Tan0020158.1 (mRNA) Snake gourd v1

Overview


Name	Tan0020158.1
Type	mRNA
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Peptidylprolyl isomerase
Location	LG05: 55448293 .. 55480491 (-)
Sequence length	471
RNA-Seq Expression	Tan0020158.1
Synteny	Tan0020158.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGGTGATGGAATTCGAAAACCAGTAGACATAAAATATGAAAATAGAAATAATTTCGGAGATAAAACAAGAAATGGAAGGTAGACTTTCTACGAAATGTGTAGCTGAATTGACTAATTAAAATGCTAAAATCATGAGAAAAAGTTGTTAAACGAAAAAATATGTAAATTAGGAAACTTAATAGCTAAAATTGTGGGATTTGGAATCAAATATTAAATAGATATTAGATAATATTTCAAATAAATATTTATACTTATTAAGGAGAGAGAAATTTAAAAAGGGCATGTTGGTCCAAAATTACACCAAAAATCCTATGTTTTAAAATGTTTAAATATTTTGTACATTTATGTAAATATGTATGAGAAATATTGGCATCCTTGTAAAAATTCCATTAAAAATTTGAGCACCAATTTAACATCTTTAAAGTTGAGGGAGTTACTAGACACAAAATTGAGAATTTTGTAACTTATTAGATATTTTAAAGTTACTAAACTTAAAATTTAACCTAAATGATAACCTAAATGGTAAGAAACAAAAACTAATATTTTAAAAAGAAAAAACCAGTATATTACCGCTAAAATTTAAAACTGCATTGCCCTCAATTATCCTTCATCCATTGCACCCTCGATTTCCTCTCTTTTGAATCTCATTGTCGTCTTCTTCCTTCAATTTTTCTACCGACTATAAGAGCTCAGTCTCTCTCTACAGTTATTTCCACCGTTATTTCAACCTTGGTCTCTTCCGCCTCCTCCCTCGTCGGTCCACCCAAATCCACCGCCCCTGAGTTCTTCGAGCTCCCGGACTCGGTCGGCGTCAAAGCCTTGGAGCTTTGCATTGGCTCAGGGGAAACCTCCGTCGACGGAGACCAGGTGACTTGATTTCGAATCGATTTGGAATATCAATTTATCTATGTGGACTAGAATTTTTCTTACAATTTATTAGCTTTTTTTTTCATCAATACATTTTAGGATTTACGTTCCTTTCATTAAGGTTTGTTGGTTCTCTGAGATTATGTTCTGAATGACTTTACGAAATCTTTACATATGTATTTTTGGAATGATTTTGTAGACAATGGGCACCAAGCTTTTGAGCTAGCAATGGATTTTTAAGTGTATTGGGGACAAGAATTTTGTACGTTTCTCAGATGCATTTGTTGTTGTTAAGGATGTACCATTCTTAAAAGACTCTTAAAACGCCTTGATGATTGGGTTCCCAGTGTTCTTTTAAAGTAATTCTCTGAAATGTCCATCAGGATTGAGCGATTAATCATTCCCCCCAAAAAATAGACAACGACTTCAATCTCTTCTTGAAAAGGTCTTTCCAACCACAACCTATTGGTCTCATTGATAGGGTTCCATCTAAATCAATAATCAACTATCTGCTACCTATTTCTTTACCGTAAAGCTTTCCGAAACCCGTTGATCTTTTCTTCCATCTCTTCGTCTCAAACTAGAAGTCGACCCGTCTAAGGTTATTATATAGTGGATTATGCATGTATTCCTTCTCCTATAGGACATAATTTTATGGAGAAATCTGTGTTTTCATCATCACCTTTGTTAAGAATCCTTCTTGGCTTTTTAAGTCTACATCTAACCACTCTGGCATTCAAGTCCAAATTATGCAATTTAAGGTTTTTTCTTTGGTCTTTCTTTTCCTCAGTGATTTTTTATTATGGAAGTGGTAGAATTCTTTTGACTTTTACTGTCCCTAAAAGTGCTTATGTTCCAACTTTTAAGATTGGATTTCATCTTCTTAAGCTTCTAACAGAGCAAATTATCATCCTTCCCACGAAGGCTACTCCTCCATCAATGACCTAAAATGCATATCTACTTCCTATTCCATTATCAGATATTAGGATAAGCTCAAAGAATTTAATGAAGGTACAATCTTGGAGAGAATTCTAAAGTTTCTAAGATTCAACAAAGTACCTTGCAATGAGAAAAATCTTTGCTCACTTTATTAGTTATCACTGGAGAATAATACAGTCGAAAAGAATAATCTCCAATATGAGAAAGGTGATGTATTTATAAAGCTTACATCGATGAAAAATCTCCTAACACTTTTAACTGTTTATATCAAACTGATTTAACAAAATAAAACAAATACATAACCGTAGCAGCTAATCCTTTATTGGGCTTGGCCTTCAATGGGCTTCCTTCCAAACAAAGTTGGCTCTAGCCCCACATTTATAACCTTTGGAAAAGGAGGCTAGGAATAGTAGCTAATTTAAGGGAATGAGAATCCCCGCACAGTGGAAGACGATCGAATCGTCGAGATATCGTTACGCTACTCGAGTTTCATTAAAATCAATTATCAAATAATCTAGGCTAAACATGCTCAAAGGAAAGAAAAACAGCAAGTAAAGTAAACTTACTTGTTGAAGACAATCTTATAGAATTCCTTTCTAGCGGATCACGAACTCTTCGTGCGAACTTGATCTCTACGAATACTTCTCTCGAATAAAACCCGAACACAACCAATGGCTTCTCGATTGTTCTTCCTTTGGAAGAAGGAAAGTAGTGGGACTTTTAGTTTTGGAGAAGGGAGGAGAGTTGAGAGAGTAGAGAGAAAATGGTTCTCTTCTTTTTTGTGAGATCCAAAAAAATGAGAGATGAGCCTAAGAAACCCTTCTTGCAAAGGGTTTAAATAGTGAAATTGATGGAGTTAAAATCTCCACATTATTACCACTTTACCACAACTATAGGTTAATGCAAATCATATTTGCATAACCATATATTATCAGATATCTCATATCTCATATTACAATCACATTTGCAATAATGTGGATTTATTAAATTGAATCACATTCAATTTAATTTCTCTCCATTAATTTCTCTAATTAGCCCTAATTCAACAATTAGGCTAACCTATAGTTTATTATGAATCTCATTCACATTAAACTATATATTATATCATTCATATCTCATATAAATGACATAAATGCCCTTTAAGTGAAATTGAACACTTCAATTCACACCAAAACATTAACCCTTCTTTTAACACAGATTGAGCCAACTGAGTGACCTAATGCACCTACAAAGTGATTTGTGCTCTCAATGATACGAGATTAACCTATCAAACTCTTTGACCCTGTTAATCAACCTTCATTAGCTACTGGTAACACTCTACTAAAGCCCGTGAGTCGCACTCCCAATGCAGAGAATATTACGTGTCCACTGATATAACCAATAACCATGAGTCGACCCTTCACAGGTTGTTCGGAGACACGGGTGGGTCAAATTACCGCTTTACCCCGTGTGTCTACTTCTTGTTCCTTAAGTCCCCACTACTCCTCTAATGAACAACATATTGTGATGGTCCAACCATACACAACACCCTTCTCGGCCAAAGGAGAAGGTGGGCGCCGTTGTCCAAGCCCCGGAGACAACACTTAAGGGAACAACCTCTCTAGTTTCCCTAAAGGCGCGAACGAGTGAATTCCATCTCGCGTAGTTAAGTTCCCAGCTCCTACTTGGTCCTCGTCCCCTTAGAAGATAGGCATATTGGGCGAGTAATCGTGACCACCTCTCACCTGTATTTCTAGTCAAGGACGACGACACTGCGTGACAGAGAGTCCGTAACACGCTCGTGATTCGGTCGTGTCACAAATGGTCATCTACGAAGTATTAGTCCTGACTGTCAACGGTGTTACATCAGTAGGTCTAACAATTCACGGTCCAGTCTTGTACAATCTCATTGCACAGGATGCCCCCACTCGCATGTCAACCACATGAACGAGTCAGATCACCTCGTTTGTATCTTAATACAAAGCGGGCCGCATCAACAGCGTATCCAGGATTAGGTCTCCAACCCTATCCATATATTGTAGATCGTTCGGGTCATTAACTCGATCGTGATCCTCACTGTATGTCCACCACACACCGTTCAAGTTCTAGTTCTCTCATAAATTCAATGACCCTGGAGCTTAGTTTATTGGAAAAGTTTGTAAAATTTGCGAGACAAAAAGTAATGAAATGAATAACATTTTATTAATTTCAAACAGTAATTTACAAACACGAGATTAGGACAAAAATCCCAACACTAATTAATTAAGCCATTTTGATTTGAGCCTCACAGTAGACTCGACTGACAAGACACCAGTGTGAATTGAACTGTTCAACTTCTTTTTTGTCTTGTACAATATAGACAATCGTCACCCCTTTTCAGCTATTTCTCATGTTGAGTGAGAAAGCTGATTTATAGACTCAAAAATTCCTCAATCGTGCACTTGACTAATGATGAGTAATGTAAACCACTGGGCTCGAACCACACACTTCATGCCTTCTTCGCCACTCCTGCGAGAATTTCTCGCGAACTGCTCCACTAACGTTACAGCATTGCAACGTCGTGGCCAACATTGCAACGCTGCAACGTCAAGCATCAAGGCCTGCGTTCTCAACGAAAACGGCGTTGCAACGCAACCCCTTGCGTTGCAACGCTGCATTGCAACAACTTCTTCATCCGCGTGGGCGGCGTTGAGACGCCGAAAACCAGCGTCTCAACGCCATCGACAGAACAACAAACTCCTTTACTATTATTCGTCATTTTTCGTTCGTTTTTGCTCTGATTTCTTCACAACAACTCTTGCCACGATCGACACGGACTTACAGACTCGATTTACTTTCTAAAATGCCCCAAAACACTAGGCCTTAACATTGATCAAATCAATAGAAAAGTAAATCTAAAATTAAGTGCCAAACACCGAAACATCCAATATGCAAAACCGAAATTCATCTCATGAAATTAAGGCAAACCCACCTAATTTTAAGAAAAACAAAATTCACAACGAAAAAGCCAACGATTGCCTCTGATACCAATTGAAGGGAATGAAACTCCCACATCGAAAATGACTTTGAACGTTGTGGTGTTCGTTGTGAAAAATGTTTGTTAAAAATGAACTAAAATAGTTTAATTCTAGGCTAAATATGCAATTAGAAGAAGGAAAAACAGTAAAGTAAAATACTTACTTGTTGAAGAACACTTCTTCGCCGATTCCTTCTCCGATCTCGATCTCTTTCGTTCCAACGATCTCATGAACCAGAAAGTTTGGACACCTCGAAATCGATCTTCATGGTTGTTCTCGATCGGTTGAGAGAGAGTGGTGGAACTCCCTTTGGTTTGGGTGGAGAGAAATTGAGAGAGAATTGAGAGAAGAGAGAGCTTCTTTTGGATGAAATTCCAAAAATGAGCAAGTTCATCCTAAAGGCTTCTTGCAAAAGTCCTTATATAATGGTGAGATGTGGACCTGAAATCTCCACTAAATTATCATTTTACCACAACCTTATGTTATACAAATCATATTTGCATAACACATATAATAAGGTATCTCATACCTTATTATACAAATCACATTTGTAGAATTGTACAATTTTAAATTGATTCACATTCAATTTAATTTCTCTCAATTCAGTTTATCCAAATTAGCACAAATTAATCAATTAGGTTAACCTATAGTTTATTATGAATCTCATTCATATTAAACTATATATTATGTCAATCATATCTCATATAAATGACATAAATACCCTTTTAATGAATTTGAACACTTCAAATCCACACCAAACTGTAAACCCTCAATTTATCCAATTTGAGCAGACCGAGTGACCTAATGGACCTACAGATGACGAGCTCCAATGATTCGAAATTAACCTGTCAAACTCTTTGACCTGGTTATTCAACATTCATTAGCTACGGTAACACTCCACTAATGCCCATAGCTGCACTCTCGTCATTGTAGGACAAGTTGTGTCCATCGATATAACGAATGCCCGTGAGTCGACCCTTCATAGGTTGTTCATAGACACTGTTAGGTAAACTTATCGTTTTACCCCTGTGTCTACCTCTTACTTCTTAAGTCTCATTGCTCCTATAATGAACAACAACGTTGCATGGTCCAACCATAAACAATATCACTCTCGGGCCAATGAGAGGGTGGACGCCCGTTGTCCAAGCCTTAGATACAACACCTAAGGGAACAATCCCTCTAGTTTCCCTAATTCGGGAACGAGTGAATTCCATCTCGCGTAGTCAAGTTCCCAGCTCGCCACGTGGTTCTGTCCCTGAAAAGATAGGCATAGTGGGTGAGTAACAGTGACCATCCTTACTCGTACAAGTCAAAGGACAAACCCCCGCAGACAGGAGTCCGTAACACGCTCAGGATTAAGGTCGAGACACTATTGGTCATCTACGAACTTATTAGCCCTATATTGTTAACGATGTTACATCAGTAAGTCTAATAATTCACGGTCTGGTCTTGTACAATCTCATTGCACTGGATGCCCCCACTCGCATGTCAACCACATGAACGAGTTGGATCACCTCGTTTGTATCTAATACAAAGCGGGTTGCATCCACAGCGTATCCAGGATTAGGTCTCCAACCCTATCCGTTTACTGTAGACCGTTCGGGTCATTAACTCGAACATGATCCTCCCTGTGTGTCCACTACACATCGTTCAAGTTCTAGTTCTCTCATAATTCAATGACCTTTGAGCTTAGTTTATTGGATTAAGTTTGTAAATTTGCGAGACACAAAGTGATGAAAAATAACTCTTATTTATTTCAATAAGGAATGTTACAAACATATACAAGATTAGGACATACATCCCAACAAACTCCCACTTGGACTAAGCTAGTGGAGTACAAAATACATTTCTCAAATTTACAGTAATAATATAATTAACTAGGGCATTGAATACTCTTTACAATACTCCCACTTGCCCTAGTCAGGAAGCACTTGAAGACCTAGACTCTCTAGGTGACCCTCAAACACCTTAGTCGTGAGGGCCTTTGTAAATGGATCAGAAACGTTCTGCTCCGACGCTATCTACGTGGCTGTCACGTCTTCGCGGTGCACAATTTCCCTTATCAAATGATACTTTCGCTCAATATGCTTGCCTCTCTTATGACTCCAAGGTTCTCTTAAGTTGGCTATGAAGGATACGATTCCCGCAGCGGAAGCGATTGTTAATCGCATATTCTTAATTTTCTTACATGGATACCAATTAAGAACAAATCTAACTAAGATTAAGCATATGATAACACATTGGACAGCAAGAATTATACCTTTGAAGAACTTTTTCTTCAAGTGCTCTTTCTCCCACAATCACGATCTCAGCAACACGAACCCGAGTGATCACGGACACTACCACCGAATCTTCTCCGTAGTTCTCTAGGTGAGGGAGGAAGATGGGTTCCTTTTAGGTGAGGTGAGATGATCTTATCAAGATGTAGTTGGAACTCTTTCCAACACTATGAGAGAATGTACTAGGGTTTCTCCAAGAGATTAGTCCACTAAGTTGCATCTCATGCAACTATATATATAGGGAAATAGGATGAAAATTACCATCCTATCTCTCTTTTATTCTCTCACTATTATATGGTTTATATGTGAATCTAATTCACATTAAAACCATATATTATATCAATTATATCATATATAATTGATATAACACCTTATGTATGAAATTGATGTTGGGTTTTTGTCCTAAAACTCGTGGTTTTGTAAACTGAATGTATATTCTATTTCACAATAAAGTTGTGATTGAAATTTATTCAGTAAAGGTGTTATTGACTATTGTGTATTGTGTAACCTTAATCCAATAAAGAACCCTTGGCTATAGGATGAATACTTGAACTTTATGTGTGACATAAAAGTGGATCAAGTTCAAGTTATAGCCAGAACAGTCTATAGTATAAGGATAAGGCTGGGTACCTTATCCTGGGGACACTATGGACGCGGCCCACTTTGTAGAGAACAAACGATGTGATCCTAAATCATTCATGTGGAGACATGTGAGTAGGGGCGCCCTATGTAATGAGTTTGCATAAAACTGGACCGCGAAATAGTCACTTAGACTTTATAACTCCGTTTATTGTCTTAACTGACTATATTCATACGATGACCTAGGTAACTCGATCTTAATCCTGAGTGTTCTATGGACTCCTGTTTATTCGGATTATCCTTAGATTTGCATGGGTGAGAGTGGCACAAGACTGCCGACTCAAAGGGATAAAATCGGGTAGATAGCTGGGAACATAGTTCTGCAAGATGGAATTCACTCCTACCCACTTTAGGGATTAGTAGAGAGGTTGTTCCCTTAAGTACTGAGTTCGGGTCTTGAACAATGGGCCCACCCCTCTCATTGGCCCTAGAGGGATTCGGTTTGCTGGTTGGACCACAAACCAATTGTTCATTAGAGGATCAGTGAGACTTAAGGAACAAGAGGTAATTACAGGGTAAAACGGTAATTTTGACCCAAATTGTAATTACTGAACGACTGTGAAGGATCGACTTACTAATCATGGTTATATCGTGGGGATGTAAATATATCTACAAAGTGAGGAGAGTGCAACCACTAGGCTTTAGTGGAGTGTCCCTGGTTAACGAATGTTGATTAGCTAGGCTAAAGAGTTTGGTCGATTAATCTCGTATCGTTGGAGCTCATGATCCAGTAGGTGCATTAGGTCCCCTTACTAGCTCTCGGACTAAGCCTTGTAACATTTTGAGAGAAAAGAATTTGAATTGTTCAAATTCGAGTTTTGGGGGAGAAAGCGTTAATTATATGTGATATATTTAATGAATCATAGCTTAATTATGAATTAAACTATGATTAAAAGGAGATGTATATATTTAAATATGATTTAAATCTTGGATCGGTTTATAGCATGAATAAAGATCCATGTTCGAAAAATCGATCGGGATCGGGCAATTTATTTAATTTAATATTTGATATTAAATTAAATTAAAAATTAATTAAATAAATTATTTATTCAATAATTTAATTAATTAAATTAATTTTAATTAAAAATTAATTTAATATTTATTTTTAGAATTAAAATTAAATGTAAAATTTGTGGATTTTCATGGATTTTTCATAAAATCCAAAGTACAACTTGCCCAATCTCTCTCATCTTCAAAATTCACCAAAATTGGCCACCTCCATCTCAAAGCATCCTCATCACCCTTGAGTTGTCACTCCATTGAAGCTTTTTGAAGCTTTATATAATGGTGATTTGAGGGATGTTGAGAGAATTTTACAGAAAATTCAATATTCCCAATTTAGTGACCTTTGAGGTCTTTTCTTCCAAATTCTCTCAACCTAGGATCCCACAATCCGTTCTAAGGGCTGAGGATAGTAGGGAAGACTCTAACGATTGTCTACGAAGTGTTCGTGTTGAAAACTATTCACCGGAGGAAGAGAATTTGATCTTCAAACTTGAGTTTTCTATCCCTCTGTTTTTCCAGCTTTGAGCATATTTTTTATTTTACAAAATTGATCAACTTAGAGTGTTCAAGATCCAAAATTGCTTCCGCTTTCTTAATCTAGACTCTTTCAATTGAACACTTCAATTTGAAACTTTATACCCTCAATATAACAATGTTGAGCCAACGAAGGGACCTAATGGACCTACAGTTCATGAGCTCCAATGATGTGAGATTAACTGATCAAACTCTTTGATCCAGTTAATCAATATTCATTAACTACAAGTCACTCCACTATAGACTTGTAGTTGCACTCTCCTCACTGTAGATTATATTGTGTCCATTGATATAATCATTACCCATGAGTCAATCCTTCACAGGATGTTCGTAATCACGGCTAGGTCAAATTACCGTTTTACCCCTGTGATTACCTCTTTGTTCCTTAAGCACTACTAATCCTCTAATGAACAACAAGTCTAAGGTCCTACCATAGACTCGTACCCTCTTAGAGGGCGGGGCTCCGTTGTTCAAGACATGGAGTCAATTCTTAAGGGAACAACCTATCTAATTCCTTAGTGTAGGAATGAGTGAATTCCATCTTGCATAGTTAAGTCCCTAGCTACCTACAAGGTTCTGTCCCTGAGAAGGTAGGCTTATTGAGTCGGCTACAGGCCACTCTCACCCATACTAGTCTAAGGACAAACTCCTATAAGCAGGAGTTCTTAACTTGCTCATGATTCTGGTCGAGTCACTAATGACCATCTATAAATTATTAGTCTTATCCTGTTAAAGGTGTTATACTGATTAGACTTAATAATTTGCAGTCCGGTCTTGTATGAACTCTTCATACAGGATGCCCCCACTTGCATGTCAACCACATGAATGAGTTGAATTACCTCATTTGTACAAATTACAAAGTGGGTCGCATCCATGGTGTTACAAGAATAAGGTTTCCAACCTTATTCTTATACCATAGACCATTTAGCTTATATTCTTGAACACAATCCAAATAGTGTCTACTACACTGATGTTCAAGATACATTATACATTATAACCTTGGAGCTTAGTTTATTGGATTTATGAAGCAAAAATATAATTTTATCAAAACAAATAACTATTTATTTATTTGATAAAAAATACACAAGTTTAGGGCACAAATCCCAACAGGCTACTGCACCACTGTTGTCACAAAACAGAGTGACTGATAAGTTCATATTTGGAACAACTTCCAAATCCATCATGAACTTCCTAACCCAAACAGCTTCCTTTGCAGATTCACAAGCCGCAACATACTCGGCTTCCATCGTGGAATCAGCGATGCATCCCTGCTTAATGCTTCGCCACACTGCAGCTCCTCCATTCAGAATGAATGCTGACCCCGAAGTGGATTTCCTAGAATCATTATCGGTCTTAAAGTCAGAGTTTGTGTATCCCGTAAGGATCAAATCCCCACTTCTATACACAAGGTTGTAGTTCCTCGTTCTCCTAAGATACTTGAGGATTGCCTTTACGATTGTCTAGTGATCTAATCCTAGATTGGATTGATACCTACTGACAATCCCAACTGTATAACAGATGTCGGGCCTAGTACACAACATGACATACATGAGGCTCCCTACAACTGAAGCATAGGGGATTCGTCTCATATCCTTAACTTCTTGAGATGTCTTAGGACATTGATCCTTAGACAGGTGAACCCCATGCCTGAAAGGCAGCAAGCCCTTCTTGGAGTTATGCATCTTATATCTTGACAACATCTTGTCAAAATATAAGATGCCTGAGACATGGCTAGCGTTTTGTTCTTCCGGTTTCGGACTATCGGGATACCTAGAACATACTAGGCCTCTCCCAAATCTTTCATTTGGAATTGCGAAGCCAACCATTCCTTAATGTCAGTAAGAAATCCTACCTCATTCCCAATGAGCTGGATATCATCCACATACAATATCAGAAATGTGACAGTACTGTTGACGATTTTCTTGTAGACACAAGGCTCATCAACATTCTGATTAAAGCAATAAGATTTGATCAGCTCATCAAACCTTATATTCCAAGACCTCGAGGCTTGTTTTAGTCCATAAATAGACCTTTGAAGCCGACAAACTTTTTGCTCTTGGCCTTGGGCAATGAACCCTTTGGGTTGGTCCATGTAGATGGTCTCATCAAGATTGCCATTCAGAAAGATTGTCTTGACATCCATATGTCATACCTCATAGTCATAATATGTGGCAATGGCCAGAAGGATCTTGATAGACTTTAGCATGGCAACAGGAGAAAAAGTTTCTTCATAGTCAACCCCTTCAACCTTGGTAAAACTCTTTGACACTAGTCTAGCTTTGAAGGTCTGCACATTCCCATCTACGCCACGTTTACGCTTGTAGATCCACTTGCAACCAATAGGTTTGACCTCATCCGGTTGGTCCACAAGCTCCCGACAGAATTGAAGTACATCGACTCCATTTCCTGGTCCATAGCTTTAGTCCATTCGTGTTTGTCAACATCTTCCATTTTCTGATCATAGGTTAATGGATTCTCGCAGTCATCATCAGGGGTGACGACTTGGGTTTCAGCTAAACCCATGTAACGCTCAGGCTGTCTCACAACCTCCCACTACGTTAAGGCATTCTCAACTCTTGAGAGCGGACTTGACTAGACGAGCTAGGATCAACAACACTTGTTGATGTACTAGCACCATCAGCAACCCTTGCTGATGTACTGTCCATTTCATTTAACACAATCTTACTCCTTGGTAAGTGATCTTTGATGTGGTCTTCCTCAAGAAAAGTGGCATTTGTCGACACAAGCACCCTATTTTCCTTAGGATCGTAAAACAAACCACCCATAGTCTCTTTTGGGTAACCTGCAAAAAAGCACAACTTTGAACGGGGTTCCAACTTTTTCGGGTCTGACACCAACCCATGGGTAGAGCATCCCCAAATTCTGAAATGGTGTGAACTGCCTTTACGTCCATTCCAGAGTTCGAATGGTGTTTCACAAACACTGTTCGACGGAACGACGTTCAAAATATATACCGCAGCCTCCAAAAAGAATCAGGGAGATGAGCATAGCTCATCACGACCAAACCATGTCCAACAGGGTTCTGTTTCTCCTCTCCGATACACCATTCTGTTGTGGCATACCAGGTGTTGGGATTTGAGACGTAATTCCATGTTCTATCATATAGTCCTGGAATTCAGTGTCTACTCTCCACCTCGATCCGATCTAAGTGTTTTAATTGTTTTACCTAATAGGTTCTCAACCTCAGTCTTGTACTCCTTGAACTTTTCAAGAGTTTCAGACTTCCTATGCATTAGGTAAATATTGTTGGGATTTATGCCCTAAACTTGTGTAATTTTGATTAATTAAATAAAGTGTTATTTGTTTTGATAAGATTACAGTCTTGCTTTTATAAATCCAATAAACTAAGCTCCAAGGTTATAACATTTATCTTGAAATCAGTGTAGTGGACACTATTTGGGTTGAGTTATAAACTAAGCTCCAAGGTTATAACATTTACTTCGATTCCCTTCAAATATACTCATACCTTGAATAGTCATCTATAAAAGATACAAAGTATTCATAACCTCCTCGTGTTTTAACACTCATCAGACCACAGAGGTCAGAATGTATAAGCTCAAGAGGCTCTTTGGCTCTATATCCTTTTCCACTGAAAGGACGTTTGGTCATTTTGCCTTGAAGGCATGACTCACATACCGGTAAAGAGTTTTCTTCCAACTCGCTTAGAAGTCCACTCTTCACTAGTCTCTCAATCCTATTGAGATTTATGTGGCCTAACCTTAGATGCCAAAGATAAGCATTTTCTTTAGGAGAAACTTTCATTCTTTTAGTTTGTGTTTCAGCCGTTTTAAACAATTCAGTATTCAAAACACTTTTGACCGAATTAGGTTTTAAAACGTACAAATTATTCTCAAGTGAAACAGAACACAATAAGTTTCCATTTCGAGAAATAAACGCTTTATTACCACTGAAGGAAACAGAAATATAATGTTCTAATAGGCATGAAATATAAACGAGGTTTCTAGTAAATCCTGGAACTATATACAAATTACCTAATAAAATGTAATTTCTGCCAAAAAATAGTTTCACCGTGTCGACCGTTGCATCAGAGACAACCTCTCAGGATCCAACCCGTAGTGTTATCTCACCCTCTCGCAGCTGCTACCAGGAACTAATTCCCTGAAAAGAAGAACAAACATGGTTAGTGGCGCCTGAATCCAGTATCCAGGCAAAGTCATTACTCTCCACTAAACAAGTTTCAGTTACAAGTAAATCACATTTACCTTATTTCTTCCTATCGGCAAGGAACTTGGAACAGTTTCTCTTCCAGTGACAGGCGTTGCAGTGGAAACACTTTCCTTTCTCCGCAACTTCCTTGACCTTTTTGCTCTTCTGGGCGGCAACATAGTCAGATTTTCCCTTCTACAACTTTTTCTTCTTCTCTTTCGGGCCTAAAGAACCTACAGATTTTGTCCCAGAGGTCGAACCCCTGTGATAGGACCTGAAGGAAACATTTGCCTCAGTTTCCGGTCCCCTTATCCTCATCAAGGACTGGAAGTTCTGTAGTTCGTTAAGTAGGGTGGTCAGAGTATAGCTAATTTTGTTCATAACAACATTGCTACGAAACTGAAGGAAACTCTTCGGAAGAGTCTCCATAATAAAGCTAACTTGGCTCGAATCGTCGACGAAGCCCCGTTCATCTCTGCTAGATTAAAGTGAGTCATCATGTCCAGAACGTGTTCACGGACAGACACTCTCTCCTTCATCCTAGCATTGAAGACATGTTTAAGGGAATCGTGTCGGACCTAAAAGGACTGTTGTCCAAACATTGCCTGAAGAGACTCCATAATCTCCTTAGCAGTGATCATCACCTCATGCTTCTTTGCCAAAACTTTATATAAGCTGGCAATTATGTAGACCTTGACCTTTTCATTGGCCCTGATCCACCGATCGTACGCATCACGAACACTTCGCGATGCGGTCGAGCCCGACACTTGAGGACACTCCTCAGTGAGCACGAACTTTAGATCGTTAGTTACCAGTATCGTGTTGATATTATTCTTCCACGTTTAAAAATTATCTCCGACGAGTTTATCAAAAGCTAATAGGGCGATTATTGAACTTGACATTTTGTTTGCTAAAAATAAGAAAAAATTTGTGTTAGTCTTGCAAAAACTTTGAAAAATCCAATCAGGTTTTAGCAAATTTTCATCCTATGATCGCTAGGTCATTAAAAATTGCAATGATACCCCAAAGGTTTAGAATGACCGCCACCGAAGGGTGAATAGAAACACTCCTTCTCTGGGACGAGACTTTCTTGATCAGACTCTAATACAAGAATAACTCTTATTCCATTAGGCATCCAATTACCATTATTTGGTCTGAATCCATTAACTCTTAATGAATCATGCGAGTCTCACCCTCTATCTTTAAATTTCAAAGTATTCGCCCAAACAATAGCCACCGAAGGGTGAACTACGAAGGAAAACCAACAAGGAAATTGTATCTCTTTCGAGAATTCACGGTGTTCCGACTCCCATGATCAAGGCCCTCCGAAGGGATTGTCTAATCCAGGCCAAACTAGCAAACGGATCATATGCATCTCACGGTGTGAATCAATAAAAGAGACCGTGGGTCCTGCTCTCACTCACTATAAGTACTCTCTCCATTCACGTTGATATTGACCCATACAAATATCATCTGAAGGGGGACACTCCCATTTGTGTCACGAGGGCGAGTATGGATCTCACGGTGTGAACTTAACGAAGATTTGTGGTCGAAAAATTAAATGTATCTCATACACTTTATTTCCTTCCACTCTACACTTTAAGTTAATTGGGATTGACCTAGATAAACCGGCTATAATTTACCTAAGTCTACCAATATAACACTTATATTGGATTAGCCTAAGTCTATAATCACATTATTAACTTAGGTCTATGTGAGTAATTTAATTAACTTTTAACTAAATGCCCACTCACGAGAATATCACCTATGAATCTCCGGACCAAATTCACTCCCGGTGCCTGGCTCTCGAGTAGGGTGTTTTTATGAAAGCGTCAGCTTAAATACCCCAGCCTTAGACAGAACCTTCCTTAGACAGAGTTACTAATTAGTCTCCATTCATAAGTCATATTTGATTTCCTAATTCTAATCTTATTAGAACTAGAAAACCTAAGTCTAATTATTCAAATTCTAAACAATTTAAAACTAATAATTAACTTAGATCACATGCATTTCTATGTTATAGTGCTTGATCATTTATCACATGAATCATAAACTATATAACCTACTTTCATCACATGAATAAATGCATGTCAATGCTTTTAATATAGAAATATAACACTTAATTAAATTAAAAACATACATTATATTATAACACTTATAATATAATTCTATCATGCATACTATATATTATAACTCTTATAATATAAATATGATGCATGAAATGTTTAACCTAAGGTGGGATTTAAATCTATATGACATACATTATGCACTTAGAATAATAAATTTCATACATCACATGCATAAAATGAAGGGAATCGAAGTCCCCGCAGCGGAAGCGATTGCGAATCGCGTGCTCTTGATTTAGTTACAATGGAAAATTCAAGAACGTAAACATGGATTAAGCATATAATAAAAGTACGGACAGCAAGTATATACCTTTGAAGAACCTTTCTTCAAGTGCTCCTCTCTCCACGGTCACGATCTCAGCAACAAGAACTCGTACGAACACCGACACCACCACCGGATCTTCTCCGTTGTTCTCTAGGTGAGGGAGGAAGGTGGGTTCCCTTTAGGAGTGGTGAGGTATATTGTGAGAGAGATTTGTGTTTTGGAACTCTTCCAACAACACAACAAGGAGGATAAGAATACTATTTCTCAAGTCTTAACCTAGTTGCATCTCATGCAACTATATATATAGGGGAATGATATGGAAATGACCATTCTACCCCTCCTTTAATCTCTCTTTAGTATATAGTTTATATATGAATCTAATTCACATTAAAACTATATATTATATCAATTACATCATATATAATTGATATAACTCTTCATGTATGAAATTGAACACTTCAATTTCACTCCTAACTTTATACCCTCAATATTACCATGTTGAGCCAACGGAGGGATCTAATGGACCTACAGATCATGAGCTCCAATGATGTGAGATTAACTGATCAAACTCTTTGATCCAGTTAATCAATATTCATTAACTAAAAGTCACTCCACTATAGACTTGTAGTTGCACTCTCCTCACTGTAGATATTATTGTGTCCACTGATATAGTCATTACCCATGAGTCGACCCTTCACAGGTTGTTCGTAATCACAGCGGGTCAAATTATCGCTTTACCCTCGTGATTACCTCTTTGCTCCTTAAGCACCACTGATCCTCTAATGAACAACAAGTCTAAGGTCCTACCTTAGACTCATACCCTCATAGAGGGCGGGGCCCCATTGTTCAAGACCTAGAGTCAGTTCTTAAGGGAACAACCTATCTAATTCCTCAGTAGAGGAATGAGTGAATTCCATCTTGCACAGTTAAGTTCCCAGCTACCTACGAGGTTCTGTCCCTGCGAAGGTAGGCTTATTGAGTCGGCTATAGGTCACTCTCACCCATACTAGTCTAAGGACAAACCCCTATAAGTAGGAGTTCTTAACTTGCTCAGGATTCAGGTCAAATGACTAATGACCATCTATAAATTACTAGTCTTATCCTGTGAATGGTGTTACACTTGTTAGACTAATAATTTGCGATCCAGTCTTGTATGAACTCTTCATACAGGATGCCCCCACTCGCATGCCAACTACATGAATGAGTTGGATTACCTCATTTGTACTAATTACAAAGTGGGTCGCATCCATGGTGTTACCAGAATGAGGTTTCCAACCTTATTCTTATACCATAGACTATTTAGGTTATAATCTTGAATTCAACCCAAATAATGTCCACTACACTGATTTCAAGATAACCATTATAACCTTGGAGCTTAGTTTATTGGATTAATAAAAGCAAGACTGTAATCTTATCAAAACAAATAACACTTTATTTAATTGATCAAAATTACACAAGTTTAGGGAATAAATCCCAACAATTGCGAATCGCGCGCTCTTGATTTAGTTACAACGGTAAATTCAAGAACATGAAAAGCTAGATTAAGCATAAAAGTGAAATGGACAGCAAGAAATTACCTTTGAAGAACCTTTCTTCAAGTGCTCCTCCTCTCTTCACGATCAAGATCAATGCAACACGAACTCGTACAAACACCGACACCACCAGCGGATCTTCTCCGTTGTTCTCTAGGTGAGGGAGGAAGGTGGGTTCCCTTTAGGAATAATGAGATGTTTTGTGAGAGAGATCTTTGTTGTCTTGGAACATTTCCAACAACAACAAAAAACTAGGATACACTTCTCATGTCTTCACCTAGTTGCATCTCATGCAACCATATATATATGGGAATGGGATGGAAATGACCATCCTACCCCTCCTTTAATCTCTCTTTAGTATATAGTTTATATATGAATCTAATTCATATTAAAACTATATATTATATCAATTATATCATATATAATTGATATAACTCCTCATGTATGAAATTGAACACTTCAATTTCACTCCTAACTTTATACCCTCAATATTACCATGTTGAGCCAACGGAGGGATCTAATGGACCTACAGATCATGAGCTCCAATGATGTGAGATTAACTTATCAAACTCTTTGATCCAGTTAATCAATATTCATTAACTACAAGTCACTCCACTATAGACTTGTAGCTGCACTCTCTTCACTGTAGATATCATTGTGTCCACTGATATAGTCATTACCCATGAGTCGACCCTTCATAGGATGTTCGTAATCACAACTGGGTCAAATTACCGTTTTACCCCTGTGATTACCTCTTTGCTCCTTAAGCACCACTGATCCTCTAATGAACAACAAGTCTAAGGTCCTACCTTAGACTCATACCCCATAGAGGGTGGGGCCCCGTTGTTCAAGACACCGAGTCGCTTCTTAAGGGAACAACCTATCTAATTCCTCGAGAGGGAATGAGTGAATTACATCTTGCATGCAGCTAAGTTCCCACTACCTACGAGGTTCTCGTCCCCGAGAAGATAGGCTTATTGAGTCGGCTACAGGTCACTCTCACCCATACTAGTCTAAGAACAAACCCCTATAGGCAGGAGTTCTTAACTTGCTCAGGATTCAGGTCAAGTCACTAATGACCATCTATAAATTACTAGTTTTATCCTCGTTAACGATTGTTATACTAGTTAGACTAATAATTTGCGATCCAGTCTTGTATGAACTCTTCATACAGATGCCCCCACTCGCATGTCAACTACATGAATGAGTTGGATTACCTCATTTGTACTTGATTACAAAGTGGGTCGCATCCATGGTGTTACCAGAATGAGGTTTCCAACCTTATTCTTATATCATAGACTATTTAGATTATAATTTTGAACTCAACCCAAATAGTGTCCACTACACTGATTTCAAGATAAATGTTATAACCTTGGAGCTTAGTTTATTGGATTTATAAAAGCAAGATCAGAATCTTATCAAAACAAATAACACTTTATTTAATTGATCAAAATTACACAAGTTTAGAGCATAAATCCCAACAATCTCCCACTTGACCTAAAGCTTGTGGAGTACTAAACATTACAATAATGTAAATACAATAAACTAGGACATTTAAACCCCTTTGTACAAAATACTCCCACTTGCCCTAGTTGGGGAAAACTTGTAAACCTAGACCTTCTAGGTGACTCTCAAATACTTTAGCCGTGAGAGCCTTTGTAAAAGGATCAACAATGTTGTGCTCTGAGGCTAGCTTCGTGACAATCACGTCTCCCCTATGCACGATCTCCCGGATGAGATGATACTTCCGCTCTATGTGCTTTCCTCTCTTGTGACTTCTGGTTCCCTTGAATTTGCCATCGCACCACCAAGTATCGCAATACAAATCTGTGTGATGGGCAAAATCATATTTGGAACAACTTTCAAATTTAGCATAAATTTCCTTAACCAAACGGCTTCCTTAGCTGCATCACAAGCTGCTACATATTCGACCTCCATGGTGGAATCAGCGATGCATCCTTGCTTGACGCTTCGCCATACTATCGTGTTGGGATTTGTGCCCTAAAACTCGTAGTTTGTAATTATGTTCTAATTAATGTAATAAAGTGTTATTATTTCAATAAAGTGTTATTGTTCGTTATCTACGAGTTTGCCTTTATTTAAAACGTGAAATCCAATAAACTAAACATCTAAGGTTGTTAAATGAATCTTTAACTGAATGTAATGTACATAAAAAGGATCTCGGTTCAAGATACAGCCTAAAGGGTCTATAGTTAGGGGATAAGGTTTGGGTACCCTACCCTGGTTGAACTATGGATGTGGCCCACTTTGTATTTGATACAAACACTGTGATCCTAACGTGTTCGTGTAGATGACATGTGGGTAGGGATATCCTATGTAATGAGATTACATAAGACCGGACCACGAAATAGTAACCTCTAGTTGTAACTCCGTTAACTAGTTAGATTTCTATTTCACTAGGATGACCTAGGCAACTTGATCTCCATCTTGAGCAGGTTACGAACTCTTGTTCGCGAGGGATTTTCCTTTGACTAGTATGGGTGAGAGTGGCCTGATTCGCCGACTCAATATGCCTACCTTCTTGGGGACAAGACCGAGTGAGCGACTGAGAACTTAACTTAGCAAGACGGAATTCACTTTTTCCCGCCTACTAGGGTAAGTAGAGGAATGTTCCCTTAAGTGGTGTCTTCGGGACTTGAACAAAGGGTCCGACCCTCTCATTGGCCCGAGAGGGACTCTGTTTGTTGGTAGGACCACAAACAAATTGTTCATTAGAGGAGCACTGGTACTTAAGGCACAAGATGTAACCTGTGGGTAAACGATAATTTGACCCACCGGTGTTACGAACATTCCTGAAGGATTGACTTGCTTGTTATTGGTCAATATCCATGGACACAAAAATATATCTCTGCGGTGAGAAGAGTGCGGTTGTAGGACTTTAGTGGAGTGTTCCTGAGCTTAACGAATGTTGATTGGGAGGTTAATGAGATTAACAAGAGCAATCTCGTGATCGTTGGAGCTTTTGATCCAGAGGTCCATTAAGTCCACCTTCTAGCTCGTAAAGGGTTCTTAGATCATTTGAATTTGAAATGTTCAAATTCATTAGGGAATAAACTTAATGTATTTATATACGATATAATATATAGTTTTGGAACTATATATTATAAATTTAATGTGAATATGATTCATATTAAATTATATGGGAGAATTGAATATTTGAAAGAGTTCAAATATTATATTAAGTGTGAATGTGATTCACATTTGAAAACTATAGGTTAAAATTTAATGTGCACTGGATGTGCATTAAAACTATAGGTTAGAGGGAAGGATATGATTAAATATGATTTAATCTTAATTAAATATAAGATATTTAATTTGGTTAATTAAATATGATTTAATTAATGTTTTTAATTTAATTCAATATTAAATTAATGGGAACGTGTCAGAAGGACACGTTCCCCACCTCCCTCCCCATCGATAGGGAGTGGGGAGGTGATCCCTCGTTTTATTCCTCTCCAATGGGGGAGAGGAGGTTGATCAATTAATCAATTTTGAATTGACAGAAAGAATTCTCTCCCTCACACTCTCATTCCCTTCTTCTTCCAATTGTTGGAAACCTTCCCACCAAGGAAGATTTAAGAACTCAGAGATATAGAAGGTGCTCACTGTTGGTGGTGTTCTGTTGAAGAAAAATAGAGAACTTAGGAAGTTCCTGTGTTGCTGATTTCTTTTAGAGGATTAAGGAGTTGCTGCAAGTTGAAACTACAATGGTATTTTTCTTCCCTTAGTTTAATTGTTAAACTTAACATATGTTTGCATGTATGCAATTAATCCATGTCTAATAGGATTAGAAACACCATGCTTGTTCTGTATTTTTGGTCAATGTACTGGTTTTTGTTTTAAGCAAAACAATCAAGTAATTAAGATCCAAACACGTTTCCGCTGCTCAAGGAGATCAAATCTCCATCATACAGCTCCTCCGTTAAGAGTGAAAACTGACCCTAATGTAGATTTCCGAGAATCTTTATCACCCAAAGTCGAACTGTGTATCCTGTAAGGATCAAATCCTTAGCCCCATACACTAGCATGTAGTTCCTTGTTCTCCGAAGATACTTAAGGATTGTTTTAACCGTTGTCCAGTGTTCAAGTCCTGGATTGGATTGATACCTACTGACCATCCCAACTGCAAAACAGATGTCAGGCCTAGTACACAACATGGCGTACATCAGGCTCCCAACAGTTGATGCGTAAGGAATCCGTCTCATATCCTTAACTCCTTGAGGTGTCTTAGGACACTGTTCCTTAGACAAATGGATTCCATGTCTAAAAGGCAACAAACCCTTTTTGGAATCTTGTATCTTATACCTTGACAATACTTTGTCTATGTATGATGCTTTAGACAAGGCTAGTGTTTTATTCTTGCGGTTCCGGACAATCTAGATCCCAAGAACAAACTGGGCATCACTCAAATCTTTCATTTGGAACTACGTAGCTAGCCATTCCTTGATGTCAGTAAGATAACCTACATCATTCCCAATGAGTAGATATCATCCACATAGAGAATTAGGAAAGCGACAGAACCATTGATGATTTTCTTGTAGACACAAGGTTCATCATCATTCTGGTCAAAACCATAAGATCTGATAGTCTCATCAAATCTTATATTCCAGGACCTAGAGGCTTGTTTCAGTCCATAAATCGACCTTTTAAGCCTACAAACCTTTTGCTCTTGTCCTAGTTTAATGAACCCTTTGGATTGGTCCATGTAGATGGTTTCCTCAAGATTGTCATTCAAAAAGGTTGTCTTGACATCCATTTGTCATACCTCATAGTCATAATATGCGACAATGGCAAGAAGAATACGGATAGACTTTACTATAGCAACAGGTGAAAAGGTCTCCTCATAGTCAACCCCTTCAACCTGGGTATAATCCTTTGCTACTAGTCTAGCTTTAAAGGTTTGCACCTTCCCATCTACACCGCGTTTTCTCTTGTAGATCCACTTACAACCTATAGGTTTTACCCCATCAAGCTTATCTACAAGATCCCAAACAGAATTGAAGTACATCGACTTCATTTCTTGGTCCATGGCTATGACCCATTTGTCTTTGTCTTTGTCAACCATTGCTTGATTATAAGTTAATGGATCATCGCAGTTGTCATCTTGTATAACAACTTGGGTTTCAGCTAAACCCATGTAACGGTCAAGCTGTATCACAACCCTCCCACTTCGTCGAGGCATACTCAACTCTTGAGATGGACTCTCTTGACTAGACAAACTAGTATCAACAACCCTTGTTGATGTACTAGTGTTCTTATTAGCAACATTTGCTATTGTTCTGTCTAACTCACTCAACACTACCTTACTTTTTGGTTTGTGGTCCCTTATGTGGTCCTCCTCCAAGAAAATGGCATTTGTCGACACAAAAACCTTATCTTCCTTAGGATCATAGAATAAACCACCTCTTGTTTCTTTTGGGTATCCTATGAATAGGCACAACTTTGAACGTGAATCCAACTTCTTTGGATTTGTCACAAGCACATATGTTGGACAGCCCCATATTCTGAAGTGACATAAACTTCCTTTACGTCATTTCCAGAGTTCAAAAGGTGTAGAGTTCAAAAGGTGTTTCACAAACACTTTTGGAGGGCACATTATTCAAAATGTATACTGCAGTCTCCACTGCGTAATCCAAAAGGAACTAAGGAGATGAGCATAACTCATCATTGATCGAACCATGTCCAACAAGGTTCTATTTCTCATTTCCGATACACCGTTTTGCTGTGGTGTGCCGGGAGCTGAGAGTTGGGATGTGATTCCATGTTCTATCATATAGTTCTGAACTTTTAAATCCATGTACTCTCCACATCGATCCGATCGAAGTGTTTTAACCGTTTTACCTAATTGATTTTCAACCTCAGTCTTGAATTCCTTGAACTTTTCAAGTGCTTCAGACTTGTGATGCATTAGGTAAATATGCCCAAATCTAGAATAATCATCTATAAAAGAGATGAAATATTCATATCCTCCTCCTCAGCTTTAACATTCATCTCCACCCACAAAGGTCCGAATGTATAAGCTCCAGAGAGGTCTTTGGCTCTATAACCTTTTCCACTAAAAGGTCTTTTAGTCATCTTGCCTTCTAGGCAGGATTCACATACTGGCAAAGAATTTTCTTCTAACTCGTTTAGAAGTCCTTTCTTTACCAATCTCTCAATCCTATTGAGATTAATGTGACCCAATCTTAGATGCCAAAGATGAGCATTTTAGGAGAAATTAGTTCGTGTACTTGCAATTTTGTAAAATTCACTTGTTAAAACTATTTTAATTGAATTAAACCATTTGCAAATAATTCTCAAGAAGAGCAACACATAGTACAATACTTTTTCAATGAAATAAACACTTTATTCAATTGAAAAGACAGAGAAGTACAATGTTCACTAAGGCAAGAAATAAGGTTTCTAATAAACCCTTAAGCTACATGTTATCAAATAACAGCTTTTCTTTGTCAGACGATTGCTCTTTATCTGCTCATTTTCCTCTTCTTCTGTATCTTCTTAAGTCCAAAAGTATGGTTGCAGTTCTTTTTCCCAGAGGATGAATCCTCCTGAGAACTTTTGGAATGAGCAAACAAATTTTCCTTTCCATTTCGTTGTCTCTTATCATCCATAAGAAACTGACAATTCTGCAGCTCATGTAGCAGAGAACTCAGATCATACTCTATGTTGTTCATTGCTGCATTGCTACGGAATCGCTGAAAACTCTTCGAAAGAGATTTTAGGATGAACAAAATCTGACATTTCTCATCTATGACCGCTCCGTTTAATTCCGCTATATTGAAGTGGACAATCAGATTGAGAACATGTTCTCTCACCGATGTTCCTTCCTTCATACGAGTGTTATAAACGAACTTTAGGGCTTTATGCCGAATTTGTTTGGACGGTTGTCTAGACAAATTTAGCACAAAATTCATGATCTCTCGAGCTGAGACCTTGCCCTCCAGCCTCCTGGCTAAAACATTGGTATGCTAGCCAGGATATAGGCTTTTGCCTTTTCGTTGGCACTGATCCAGCGGTCATATGCATCTTCAACAGTTTGAGATGCGTTTTGAGCAGGAAATTGAGGACATTCCTCATTGAGAACGAACTTAAGATCACGTGTAACCAAAATTATGTTGAGTCCATTCCTCCAAGTCATTATGTTCTCTCCGGTTAACTTTTTCGCACCCAATAAGGAAATTATAGAGCTAGACATTTTTGCTGAAAATTTACAAACAAACTTGTATGAGTTTCTTGCTATAACTCTAATCCAATCATGTTTTAGCTAATTATCAAATGATTCCTAGGCCATTTATAATTTTCAATGATACTCCAAAGGTTTAGAATGTATGATACCGAAGGGTAATAAAAAACACTCCTCCTCTGGATCAAGACACTCTTGATCAAAACCTAACACCAGAATAACTCTTATTCCTATAGGTTTTAGTTACCATTTTTCGGTCTGGATACATACACAACTTATGTACCCCGTGAGTGTAACCCTTTGTCTTTAGATCCCAGAGTCTCGATCCAATAAAATCCGCCGAAGGGAGGACTAGATTGGAAAATTGTCTAAGGAAATCTTTATCCCTTTCGGGTGTTTACTGTGTTAGATCCCCTATGATCAAGCCCTCCGAAGGGATTGTCTGGTCCAGGCCAAACTAGCAGTCGCACCATAGTGGTCTAACGGTAAACCGACAAAAGAGACCGTAGGTTTTGTTTTCACTAAACTCGCCTCCCACTCACTATAAGTACCCTCCATTCACCTTGGTATTGACTCATACAAACACCATCCGAAGGGGACGCCTCTGCTTGCGCCACGAGGCCAAGTATGAGTCTCTACGGTGTGAACTTCCCGAGAGATAGCGTGGGTGGAAAAATATGTATCTCATACACTTTTTCCTCCCACTTCCGAAATACTTTAAGTCTATAGGAATCTTTCTTAGGCTAAAACCCGCTAATGGTTTTACCTAACCCTATCAACATAACTCTTATATTGATAATCAATATAACTCTTATATTGATTTTATCCTAAGTTTGTTAATATAACTCCTTATATTAAACCTAGGATTTCTAGTTTATTAACCCTTTAATAAACCCGCTGACGCTACTGTAATTTATAAGACTCTCTGATTAAATTTCACTCCTAGGTCAATTCCTGTAGGGGTGTTCCGCTTTCACATCTTTAAATACCCACCTAGACAGAAACTTTCCTTAGACAGAGTTCCTCTTTTAATCATAGCTTATAAATTACTTGGTTCCTAATTCTAATCTAATTAGAACTAGATAACCTAAGGTCTATTATTTCCAAGTTCTAAACATTTTAAAACTAATAATTGACCTTAGGTGACATGCATACTATGTTATAGTGCTTGATCATTCATCACATGAATAATAAGACATTCATAGCATATTCATCTCATGAAAAAAATGCATGTCAATGCTGTCCAAAATTAATATAACAACCTTATATTAATTAATCACGCAAACTATATAATATAACTCCTTATATTATAAATGATGCATGAAAATGCTTAACCTAAGGTGAGATTTCTAAAATACAAGCATACATTATGCATGACAATAATTACACAACAATTGCATAATTAAAATAGCAAAAATTAGACCAATTTTGGCACCCTAGAAATAATTTTAATTAATATAATCTAATTATATTAATTAAAATTAAAAATATTAAATATATTAAATATAAAACGTTTTTATAATTAATATATATAATAAAAAAACATTTTCTGCCCGTTGCTCCTCGCGTGAAACGTAACTAGCGTTGCAACGTTGATAGCAGCGTTGCAACGCTTCGTTTGTCGTCTTCTGGCGAGCGTTGCGCAACGCCACAACGTTGCAACGCTAGAGGCTGCATTGCAACGCTGCCTCCTGCATGCGCCTTCTCCCGCAAGCGCGGCGTTGCAACGCCGATGAACAGCGTTGCAACGCTGCACACACACAGCAATGTGAATCCACTATTCTTTGCTCGTTTTTGCTCCGTTCTTCTCAGCAACTGCCTTGTCTCGATCGACACTGACTTACAGACTCGATTTACAATTAAATTTGCCCAAAACACCGGCCTCTTACATTGAACATTTCAATGAAAATTGTAAATCTAAGTGTCAAAATCGAAAACATCTAATTTTGCAAAATCGTTCATACATCTCATGCAAAAAAAGTAAATCTCACCTTGTTCTTGAAAAAACCAGAACATAAATCAAGAACGCAATCGGGCTCTGATACCAATTGATTGCGAATCGCGTGCTCTTGATTTAGTTACAACGGTAAATTCAAGAACATGAAAAGCTAGATTAAGCATAAAAGTGAAATGGACAGCAAGAAATTACCTTTGAAGAACCTTTCTTCAAGTGCTCCTCCTCTCTTCACGATCAAGATCAATGCAACACGAACTCGTACAAACATCGACACCACCACCGGATCTTCTCCGTTGTTCTCTAGGTGAGGGAGGAAGGTGGGTTCCCCTTAGGAATAATGAGGTGTTTTGTGATAGAGATCTTTGTTGTCTTAGAACCTTTCCAACAACTACAAAAAACTAGGATACACTTCTCATGTCTTCACCTAGTTGCATCTCATGCAACCATATATATATGGGAATGGGATGGAAATGACCATCCTACCCCTCCTTTAATCTCTCTTTAGTATATAGTTTATATATGAATCTAATTCATACTAAACTATATATTATATCAATTATATCATATATAATTGATATAACTCCTCATGTATGAAATTGAACACTTCAATTTCACTCCTAACTTTATACCCTCAATATTACCATGTTGAGCCAACGGAGGATCTAATGGACCTTCAGATCATGAGCCCCAATGATGTGAGATTAACCGATTAAACTCTTTGATCCAGGTTAATCAATATTCATTAACTACAAGTCACTCCACTATAGACTTGTAGCTGCACTCTCCTCACTGTAGATATCATTGTGTCCACTGATATAGTCATTACCCATGAGTCGACCCTTCACAGGTTGTTCGTAATCACAACTGGGTCAAATTACCGTTTTACCCCTGTAATTACCTCTTTGCTCCTTAAGCACCATTGATCCTCTAATGAACAACAAGTCTAAGGTCCTACCTTAGACTCATACCCTCATAGAGGGCGGGGCCCCGTTGTTCAAGACCTGGAGTCAGTTCTTAAGGGAACAACCTATCTAATTCCTCGAGAGAGAATGAGTGAATTCCATCTTGCACAGCTTAAGTTCTCACCACCTACGAGGTTCTCGTCTCTCGAGAAGGTAGGCTTATTGAGTCGACCACGCCACTCTCACCCATACTAGTCTAAGGACAAACCCCTAAAAGCAGGAGTTCTTAACTTGCTAAGGATTCAGTCAAGTCACTAATGACCATCTATAAATTACTAGTCTTAATCCTGTTAACGGTGTTATACTAGTTAGACTAATAATTTGCGATCCATCTTTGTATGAACTCTTCATACAGGATGCCCCCACTCGCATGTCAACTACATGAATGAGTTGGATTACCTCATTTATACTAATTACAAAGTGAGCCGCATCCATGGTGTTACCAGAATGAGGTTTCCAACCTTATTCTTATACCATAGACTATTTAGGTTATAATCTTAAACTCAACCTAAATAGTGTCAACTACACTGATTTCAAGATAAATGTTATAACCTTGGAGCTTAGTTTATTGGATTTATAAAAGAAAGACTGTAATCTTATCAAAACAAATAACACTTTATTTAAATGATAAAAATTACACAAGTTTAGGGCATAAATCCCAACATAAAATTAATTAAATAGCAATATTAGACCGGTTTTGGCACCCTAGGAACTTTAGTTAAATTAATTAACATTAATATAACATTTATATTAATGTTAATTAATTAAATTAATTAAATAAATACATTTTACAAAAGAAATAACTAAAATAAAAATAGTTGCTACAGACAGGGCTCGAACCACCCACTTCATGCCTTCTTCGCCACTCCCGCGTGAATGTCTCATGAACTGCTCCACTAACGCTATGCACGCAGTAACGCCGTGGCCAGCCGCTGCAACGCCGCGCAGATCAGCCGCCAAGGCATGCGTTCTCAATGCAAGCGACGTTGCAATGCAACCCCTAGTGTCGCAACGCTGCACTGCAGCAGCTTCTTCAACCGCATGGACGATGTTGAGACGCCGAAGAACATCATCTCAACGCCATCGACAGAACAACAAACTCCTTTGTTGTTCTTCGTCGTTTTTCGTCCGTTTCTACTCCGATTTCTTAACAACAACTCTGCCACGATCAACACGGACTTACAGAGTTGATTTACATTCTAAAATGCCTAAAAACAATAGGCCTTTACATTGATCAAATCAACAGAAAAGTAAATCTAAAATTAAGTGCTAAATACCGAAACATCCAATATGCAAAACCGAAATTCATCTCATGAAATTAAGGCAAACCCACCAAATTTTAAGAAAAACAGAATTCACAACGAAAAAGCCAACGATTAGCTCTGATACCAATTGAAGGGAATGAAACTCCCGCAGCAGAAACGACTGTGAACGTTGTGGTGTTCGTTGTGAAATTTTTTCTTAAAATTGAACTAAAACAGTTTAATTCTAGGCTAAACATGCAATTAGAAGAAGGAAAAACAGTAAAGTAAAATACTTACTTGTTGAAGAACACTTTTCGTCGATTCGTTCTCCGATCTCGATCTCTTTCATTTCAACAATCTCACGAACTAGAAAGTTTGGACACCTCCAAATCGATCTTCTCGGTTGTTCTCGATCGGTTGAGGGAGAGTGGTGGAACTCCCTTTTGTTTGGGGGGAGAGAAATTGAGAGAGAAGAGAGAGCTTCATTTGGATGGAATTCCAAAAATGAGCAAGTTCATCCCAAATCCTTCTTGCAAAAGTCCTTATATAATGGTGAGATGTTGAGTTGAAATCTCCACTAAATTACCATTTTACCATAACCTTATGTTATGCAAATCATATTTGTATAACACATATAATAAGGTATCTCATACCTTATTATACAATCACATTTGTATAATTGTTGAATTTTAAACTGAATCACATTGAATTTAATTTCTCTCAATTCAGTTTCTCTAAATTAGCACTAATTAATCAATTAGACTAACATATAGTTTATTATGAATCTCATTCATATTAAACTATATATTATGTCAATCATATTTCATATAAATGACATAAATACCCTTTTAATGAATTTGAACACATCAAATCCACACCAAACTGTAAACCCTCAATTTATCAAGTTTGAGCCAACCGAGTGACCTAATGGACCTACAGATGGCAAGCTCCAATGATCTAAGATTAACATGTCAAACTCTTTGACTCGGTTATTCAACATTCATTAACTACGATAACACTCCACTAAACCCCGTAGTTGCACTCCCATCACTGTAGAACAAGTTGTGTCCATCGATATAACCAATGTCCGTGAGTCAACCCTTCACAGGTTGTTCGTAGACACTGTCGGGTCAAATTACCGTTTTACCCCTGTGTCTACCTCTTGCTCCTTAAGTCTCACTACTCCTCTAATGAACAACAACGTTGCATGGTCTAACCATAAACAAAATCACTCTCGGGCCAGTGAGAGGGTGGGCACCCGTTGTCCAAGCCTTTGAGACAACAATTAAGGGAACAACCCCTCTGGTTTCCCTGATTCGGGAACGAGTGAATTCCATCTCGCGTAGTCAAGTTCCCAGCTCCCCACGTGGTTCTGTCCATGAGAAGATAGGCATATTGGGTGAGTAACTGTGATCACCCTCACCCATACTAGTCAAAGGACAAACCCTCGCAGACAGGAGTCCGTAACACGCTCAGGATTAAGGTCGAGTCACTATTGGTCATCTACGAAGTTATTATCCCTATAATGTTAACGGTGTTATATCAATAAGTCTAATAATTCACGGTCCGGTCTTGTACAATCTCATTGCACAGGATGCCCCCACTCGCATGTCAACCACATGAACGAGTTGGATAACCTTATTTGTATCTAATACAAAGCGGGTCGCATCCACAACGTATCTAGGATTAGGCCTCAACCCTATCCGTATACTGTAGATTGCTCGGGTCATTAACTCGAACATGATCCTCTCTGTGTGTCCACTACACACCGTTCAAGTTCTAGTTCTCTCATATTTCAATGACCCTGAAGCTTAGTTTATTGGATTAAGTTTGTAAATATGAGAGACACAAAGTGATGAAAAATAACTCTTATTTATTTAAATAAGGAATGTTATAAAAATATACGAGCTTAGAACATACATCCCAACAACCTATTTGCTTGTATGTGAGTTACTAAAGTTGATTGAATTAACACCATGCTTATAAAGATTGCATATGGATAAATTTTATTCTCAAGTATGAATTCTAGATAATCTTAATATGGAGTATTAACGTGAAGGTCGCAGTTCATTACTATGGAAGGTTGGCAGCAAAGCAGGGATGACGCTTTGACACAACGTATGATCACAAAGAGGAAAATGGGGAACCCGTTCCTTTTACTTTTGTTCTTGGCTCTGGGAAAGTAAGTCCCTTGCTATTGACATCCTACCATTTTATCTACTTGAATATGCTTTTAGTTGCAAAGCAAGTGGTTCTGAATTTTGGACAAAGTTGATAATAGAAAATATCTTTTTTTTTTTGGAAAAATTGCACCAACCAATAGTTCAATGTAGTTTATTACAATCACATCTTGAATTTTTAATTTGATCAATTAGCTTCTATTCTTTGTTAAGTATTGCAATCACATCCATAAATGGTTAGTTTGATCTATTAGCCTCCTCCACTTCCTTACGTATTGCATTTTGCTCTTGGTTAGTTGTTATTAAATTTCTATTTAATTGGAATTCACATGTGTGACTCATACGAAAGTAGGAAAAAACAAATTTGTCATTGAAGACCATACAAGAGCAACTCCTCTTGAGCATTGGGCAGCGCCATCATCGGCTAATTTGGAGATGGAAGTTTCAGGATGACAACCTCAATCTCTTTGGTTTTCAGGGGTTTCTTTTTTCCCATTAAAAAAGAAAAGAAAAGAAAAAAACCACACAACCGAAATAACACCTTTAAAAAAAAAAAAAAACAAATAACACCTATTAAATTGAAACTTCATATGCTTCTTTTTTCTAAAGCATAAAACTTTATTTTTAGATCCGTCGATAACAAGTTTGCTATTCTCTACAATATGTGAGTCACACATGTGAAGTGGAAATTAGACAATAGTAACTAAAACATTTTAAAGATTCTAATGAAATGTCAAGGTTATTGCGAGAATGGAAGTAGCTGTAAAATCCATGAAAGTTGGTGGCATCCGTAGAGTCATCATCCTATCATCCCAAGGATATCGAAATACATCTCAACAACCTATTCCACCCAATGTACGCACTTCTCTTTCCCTCTCTTTATTTGGTTCATCCTTACTGTCTTACTTAAATAAGTTGCCTTGTGCTATCTGTGTGTTGTACTTGTATCTAGGTATAGTCGATTGCATATGCATAAAAATAACCAATTTTGCTCCTATGGAATGACGTAGTGCTAAAAGCTTGGGATGTTTGAAGATGGGAAAATTTTCAATTTTTACCCCAATAGTTACAATTTCATCAAATTAAACCCTAAACTTAGACTAGTATTGCAATTTTTTTTTACTAACTATTCAATTTCAGGTAATTCACACTCACTGATTAAGCTGTAATATTGACTTTTTCTGCAAATATGTATTGTGCATATGCTCTATAATCATTGAACACATGTGAGAATACATTTTTTAACAATCTTTCGAAAAAAAAGACTTACTAAAAGATAA

mRNA sequence

ATGGGTGATGGAATTCGAAAACCAGTAGACATAAAATATGAAAATAGAAATAATTTCGGAGATAAAACAAGAAATGGAAGAGCTCAGTCTCTCTCTACAGTTATTTCCACCGTTATTTCAACCTTGGTCTCTTCCGCCTCCTCCCTCGTCGGTCCACCCAAATCCACCGCCCCTGAGTTCTTCGAGCTCCCGGACTCGGTCGGCGTCAAAGCCTTGGAGCTTTGCATTGGCTCAGGGGAAACCTCCGTCGACGGAGACCAGGTTATTGCGAGAATGGAAGTAGCTGTAAAATCCATGAAAGTTGGTGGCATCCGTAGAGTCATCATCCTATCATCCCAAGGATATCGAAATACATCTCAACAACCTATTCCACCCAATGTACGCACTTCTCTTTCCCTCTCTTTATTTGGTTCATCCTTACTAATACATTTTTTAACAATCTTTCGAAAAAAAAGACTTACTAAAAGATAA

Coding sequence (CDS)

ATGGGTGATGGAATTCGAAAACCAGTAGACATAAAATATGAAAATAGAAATAATTTCGGAGATAAAACAAGAAATGGAAGAGCTCAGTCTCTCTCTACAGTTATTTCCACCGTTATTTCAACCTTGGTCTCTTCCGCCTCCTCCCTCGTCGGTCCACCCAAATCCACCGCCCCTGAGTTCTTCGAGCTCCCGGACTCGGTCGGCGTCAAAGCCTTGGAGCTTTGCATTGGCTCAGGGGAAACCTCCGTCGACGGAGACCAGGTTATTGCGAGAATGGAAGTAGCTGTAAAATCCATGAAAGTTGGTGGCATCCGTAGAGTCATCATCCTATCATCCCAAGGATATCGAAATACATCTCAACAACCTATTCCACCCAATGTACGCACTTCTCTTTCCCTCTCTTTATTTGGTTCATCCTTACTAATACATTTTTTAACAATCTTTCGAAAAAAAAGACTTACTAAAAGATAA

Protein sequence

MGDGIRKPVDIKYENRNNFGDKTRNGRAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGDQVIARMEVAVKSMKVGGIRRVIILSSQGYRNTSQQPIPPNVRTSLSLSLFGSSLLIHFLTIFRKKRLTKR

Homology

[Close]

BLAST of Tan0020158.1 vs. ExPASy Swiss-Prot
Match: O81864 (Peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=FKBP17-1 PE=2 SV=1)

HSP 1 Score: 75.9 bits (185), Expect = 4.6e-13
Identity = 56/162 (34.57%), Postives = 80/162 (49.38%), Query Frame = 0


Query: 23  TRNGRAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETS 82
           +R   + S+  V S+V+S+   S+ +L         +F E+P+S GVKAL+L IG G+  
Sbjct: 51  SRRSISLSIIAVTSSVVSSFCFSSPALA--------DFSEIPNSGGVKALDLRIGDGDVP 110

Query: 83  VDGDQ-----------------------------------------VIARMEVAVKSMKV 142
           ++GDQ                                         VI  +E AV+SMKV
Sbjct: 111 IEGDQIEIHYYGRLAAKQGWRFDSTYDHKDSNGEAVPFTFVLGSSKVIPGIETAVRSMKV 170

[Close]

BLAST of Tan0020158.1 vs. NCBI nr
Match: XP_023519682.1 (peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita pepo subsp. pepo])

HSP 1 Score: 122.5 bits (306), Expect = 3.3e-24
Identity = 84/158 (53.16%), Postives = 90/158 (56.96%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA SLS VI T ISTL SS SSL  P KS AP+FFELPDS GVKALEL IGSGET VDGD
Sbjct: 43  RALSLSAVIFTAISTLASS-SSLAAPSKSAAPQFFELPDSAGVKALELRIGSGETPVDGD 102

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 142
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 103 QVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIAGMEAAVKSMKVGGIR 162

[Close]

BLAST of Tan0020158.1 vs. NCBI nr
Match: XP_022927313.1 (peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita moschata])

HSP 1 Score: 122.1 bits (305), Expect = 4.3e-24
Identity = 84/161 (52.17%), Postives = 91/161 (56.52%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVS---SASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSV 86
           RA SLS VI T ISTL S   S+SSL  P KS AP+FFELPDS GVKALEL IGSGET V
Sbjct: 41  RALSLSAVIFTAISTLASSSASSSSLAAPSKSAAPQFFELPDSAGVKALELRIGSGETPV 100

Query: 87  DGDQ-----------------------------------------VIARMEVAVKSMKVG 142
           DGDQ                                         VIA ME AVKSMKVG
Sbjct: 101 DGDQVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIAGMEAAVKSMKVG 160

[Close]

BLAST of Tan0020158.1 vs. NCBI nr
Match: XP_023001602.1 (peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita maxima])

HSP 1 Score: 120.9 bits (302), Expect = 9.5e-24
Identity = 83/158 (52.53%), Postives = 90/158 (56.96%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA SLS VI + ISTL SS SSL  P KS AP+FFELPDS GVKALEL IGSGET VDGD
Sbjct: 43  RALSLSAVIFSAISTLASS-SSLAAPSKSAAPQFFELPDSAGVKALELRIGSGETPVDGD 102

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 142
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 103 QVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIAGMEAAVKSMKVGGIR 162

[Close]

BLAST of Tan0020158.1 vs. NCBI nr
Match: KAG6583798.1 (Peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 118.2 bits (295), Expect = 6.2e-23
Identity = 82/161 (50.93%), Postives = 89/161 (55.28%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVS---SASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSV 86
           RA SLS VI T ISTL S   S+SSL  P KS AP+FFELPDS GVKALEL IGSGE  V
Sbjct: 43  RALSLSAVIFTAISTLASSSASSSSLAAPSKSAAPQFFELPDSAGVKALELRIGSGEIPV 102

Query: 87  DGDQ-----------------------------------------VIARMEVAVKSMKVG 142
           DGDQ                                         VI  ME AVKSMKVG
Sbjct: 103 DGDQVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIVGMEAAVKSMKVG 162

[Close]

BLAST of Tan0020158.1 vs. NCBI nr
Match: XP_038894068.1 (LOW QUALITY PROTEIN: peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Benincasa hispida])

HSP 1 Score: 115.9 bits (289), Expect = 3.1e-22
Identity = 88/184 (47.83%), Postives = 99/184 (53.80%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA SLS  IST ISTL S  SSL  P KS AP+FFELPDS G KALEL IGSGET +DGD
Sbjct: 41  RAFSLSAFISTAISTLPS--SSLAAPSKSAAPDFFELPDSAGXKALELRIGSGETPLDGD 100

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 146
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 101 QVAVHYYGRLAAKQGWRFDTTYDHKDENGEPLPFTFVLGSGKVIAGMEAAVKSMKVGGIR 160

Query: 147 RVIILSSQGYRNTSQQPIPPNV--RTSLSLSLF---------GSSL--LIHFLTIFRKKR 157
           RVII  SQGY+NTSQ+PIPPN   R  L  ++F         GSSL  LI  + + + + 
Sbjct: 161 RVIIPPSQGYQNTSQEPIPPNYFDRQRLFTTIFNPTRLANGEGSSLGTLIFDIELLQIRH 220

[Close]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL
Match: A0A6J1EKN1 (Peptidylprolyl isomerase OS=Cucurbita moschata OX=3662 GN=LOC111434180 PE=4 SV=1)

HSP 1 Score: 122.1 bits (305), Expect = 2.1e-24
Identity = 84/161 (52.17%), Postives = 91/161 (56.52%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVS---SASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSV 86
           RA SLS VI T ISTL S   S+SSL  P KS AP+FFELPDS GVKALEL IGSGET V
Sbjct: 41  RALSLSAVIFTAISTLASSSASSSSLAAPSKSAAPQFFELPDSAGVKALELRIGSGETPV 100

Query: 87  DGDQ-----------------------------------------VIARMEVAVKSMKVG 142
           DGDQ                                         VIA ME AVKSMKVG
Sbjct: 101 DGDQVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIAGMEAAVKSMKVG 160

[Close]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL
Match: A0A6J1KH10 (Peptidylprolyl isomerase OS=Cucurbita maxima OX=3661 GN=LOC111495682 PE=4 SV=1)

HSP 1 Score: 120.9 bits (302), Expect = 4.6e-24
Identity = 83/158 (52.53%), Postives = 90/158 (56.96%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA SLS VI + ISTL SS SSL  P KS AP+FFELPDS GVKALEL IGSGET VDGD
Sbjct: 43  RALSLSAVIFSAISTLASS-SSLAAPSKSAAPQFFELPDSAGVKALELRIGSGETPVDGD 102

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 142
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 103 QVAVHYYGRLAAKQGWRFDTTYDHKDENGEPIPFTFVLGSGKVIAGMEAAVKSMKVGGIR 162

[Close]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL
Match: A0A0A0M0X0 (Peptidylprolyl isomerase OS=Cucumis sativus OX=3659 GN=Csa_1G707640 PE=4 SV=1)

HSP 1 Score: 112.1 bits (279), Expect = 2.1e-21
Identity = 84/184 (45.65%), Postives = 97/184 (52.72%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA S S +IST IST  S  SS   P KS AP+FF+LPDS GVKALEL  GSGET +DGD
Sbjct: 38  RALSFSALISTAISTFPS--SSFAAPSKSAAPDFFDLPDSAGVKALELRTGSGETPIDGD 97

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 146
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 98  QVVVHYYGRLAAKQGWRFDTTYDHKDENGDPLPFTFVLGSGKVIAGMEAAVKSMKVGGIR 157

Query: 147 RVIILSSQGYRNTSQQPIPPNV--RTSLSLSLF---------GSSL--LIHFLTIFRKKR 157
           RVII  SQGY+NTSQ+PIPPN   R  L  ++F         GSSL  LI  + + + + 
Sbjct: 158 RVIIPPSQGYQNTSQEPIPPNYFDRQRLFTTIFNPTRLANGEGSSLGTLIFDIELLQIRH 217

[Close]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL
Match: A0A1S3C9V7 (Peptidylprolyl isomerase OS=Cucumis melo OX=3656 GN=LOC103498282 PE=4 SV=1)

HSP 1 Score: 111.7 bits (278), Expect = 2.8e-21
Identity = 76/154 (49.35%), Postives = 81/154 (52.60%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA S S +IST ISTL S  SS   P KS AP FF+LPDS GVKALEL IGSGET + GD
Sbjct: 38  RALSFSALISTAISTLPS--SSFAAPSKSAAPNFFDLPDSAGVKALELRIGSGETPLHGD 97

Query: 87  Q----------------------------------------------------VIARMEV 129
           Q                                                    VIA ME 
Sbjct: 98  QTIFFIRSIHVKVVVHYYGRLAAKQGWRFDTTYDHKDENGEPLPFTFVLGSGKVIAGMEA 157

[Close]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL
Match: A0A1S3C9B3 (Peptidylprolyl isomerase OS=Cucumis melo OX=3656 GN=LOC103498282 PE=4 SV=1)

HSP 1 Score: 111.3 bits (277), Expect = 3.7e-21
Identity = 85/184 (46.20%), Postives = 97/184 (52.72%), Query Frame = 0


Query: 27  RAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETSVDGD 86
           RA S S +IST ISTL S  SS   P KS AP FF+LPDS GVKALEL IGSGET + GD
Sbjct: 38  RALSFSALISTAISTLPS--SSFAAPSKSAAPNFFDLPDSAGVKALELRIGSGETPLHGD 97

Query: 87  Q-----------------------------------------VIARMEVAVKSMKVGGIR 146
           Q                                         VIA ME AVKSMKVGGIR
Sbjct: 98  QVVVHYYGRLAAKQGWRFDTTYDHKDENGEPLPFTFVLGSGKVIAGMEAAVKSMKVGGIR 157

Query: 147 RVIILSSQGYRNTSQQPIPPNV--RTSLSLSLF---------GSSL--LIHFLTIFRKKR 157
           RVII  SQGY+NTSQ+PIPPN   R  L  ++F         GSSL  LI  + + + + 
Sbjct: 158 RVIIPPSQGYQNTSQEPIPPNYFDRQRLFTTIFNPTRLANGEGSSLGTLIFDIELLQIRH 217

[Close]

BLAST of Tan0020158.1 vs. TAIR 10
Match: AT4G19830.1 (FKBP-like peptidyl-prolyl cis-trans isomerase family protein )

HSP 1 Score: 75.9 bits (185), Expect = 3.3e-14
Identity = 56/162 (34.57%), Postives = 80/162 (49.38%), Query Frame = 0


Query: 23  TRNGRAQSLSTVISTVISTLVSSASSLVGPPKSTAPEFFELPDSVGVKALELCIGSGETS 82
           +R   + S+  V S+V+S+   S+ +L         +F E+P+S GVKAL+L IG G+  
Sbjct: 51  SRRSISLSIIAVTSSVVSSFCFSSPALA--------DFSEIPNSGGVKALDLRIGDGDVP 110

Query: 83  VDGDQ-----------------------------------------VIARMEVAVKSMKV 142
           ++GDQ                                         VI  +E AV+SMKV
Sbjct: 111 IEGDQIEIHYYGRLAAKQGWRFDSTYDHKDSNGEAVPFTFVLGSSKVIPGIETAVRSMKV 170

The following BLAST results are available for this feature:

BLAST of Tan0020158.1 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O81864	4.6e-13	34.57	Peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic OS=Arabidopsis thali...	[more]

BLAST of Tan0020158.1 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023519682.1	3.3e-24	53.16	peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita pepo subs...	[more]
XP_022927313.1	4.3e-24	52.17	peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita moschata]	[more]
XP_023001602.1	9.5e-24	52.53	peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic [Cucurbita maxima]	[more]
KAG6583798.1	6.2e-23	50.93	Peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic, partial [Cucurbita ...	[more]
XP_038894068.1	3.1e-22	47.83	LOW QUALITY PROTEIN: peptidyl-prolyl cis-trans isomerase FKBP17-1, chloroplastic...	[more]

BLAST of Tan0020158.1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1EKN1	2.1e-24	52.17	Peptidylprolyl isomerase OS=Cucurbita moschata OX=3662 GN=LOC111434180 PE=4 SV=1	[more]
A0A6J1KH10	4.6e-24	52.53	Peptidylprolyl isomerase OS=Cucurbita maxima OX=3661 GN=LOC111495682 PE=4 SV=1	[more]
A0A0A0M0X0	2.1e-21	45.65	Peptidylprolyl isomerase OS=Cucumis sativus OX=3659 GN=Csa_1G707640 PE=4 SV=1	[more]
A0A1S3C9V7	2.8e-21	49.35	Peptidylprolyl isomerase OS=Cucumis melo OX=3656 GN=LOC103498282 PE=4 SV=1	[more]
A0A1S3C9B3	3.7e-21	46.20	Peptidylprolyl isomerase OS=Cucumis melo OX=3656 GN=LOC103498282 PE=4 SV=1	[more]

BLAST of Tan0020158.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G19830.1	3.3e-14	34.57	FKBP-like peptidyl-prolyl cis-trans isomerase family 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
IPR001179	FKBP-type peptidyl-prolyl cis-trans isomerase domain	PFAM	PF00254	FKBP_C	coord: 81..126 e-value: 3.1E-7 score: 30.6
IPR001179	FKBP-type peptidyl-prolyl cis-trans isomerase domain	PROSITE	PS50059	FKBP_PPIASE	coord: 61..139 score: 8.783255
None	No IPR available	GENE3D	3.10.50.40		coord: 9..139 e-value: 3.1E-9 score: 38.9
None	No IPR available	SUPERFAMILY	54534	FKBP-like	coord: 85..126
IPR044197	Peptidyl-prolyl cis-trans isomerase FKBP17-1-like	PANTHER	PTHR47860	PEPTIDYL-PROLYL CIS-TRANS ISOMERASE FKBP17-1, CHLOROPLASTIC	coord: 87..127 coord: 28..89

Relationships

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


Feature Name	Unique Name	Type
Tan0020158	Tan0020158	gene

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


Feature Name	Unique Name	Type
Tan0020158.1-exon	Tan0020158.1-exon-LG05:55448293..55448341	exon
Tan0020158.1-exon	Tan0020158.1-exon-LG05:55448674..55448834	exon
Tan0020158.1-exon	Tan0020158.1-exon-LG05:55479623..55479803	exon
Tan0020158.1-exon	Tan0020158.1-exon-LG05:55480412..55480491	exon

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


Feature Name	Unique Name	Type
Tan0020158.1-cds	Tan0020158.1-cds-LG05:55448293..55448341	CDS
Tan0020158.1-cds	Tan0020158.1-cds-LG05:55448674..55448834	CDS
Tan0020158.1-cds	Tan0020158.1-cds-LG05:55479623..55479803	CDS
Tan0020158.1-cds	Tan0020158.1-cds-LG05:55480412..55480491	CDS

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


Feature Name	Unique Name	Type
Tan0020158.1	Tan0020158.1-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0003755	peptidyl-prolyl cis-trans isomerase activity