTCCTTTGATGATTACTCTCTTAGGGGGTGTTTGGTTTATGGGGTTGGGTTGAGTTGAGTTGGGTTAATAACCCAACTCCTTGTTTGTTTCACCAACAATTATAACCGGTGACTTAATAACCCAACCCCATGGAGTTGAGTTATTAACTCAACCGTACGGTACTTTCCGACGACGATCCGGCAACTTTCCGACGACGATCCGATGAGTCTCCGACGATGGTCCGACGAGTCTCCGGCGACTCTCCGACGACTTCCCCGACGACTGTCCGGCGAGATGAAGAAAGTGGAGAAAAGAAGAAGATGAGGAGAATTTTGAAATGTGTCTTTAAGTTGCTAATACTCTAGTTTAAATAGACACCAAAAGTCTTAATCCTTTTAGAACAAGGAATTCTAATCATTTTAGAAAAGAAATCCTAAACAAATGCAGAATTCTAATCCTTTTTAAACTTTGAAACACCATTTTTAAATCTTGTTCTGATTATCCAAAGATTCAAATTTAAAACAAATACAATTAAAGCATCTAATTTTACGGGGCGCCATAATATACCCATCTAAGAAAAACTTTCGTAACTTGAAAGTTGCTAGAACTTACAACGGTCACATCTTTGAGTCATAATTTAAACTTAAACTCTAAACTACATTTGCACAAGAACAAAGAAGTCAAAATCATAGCATAACAAGTGTCAACACACAAGCAACTCAAATAACTTTAACTAGACTTCCCGCAAGAGGGTATAAGGATCGTTGTTCACGATGTGTAGGCGAGTATGCACGAATCTAAGACCCATGCTCGATACCAACCTGTAACAACCTAATTTTTCAAACTCAAAATTTCCTAGGGACGTTACTAAGCAACATTGCTCGCACTAGAAAATTCTCAGTAGCATAACGACGCTACTAAGACCTTGATGACATATCTAATATTTTGTAGATATGCAACTTCAATATGACATAAAATATTTAAGTATGTTGACATATTTTTAACATCTTCACAAGGTAAACTATTTATTCCATTCTAAAGATGTCCATAGACAAATTTAAATAAACACTCTTCATTAGGGGTGTACATAAGCCGAGTTGGGTCGGGTTATGCTAGTTTTTTGGACCAACCCAAATTTTCGGGTTGGTCATTATTCCAACCCAAATAACCCTATTCATGAGGGTAACCCAACCCAACCCAACCCACAACATTTTCGGGTTGGGTTGAGTTGGGTTGGGTCATCGGGTTAGTTTTTTTCTTTTTTTTTTAATTTAAAATTTAAAGAAAAACCAAAATTAATATAAATATAAAAAATTCAAGAATTAAAAAACTCCAAATGTCTTTATACTAAATAAAAATCATAAAACTTAAATATTCTATTACAAATTTACAATTATCCCAAGAAACTTCTAAATAAATCGTCCTCATTTAAAACAAAAACTCTTTGTTTTTCAAAGATTGAATTAAAATTAGTCACTTAGTTTTAATTTATATTATGAAAAATTACACTCTAACGACTTAAAAAATATATTTTAAGAGTTATTAAATAATAAATAATTACGAAATTAAATAAAGATGAATTACATACATGTATATATAGTTGTATGGTAGGTAAAAAAATAATTTTTAAAACTAATAATAAGTTCGGGTTAGTCGGGTCAACCCAAATTAATTTTAGGTGAACACACGAACCAACCCAACCCATACATTTTAATTTATTTGAACCCAACCCAACCCAAATAAATTCATAACCCAACCCAACCCGTCGAGTTGGGTTGGGTTGGTCGGGTTGTTCGGGTTATCGGGATTTTTGAACACCCATACTCTTCATATGCAAAGTATTAAGACTTACCTAAATTAAAATAAAAAAGTAGTGGTGAACATGTGCATAAAAAAAGAAATAAAGTTCATATTGAAGAGTAAAAGTTAAAAATAATGAATTTTATTGGAAAAGAAATATTGATATCAAACTCAATATTCATTACTTTTGCAAATACCCTTAACATACATTTGGCAAATGGTTTTATATATTGTAATTTTGTAATTGATCTCATAATGAAAATTTTGAATTGTAGACAAATATGTTTGAATTGATTTGGTGGAAACAAAAAAGTAAAGAAAAAATTCACAAAAAATCAGACTTATTCACTTTACAAAAAACTGCATCAGATACCCCTGACATAATAACTCAACTCTGCAAACCAAACACTGACTTTCTGACTCAACTCAACTCAACTCTGCAAACCAAACACTGATTTACATAACTCACTGACAAAACAACTCTGCACAACTCAACCCAACTCAACTCAACTCAACCCAACTCTGCGATTCAAACGCCCCCTTAATGTTATCTTTCTTCATTGGGGTGATTTTATATAATGTCATTTTTGTTATTTAAGTTTTCGTTCTTTTTATCACTCCTTTGCAGAGAGTGAGATCTTGGGTCTTAACGTTGATGAATCTGAGTTGGATTGGATGTTGTTGACTTTTGGTTGCAAGCAAGGTATGTGGCCGACTACCTATCTTGGACTGCCTTTGGGGGGGAATTCCAAAAATGTTTCTTTTTGGACTCCAATAATTGAACGTCTGCAACAAAAACTACATAACTGGAAGTACGCTTTTATTTCTAAAGGTGGAAGACATACCCTTATACAAGCTAAAATCTCTAGTATGCCTTTGTATTATATGTCTTTGTTCAAACTCCCGGCGAAAGTCATTTCGATTCTGGATACGATTATTAGGGACTTCTTTTGGGAAGGAGCAAGGGGTGATGGTGGCGTGCATAATGTAAAATGGACAACCACTCAACTCCCTATTCTTTTGGGTGGTCTTGGGATTGGCAACTTAGAGCAACGTAACATGGCCCTCTTAGCAAAATGGATTTGGCGTTTCTCTCAGGAACGTGATTCTCTTTGGAGAAAACTTATTGTTGCAAAGTATTATGATCATTTACAGGTAGTCAATTGGCCTCCTTTTATCCCTACTGGTCCTCATAAATCCCCTGGGAGATTCATTTGTGTTGTTCGGGATTTGGTTTCTTCTCGTTCAATTAGGCGTATCGGGAATGGTTGTGATACACGGTTTTGGACTGATTCTTGGCTTCCTTGTGGTCCTCTTGATACTACTTGCCCACGACTCTTTAGGCTTTCTTTGGTCCCTGATTCTAATGTTGCAAGTCTTTGGACTTCCACGGACGCTGCTTGGGATTTGAAGCTTCGACGTAACTTAACAGATTTGGAGACCATTAAATGGGCCTTTCTTTCTCAATTGCTCTCCCCTATAAATCTTTCGAATACCCATGATTCTTGGGTTTGGTCTTTGGAGGCTTCTGGATGTTTCTCTGTTAAATCTCTTACAAAGAGTTTGTTATCTTCTGCTGATTTGTTGCCACGAGACATTTATTCGGTAATTTGGAAGAATAATTATCCAAGGAAGATTAAGATTTTCCTTTGGGAATTGAGTTTGGGAGCTGTAAATACTTCTGATAGACTACAAAGAAGACTGCCTTATATTAGCCTTTCCCCCTCGTGGTGTCCCATGTGTCATTTGAGTTCGGAGTCTGCAACCCATTTGTTCGTGCATTGTTTGTTTGCTCAACGTTTCTGGTGGTGTATCTTGGATGCTTTTGGTTGGGTTGTGCCTTTCTCAAGTAATATTTTTTATTTTCTTTCTTCTGTTCTGGTGGGTCATCCGTTCAAAGGTTCAAAGAAGGTTCTCTGGTTGGCTTTTGTTCGTGTTTTTCTATGTCATCTTTGGATCGAGAGGAATGATCGGCTTTTCAGGGATGTTTCCTCTCCTTTTGAACGTTTTATGGATCATATTCTTTCAACTGTCTACTTGTGGTGCAAACATGTACCACCTTTTGGTCTTTACAGTTTATCTTTTTTTGTGTCAAATTGGCGATCATTCTTGTAACTCACCTTTTGATGCTCGGAGTTATCTCCATTTCATTTATCAATGAAATAGTTTCTTTTACCAAAAAAAAAAAATCACTCCTTTGCAGAGTTTGTATCTTTCCGAGCATTAGTCTCTTTTCATATCCTTAAAGAAAAGTTGTTTCTAGTTCAAAAAGTTTGAGAATCTATCAACCCAATGCAACAAGTCCACCATTGTGATAAGGAGATAGATTTGTCTTTACTCTTGTCTTCTCCCCATCTGTTGTTATGGACACACTAAACACTACAAATGCCTCTCCCCAAGTGGACAACAAACAAGGCTTTTGATCTGCAACAATTGGAAAAAAAGAAAACATTAGCCTATACCCCACCCAACACAATACCCCCTCTGCCATGATACCCTTTCTCTCTCCCTCTCCCCCACCAAACCTCACCTTGGTGATGATATGTCAGAAGTATTAACAAAAATTATTGAATTTTTTGAGTGGATATCGGGCATGAAGATTAAGTGGGAGAAATCAACTTTAGGTGGCGTTAATATTAATGAGAATGAGGTATCTTTAATGGCTGGAAAATTGAATTGTAAGGTGGAGCCTCTTTTTCTACCTTGGTCTTCCTTTGGAAGATCATCCGAAATCTATCTTTTTGGCAGTCGGTTCTTGACACAATCCTTAAAAAATTGGATGGGTGGAAGCGTTATAATTTGTCAAGAGGAGGGAGAATGACGCTGTGTAACATGGTATTATCAAGTATACCTCTTTACTATTTATCTCTTTTTCTTATGCCAGCTGAAGCTAGCCTACCTTTTGAAAGGATGATGCAAAATTTCTTTTGGGGAGGTAATGAAGGTGGCAAAACTTCCCATTTCGTTAGATGGAATGTAACCTCTAGGTTGCAGTCAGATCGTGGTCTCGGTTTTGGGGCTGTTAAATATAGAAATATGGCTTTGTTAGAAAAATGGGGACGACGGTTTATTAATGAACCCCATGCCTTTTGGAGGAAAGTGGTTAAAAGTATTCACGGCACCTTAGATTATGATTGGAATACTTTGGGAAAGGTTGGTTTCAGCCTTAGGAGTCCTTGGATGATCATTTCCAAGTTTTGGAAGAGTGTGGAGGCCTTTGTTGGTTTTCAGTTGAGGGTTGGAAACAAGATTCTGTTTTGGAAAGAAAATTGGGTAGGAGATTTGAATTTCCTTGACAAATTTTGGCAGCTTTATTCTTTAACTTTGAAGCCTAATGCTATGGTTGCTGATTTTTGAGATATGGAGACTTCATCATGAACTTGAAATTTTGAAGATTATTCAAGGATGAGGAGATCTCGACTTTTGAAGCTTTATTGGGTGTTTTATCTTCCTTTAAAGTTGGTGAAGGAGATGATTCTAGAGTTTGGTTATTGGAAGCGTCAGGGAATTTTTGCTGATTTCTGGGATATGGAGACTTCATCTTGTAACTTGGAATTTTGAAGATTATTCATGAAGAGATCTCGGCTTTTGAAGCGGCTTTTGAAGCTTTATTGGGCGTTTTATCTTCCTTTAAAGTTGGTGAAGGAGATGATTCTAGAGTTGCGTTATTGGAAGCATTGGGGAATTTTCGGTGAAATCATTGACAAGGAAATTGGTCTTTTCTTCTTCTTTATCAAAGGCTGTATTGGGTGTTGTGGATGATTAAGAGTCCTAGGAAAATCAACATTATGCTTTAGAAAATTCTTAATGGGAATCTCAATACGACTTAAGTTCTTCAAACAAAGTTATCAAAATCCTATCTTATGCCATCAGTATGTTGTTTATGCTTTGCGGGAGGAGAAACTCAAAATCATATTTTCTTTGGTTGTCCCTATTCTTTGAATTGTTGGGTTAAGCTCTTTTCCCCTTTTAGTTTGAATCAATGTTTTTTAAAGCTCAAGGCGCACTAAGGCGCAATGACCCTTTGGGGCCTAGGCGCAAGGTGCAGACTTTTTTTTAAGGCTCACTATATAAAAAAAAAATGGTTTGAATTGGGTCTTTTCAACAGGGTTGGAAGAAAATGTGCTGCAACTTTTGTTTGGGCAAGTATTTATAGCAATGCCAACTCTAATATGGGTCAATGCTATTAAAGCTCTTTTATCAAAACTTTGGTTGGAAAGGAACTCCAGAATTTTTGAAGGCAAAAGTCTTACGTGGTTTGAAAGATTTGATTCAACAAGCTTAAAAGTGTCATCCTGGTGCACTCTTTCCAAATCCTTTGAGGCTTATTCTTTTAATGATATTTATCTTCATTGGGAGGCTTTTTTGTAGTTGTTTTATTTGTTTGTTGTTTTGATTTTCGCTTTATTTTCTCACTCCCTTGTGGAGTTGATAGCTTTTTGAGCATTAATCTATTTTCATTTATTTAATGAAAAGTTTGTTTCTTGTTCCAAAAAAAAAAAAATACTTACCTTAACCATCAACTTATGGTTTTGGGTTGATTGGTGATTTAATATGACATCAGAGCAGGAGGTCGTGTGTTCGAGCTCCTGTAAATCTCATTTTCTCCCCAATTAATATTGATTCATGTTGGACCTTTCCAAGCCCGCAAGTGAGAGACAACACAATTATTTAATTAGACCGAGATATTCTGCATTCATAAAACAAATGAAAAAAATTGAATAGAAATGGTTGGAACGCAAACCTTATAGAAATGAATAGAATGAAGAAATTGGTAGAGAAGATGAAAAGAAGGGGGTGAAAGTGTTAATAGTTATAAAGAAAAAAAAAATGAAAGGAATGAAAAGAGAATGGATAGAGTCAAATTAGAAGAGTTTAACCATAAAAAGGGGATAATCTTTACTCTTTTTTTCAAAGTAGGAAAGACAACCATTTGGATTTTTTTTTTTTCTCAAAGTCATGGGCCCCAACAAATATTTAGCATAAAATTAGAGAGCCACATGGCAACAAACTATGGGAGGAGGTAGGGAAAATTTCCTTACTAAAGTAGCACTATAAATTTTCCCGAAATTAACACCCACAAATTTGTTTTGTTGGGTCCTTTTGTTCTATGAGAGAGTGTTTTGCTCTTTTATTATTATTTTTAAAAAAAATTTTTTGCCTTTATGTGTTTTCGCTTGGTTGGGTGTTTTGTTCTTTTCTCTCCCCTGGAAGTTTGTATCCTCGAGCATTTTATTTCCTTTCATCTTGTTCGAAAATGTAACCAGGAGATTATCATCTATTGATATATCATGGATTGTATAATATACTGAACCTCCTAAGTAATCCCTTCTGAAGTTTTTTTCTGCTCCGTCCCCTTGGGTTTTCGCTTAGACTCCGTTTGTCGACTTCTTTCTTGGACTCCTTCGACGTCTTCAGTTCTTTGCCAGGGACGTTCGTCTACCCTAGGCGGAGACTTTTTTAGTCTTTTTGCTCTTCTTCCTCTTTGCATCAATCACAACCATCTGGGCGTTTCAGTTTCCTCTGTTTTGGATCTCACTTCTCAGACGTATCGACTAGTCTCCCTGGGTTTTTTTCCGCTCGACTTCAAGGATCAATGGAAGGCTTTAGCTGCTGTATCAATAATTTACCCTTTTGCGTCTGGTGTGAGAATTCACATCTCTTTCTTGAAGTCTGATGTGAAGGTGCTGTTGTTCCTAGCTCATTTAAAATGGTTTGAAGACTCCTTCGCTGCAATTGCTCTGAACACAGATTCCTTTTTTAAGTGAAGAAAATTCAAGGATGATATGGCTACTCTTGGCCTATTTAAGGTTCGTTTGGAGAATGGGTAGGTGGCAGAAGGAGTTGTGTGGCCTCCCACTGGTGGCTGGAAGGTCTTTAGAATTCCTTTGGGATGCCTTTCGATTGGCTGGACAGTTTTCAAAGATATGCTTGCTAATTTTCTTAAACATATTGGTGTATCGACTATCCTTCAGGATTCTTCTTTCAAAACAAGGGGCGTTGTTATTGCCAAGCTTGTTGGTCAAGATTTTGTAGAAGGAAACAGTTCGATTCATTTGCCTCTCATTCTCAGAGAAGGGATGTCCCTTCCTCTCACTCTTATTGGATTATGAAATCGGAGGAGGTGGTTGTAGTTGATTTCTCAAGTCTATTGGTGGTGTCTGGACTCTTTGCTCATATCCACTGGTCTTCTGTCAAGAAAGCATTGGAGGATCATTTTCAGGTTAGTCTTTAGATAAATTCCTTTATGGTTGACAAAGCTATTATTCAAGTTGAAAATGGTTTTGGGGAGGCTATTCTTTTGGGTATGGGAAAATGGCAAGTGGTAGGTAATCTGCACTTAAAAATTGAGGAATGGTCGACTGCCTGCGCAGTTTGCCTGAGTTCATTTGTGGGTACGGGGGTTGGATTGTGATTAGAAACTTGTCCCTCAAATTCTGGAAGAAGAGTGTTTTTGAAGTAATTGGTGCTCACTTCTGGGGGCTTGAAGATATCGCGGTAGATACTCTGAACTTCCTTGATATTTCAGCAACAAGGATTAAGGTTTCTCAGAATCTTTGTGGCTTCCCCCCTGCATCTATTAAAGTTGTTGATTCGGCTCTTGGGGACTTCTCACTGAATTTTGGGGAATGTTGACTCCTTGGATCCTCCCAAACAACTTTTGGACTCTCTCGTGCTGAAGGATATATCAAATTTGGTGGACTTGGCAAGAACTTTTCAGATTATGGACGATGAATTAGGCACAGTTGATTTTCATTCCTTTATTCATACTGACTTATCGTGTTCTCCCCATTTAAATGCATTTTGTGATCTTGATAAGGATAAGGTGAATGAGGGCTCGATGGAGAGGCAAGCAGTTGGTGCCTTGTTGGGGAAGGAGGGCACTAATTCTACTAAAGGTGTCTCTTTTGTTTTAGAAGCTAGTTCGAGTGTGGTTAATGCTGGTTTAATTTTTGGAGTTTGTGGAAGCTCCTCGGATTGTAATATTGAGGGGATGAATGAGAATGGAATTATCCCTTTGGACGATGGGAGCTTGTTGCTGTCGAATAGTGAAGATCATGTTGATAAGGAGGCGGTTGATGCTTTGTTTTCTTCCCCAATTCTAGCCTCTGTCAAGGAAGTAAGAGATCATTTTTGTGCAAAATATTACACAAAAAGAAGGTGCGGAAAAAGAGTTGCCTCCAACGGCTGCCTCTCTGGATGATTGTGCTCACTCGGATTTCCTTGAGCAGCCGATGGCCTTCATTCAGTCAAGCAAGATCAATTCACCAATTGCTAATGTTCACTCTGATTTTGATTTAAAGGGATGCCCAATTGCTATTGAAGAATTTCAGATTGGTCCGACGAGGCGTTCATTTTCTAAGGCTTCTTTTCAGCCTTTGGTGGAAGGTGCTCGGGTTGTGGAGTTTTCTTCTCCTATGGTTAAGTGTGATTCAGTGATTGGGTAGGAGGTGAGCTTCAGCAGCCCGGATTTGGGATCGGTAAGAAAGCCTAGGCATAAGGATTTGGTGGTAGAGTCCTCTATTATTAATCTTGTAAGTCTCTTTGAATCTACCGGAACGAGTTCTCCTCTGATGGGTAAAGTGGCCTCAGTTGTTATCATGAACTAAGCCGTTTTAACTCCTTGATTAAGGCAAGCGGTTTGTAGTTTAAAGAAGTGCTGACGGGTGGATTTTCATACTCTTGATAATGAATATTTATTCTTGGAATACAAAAGGTTTAGGAGATTGTTTGAAGCTGTTTTTGCAAAATGTATACCATGATGTGGTTTTCATTCTGGACTCATGCTTGCTTTTGTTGATAGAAAGTTGTTCTAACCCACTGGGAGTTCGTGGGACTTAAGCTGGAATCAGGTAAAAGCCTTTGGAAGATCAGGGGTACGTTCGTTATGTGGGATGATTCTAAGATAACAGAAAAGTTTTTTATGAGAATAATGGAGATCTTTGTCTTCATTTTTTTAGGGACCGTGGTGCTTGGAAAATGAGTTTAATATCATAAGTTGGGTCCTTGAGCGGTTGCCTCAAAGTAGAATGACCATAGGTGTGGGTTGGCATGATCGTGAACTCCTGAGTGTCGCGGCAGGTTGTTTTTGCAATGGTTGGGGGTGGCAACCAAGGCTCTTTTTGGATTATTTGATGCCTTTGTCAGTTGATGAAGATGAGTTGGTGGAATCTTTGAGGATTTTTCTTTTTTGACGGATATTTTAAAGTTGCTTTCAAGTTTTTGTTCCCATATTTGCCTTATTGCTTGTCATTTGACTGATTTGTGGGTATTTATGGGTTTTTTTTAATCTCCCTTGTGGAGTTGTATTTTGAGCATTAGTCTCTTTTCATTTCTTCCGTACAAATTTTTGTTTTCTTGTTTAAAAAAAAAATACTGGAGGTAGATTGAAGAACAAAAATGTCTAATTCTTTCAAGCTATTTCTTTTTGTTACCAAGTTTATTTTCTTGAAAATGACTTTTGGCAGGAATGTGAACATCCTATGGCACCACAACAGAAGAAGTATGTACGAGTGACGTTTTTCAGGTCAGGTTGGCGAATCAGGAGAGGCAAGTGGATGTCCTCTATCTAGTTGCTTTTTTTATGGTCGGTAGTTTTAATTCACCTAGGAACATTGCATATACTTAGGAAGAAATAAAGATATTGTATTTCTTCTATTTGGAATACTAATATGAGGTCCTCTTATATAGAAGAAAGACCATTTACAAATGAGGAAAAAATATTACAGATATAAGTAATAAAGATATATAAAATACACAACAAAATATATATATATATATATATATATATATATATATATATAAGAAACATAAACCATTTCATTGAGGTATGAAATAGATACAAAAGAGGTCCTATCGATGATAGTTACAAAAAAGATGTCCAATGAGATAAGGGAGTCGATAAGCCATAATTACAAAACAGGGGTGATAAGATACTCCATGATAACATAAAATATGTAGACTCAATAAAGGATGGTATATTTTGCTGCTTTTCTTTAAAAATCCAAGCATTTTGTTCAAGCCATAGATTCCAGAGAAATCAGAGATTCTCTCTCTTCTCTCTCCTCCCGATAAGCTTTCTCGAAAATTGCAGTGCCTGAAGGGGATAAAAATACTGGTTTTTTTCCTCATTTCTTGTCTGCAAAAAAGAGAAAGCTCCTCATTTTTTAGTTGTGCTCTGAAGTTGGTGCTCCGCTCGTGTCCTTTAGAGAAATTGAAGAGGAAATCCTTGGTTTCTTTTCCAAGTTATATCAGAAAATTCCGGGTTTGCGTGCTATCCCCTTAAATTTTAATTGGTCCTAGGTTTAGTGGCACCTTTTTCTCAAGAAGAGATTCTGATGGCTGTGAAGAATCTTGGTAAAAATAAAGCTCCGAGTTTGGATGGTTTTACTGCAGAATTCTTTTTACAATTGTGGGACTTATTCAAAGAGGATTTCTACCGTTTGTTCACTGAACTTCATGTGAATGGACATTTGCTTGAAAGATAATTTCATTTGTCTAGTCTAGAAGAAAGAAGTGGCTGATTTTGTGAAAGAGTTTAGGCCAATAATTCTTACGACTTTGGTGTATAAAATGATTGCAAAAGTTCTTGTTGAATGATTGAAGAAAGTCATGCCATCAACCATTTCATGCACCCAAGCGCCTTTATGGAAGGAAGCCAAATTCTGGATCCTATTCTAATTGCAAATGAAGCTGTGGAGGAATACAGAATAAAGAAGAAAAAAGGTTGGATTTTAAAACTTGATTTGGAAAAAGCATTTGACCGTGTAGATTGGGATTTCCTTGAGGAAGTTTTGAAACTTAAAGCTTTTGATGCTGGTTAAATCACCAATCAACCCAAAAGCTTAACCTGATAGGTTATGGTTATATCAACACCCCCCCTCACTTGTGGGTTTGGAAATTTGAACAAAGGCCCAACAAGTGGAAATCAATATTAAGTGGGAGAAAACGACTTCACCAGGGTTTTAACACAGGACTTCCTGCTCCAATACCATGTTAAATTACCAATCAACCCAAAAGCTTAAGATGATAGGTTATGGTAAATTGAATTATATCAACACCAACCACCTCAACATCACTGCATAACAAGAAAAGCCAACAAGAGATAAGAAAACATCGCACCAGGAGAGATGTTGAGGAAAAAAATTTGATAGGTTATGGTAAATTTAATTATACCATGTTAAATCACCAATCAACCCAAAAACTTAAACTGATAGGTTATGATAAATTTAATTAGATCAATAATGCTAAATGAATTATGTGGATCCTCATATGTGTGAAAATAAAACATTCTCTGTTTTTATCAATGGTTGACCTTGTGGTAGAATTTTTGCTACAAAAGGATTGAGAAAAGGAGATCTTCTTTCTTCTTTCTCATTTCTTTTGGTAAGTGAAGTGTTGAGTGCTCTCATTGATCTCATCTATTCTCAAGGGGCTTTTGAAGGCTTTATAGTTGGTAAGGATAAAGTTAATGTCTCTCTTCTTCAATTTGTTAGAGTCCTTATATTAGTAAAATTGTATTTTGTTTATATATCTCTTAGGGTGTCCTTTATTGTCTTTTTACGCTCTTCTATTTAGGTTAATCTTGTATACTTGTATATATATATCTCTCGAGTGAATGGAATAAGATGGACTGATTCTCTCACACTTTGGCATTAACATGGTATCAGAGCCTAGGGGTTTCTAGGGCAATTAGGGTTCTTTTTTTTGTTGTCCTTAGGGATTTGGAACTAATTAGGGTTTGAGATTTGAAGGTTTAAGTCCTTAGTTGTGAGGCTTGTTTGCTGCCACTACTATCAAAACTCTCATCACCCCGGAATCACCATCGTTGTCGCCGTCGAAACCGCGCGCGCCGTCGAGGATCGCCGCCGCGTGTGTTTTCCGTCACCGCCCAGCTCATTTGATGACCCACGTGCCGATCTTGTGGTACGAAAAAAAATCAGCCCGAACCTCCCAACGTGTGAGCTACACGCGCCAATTGAAGATTTTTGGGTCTCCCTTACACGCCGGCACGTGAAGGCGCGTGAGTGGCCGAAAGTTGTCGTTTTCTTGGGTTTCGCTCGGTTTTGCGTGCTCTCTCTAATGGTGTACTTGTTGTGGTCATATCTTTCTCGGTTTAGGGTCGGTTGGAGACACCCCTCGTTGGCAATCTAGGGTTTTTTGGTATAGTTCTGTTTTGGGGCTTTCACTCTGTTTTTGTGGTATGTTTTTTAGTTATGGCTGAAAAGAAAGGTATAGTGATGTCAGAGATGATCCCTATGGTGTCAAAGATTACAGAACATAAGCTTAATGGGTCTAATTTTTATGCATGACGGACAAACATTCGTCACTACATTCGAAGTCTCGATATGGATGATCATGTCACTGGAAATTCACCACCGATTGATGATACTAGAAAAAATTGGTTACGAGATGATTCTAGGCTTATTCTACAGATAAATAACTCTATTGAGAGCAACATCGTAGGGTTGGTTAATCATTGTGAATCTGTTCACGAGCTCTTAGAATATTTGAAATTCCTTTACTCTGGAAAAGGGAATATTAATAGAGTGTTTGATGTATGCAAAACTCTCTTTCAACCTGGTCAAGGTGAGAAATCTCTGACTACGTACTTTATGGAGTGCAAAACATCATATGCAGAGTTTAATGCTTTGTTGCCTATTAGTAATGATGTGGAAGTTCAAACTGCACAGCGTGAACAACTGTTTATTATGAGTTTTTTAGTTGGTCTCGCTTCTAAATATGATATGGAAAAAGATCAAGTTCTATCTAGCTCTGGCATCTCCTCATTGGAAGATGCTTATACTCGCATACTTCGTACTGAGAAGTCGCAGGTAATCTTGTTACCTGAGTCAAACAGTGCCTTGGTTGGACAGACGAGTGAGTACAAAGGAAACAGAGGGGTTGGACCCAACACGTATAAAGGTAATTCGAACACTCAGATAGCAAACTCGGGTGATATTGTTTGCCACTACTACCATAAGCCTGGTCATATGAAGCGTGATTGCAGATGATTGTTGAATAGAGGCCAGAGGTTTCCATCTGCGCATGTTGTCTCTACACATGATAATCCTGATAAGTCTATTTCGATTTCTGCAGAGGAGTTTGCTAAGTTCCGCTAGTATCAAGAGTCGCTAAAGGCGTCATCTTCCACTTCTATTACTGCCATTGCTGACACAGGTAATACATCTACGTGTCTTCTTTCCTCCTCTTCAAAATGGGTCATAGACTCTGGCGCCTCTGATCATATGACAGATAATCCCAATTTATTCTCTCATGTTTGTCCGTATAAATCTTCACCTAATGCTACTATAGCTGATGGGACCACCTCTTCTGTTTTAGGGTTGGGCACTGTCAATCTTACCAATTCAATTTCCTTGTCTTCTGTTTTAAGTTTACTGCAATTCTCCTTTAACTTGATTTCAGTTTGTAAGCTCACTCGAGATCTAAATTGTTGTGTCTTATTCTTTCCTGGTTATTGTTTATTTCAGGATCTTTTTTTTGACAAGGTAACAATAAATTTCATTGATGTAATGAAAAGAGCAGAAGCTCGAAGTACAAATCAAAATGAGCAACAGCTCAAAGAACAGGACAAAATAAAGCACCCAAACAGAAACCCTTTTGAAGAAAACAAAAAAAGAAAGTACAGTAAACCCCACCAAAGTACAAAAATGCGACTAACGCTCAAAGAACAATAGCAAAACAAATCCAATGAACTTGAGAACCAAAACTACCATGAACTATTACATAGACAAATAAAATCTGCCAAAGAAAACTGATGTCCGACCAAGAGAAACCATCTAAATGATCAGGAGAACCCCTCATTCATCACTTCCTCAACCGAAAAACTGGGATTAGCCCACAAAAGCTACCATGCCGCCTACACTTCCAAAGACGGTTACAAGCACCTAACCAAATGCCCTTGAACTTCAAAGAGTCTTAGACCAATTAACGAACCAATCCAAAAAACTTGACGAAAAAATTTCCTCACTCTGGAATAATAATGATGCGACCCATAGAATAATGAAGTTCAAAAGAAGAAAAACCCAAGCGCTATTTCTTACCAAAATGGAAATCCCCCCTCATCTGCACCTTACCATCAATCCACCAGATTAGCATACCTCCTTACATCCCATAAGCTTCGACATGTGCCCACCCAATATCCTTGAGAATGACCCTTTTCTCGCACCACCCAGGCCGCATGTGATCCAAGAAAACACTTCCAACTAATTCCACCGAGACTCACTTCACAAGGATCTCCTTCAATTGTAAACCGCTCGCACAGAGCAAAGACTTAAAACGTCTCAATTCGGGTGGGCAACCGCTAATGCCCACTTCCTTCTCGTCTTGAGGGTTGACTCTCCTCCACTGACTCAAACAAACCAGAGAGATTAATAATAGGAGGAGACTCCAACAAGGACCAATCACATATCTTCTTGACCAAAGAGAAGTCAAGGCTACTCATACTCACATCTGAAACCACCCCCGCTTCTTCACCAACTAAAGGGGAGAGGGATCCAATACCATGTTGCTTATCCGGAGAGAGGAGAAAGGAAGTTCTTGTAAAAGGAACATCCAATGGCCCGAGAAGACAACTTTCAACCAAACAAGACTTCCCCCCTGAAATCCCTTGCAAATTTAAAGGATTTATGCTTGAAGAAGGCACGATCTGCCCCTCCCGCTCCGAAAAATCTGGAAAACTAGAAGATCCTTGGAAATACGGGACCAAAGTACTCATATTTACCTTTTTTCTTACATAATACTTCCCATAAAAGGTATCATTAACCGCCTTTGCGCTTGCTGGATCATAAGAAGAAAAAAGAGTCTCTCCTTTCTCCTTGACATCAACCAAATGGGAGCCCAAAGCTTGAGGATGTCCAACGTCGGACTCTCTATTGCTCATTACCACGAAATCTTCCGCCATTTGAATTTCCAAACCTTGTTCCTCTGGCGAAAACACCCCCTTCACAAACCTTGTGTCAACCTTATTGCGTGAACCCATTGAACCTTCCTCCGGCGCCAAAGGGCTCTTACAATTCCTTACCCCCGCCCTAACATGATTCATAGAGTCGCTGCCATTTAAATTATCCCCTTCCAGAGTGTGAGACGCCCCTACAACTTTCACCCCTTCCAAAGAGGGACCATCTGCATTCCCACCCTCAAAAACCTCATGCCCCTCATTTGTTGCTGATAGCATTTCAACATTCAACACTTTTCCAATTCTATCCAAATCAATTGGATTGACCACATCTTTCAGTACAAGGTCCCTCCTTAGACAATTTCGAGTGATTCTTCTCCATCTCCATTCGTTTATATTCACCCACCTATCACTCAGGTTTATTCTCGACGACGACCTTCTTCAGCTGCATGCCCTGTACCAGAGGCTTTTTCGTCATTGGATTCAGGAACAAATGATGATCTTCTTATTGCTCTTCGTAAAGGTAAGCGTCAATGCACATATCCTATTTCCTCTTTTGTTTCATATAACCACTTGTCATCTTCTACTTGTTCCTTCATTGCATCCCTACAATCTATATCTCTTCCTAAGACTGTTCCTGAAGTTTTGTCTCATCCTGGTTGGTGTGCTGCAATGGTGAAGGAGATGACTGCCTTAGATGACAATTGTACTTGGGATTTAGTGTCTCTTCCTGCAGGAAAGAAATCTATTGGTTGTAAGTGGATCTTTGCGGTTAAAGTCAATCCAGATGGATTTGTTGCTTGATTGAAAGCTCACCTTGTTGCTAAAGGCTACGCACAAACTTATGGGATTGACTATTCTGACACCTTTTCTCTTGTTGCTAAAATGACTTCTGTTAGGTTATTCATTTCATTAGCATCCATTCATCACTGGCCATTGGATCAAGTTGATATTAAAAACGCCTTTCTTCATGGTGATGTTGGAGAAAAGGTGTATATGGAAAAACCTCCCGGATTTGTTGCTCAGGAGTAGAAGGAAAAGGTATGTCGCCTTCGTAAATCCTTGTATGGATTAGTTTGGAAAATTCACTCAGATGATTGAAAGCTTTGGAATGAGAAAGAGAAAATCAAATCATTCTGTGTTTTACAAGCGGTCTGAGAGTGTGTCATCCTGTTGGTTGTGTATGTTGACGATATTGTGATTACAGGAGATGATACATTGGGCATCCAATCTCTCAAGACCTTTCTCCATAGTCAATTCCACACAAAAGATTTGGGAATGTTGAATTACTTTCTAGGAATTGAGGTAATGAGAAGCAAGAAGGGAATCATGCTATCACAGAGAAAGTATGTTATTGACTTGTTGACTGAAACAAGGAAGTTAGGGGTTAAGCCATGTAGTACCCCGATGATGCCTAATGTACAACTCACTAAAGAGGGAGAATTATTGAAAGATCTTAAACGATATAGGAGGTTGGTGGGAAAACTCAATTATCTTACAGTAACTCGACCAGACATAGCTTATTCAGTAAGTATTCTGAGCCAGTACATGTCTTCTCCTACAGTTGATCATTGGGTTGCAGTGGAATAGATTTTGTGTCATTTGAAAGCAACTCTTGGGTGTGATTTATTATATAAGAGCTATGGGCATATGAATATTGAATGTTTCTCAGATGCTGATTGGGCAGGATCTAAGGAAGATAGAAGGTCAACGTCAGGATATTGTGTATTCGTTGGTGGTAATTTGGTTTCTTGGAAGAGTAAGAAACAAAATGTGGTTTCACGATCAAGTCTTTGAGTCGAATATAGAGCAATGGCACAATCACATGCATGAATTAGTCCGATACGTCAACTTCTTATTGAATGGATTTGATATCACAACACCGACCAAATTGTGGTGTGATAATCAAGCAGCTCTGCATATAGCATCTAATTCAGTATTTCATGAGAACTAAACACATTGAAGTTGATTGTCATTTTGTACGTGAGAAGATACAACAAAATTTAGTATCGACAGGATATGTGAAGACCGGTGAGAAATTAGGAGATATCTTCACCAAAGCATTGAACGGAGCACGAATTGATTACCTCTCTAACAAGTTGTGCATGATGGATATATATGCTCCAACTTGAGGGGGAGTGTTAGAGTCCTTATATTAGTATAATTGTATTTTGTTAATATATCTCTTAGGGTGTCATTTATTGTCTTTTTACGCTCTTCTATTTAGGTTAACCTTGTATACTTGTATATATATATCTCTTGAGTGAATGGAATAAGATGGACTGATTCTCTCACACTTTAGCATTAACACTGCCGATACGCTTCTTTTTTAGAAAGATGATGATGATGCCATGCTTGATAAGTTAATACAAACCGTTGAGCTTATTGAATGGTGTTTTGGCCCGGAGGTGAAATGGGATAAATCTGCCATATGTGAGGTGAACTTGGATTTTTCTAAGATGCTAAATTGAATTGCAAATTTGAATCCCTGCCTTTTCTTTACCTTGGTCTTCCTTAGGGGATCGCCCTTAGAAGCTTTCTTTTTTGGCAGCCAGTTTTAGATAAGCTTCAAAAGAAACTTGACCGTTGGAAGAGGTTCAATGTATCAAGAGGTGGGAGGTTGACTTTATGTAATTCGATTTTATCTTCCATCCCTCTTTATTATATGTCTCTTCTCCTTATCCCTCCCAAGGTTAATTTGATTGTCGAACGAATGATGCATCTTTCTTTTGGGAAGGAAATGAAGGTGGTAAGATCAACCATCTAGTATGTTGGAGTTTAGTTTCAAAAGCAGGAAGGAGGTCTCGGTATTGGGGTGGGAAGCATAGAAATTTAGCTTTAATTGCTAAACGGGGTTGGAGATTTATGCACGAGCCAAATTCACTATGGCGAAAAGTGATTCTGTTAGATTATCTTGTTGAGGATCCCACATTGGAAAAGTGGGGAGTAACCTCACAATATATAAGATATATGAGCTACTCTTCTCATTGCCAATCGGTTTTGGGATGGAACCCCATATAATCTAATATGATATTAGAATCCATTAAACCCAAAACGGGTATTCGGTCCAAAAAAATTGAAATTAGGATCCGATCCAAGAATGGTGAACCCAAAGAGGCACCATCTTGAGGGGGCATGTTGAGAATCCCACATTGGAAAAGTTGAGAGTAACCTCACAATATATAAGATATATGGGTTACTCCTCTCATTGCCAATTGGTTTTGATATGGAACCCCATATAATCTAATAGATTCTAAGTATTCATGGTTCAAATCTTTATCAATAGCATACTTCTCGAAAGATTCTGTTGAGTTTGCGCAACCCTTGAGTGAATATTTCTGAAGTATGGAGGCAGGTAGAGTCATTGGCCTTATTTAATTTGGGAGATGGTAAAAGAATCTTTTTTGGCAAGACCCTTTTTTGATTGCTCTTATTCTTGGCTGCTTTGGGATAATTTGCTTTCAATGTTCAACCTCCATCGGGTTTTTTAAGTTCTTTTAAGGAGAATGGGTTGCAATTGCTTATTGGGCCTCCGTTGTTAGCCAAATCTAGAATATTATGGTGCAATGCAGTGAAAGCCATTCTGTCAGAACTTTGGTTTGAAAGAAATCAGAGGATTTTTCACAATAAGCATCTTTTCTCTGATCGTTTTTGAACATCTTAAGGCTTCTTTATAGTGTTCTCTTTCTAGATTTTATGTGCATTATTCGTTGCAAGTTCTATACTTAAACTGGAATGCATTTATTTTTTCTTTATAGTTGTGTTTGTTTGGTTTCTATTTCCTTATTACTTTCTCTTTCTCTTGTGTGGAGTTTGTAATTTTGAGCGTTAGTCTCTTTTCATTTCATCAATGAAAAGGTTTGTTTCTTGTTAAAAAAAAAATGAAAAGAAAACAAACACAATTTTCAAAATTAAAATTAAGCTTATAAATACTACTTCCACCTTTGTGTTTCCATGTTTTGTTATCTACTTTTTACATATGTTTTAAAAAACTAAGTCATTTTGAAAACTAAAAAAGTAGTTTCCAAAAACTTGTTTTTGTTTTTGGAATTTGGTTAATAATTCAAATGTTTTCTTAGGAAAAATGAAACTCATTGTAGATAAATGATATGAAAAAACACAATTTTCAAAAACTAAATAGTTATCCATTGAATTTGGCTAATAATTCAAATGTTTCTGGCAGACATATGAAAACTATCGCAAAGATATTGTGAGAAACCGACATAATTTTCAAAAACAAAAAACCAAATTTGCAGAGTAAGGCGATTTGGGAAAGATGTGGTTTGTAGAGTGTTTTTTTTGGCCCCCGACTGGGGGAAGGTCTTTACGGGTTGCGTTAGATGTGAAGAAACTTGGGTGGGTGGTTTTCGAAGGAATGCTCTCGAATTTTCTCAAAGGTATTGATCTGCAAAAAGTTGGTGATCTCGTCGCTTGTCCTGCCCTGGAAAAGCTCTCAGATCCTTCTGTTCAACAGTTGGCTCTGAAGTCCTCCTCGAGGTGGTTAGTGTCTACTTTGATCAGTTTTCAACAAAATTAGGGGCTGCCATGAGTGTTTCAACTCTCCTTGTCAAAGCCTCCATCGTTTCTTTCATGCTGTCTAATTTTCCATGAATATATCTCAAAGAATCTTCAATATACAGTAAGCATATTGTTGTTGTTCTTGGAGAGAGGACGAGTGTTTCCTCCGCCTCCTGGTCTTGCGCACGTAGGTCACCCATATTTGGGTTAGCTAGCCTTCTTCCGACCATCGGTCCAAGGAATCTTGGAGCTCTGATACCAATTTGGTGTTTCAAAGTCTAATTTTGAATGAAATCAATCTCTACCTCAAAATGAGGGGATATGGCCTTTATTTATAGAAAAAACAGAACAATAGGTTATGTTTATAACAAGATTACAACCAACTCTTTAACAAACAACTAACAAACAACTTATAACAAACCACTAACAATTAACTAACTAACTATCCCAACTACTTCTTGGTTAGTTACAAGTATTAAACCACATTCTACATCAAGTAGATAGAAGTTAGGTCGGACTTAGGTCAAAAGAAAATAAATATTCAGGTTGTGGGTTAACAGCCTTCGGTTCCATTGGTCACAATCGATTTGGAGGTTGAAAAGAAGGAAGAAATATCGGGCCATGGGTTGATCTGCAATCGAGAAGAGACACTTCTTTTGAAGACTGACGAGATGTGGGTTGGCGTTGAGGAGATAGGTGTTTCCCTTGAAGGCGACTGCCTTGTTTGCGATTACCAGATGGGAACTATAAGTCATTGGCTTCGAAGAGATCGAGGGCGATCCGTATTTATCGACCTTCTAGATGAAGTTTTCAGAGGAGTTTGTGATTGGACTAGTGGTTCGAAGGGATTTCACGATTTGTCTGCTGGGATTTCGCGTTGACATGAGGTCATCGCCGGAGGAAAAAACAACTCGCCGGAAGGAATGACGACGACGGCGGGGGCGAAATATGTTAAACAAAACTAGGGTTTTACTTTTGCTCTAATACCATGAAGACTTTTCTATTATTTTTATTCATACCTCAACTATGCAAGATATTAGAATAAACACACAATACAACACAAACATAAAAGGGGAAGAATATTTTACCCTAATCAAAACTTAAATATACTTGAAGGAATATAAACTAAAAAAAGGAGATAAATTACAAAATTACAATATTGCCCTAACTTTGACTTTAACTATCAATAGTGAGCAACTCACACTATTCACAATACTAGCTATTGCTCGTTTCAAGAAATCTTTTCTGATGCGGACGTTCAAACAATGTTGCTACCATAGAGCATACTCAGAAACTCAAGAAATTATGAATCTAAAGCTTTGATACTACTTGTTGGAAATAAGCCTCCCGCTACTATGGCTCACAATACCAACTATTGCTCGTTTCAAGAAATCTTTTCTGATGCGGACGTTCAAACAATGTTGCTACCATAGAGCATATACTCAGAAACTCAAGAAATTATGAATCTAAAGCTTTGATACTACTTGTTGGAAATAAGCCTCCCGCTACTATGGCAGAAATAAGTAGAAAAATAATTGAGAAATTAAAAGAAAGCAACAAAATATGAAACACAAAAATTTACGTGGAAAAACTTCATAATCGAAGAAAAAAACCACGGATAGAAAGAAACTCCGCTATGTGAAAAATTATTACAATCACACAACATTCTTTCCCGATCCTAATAATAAAAACACTCCCAAAGCTTTATACTAACATTTTTTTCCCCTCTCTCTCAAACAATAGAATACAAAGAGGAAATTTAACTAGAGTTAGTACACGAAACTTAAAGTGTTTCTAATTGAGATGATTTGAAACCAAAGCCATAAGCTTCTTCTATATTACTTAAGAGTCCATTTCCTTGCACCTTTCTGATGTGGGACGACTAGGAGTCCATCATTTTCTTGCACCTTTCTGATGCGGACGTTCAAACAATGTTGCTACCATAGAGCATACTCAGAAACTCAAGAAATTATGAATCTAAAGCTCTGATACTACTTATTGGAAATAAGCCTCCCGCTACTATGGCAGAAATAAGTAGAAAAATAATTGAGACTTCACTATGTGAAACACAAGAATTTACGTGGGAAAACTTCATAATCGAAGAAAAAAACACCGGATAGAAAGAAACTCCACTATGTGAAAAATTGTTACATTCACACAACATTCTTTCTCGATCCTAATAATAAAAACACTCTCCCAACGCTTTATACTACTCACATCTTTTTTCCCCACTCTCTCAAACAACAGAATACAAAGAGGAAATTTAACTAGAGTTAGTACACGAAACTTAAAGTGTTTCTAATTGAGATGCTTTGAAACCAAAGCCATAAGCTCCTTCTATAGTACTTAGAGTCCATTTTCTTGCACCTTTCTGATGTGGGGCAAGTACTCTTCTAATATATTGCCAAAAACCCTACATAAACGCCAGCGGTTGGCCTCGATTTTCGGGTAGTTAGCCAAGGGCTCCCTCCGTTCATATTTGAAATAGCGGGAGATCCTTCGTTTTAGAGTAGAAGGGAAAGAGGAAGGAAATAGAATGAAGAAAAAAAGTTATTGTGACAGCGGCAACCATCGACGACAACGGTTGTGGTTGAAGAGGAAGAAGAAAGAGAGGGAGAAAGAAAAGAGGGAGAGGGAGAAAAAAATAATAATAAAATGTTTTCTTAAATTAAAAAATGGAAAATAATAAAAAATTTGTGCCACATCAGCATTTCGTTGGCAATTAACGAAAAATTGAATGGAAGGGTCAAAAGTGTAACTAAATGCAAAATTCAGGGATATATTTGTTGAGTTTGAAAACTCATGAACCCGAATGCAACCTAATCCAAACGTGAGAGACTAAGAATATCTTTTTCCCCTTTTTTAATTAACTTTGTTAATTAACTTTGTAACATTAATTGTGTTGACGGACATTTGCAACAATTTCTTGATTTTATATTTTACTTATTTCTCACGTCGCAATTTCATAAATCAAGTAAATTTGTTAGTTCACTAAAGACTAAGATTTTTTTTTACAATAATGGATAATTTGAAAAAATGAACACAAATTTAGAAAACTTCCTCTTCTTTGCAATCTAAGAAAGCAAAAGAGCTTTTGTTGGAACGGTATTTGTAATGATAAAAATTCAGTGTGCCTTGTTCCTCGGTCCCTTAGGTTGTTCCGGTTGAGTTCTGTTTCTTATAAAAAAATATTAAAAAAGAAAGGGCTGTGCCTTGGTTTATTTCCTTCTGTTTTCCTTGAAAAGGAAAACTGGAGCTGGCTTGATGTCAAAGTTCTTGTTAGGGAGCTAAAGAGAGCATAGCTCAAATGACATATCGAATGTGTTAATGACTACAAGGTCAGTGGTTTAAAGTTCTTGTTTTGGATATTGGCCAAGTCTAAGCCTTTGGTTTCTCTGTGCCGATATTATATAATTAATAAAAAAATGATCAGTTTTTCACTATCTTTGTGTGAGAGTACTAGTAGGGTGTTCTATGGGGTTTATGTGGTAGATTATTAGTATATCAGTAGGGGTATTTTGGTAATTAGATTAAGGTGTCTTGGTTATAAATTGTAGTGTGAGGGTCCTTTTTTGGGTGTGGATCATTTTGGTAGAGAGTCCATTGTGGGACTTAGGAGAGAGATAGCCCTCTTGAAAGGCTATTGGGTATTGTAATTTCTTCATAGTTATTGCAATATATCAGTTTCTTAGCATTCTTGTTATTTTATGTATTTGGATTCCTAACACTTTGATATAAAAACTACTTTAAACTATTTCTTAGAATTCAAGGATTAAAATATTTCTTTCTAAATTATGGGATCAGATGGTATCTTTTTGGAGAACTCGTGAATTAATAGGGAATTTGCCAAATGTAACTTTTTTCTAAAACCATCTAACGTGTACACTTATAGTTATAGCTTATAATCACTTAGCTTAGAATCATTAGATTGTACACTTAGCTTATAGCTTATAATCTAAAGCAATCTATTACTTATCCTAATGGTTTTAGATTGTTTTATTTGCAGTATCCGGCAGAAATGCGTGTGAGATCTCTATGTTGCACCAAGAAGATGCTGGTTTGAATGTGGAGATGGCAAAACTTGGGTTTGCAAAGGGCATATGGAGCTTTGTCTGTAAAATGAATAAAGCACTACGCAAATACGCTCTAATCAACAACCCACCATCAAGTTCACTTGTCACTGCGATTACTCTGATTAAGAAGGTTATAATGTTTACTCTGACTTTGTTTATACTAATTATACAATTTGGTCAAGATTAATGTTTGTCATTTTATTGACTTGATTTGTCAAAGTGTATGTACTTAATTGTTTTATGAAGTGTTCTTATACTTGCCCCTTATTGTTGTGGCAGAGAAAACACTCGGTTAGTTTGCATCAGGCAGTGTCTAGTGTTCTGTTTATAAGCTGAGCTTGGATTTTTAGAAATTTGTCATAAAGGGAATTCCACGCTCTATAATAGTTCATGTTTCCCAATACTTTTCTGACTACTAAATGTGATAGAGTTGGATCACTTTGAACCAAAAAATTTACGGTAGCAAGTTTTTAGCCATAGCCATATGTAATGCCTCTAAGCGACCTGGAATGAATTACCATAGCACATACATGTTCCCTTTGAGCTTGCTTTTGATGGATATGACTGACAGATATTTTCGTACTTAGGTTCCAGATGGAGTTGAAGACATGAATGGTATGATCTCTAAAGCAAACACTGTAGGAACTGAGCCCTGCAGACAAATTTCTTCAGGGGAGAGAAAAAAATCGAGGGCATCAAAAAAACTGCTGGCCAATGGTTTGCTTGTTCTTGGTGGTGTGATCTGCCTGTCGCGGGGTCACTCTAGTCTTGGTGCCAAAGTTGTTCTGGCATATATTCTTACAAAGCTAAGCAAGCGAGCTGATACACCAGGAGGTCGGATAGAGAGCCGTAACTGTATAACGTAGTGGAGGAACGGAGTAGATATAGGACATGTTTTCTTTTAAAGAAATTATTGGTTGAAAATTTCCTGTACAAGTATCTGTACCAGTGGTGGATTTAGAACTTCATGCCTAGAAGCATATGTTCATATTATCTCTACCAGTTTAGTTTTTGAACTTTTAGATTTGAAACTATATAGTTCAAAACTTTAAAAGTATAAAATAGATTTTTAAAGTTTCAATTTTGTATTAAGTAGGTCTTTGACATATTCAAAATTTGCTAAAATTTAATGTTCTATTCCACAATTTTGTGTTTAAATAAGTTATCAACTTATTTAACATTTTTTAAAACTAATTTATTTATTATTTACAAAA

mRNA sequence

ATGACTAGCGGTTATGATTCTCATGAGGTTGGTTTGCTTTCTGCGTGCAACATTCAAGGGGAAAATGCATTTAATGAGGCCTGCGCGTCGTTGTTGGAGCTAGATTTGTTTAATTGGGATGTTATAGAAGAGGTTGTTTTGAATCTATTGGGTCCAAATTCTCTTTCAGTGGTGGATTCGGAGCTGGATAAAGGCGTTGCGACCAGGCTTGTTCGAATTAGCAGTGAGAAGGTGGAAGGGTTAAAGCTTTCAAATCAGTTGAGGGCTGGAGAGGTGAAGGAAACTCAGGGGTTTGATTTATCAGTTTTATTTCATGAGGAGGAGGTCACACTCACAGTGGGTGTTCTCTCTTCAAGAAAGTGCTCCGTTCTCTATCGTCTGTTTCTCTTCCTCACGTCTCGTCCTTTCGTCTTCTCCGGTAGGCTCCCTTCGTTTTCGACCTCTCTCCGTTCTCTCCCTTCCATAATCCCTTCGGTCTCGGGTCCCGTTCCTTCGTCTTCTCCGGTTGGTTTCTGTCGATCTCTGGCCGCCGGCTTCTTCTCGTCGTTTTCTTCTCTGGTTGGGTTCCTTCAGCTTCTGGCCGCCGGCTTCTCCTCGCCAGATTCTCCTCGTTTGTCTCCTCCGTTCTCTTCAACCTGGTTTTCGTCTCTTCTTTCCTTTTTCCTTTCACAGTTGTCGAAGTCGCCCGTTTCCTTTCTTCTTCTTCGTTTTTCACTGTCGGTTTCGTCTAGAACAATGGAGGCTATATCAGATGCAGATTTGAAGTCTTTATTGGATAATTTGGATGGAAAGCTAAATGAGAATGAGAAATGGGAATGTGTTGTGGAAAAAAGTAATGATCTTCTTTCATATAGTGCTAAATGCTGCAAGCCCAAGGATGGTCCCTTGAAATATTCGAGCGTGACAATATTTGAAAATTGCTGTCCAAAATTGTTGAGGGACTTCTACATGGACAATGATTTTAGAAAACAGTGGGACAATACCCTGGTTATGTATGAGCAGCTACAAATGGATGGCACTAGCGGAATTGAAGTTGGTCGCACCTTAAAAAAATTTCCATTATTGACACCTAGAGAGTATATACTATCATGGAGATTATGGGAGGGGAAAGATGAAACCTTTTACTGCTATACCAAGGAATGTGAACATCCTATGGCACCACAACAGAAGAAGTATGTACGAGTGACGTTTTTCAGGTCAGGTTGGCGAATCAGGAGAGTATCCGGCAGAAATGCGTGTGAGATCTCTATGTTGCACCAAGAAGATGCTGGTTTGAATGTGGAGATGGCAAAACTTGGGTTTGCAAAGGGCATATGGAGCTTTGTCTGTAAAATGAATAAAGCACTACGCAAATACGCTCTAATCAACAACCCACCATCAAGTTCACTTGTCACTGCGATTACTCTGATTAAGAAGGTTCCAGATGGAGTTGAAGACATGAATGGTATGATCTCTAAAGCAAACACTGTAGGAACTGAGCCCTGCAGACAAATTTCTTCAGGGGAGAGAAAAAAATCGAGGGCATCAAAAAAACTGCTGGCCAATGGTTTGCTTGTTCTTGGTGGTGTGATCTGCCTGTCGCGGGGTCACTCTAGTCTTGGTGCCAAAGTTGTTCTGGCATATATTCTTACAAAGCTAAGCAAGCGAGCTGATACACCAGGAGGTCGGATAGAGAGCCGTAACTGTATAACGTAGTGGAGGAACGGAGTAGATATAGGACATGTTTTCTTTTAAAGAAATTATTGGTTGAAAATTTCCTGTACAAGTATCTGTACCAGTGGTGGATTTAGAACTTCATGCCTAGAAGCATATGTTCATATTATCTCTACCAGTTTAGTTTTTGAACTTTTAGATTTGAAACTATATAGTTCAAAACTTTAAAAGTATAAAATAGATTTTTAAAGTTTCAATTTTGTATTAAGTAGGTCTTTGACATATTCAAAATTTGCTAAAATTTAATGTTCTATTCCACAATTTTGTGTTTAAATAAGTTATCAACTTATTTAACATTTTTTAAAACTAATTTATTTATTATTTACAAAA

Coding sequence (CDS)

ATGACTAGCGGTTATGATTCTCATGAGGTTGGTTTGCTTTCTGCGTGCAACATTCAAGGGGAAAATGCATTTAATGAGGCCTGCGCGTCGTTGTTGGAGCTAGATTTGTTTAATTGGGATGTTATAGAAGAGGTTGTTTTGAATCTATTGGGTCCAAATTCTCTTTCAGTGGTGGATTCGGAGCTGGATAAAGGCGTTGCGACCAGGCTTGTTCGAATTAGCAGTGAGAAGGTGGAAGGGTTAAAGCTTTCAAATCAGTTGAGGGCTGGAGAGGTGAAGGAAACTCAGGGGTTTGATTTATCAGTTTTATTTCATGAGGAGGAGGTCACACTCACAGTGGGTGTTCTCTCTTCAAGAAAGTGCTCCGTTCTCTATCGTCTGTTTCTCTTCCTCACGTCTCGTCCTTTCGTCTTCTCCGGTAGGCTCCCTTCGTTTTCGACCTCTCTCCGTTCTCTCCCTTCCATAATCCCTTCGGTCTCGGGTCCCGTTCCTTCGTCTTCTCCGGTTGGTTTCTGTCGATCTCTGGCCGCCGGCTTCTTCTCGTCGTTTTCTTCTCTGGTTGGGTTCCTTCAGCTTCTGGCCGCCGGCTTCTCCTCGCCAGATTCTCCTCGTTTGTCTCCTCCGTTCTCTTCAACCTGGTTTTCGTCTCTTCTTTCCTTTTTCCTTTCACAGTTGTCGAAGTCGCCCGTTTCCTTTCTTCTTCTTCGTTTTTCACTGTCGGTTTCGTCTAGAACAATGGAGGCTATATCAGATGCAGATTTGAAGTCTTTATTGGATAATTTGGATGGAAAGCTAAATGAGAATGAGAAATGGGAATGTGTTGTGGAAAAAAGTAATGATCTTCTTTCATATAGTGCTAAATGCTGCAAGCCCAAGGATGGTCCCTTGAAATATTCGAGCGTGACAATATTTGAAAATTGCTGTCCAAAATTGTTGAGGGACTTCTACATGGACAATGATTTTAGAAAACAGTGGGACAATACCCTGGTTATGTATGAGCAGCTACAAATGGATGGCACTAGCGGAATTGAAGTTGGTCGCACCTTAAAAAAATTTCCATTATTGACACCTAGAGAGTATATACTATCATGGAGATTATGGGAGGGGAAAGATGAAACCTTTTACTGCTATACCAAGGAATGTGAACATCCTATGGCACCACAACAGAAGAAGTATGTACGAGTGACGTTTTTCAGGTCAGGTTGGCGAATCAGGAGAGTATCCGGCAGAAATGCGTGTGAGATCTCTATGTTGCACCAAGAAGATGCTGGTTTGAATGTGGAGATGGCAAAACTTGGGTTTGCAAAGGGCATATGGAGCTTTGTCTGTAAAATGAATAAAGCACTACGCAAATACGCTCTAATCAACAACCCACCATCAAGTTCACTTGTCACTGCGATTACTCTGATTAAGAAGGTTCCAGATGGAGTTGAAGACATGAATGGTATGATCTCTAAAGCAAACACTGTAGGAACTGAGCCCTGCAGACAAATTTCTTCAGGGGAGAGAAAAAAATCGAGGGCATCAAAAAAACTGCTGGCCAATGGTTTGCTTGTTCTTGGTGGTGTGATCTGCCTGTCGCGGGGTCACTCTAGTCTTGGTGCCAAAGTTGTTCTGGCATATATTCTTACAAAGCTAAGCAAGCGAGCTGATACACCAGGAGGTCGGATAGAGAGCCGTAACTGTATAACGTAG

Protein sequence

MTSGYDSHEVGLLSACNIQGENAFNEACASLLELDLFNWDVIEEVVLNLLGPNSLSVVDSELDKGVATRLVRISSEKVEGLKLSNQLRAGEVKETQGFDLSVLFHEEEVTLTVGVLSSRKCSVLYRLFLFLTSRPFVFSGRLPSFSTSLRSLPSIIPSVSGPVPSSSPVGFCRSLAAGFFSSFSSLVGFLQLLAAGFSSPDSPRLSPPFSSTWFSSLLSFFLSQLSKSPVSFLLLRFSLSVSSRTMEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTKLSKRADTPGGRIESRNCIT

Homology

[Close]

BLAST of Tan0002769 vs. ExPASy Swiss-Prot
Match: P53809 (Phosphatidylcholine transfer protein OS=Rattus norvegicus OX=10116 GN=Pctp PE=2 SV=2)

HSP 1 Score: 55.5 bits (132), Expect = 2.3e-06
Identity = 48/209 (22.97%), Postives = 85/209 (40.67%), Query Frame = 0


Query: 250 SDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCP 309
           SD   +     L         W+ +VE S   +    +      G  +Y    + E+C P
Sbjct: 9   SDEQFREACAELQKPALTGADWQLLVEASGITI---YRLLDQSTGLYEYKVFGVLESCIP 68

Query: 310 KLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPL-LTPREYILSWR--- 369
            LL D YMD D+RK+WD  +    +   DG     V     K+P  L+ R+Y+ + +   
Sbjct: 69  SLLADVYMDLDYRKKWDQYVKELYEKSFDGQM---VAYWEVKYPFPLSNRDYVYTRQRRD 128

Query: 370 LWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 429
           L     + +    +    P  P++   +RV  ++    I    G+    + M + ++ G 
Sbjct: 129 LDVDGRKIYVVLAQNISVPQFPEKSGVIRVKQYKQSLAIES-DGKKGSRVFMYYFDNPGG 188

Query: 430 NVEMAKLGFA--KGIWSFVCKMNKALRKY 453
            +    + +A   G+ SF+  M KA + Y
Sbjct: 189 QIPSWLINWAAKNGVPSFLKDMVKACQNY 210

[Close]

BLAST of Tan0002769 vs. ExPASy Swiss-Prot
Match: Q9UKL6 (Phosphatidylcholine transfer protein OS=Homo sapiens OX=9606 GN=PCTP PE=1 SV=1)

HSP 1 Score: 54.7 bits (130), Expect = 4.0e-06
Identity = 46/189 (24.34%), Postives = 86/189 (45.50%), Query Frame = 0


Query: 271 WECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTLV 330
           W+ +VE S   +    +    K G  +Y    + E+C P LL D YMD+D+RKQWD  + 
Sbjct: 30  WQLLVETSGISI---YRLLDKKTGLYEYKVFGVLEDCSPTLLADIYMDSDYRKQWDQYV- 89

Query: 331 MYEQLQMDGTSGIEVGRTLKKFPL-LTPREYI-LSWRL---WEGKDETFYCYTKECEHPM 390
             ++L     +G  V     K+P  ++ R+Y+ L  R     EG+ +      +    P 
Sbjct: 90  --KELYEQECNGETVVYWEVKYPFPMSNRDYVYLRQRRDLDMEGR-KIHVILARSTSMPQ 149

Query: 391 APQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFA--KGIWSFVC 450
             ++   +RV  ++    I    G+   ++ M + ++ G  +    + +A   G+ +F+ 
Sbjct: 150 LGERSGVIRVKQYKQSLAIES-DGKKGSKVFMYYFDNPGGQIPSWLINWAAKNGVPNFLK 209

Query: 451 KMNKALRKY 453
            M +A + Y
Sbjct: 210 DMARACQNY 210

[Close]

BLAST of Tan0002769 vs. ExPASy Swiss-Prot
Match: P53808 (Phosphatidylcholine transfer protein OS=Mus musculus OX=10090 GN=Pctp PE=1 SV=2)

HSP 1 Score: 54.3 bits (129), Expect = 5.2e-06
Identity = 47/209 (22.49%), Postives = 85/209 (40.67%), Query Frame = 0


Query: 250 SDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCP 309
           SD   +     L         W+ +VE S   +    +      G  +Y    + E C P
Sbjct: 9   SDEQFREACAELQKPALTGADWQLLVEASGITI---YRLLDQPSGLYEYKVFGVLEGCSP 68

Query: 310 KLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPL-LTPREYILSWR--- 369
            LL D YMD D+RKQWD  +    + + D      V     K+P  L+ R+Y+ + +   
Sbjct: 69  ALLTDVYMDLDYRKQWDQYVKELYEKESDEQM---VAYWEVKYPFPLSNRDYVYTRQRRD 128

Query: 370 LWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 429
           L   + + +    +    P  P++   +RV  ++    I    G+    + M + ++ G 
Sbjct: 129 LDVDRRKIYVVLAQSISAPQFPEKSGVIRVKQYKQSLAIES-DGKKGSRVFMYYFDNPGG 188

Query: 430 NVEMAKLGFA--KGIWSFVCKMNKALRKY 453
            +    + +A   G+ +F+  M KA + Y
Sbjct: 189 QIPSWLINWAAKNGVPNFLKDMVKACQNY 210

[Close]

BLAST of Tan0002769 vs. NCBI nr
Match: XP_004145626.1 (uncharacterized protein LOC101203824 isoform X1 [Cucumis sativus] >KGN57701.1 hypothetical protein Csa_011423 [Cucumis sativus])

HSP 1 Score: 569.3 bits (1466), Expect = 3.7e-158
Identity = 275/317 (86.75%), Postives = 297/317 (93.69%), Query Frame = 0


Query: 243 SRTMEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVT 302
           SR MEAISD DLKSLLDNLDG++NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVT
Sbjct: 80  SRIMEAISDTDLKSLLDNLDGRINENEKWERVVEKSNDYLSYSAKCCKPKDGPLKYSSVT 139

Query: 303 IFENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 362
           IFENCCPKLLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYIL
Sbjct: 140 IFENCCPKLLRDFYMDNDYRKQWDSTVLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 199

Query: 363 SWRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED 422
           SWRLWEGKDETFYC+TKECEHP APQQKKYVRVTFFRSGWRIRRVSGRNACEI+MLHQED
Sbjct: 200 SWRLWEGKDETFYCFTKECEHPSAPQQKKYVRVTFFRSGWRIRRVSGRNACEITMLHQED 259

Query: 423 AGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNG 482
           AGLNVEMAKL FAKGIWSFVCKM+KALRKY+LINN PSSSLV+A+TLIKKVPDG EDM+G
Sbjct: 260 AGLNVEMAKLVFAKGIWSFVCKMDKALRKYSLINNYPSSSLVSAVTLIKKVPDGFEDMDG 319

Query: 483 MISKANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYI 542
           +IS+ N V TE C Q+SS ERK SRASKKLL NGLL++GGVICLSRGHSSLGAKVV+AYI
Sbjct: 320 IISEENMVETESCGQVSSEERKLSRASKKLLTNGLLLIGGVICLSRGHSSLGAKVVMAYI 379

Query: 543 LTKLSKRADTPGGRIES 560
           LTKLSKR D P G++ S
Sbjct: 380 LTKLSKRVDAPQGQMAS 396

[Close]

BLAST of Tan0002769 vs. NCBI nr
Match: XP_008461543.1 (PREDICTED: phosphatidylcholine transfer protein-like isoform X1 [Cucumis melo])

HSP 1 Score: 569.3 bits (1466), Expect = 3.7e-158
Identity = 286/350 (81.71%), Postives = 306/350 (87.43%), Query Frame = 0


Query: 226 SKSPVSFLLLRFSLS----------------VSSRTMEAISDADLKSLLDNLDGKLNENE 285
           SK  VS LL RF  S                  SR MEAISD DLKSLLDNLDG++NENE
Sbjct: 38  SKKNVSSLLSRFHASSLVADRHTSSPSCECPPPSRIMEAISDTDLKSLLDNLDGRINENE 97

Query: 286 KWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTL 345
           KWE VVEKSND LSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDND+RKQWD+T+
Sbjct: 98  KWERVVEKSNDHLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDYRKQWDSTM 157

Query: 346 VMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQ 405
           +M+EQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYC+TKECEHP APQQ
Sbjct: 158 LMHEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCFTKECEHPSAPQQ 217

Query: 406 KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKAL 465
           KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKL FAKGIWSFVCKM+KAL
Sbjct: 218 KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLVFAKGIWSFVCKMDKAL 277

Query: 466 RKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGERKKSRAS 525
           RKYALINN PSSSLV+AITLIKKVPDG+ED +G+ISKAN V  E C Q+SS ERK SRAS
Sbjct: 278 RKYALINNHPSSSLVSAITLIKKVPDGLEDTDGIISKANMVEIESCGQVSSEERKLSRAS 337

Query: 526 KKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTKLSKRADTPGGRIES 560
           KKL+ NGLL++GGVICLSRGHSSLGAKVV+AYILTKLSKR D P G++ S
Sbjct: 338 KKLVTNGLLLIGGVICLSRGHSSLGAKVVMAYILTKLSKRVDAPRGQMAS 387

[Close]

BLAST of Tan0002769 vs. NCBI nr
Match: XP_038903674.1 (uncharacterized protein LOC120090201 isoform X1 [Benincasa hispida])

HSP 1 Score: 568.5 bits (1464), Expect = 6.2e-158
Identity = 278/313 (88.82%), Postives = 297/313 (94.89%), Query Frame = 0


Query: 244 RTMEAISDADLKSLLDNLDGK-LNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVT 303
           R MEAISD DLKSLLDNLDG+ +NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVT
Sbjct: 77  RVMEAISDTDLKSLLDNLDGRIINENEKWERVVEKSNDHLSYSAKCCKPKDGPLKYSSVT 136

Query: 304 IFENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 363
           IFENCCP LLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYIL
Sbjct: 137 IFENCCPILLRDFYMDNDYRKQWDSTMLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 196

Query: 364 SWRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED 423
           SWRLWEGKDETFYC+TKEC+HP+APQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED
Sbjct: 197 SWRLWEGKDETFYCFTKECDHPLAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED 256

Query: 424 AGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNG 483
           AGLNVEMAKL FAKGIWSFVCKM+KALRKYALINNPPSSSLVTA+TLIKKVPDG EDM+G
Sbjct: 257 AGLNVEMAKLAFAKGIWSFVCKMDKALRKYALINNPPSSSLVTAVTLIKKVPDGFEDMDG 316

Query: 484 MISKANTVGTE-PCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAY 543
           +ISKAN V TE  C Q+SS ERK SRASKKL+ANGLL++GGVICLSRGHSSLGAKVV+AY
Sbjct: 317 IISKANVVETESSCGQVSSEERKLSRASKKLVANGLLLIGGVICLSRGHSSLGAKVVMAY 376

Query: 544 ILTKLSKRADTPG 555
           ILTKLSKRAD PG
Sbjct: 377 ILTKLSKRADAPG 389

[Close]

BLAST of Tan0002769 vs. NCBI nr
Match: XP_008461544.1 (PREDICTED: phosphatidylcholine transfer protein-like isoform X2 [Cucumis melo])

HSP 1 Score: 567.4 bits (1461), Expect = 1.4e-157
Identity = 275/314 (87.58%), Postives = 295/314 (93.95%), Query Frame = 0


Query: 246 MEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFE 305
           MEAISD DLKSLLDNLDG++NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVTIFE
Sbjct: 1   MEAISDTDLKSLLDNLDGRINENEKWERVVEKSNDHLSYSAKCCKPKDGPLKYSSVTIFE 60

Query: 306 NCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 365
           NCCPKLLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR
Sbjct: 61  NCCPKLLRDFYMDNDYRKQWDSTMLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 120

Query: 366 LWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 425
           LWEGKDETFYC+TKECEHP APQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL
Sbjct: 121 LWEGKDETFYCFTKECEHPSAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 180

Query: 426 NVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMIS 485
           NVEMAKL FAKGIWSFVCKM+KALRKYALINN PSSSLV+AITLIKKVPDG+ED +G+IS
Sbjct: 181 NVEMAKLVFAKGIWSFVCKMDKALRKYALINNHPSSSLVSAITLIKKVPDGLEDTDGIIS 240

Query: 486 KANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTK 545
           KAN V  E C Q+SS ERK SRASKKL+ NGLL++GGVICLSRGHSSLGAKVV+AYILTK
Sbjct: 241 KANMVEIESCGQVSSEERKLSRASKKLVTNGLLLIGGVICLSRGHSSLGAKVVMAYILTK 300

Query: 546 LSKRADTPGGRIES 560
           LSKR D P G++ S
Sbjct: 301 LSKRVDAPRGQMAS 314

[Close]

BLAST of Tan0002769 vs. NCBI nr
Match: XP_011651347.1 (phosphatidylcholine transfer protein isoform X2 [Cucumis sativus])

HSP 1 Score: 566.2 bits (1458), Expect = 3.1e-157
Identity = 273/314 (86.94%), Postives = 295/314 (93.95%), Query Frame = 0


Query: 246 MEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFE 305
           MEAISD DLKSLLDNLDG++NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVTIFE
Sbjct: 1   MEAISDTDLKSLLDNLDGRINENEKWERVVEKSNDYLSYSAKCCKPKDGPLKYSSVTIFE 60

Query: 306 NCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 365
           NCCPKLLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR
Sbjct: 61  NCCPKLLRDFYMDNDYRKQWDSTVLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 120

Query: 366 LWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 425
           LWEGKDETFYC+TKECEHP APQQKKYVRVTFFRSGWRIRRVSGRNACEI+MLHQEDAGL
Sbjct: 121 LWEGKDETFYCFTKECEHPSAPQQKKYVRVTFFRSGWRIRRVSGRNACEITMLHQEDAGL 180

Query: 426 NVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMIS 485
           NVEMAKL FAKGIWSFVCKM+KALRKY+LINN PSSSLV+A+TLIKKVPDG EDM+G+IS
Sbjct: 181 NVEMAKLVFAKGIWSFVCKMDKALRKYSLINNYPSSSLVSAVTLIKKVPDGFEDMDGIIS 240

Query: 486 KANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTK 545
           + N V TE C Q+SS ERK SRASKKLL NGLL++GGVICLSRGHSSLGAKVV+AYILTK
Sbjct: 241 EENMVETESCGQVSSEERKLSRASKKLLTNGLLLIGGVICLSRGHSSLGAKVVMAYILTK 300

Query: 546 LSKRADTPGGRIES 560
           LSKR D P G++ S
Sbjct: 301 LSKRVDAPQGQMAS 314

[Close]

BLAST of Tan0002769 vs. ExPASy TrEMBL
Match: A0A0A0LCC1 (START domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G257060 PE=3 SV=1)

HSP 1 Score: 569.3 bits (1466), Expect = 1.8e-158
Identity = 275/317 (86.75%), Postives = 297/317 (93.69%), Query Frame = 0


Query: 243 SRTMEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVT 302
           SR MEAISD DLKSLLDNLDG++NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVT
Sbjct: 80  SRIMEAISDTDLKSLLDNLDGRINENEKWERVVEKSNDYLSYSAKCCKPKDGPLKYSSVT 139

Query: 303 IFENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 362
           IFENCCPKLLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYIL
Sbjct: 140 IFENCCPKLLRDFYMDNDYRKQWDSTVLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 199

Query: 363 SWRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED 422
           SWRLWEGKDETFYC+TKECEHP APQQKKYVRVTFFRSGWRIRRVSGRNACEI+MLHQED
Sbjct: 200 SWRLWEGKDETFYCFTKECEHPSAPQQKKYVRVTFFRSGWRIRRVSGRNACEITMLHQED 259

Query: 423 AGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNG 482
           AGLNVEMAKL FAKGIWSFVCKM+KALRKY+LINN PSSSLV+A+TLIKKVPDG EDM+G
Sbjct: 260 AGLNVEMAKLVFAKGIWSFVCKMDKALRKYSLINNYPSSSLVSAVTLIKKVPDGFEDMDG 319

Query: 483 MISKANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYI 542
           +IS+ N V TE C Q+SS ERK SRASKKLL NGLL++GGVICLSRGHSSLGAKVV+AYI
Sbjct: 320 IISEENMVETESCGQVSSEERKLSRASKKLLTNGLLLIGGVICLSRGHSSLGAKVVMAYI 379

Query: 543 LTKLSKRADTPGGRIES 560
           LTKLSKR D P G++ S
Sbjct: 380 LTKLSKRVDAPQGQMAS 396

[Close]

BLAST of Tan0002769 vs. ExPASy TrEMBL
Match: A0A1S3CEV0 (phosphatidylcholine transfer protein-like isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500116 PE=3 SV=1)

HSP 1 Score: 569.3 bits (1466), Expect = 1.8e-158
Identity = 286/350 (81.71%), Postives = 306/350 (87.43%), Query Frame = 0


Query: 226 SKSPVSFLLLRFSLS----------------VSSRTMEAISDADLKSLLDNLDGKLNENE 285
           SK  VS LL RF  S                  SR MEAISD DLKSLLDNLDG++NENE
Sbjct: 38  SKKNVSSLLSRFHASSLVADRHTSSPSCECPPPSRIMEAISDTDLKSLLDNLDGRINENE 97

Query: 286 KWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTL 345
           KWE VVEKSND LSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDND+RKQWD+T+
Sbjct: 98  KWERVVEKSNDHLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDYRKQWDSTM 157

Query: 346 VMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQ 405
           +M+EQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYC+TKECEHP APQQ
Sbjct: 158 LMHEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCFTKECEHPSAPQQ 217

Query: 406 KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKAL 465
           KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKL FAKGIWSFVCKM+KAL
Sbjct: 218 KKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLVFAKGIWSFVCKMDKAL 277

Query: 466 RKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGERKKSRAS 525
           RKYALINN PSSSLV+AITLIKKVPDG+ED +G+ISKAN V  E C Q+SS ERK SRAS
Sbjct: 278 RKYALINNHPSSSLVSAITLIKKVPDGLEDTDGIISKANMVEIESCGQVSSEERKLSRAS 337

Query: 526 KKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTKLSKRADTPGGRIES 560
           KKL+ NGLL++GGVICLSRGHSSLGAKVV+AYILTKLSKR D P G++ S
Sbjct: 338 KKLVTNGLLLIGGVICLSRGHSSLGAKVVMAYILTKLSKRVDAPRGQMAS 387

[Close]

BLAST of Tan0002769 vs. ExPASy TrEMBL
Match: A0A1S3CFF3 (phosphatidylcholine transfer protein-like isoform X2 OS=Cucumis melo OX=3656 GN=LOC103500116 PE=3 SV=1)

HSP 1 Score: 567.4 bits (1461), Expect = 6.7e-158
Identity = 275/314 (87.58%), Postives = 295/314 (93.95%), Query Frame = 0


Query: 246 MEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFE 305
           MEAISD DLKSLLDNLDG++NENEKWE VVEKSND LSYSAKCCKPKDGPLKYSSVTIFE
Sbjct: 1   MEAISDTDLKSLLDNLDGRINENEKWERVVEKSNDHLSYSAKCCKPKDGPLKYSSVTIFE 60

Query: 306 NCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 365
           NCCPKLLRDFYMDND+RKQWD+T++M+EQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR
Sbjct: 61  NCCPKLLRDFYMDNDYRKQWDSTMLMHEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWR 120

Query: 366 LWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 425
           LWEGKDETFYC+TKECEHP APQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL
Sbjct: 121 LWEGKDETFYCFTKECEHPSAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGL 180

Query: 426 NVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMIS 485
           NVEMAKL FAKGIWSFVCKM+KALRKYALINN PSSSLV+AITLIKKVPDG+ED +G+IS
Sbjct: 181 NVEMAKLVFAKGIWSFVCKMDKALRKYALINNHPSSSLVSAITLIKKVPDGLEDTDGIIS 240

Query: 486 KANTVGTEPCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTK 545
           KAN V  E C Q+SS ERK SRASKKL+ NGLL++GGVICLSRGHSSLGAKVV+AYILTK
Sbjct: 241 KANMVEIESCGQVSSEERKLSRASKKLVTNGLLLIGGVICLSRGHSSLGAKVVMAYILTK 300

Query: 546 LSKRADTPGGRIES 560
           LSKR D P G++ S
Sbjct: 301 LSKRVDAPRGQMAS 314

[Close]

BLAST of Tan0002769 vs. ExPASy TrEMBL
Match: A0A6J1D880 (phosphatidylcholine transfer protein-like OS=Momordica charantia OX=3673 GN=LOC111017817 PE=3 SV=1)

HSP 1 Score: 555.4 bits (1430), Expect = 2.6e-154
Identity = 288/360 (80.00%), Postives = 307/360 (85.28%), Query Frame = 0


Query: 214 FSSLLSFFLSQLSKSPVSFLLLRFSLSVS--SRTMEAISDADLKSLLDNLDGKLNENEKW 273
           FSSLLS F    +  P+  L      S S   +  EAISD DLKSLLDNLDGKLNENEKW
Sbjct: 44  FSSLLSRF---RTSPPLPLLADAHDASPSPPPQITEAISDTDLKSLLDNLDGKLNENEKW 103

Query: 274 ECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTLVM 333
           E VVEKSN+LLSYSAKCCKPKDGPLKY SVTIFENCCPKLLRDFYMD+DFRKQWDNT++M
Sbjct: 104 ESVVEKSNNLLSYSAKCCKPKDGPLKYLSVTIFENCCPKLLRDFYMDSDFRKQWDNTILM 163

Query: 334 YEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQKK 393
           +EQLQ+D  SGIEVGRTLKKFPLL PREYILSWRLWEGKDETFYC+TKECEHP APQQKK
Sbjct: 164 HEQLQVDEISGIEVGRTLKKFPLLMPREYILSWRLWEGKDETFYCFTKECEHPSAPQQKK 223

Query: 394 YVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKALRK 453
           YVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKL FAKGIWSFVCKM+KALR 
Sbjct: 224 YVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLAFAKGIWSFVCKMDKALRN 283

Query: 454 YALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKA-NTVGT------EPCRQISSGERK 513
           YAL + P SSSLVTA+TLIKKVPDG+EDMNGMISKA NTV T      E C Q S G RK
Sbjct: 284 YALTDKPLSSSLVTAVTLIKKVPDGIEDMNGMISKAVNTVRTESEFEAESCGQNSLGGRK 343

Query: 514 KSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTKLSKRADTPGGRIESRNCIT 565
            S+ASKK +A GLL+LGG ICLSRGHSSLGAKVV+AYILTKLSKRA+ P G IESRNCIT
Sbjct: 344 FSKASKKQVAKGLLLLGGAICLSRGHSSLGAKVVMAYILTKLSKRANAPRGEIESRNCIT 400

[Close]

BLAST of Tan0002769 vs. ExPASy TrEMBL
Match: A0A6J1J7C0 (uncharacterized protein LOC111481908 OS=Cucurbita maxima OX=3661 GN=LOC111481908 PE=3 SV=1)

HSP 1 Score: 553.1 bits (1424), Expect = 1.3e-153
Identity = 268/323 (82.97%), Postives = 297/323 (91.95%), Query Frame = 0


Query: 243 SRTMEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVT 302
           SR ME ISD DLK+LLD+LDG+LNENEKWE V+EKSND LSYSAKCCKPKDGPLKYSSVT
Sbjct: 71  SRIMETISDTDLKALLDDLDGRLNENEKWERVIEKSNDNLSYSAKCCKPKDGPLKYSSVT 130

Query: 303 IFENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYIL 362
           IFENCCP+LLRDFYMDNDFR+QWD+T++M+EQLQMD TSG+EVGRTLKKFPL+TPREY+L
Sbjct: 131 IFENCCPELLRDFYMDNDFRRQWDSTVLMHEQLQMDETSGVEVGRTLKKFPLMTPREYVL 190

Query: 363 SWRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQED 422
           SWRLWEGKD+TFYC+TKECEHP+AP+QKKYVRVTFFRSGWRIRRV GRNACEISMLHQED
Sbjct: 191 SWRLWEGKDKTFYCFTKECEHPLAPRQKKYVRVTFFRSGWRIRRVPGRNACEISMLHQED 250

Query: 423 AGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNG 482
           AGLNVEMAKL FAKGIWSFVCKM+KALRKYALINNPPSSSLVTA TLIKKVPDG EDMN 
Sbjct: 251 AGLNVEMAKLAFAKGIWSFVCKMDKALRKYALINNPPSSSLVTATTLIKKVPDGFEDMND 310

Query: 483 M----ISKANTVGTE-PCRQISSGERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKV 542
           +    +SKAN V TE  C Q+SSGE+K SRASKKL+A  LL+LGGVICLSRGHSSLGAKV
Sbjct: 311 IVSKAVSKANIVETESSCGQVSSGEKKLSRASKKLVAKSLLLLGGVICLSRGHSSLGAKV 370

Query: 543 VLAYILTKLSKRADTPGGRIESR 561
           V+AYILTKL+KRAD PG ++ +R
Sbjct: 371 VVAYILTKLNKRADAPGAQMANR 393

[Close]

BLAST of Tan0002769 vs. TAIR 10
Match: AT3G13062.2 (Polyketide cyclase/dehydrase and lipid transport superfamily protein )

HSP 1 Score: 384.4 bits (986), Expect = 1.6e-106
Identity = 192/344 (55.81%), Postives = 250/344 (72.67%), Query Frame = 0


Query: 213 WFSSLLSFFLSQLSKSPVSFLLLRFSLSVSSRTMEAISDADLKSLLDNLDGKLNENEKWE 272
           + S    FF    S SPV  +    S S S  +   +SD DLK L+  L  +  + E WE
Sbjct: 49  FLSRKFRFFSHASSSSPVVSVSQSLS-SQSGISTTLVSDEDLKGLIQKLGERSEDAEIWE 108

Query: 273 CVVEKSNDLLSYSAKCCKPKDG-PLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTLVM 332
            V++KSN  +SY+AKCCKP DG P+KY S T+FE+C P++LRDFYMDN++RKQWD T+V 
Sbjct: 109 DVIKKSNPRISYTAKCCKPTDGSPMKYLSTTVFEDCSPEVLRDFYMDNEYRKQWDKTVVE 168

Query: 333 YEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQKK 392
           +EQLQ+D  SGIE+GRT+KKFPLLTPREY+L+W+LWEGKD+ FYC+ KEC+H M PQQ+K
Sbjct: 169 HEQLQVDSNSGIEIGRTIKKFPLLTPREYVLAWKLWEGKDK-FYCFIKECDHNMVPQQRK 228

Query: 393 YVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKALRK 452
           YVRV++FRSGWRIR+V GRNACEI M+HQEDAGLNVEMAKL F++GIWS+VCKM  ALRK
Sbjct: 229 YVRVSYFRSGWRIRKVPGRNACEIHMVHQEDAGLNVEMAKLAFSRGIWSYVCKMENALRK 288

Query: 453 YALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGERKK--SRAS 512
           Y   ++ P    ++A++L+KK+P  +E     I+ ++   T         +RKK   + S
Sbjct: 289 YIATSHRPQGPTLSAVSLMKKIPSELESQTDDITNSSGTTTSGMHTGEGAKRKKLLRKPS 348

Query: 513 KKLLANGLLV----LGGVICLSRGHSSLGAKVVLAYILTKLSKR 550
           KKL+ANG+L+    +GG ICLSRGHS+LGAKV LAY L+K+ KR
Sbjct: 349 KKLIANGMLLVGGAVGGAICLSRGHSALGAKVALAYFLSKMRKR 390

[Close]

BLAST of Tan0002769 vs. TAIR 10
Match: AT3G13062.1 (Polyketide cyclase/dehydrase and lipid transport superfamily protein )

HSP 1 Score: 384.4 bits (986), Expect = 1.6e-106
Identity = 192/344 (55.81%), Postives = 250/344 (72.67%), Query Frame = 0


Query: 213 WFSSLLSFFLSQLSKSPVSFLLLRFSLSVSSRTMEAISDADLKSLLDNLDGKLNENEKWE 272
           + S    FF    S SPV  +    S S S  +   +SD DLK L+  L  +  + E WE
Sbjct: 49  FLSRKFRFFSHASSSSPVVSVSQSLS-SQSGISTTLVSDEDLKGLIQKLGERSEDAEIWE 108

Query: 273 CVVEKSNDLLSYSAKCCKPKDG-PLKYSSVTIFENCCPKLLRDFYMDNDFRKQWDNTLVM 332
            V++KSN  +SY+AKCCKP DG P+KY S T+FE+C P++LRDFYMDN++RKQWD T+V 
Sbjct: 109 DVIKKSNPRISYTAKCCKPTDGSPMKYLSTTVFEDCSPEVLRDFYMDNEYRKQWDKTVVE 168

Query: 333 YEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHPMAPQQKK 392
           +EQLQ+D  SGIE+GRT+KKFPLLTPREY+L+W+LWEGKD+ FYC+ KEC+H M PQQ+K
Sbjct: 169 HEQLQVDSNSGIEIGRTIKKFPLLTPREYVLAWKLWEGKDK-FYCFIKECDHNMVPQQRK 228

Query: 393 YVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCKMNKALRK 452
           YVRV++FRSGWRIR+V GRNACEI M+HQEDAGLNVEMAKL F++GIWS+VCKM  ALRK
Sbjct: 229 YVRVSYFRSGWRIRKVPGRNACEIHMVHQEDAGLNVEMAKLAFSRGIWSYVCKMENALRK 288

Query: 453 YALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGERKK--SRAS 512
           Y   ++ P    ++A++L+KK+P  +E     I+ ++   T         +RKK   + S
Sbjct: 289 YIATSHRPQGPTLSAVSLMKKIPSELESQTDDITNSSGTTTSGMHTGEGAKRKKLLRKPS 348

Query: 513 KKLLANGLLV----LGGVICLSRGHSSLGAKVVLAYILTKLSKR 550
           KKL+ANG+L+    +GG ICLSRGHS+LGAKV LAY L+K+ KR
Sbjct: 349 KKLIANGMLLVGGAVGGAICLSRGHSALGAKVALAYFLSKMRKR 390

[Close]

BLAST of Tan0002769 vs. TAIR 10
Match: AT3G13062.3 (Polyketide cyclase/dehydrase and lipid transport superfamily protein )

HSP 1 Score: 377.1 bits (967), Expect = 2.5e-104
Identity = 192/352 (54.55%), Postives = 250/352 (71.02%), Query Frame = 0


Query: 213 WFSSLLSFFLSQLSKSPVSFLLLRFSLSVSSRTMEAISDADLKSLLDNLDGKLNENEKWE 272
           + S    FF    S SPV  +    S S S  +   +SD DLK L+  L  +  + E WE
Sbjct: 49  FLSRKFRFFSHASSSSPVVSVSQSLS-SQSGISTTLVSDEDLKGLIQKLGERSEDAEIWE 108

Query: 273 CVVEKSNDLLSYSAKCCKPK--------DG-PLKYSSVTIFENCCPKLLRDFYMDNDFRK 332
            V++KSN  +SY+AKCCKP         DG P+KY S T+FE+C P++LRDFYMDN++RK
Sbjct: 109 DVIKKSNPRISYTAKCCKPTVISKFYLCDGSPMKYLSTTVFEDCSPEVLRDFYMDNEYRK 168

Query: 333 QWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEH 392
           QWD T+V +EQLQ+D  SGIE+GRT+KKFPLLTPREY+L+W+LWEGKD+ FYC+ KEC+H
Sbjct: 169 QWDKTVVEHEQLQVDSNSGIEIGRTIKKFPLLTPREYVLAWKLWEGKDK-FYCFIKECDH 228

Query: 393 PMAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVC 452
            M PQQ+KYVRV++FRSGWRIR+V GRNACEI M+HQEDAGLNVEMAKL F++GIWS+VC
Sbjct: 229 NMVPQQRKYVRVSYFRSGWRIRKVPGRNACEIHMVHQEDAGLNVEMAKLAFSRGIWSYVC 288

Query: 453 KMNKALRKYALINNPPSSSLVTAITLIKKVPDGVEDMNGMISKANTVGTEPCRQISSGER 512
           KM  ALRKY   ++ P    ++A++L+KK+P  +E     I+ ++   T         +R
Sbjct: 289 KMENALRKYIATSHRPQGPTLSAVSLMKKIPSELESQTDDITNSSGTTTSGMHTGEGAKR 348

Query: 513 KK--SRASKKLLANGLLV----LGGVICLSRGHSSLGAKVVLAYILTKLSKR 550
           KK   + SKKL+ANG+L+    +GG ICLSRGHS+LGAKV LAY L+K+ KR
Sbjct: 349 KKLLRKPSKKLIANGMLLVGGAVGGAICLSRGHSALGAKVALAYFLSKMRKR 398

[Close]

BLAST of Tan0002769 vs. TAIR 10
Match: AT1G55960.1 (Polyketide cyclase/dehydrase and lipid transport superfamily protein )

HSP 1 Score: 372.1 bits (954), Expect = 8.0e-103
Identity = 189/349 (54.15%), Postives = 253/349 (72.49%), Query Frame = 0


Query: 213 WFSSLLSFFLSQLSKSPVSFLLLRFS-----LSVSSRTMEAISDADLKSLLDNLDGKLNE 272
           +FS+   FF S  S S  S      S      +  SR  + +SD DLK L++NL+ + N+
Sbjct: 42  FFSTKFRFFTSAPSSSSSSSSSSSPSTESVPANSQSRISKLVSDEDLKFLIENLEEETND 101

Query: 273 N-EKWECVVEKSNDLLSYSAKCCKPKD--GPLKYSSVTIFENCCPKLLRDFYMDNDFRKQ 332
           + E WE V+ KSND +SYSAK CKPKD  GP+KY SVT+FE    +++RDFYMDND+RK 
Sbjct: 102 STEIWEHVIHKSNDRISYSAKRCKPKDGGGPMKYLSVTVFEGFSAEIVRDFYMDNDYRKL 161

Query: 333 WDNTLVMYEQLQMDGTSGIEVGRTLKKFPLLTPREYILSWRLWEGKDETFYCYTKECEHP 392
           WD T+V +EQLQ+D  +GIE+GRT+KKFPLLT REY+L+WRLW+GK++ FYC+TKEC+H 
Sbjct: 162 WDKTVVEHEQLQVDSNTGIEIGRTIKKFPLLTSREYVLAWRLWQGKEKKFYCFTKECDHN 221

Query: 393 MAPQQKKYVRVTFFRSGWRIRRVSGRNACEISMLHQEDAGLNVEMAKLGFAKGIWSFVCK 452
           M PQQ+KYVRV++FRSGWRIR+V GRNACEI M HQE+AGLNVEMAKL F+KGIWS+VCK
Sbjct: 222 MVPQQRKYVRVSYFRSGWRIRQVPGRNACEIKMFHQENAGLNVEMAKLAFSKGIWSYVCK 281

Query: 453 MNKALRKYALINNPPSSSLVTAITLIKKVPD----GVEDMNGMISKANTVGTEPCRQISS 512
           M  AL KY   ++     +++A+TL+K+VP     G +++ G +  ++  G       + 
Sbjct: 282 MENALCKYIATSHRTQGPILSAVTLMKEVPSELETGTDNVTGSMETSSGEGVLSHVVAAK 341

Query: 513 GERKKSRASKKLLANGLLVLGGVICLSRGHSSLGAKVVLAYILTKLSKR 550
            ++K  + S KL+A GL+++GG ICLSRG S+LGAKV LAY+LTKL+KR
Sbjct: 342 QKKKMRKPSTKLIAKGLVLVGGAICLSRGPSALGAKVALAYLLTKLNKR 390

[Close]

BLAST of Tan0002769 vs. TAIR 10
Match: AT4G14500.1 (Polyketide cyclase/dehydrase and lipid transport superfamily protein )

HSP 1 Score: 151.8 bits (382), Expect = 1.7e-36
Identity = 102/319 (31.97%), Postives = 161/319 (50.47%), Query Frame = 0


Query: 245 TMEAISDADLKSLLDNLDGKLNENEKWECVVEKSNDLLSYSAKCCKPKDGPLKYSSVTIF 304
           T + +++ DL+ LL  L+   N   +W+ +++K+   +SY A   +P+ GP+ Y S T+F
Sbjct: 133 TEDIVTENDLEHLLQLLEVG-NAALEWQSMMDKTTPNMSYQAWRHEPETGPVIYRSRTVF 192

Query: 305 ENCCPKLLRDFYMDNDFRKQWDNTLVMYEQLQMDGTSGIEVGRTLKKFPLL-TPREYILS 364
           E+  P ++RDF+ D++FR +WD  L  ++ L+ D  +G  + +  KKFP   + REYI+ 
Sbjct: 193 EDATPDIVRDFFWDDEFRPKWDFMLANFKTLEEDTQTGTMIVQWRKKFPFFCSDREYIIG 252

Query: 365 WRLWEGKDETFYCYTKECEHPMAPQQKKYVRVTFFRSGWRIRRVSGR------NACEISM 424
            R+WE   + +YC TK   +P  P++ K  RV  + S W IR V  R       ACE+S+
Sbjct: 253 RRIWE-SGKKYYCVTKGVPYPALPKRDKPRRVELYFSSWVIRAVESRKGDGQQTACEVSL 312

Query: 425 LHQEDAGLNVEMAKLGFAKGIWSFVCKMNKALRKYALINNPPSSSLVTAITLIKKVPDGV 484
           +H ED G+  ++AKLG   G+W  V K+N  LR Y       SS               +
Sbjct: 313 VHYEDMGIPKDVAKLGVRHGMWGAVKKLNSGLRAYQSARKSDSSL------------SRI 372

Query: 485 EDMNGMISKANTVGTEPCRQISSGERKKSRASKKLLANGLL-------VLGGVICLSRGH 544
             M  + +K N    E     SS +  +SRA +       L       V+GGV      H
Sbjct: 373 AQMARITTKLNMDSAES----SSRDEDRSRAMEYARQRDHLRMDWKWVVVGGVALACGLH 432

Query: 545 SSLGAKVVLAYILTKLSKR 550
           S +  K +LA    +L++R
Sbjct: 433 SGIIGKALLAGAGQRLARR 433

The following BLAST results are available for this feature:

BLAST of Tan0002769 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
P53809	2.3e-06	22.97	Phosphatidylcholine transfer protein OS=Rattus norvegicus OX=10116 GN=Pctp PE=2 ...	[more]
Q9UKL6	4.0e-06	24.34	Phosphatidylcholine transfer protein OS=Homo sapiens OX=9606 GN=PCTP PE=1 SV=1	[more]
P53808	5.2e-06	22.49	Phosphatidylcholine transfer protein OS=Mus musculus OX=10090 GN=Pctp PE=1 SV=2	[more]

BLAST of Tan0002769 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004145626.1	3.7e-158	86.75	uncharacterized protein LOC101203824 isoform X1 [Cucumis sativus] >KGN57701.1 hy...	[more]
XP_008461543.1	3.7e-158	81.71	PREDICTED: phosphatidylcholine transfer protein-like isoform X1 [Cucumis melo]	[more]
XP_038903674.1	6.2e-158	88.82	uncharacterized protein LOC120090201 isoform X1 [Benincasa hispida]	[more]
XP_008461544.1	1.4e-157	87.58	PREDICTED: phosphatidylcholine transfer protein-like isoform X2 [Cucumis melo]	[more]
XP_011651347.1	3.1e-157	86.94	phosphatidylcholine transfer protein isoform X2 [Cucumis sativus]	[more]

BLAST of Tan0002769 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LCC1	1.8e-158	86.75	START domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G257060 PE=3 ...	[more]
A0A1S3CEV0	1.8e-158	81.71	phosphatidylcholine transfer protein-like isoform X1 OS=Cucumis melo OX=3656 GN=...	[more]
A0A1S3CFF3	6.7e-158	87.58	phosphatidylcholine transfer protein-like isoform X2 OS=Cucumis melo OX=3656 GN=...	[more]
A0A6J1D880	2.6e-154	80.00	phosphatidylcholine transfer protein-like OS=Momordica charantia OX=3673 GN=LOC1...	[more]
A0A6J1J7C0	1.3e-153	82.97	uncharacterized protein LOC111481908 OS=Cucurbita maxima OX=3661 GN=LOC111481908...	[more]

BLAST of Tan0002769 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G13062.2	1.6e-106	55.81	Polyketide cyclase/dehydrase and lipid transport superfamily protein	[more]
AT3G13062.1	1.6e-106	55.81	Polyketide cyclase/dehydrase and lipid transport superfamily protein	[more]
AT3G13062.3	2.5e-104	54.55	Polyketide cyclase/dehydrase and lipid transport superfamily protein	[more]
AT1G55960.1	8.0e-103	54.15	Polyketide cyclase/dehydrase and lipid transport superfamily protein	[more]
AT4G14500.1	1.7e-36	31.97	Polyketide cyclase/dehydrase and lipid transport superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002913	START domain	PFAM	PF01852	START	coord: 301..422 e-value: 5.9E-7 score: 29.1
IPR002913	START domain	PROSITE	PS50848	START	coord: 267..454 score: 24.28488
IPR023393	START-like domain superfamily	GENE3D	3.30.530.20		coord: 243..453 e-value: 1.4E-38 score: 134.5
None	No IPR available	PANTHER	PTHR19308	PHOSPHATIDYLCHOLINE TRANSFER PROTEIN	coord: 240..551
None	No IPR available	PANTHER	PTHR19308:SF13	POLYKETIDE CYCLASE/DEHYDRASE AND LIPID TRANSPORT SUPERFAMILY PROTEIN	coord: 240..551
None	No IPR available	CDD	cd08870	START_STARD2_7-like	coord: 250..452 e-value: 1.44969E-81 score: 252.3
None	No IPR available	SUPERFAMILY	55961	Bet v1-like	coord: 255..452

Relationships

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


Feature Name	Unique Name	Type
Tan0002769.1	Tan0002769.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0008289	lipid binding