Sgr029804 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr029804
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	xylose isomerase family protein
Location	tig00153533: 1225985 .. 1247001 (+)
RNA-Seq Expression	Sgr029804
Synteny	Sgr029804

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGAAATCTCGGAACGTATTGGTTCTGGTTCTTTGTTTGAATGTGGTTTTGCTTGCAGCGGTGAGCAGTTTCTTCTCCTTTTTAATGCTTGTTCAAATTTTATCGCATGTGATTATACTTTGTGGGTCTCTGTATTTTGGTTTCGTTTGAATGTGTTTTGGGTTTCTTGTAGATTGCTGAGCCTCCGACATGTCCTGCTGATCTAGGAGGTGAATGCAGCCATTCTGGGGAATGGGAGGGGGAATTTTTCCCTGGTATTCCCAAGATTAAGTATGAGGTAGGTTGGGAGACAGTGATTCATTTGTCTTTGTTTTTTGTAATGAATTCTTCCTAGAATGTTACATAAAATTGGATTCGATTCATGTTCTTGGAATTTCTGTAAGTTTTACTTTTTGGATAAGAATAACTGTTTTGCTGCAACTTTGAAGATTTTCATATTTTCCTTCATTATTCTGAGGGTGAGTTTGACGCAGACTTTTGGGACGGCGAAAATATTAAAAGCACTTTTTTAAATTTTTATGGTGTTTGGTAAGTTAAAAGTGATTTTGAAAATTTTAAAGGCACGTGAAAGCACTTTAATGCTTTTAGATGCCCATTCTCCCAAAATTGATTTCTTTCACTAAAAAGCTCTACTTTAGAAAGCCATTGCAAACTCACTCTTACACAGGAGAATGCGATGAAAGCTCTCGATTCAGAACCATTTTTCGATTAAACGTTTATGCTAGTATTTTCTTTCATATTGATGAATTACTAGTATCATAGTTTGAAACGAATAGTTCATTTTTTTTCTTTCTTTTTGTCTGGTGCTTCCTTTCATATCAGGGTCCGGCTAGCAAAAATCCACTGGCATTTAAATGGTATAATGCCGATGAGGAAATTCTTGGGAAGAAAATGAAGGTTTGGTTTCTCCATTCTTAGTGTTGTTTGGGATTCAAAGCATATATTAATTGTCTCTGACTGGAGATATGGTGACTATAGGACTGGATGAGATTCAGTGTTGCATTTTGGCATACGTTCCGTGGGACGGGAGGAGACCCCTTTGGTGCTGCAACTAAGTATTGGCCATGGGAAGATGGTACCAATTCATTGGCTATGGCAAAGAGGAGGAGTAAGAGATAAATCCACAACCTCAATCTGCAGCCTTTGGTAAATATGGCCAGTCAGTATAACTGACATGAATTTATGTTTGGCTGTGCAGTGAGAGCTAATTTCGAGTTCATAAACAAACTTGGGGTTGACTGGTGGTGCTTCCATGATAGAGATATAGCCCCAGATGGACAAACCCTGGAGGTATTACTAGGCTTCTTGTACTTTTGCATGTTAGGGAACATAAAATTCGTAAATTAAGTTTCTACTCTGTTTGTATGATTTCCATAGGAAAGTAATGCAAACTTGGATGAGGTGATTGCCCTTGCTAAAGAGCTTCAGGTAATTGTCACTCATACTGGCTCCCATTTCTATAAATGCATTTAAAAATCATCATTTTGAATATATAAGTAGTTTTATTTAGACTGCTCGATGTGTGGCAAGAAGCTTGTGTTTTGGTGTGGCTTCTTACTGAATAAGGAGATACAAGTTCTGTTCTGAGAAGACTCCACACCCAATGTCTCTTGTAATAATAGGAAACGACAACCCTATGCTTTTGCTGTTATTTAGTATAAGTGTTTGTTTGGGAGTGGAAATAGGGAAAATAAAAAGATCATTTGCAACGTTAAGAGAAGGGACTTTTAATGTCATTTTGTTTAATCTTGAGTTTGATGACCTATCTTAGCTAGAGTCGTCTGTCGTTTGAATGCCATATGTTGCTATGCAGGGAACCAAAATTAGGCCTCTGTGGGGTACAGCACAACTGTTCATGCACCCTCGATACATGCACGGTGCCGCTACTAGGTAATATTTTTAGACCTTTGTTATAGTAGCCCGCTGTTCATGATATCATTATTTGAGCATTTTTTCACTTGCAGCTCTGAAATCGGTGTATATGCATATGCTGCTGCTCAAGTCAAGAAAGCAATTGAGGTGCGTGTACAGACATCAATTATTAGTTATAATGCTTTGTTTAGTTTAGATTTTATATATCATCTTCAAATGTTAACTGCTGCTAATTCACATTTTCGTCAGGTCACTCATCATTTGGGGGGCGAAAACTATGTGTTCTGGGGTGGTCGCGAGGGTTATCAGTCTCTACTGAACACTGATATGGGGCGAGAGCTTGATCATCTGGTGAGTTGATACAAGTCTTTACAAGGAAATATTGAACAAGCTTGCTCATATTTCACTATTGTTTAATTATTCTTTCTCCCATTTGGAATCAAGTTATAAATATTGTTTATAATCTGGTTGCAGGCCAGGTTTCTTGAAGCTGCTGTTGCCTACAAAAAGAAGATTGGATTCAATGGTATGTTTGATTTTCAAATATTTCATCAAGCTAAGAAATTCACAACTGACTCTAAGAGTTCCTTGGGACATTCAATGGTAGTTTGTCTTGTTAAATTATTTTCATGAACTTTGCAGGAACCTTGCTAATTGAACCCAAGCCCCAAGAGCCTACCAAACATCAGTGCGTTAATTTACTTTCTTTTTTCTTTTCTTTCTCTTAAATCAATACGTTGGTTAGGCATTAGTTTTTAGTTTTGGCCAAAAACTGGCCAATTTATACACCCTCTATATTCAGCTGTGGTTCGTGAACTTCTATGCTTATGCATGGTTCTATTTTATCAGGTATGATTGGGATGCTGCAACAACAGCTAATTTCCTGCGAAAATATGGTCTTATAGGTGATTGTTTTGCTTCTCTGATAGCTTTTGTAGCCTTTTGATGCTTTAACTTTCGTACATGCCCAATTATTGTTTTCTTCCTCCTAAAGTGTCCTTTTAACTTGATGTATTTGCATAATTGATATTGATTTTTTCCCCCCGATTTCGGTTTGTAGATGAATTTAAGCTTAACATTGAATGCAATCATGCCACCCTATCGGGTCACAGGTATGCAATACAAAAGAAATGCTTGATTGGTTACTTATCTTTTACCGGCAATTCATGTGGGAACATGTAACGTTTCTGAACGTTCTCTTGTGTGTGCATTTCAGTTGCCACCACGAACTTGAAACCGCAAGGATCAATGGGCTTCTGGGAAATATCGATGCAAACACTGGCGATCCTCAAATTGGTATAAACCAAACCTCGAACTGCCTGAACTTATTGTATTCTTAAATGATCACATCAGATATGACATTCAAATTTCAAAAGGCTTAGCCGGGTAGACTACTAAGTTTTGCTATTTAATGTCACAGGTTGGGATACTGATCAATTTATGACTGACATAGGAGAGGCTACTATGGTTATGCTCAGTGTTGTGAGAAATGTATGTAATAAAGCTCCCGTTCAAAGCTTCACAACGTGAAAGAATATCCAATAACAGACCTTTTTGTCTTTTTTCCTTATGTGGACAGGGAGGGTTGGCACCAGGTGGATTCAATTTTGATGCAAAATTGTGAGTTCCTTTGTGTTATTTCTGATTTCTATTACTCTCTCTCTCTCTCTCTATGCCATCCTTGTTCAAGACAGGATATGCCGTTTTTGTTATTCATTGCTCCTTGGCTGCTTCATCGACAGGCGAAGAGAGAGCACGGATGTTGAAGATTTGTTTATCGCTCACATTAGTGGAATGGATACCCTGGCCCGTGGACTCCGAAATGTTGCTAAGCTAATCGAGGTAGTTATTTATTCCTAGCCTTCTCTTGTCATCCTATCTTTAGTATGTTCCATTTGAATTCCGGGTTTGGTTAAACCAGTAATGATGTTAATGGTAATGTCTTGAAAAAGGATGGTTCTTTAACGGAGCTTGTTCGTAAGAGATACCAGAGTTTTGACACTGAAATCGGCGCACAAATAGAGGTAACTTGCTCTAATTAGCTTCATTTCTTTATATATTTCAACTTTTTTTTTTGTTTCCAATGTTCTAATATAATGTTCTGCATCTTGGTGCAGGCTGGTAAGGCTGATTTTGAATATCTTGAGAAGAAGGCCATGGAATGGGGAGAGCCAAAGGTTCCTTCTGCCAAGCAGGTAAAACTCAGACACACTTCTGCACAATTTATAAGAACCCCCAAACTCTTATTAGTTTTGCTCTGATAGAGACACCTTATCAAGACTGTAAAAGATGCATCATCAGTGCCTGTTTGAATCGGGTCGGCTTGATTTGTGCAAATTAGGGGTGTTTAAAAAACTTGATATCTCGAAAACCCAATCAACACAACCCAACTCAAACTATACAGGTTGAGTTCGGTTTATAGGTCGCGTTAGTTCCTAAGTTTTCTCACAAATTAGTTTGGGTTGAATGGAACCCACTAGAACTTATTATTAATATAAATATGACATATGTATATATATTTATTTTAGTTTTATTTTATACAATAAATTTATTTTAGTTTTATTTTATACAATAAATTCTTTAAATGTAATTTCCCAAGTCTTTAAAATATAACTTTTCATGATACAAAAATTAACATTCAATGTTTGGAGACATATGAATAAATTGGTTGAGTAAGGGACTAACATTTTTACTGAATTAACTCAGAATAACTTAAATCAACTTGACCTAAATATTTATAGTTGTGTTGGATCTTTATATAAATTATGATTGTTTGAGTTGGACAAATTTGAAGCTCGAACAATTGAGTGCGGTCCATAAAGTCCCTTGACCCAATCCAACCTATGAATGCTCAGGGCACAAACCCTTGGAGCCATTAGATCATTACTTCCGTTCCTTCATTTTTGTTATAGTTTTTATGTGCCTCAAACTGGTTCTGATGAAGGATTTTTTGTGCAATGTTTCAGGAACTTGCAGAGATGATTTTCCAGTCAGCACTGTGAAGAAACAAGAGCCCTGTCGTCTTCTTTTAGTTTAGTTTTTAGGGTTTTAGAATAATGAATGCCTGTTATTAGGAAAGGTGATGAAATGCTTCAGTCTTCTTCTGTTCATGGCAGAAGAGTTATATATAGAACAAGTAGATTTAGGTTCAACAACAGCAAATAACTTTTATCCTTGGATGGCATATTAATTTCATTTATAGTAGAAAGAATGGTGTATGTGAAACATTATTGGGATTTCTTTTTGTGTGTGTGTGTGTTTTTTTTTTAATCCTCACTAGATTCTTCCTGCACATGGATGACTAAATTGAGGCCAAATTATTTAGGGGCGTTTGGGCCACAGGCTCAACATCTTGAATTTGGGAATGTTCGGTTTGGTTTGGGTTTAGAAAGGTCTATGTTTGAGGCGGTCTAGTTTTAGAAAAACTGTGAGAGAGAATAAGTTTGGGAGGAATAGGTTTGGTTAGGGGTGTACAAAAAATCTCGAAAACCAATCCGACCGACTGAAACCGACCGAACAGACGTCGGTCGGTCGGTTTAGACCGACTTTCGATCGGCGTCGGTTTTACTATATGAAAAATCGATTTTTGGGTCGGTCGGAGTTGCCGGAAAAATGTTTTCCGACCGACTGACCGAACATTAATTAAAAAAAAAAAATACTGTATACTTTTCTGCAGACTGAAAACAGTACACTGCTAGCAGATTGAAAACAGTAGACTGCAATGCAGTCTGCAGCCGTTTTTGAAAAGAAAGTTTCATTATTTATTTTTTAAATATTATTTTCTTTCTCTCTCTTCTCTGTTTCACTTTTTTCTCACTTTCCCTTCCTTTCTTTCACTTCTTCTCAGTTTCTCTTCTCACTTCTCCCTCTTTCTTCTCAGTTTCTTCTTCTCCCTTTCTCTCTTTTCTCACCTTCCCTCCCCTCCGGCCTGTAACCTCCCTTGAGCACTCCGTCGTGTACCCTTCCGGCCTCCTTTACTTGCCCTCCGTTCGTCTACTTCAAAGTTCAAGCGTATCTCTCGTTTTTTGTTCTCCTTCTCCTCACACAGTGAGTTTTTTTCATCTTTCTTCTTCTCCTTCTCATGCAATGAGTTTTTTTCATCTCCCTCTTAGTACTTCGCCGAAAGTTACAGCAGCTCTCACTCTCCCTCCATCTTCATCGGTTTAGGCCAAAACCGACCGACCGTCAGTGTAGTCGGTCGGTCGGTTTTATATAACCTTCCAAAACTGCCACCTTCCGACCGATCAAAATCGATAGGTCGGTGTTTGGTGTCGGATTGTGTCCAAAACCGACACCGACCGACCGATCTTCACCCCTAGGTTTGGTGAGAGATCCATGATTAGTTTATTTAGGGAATGGGAGGAATAGGTTTGGTGGGAGATCCATGATTAGTTTATCTAACAAACTCCAAACAAATTCATGAGACAAACTTGGGTTCGACATTTTAAGTCAAATCCACTCAAGCCCTCACTCAAAATACCCCTAGAATTTTTAGTCATCGTACGCTAGTTGTTAATCCTTAATACTTCTTTTTATAATGATATAATCTCTATAATTTAAAATATGTAACCATTGAAGTCCCTAATGTTAAGAATTTTGTTATATTTGAATCTGAACAGATAATTGAACTACTTAGTTTATTAGCTTCATTCAGGTTTCTTTTGGCTCAAATTTTTAATGAAAGATTTTAATTCAAGAACATAATTTTAAAGTTTTTTTTAGTGTAAGAACTATGAGGATCATAATGTAATTGTATCAGTCACGTATGAAGATTAATAGTATAGTTTGACCCTATTTAAAATTAATGGGTATTAGTTTAAAGAATGCAGTGCAAGTACTCTTTTTAATTTCGAGAGGGCAAAATTTCGTTTTGATAAAATTATAATTAGGAAGGTTAATGGATCTCACCAAACGTAAATTATGGAAGGCCACCATATATTTAATGTCTCATTAATTAGAGCTTCAGTTCAACAAATTATGAAAATCTATTAAAATATTAGAGAAAAATAAATCATACTTAGGAAAGAATTAAGCCATTCTTAATTTAATTTAATAAGAAATATATTAGAACATAAATCCAACACTAACCACAAAGTTTGAAATTTTAAATTTTTTTTGTTAAAATTGTCCTTAAATAAAAGAAAAAAAATTAAATTTTATTTATTTATTAACTTTTGGTTAAAGAACAAGTTTAACTTCTGAATTTTTAATTATGTGTTTAATAAATTTTTAAATTTTAAAAAATATTTAATAGACCTCTGAATAATAGGTCTGTATTCTATAAAGTATTTTTTTAAAATTTACAAGTTTATTAGACATAAAATTAAAAGTCAAAAAATTTATTAAATATTTTTAAAATTTAAAGATTTATTAGATATAAAATTAAAAATTTAGCAACAGATTCATTTTGCAATTTAATTTAATTTTTTAGGCCCCATTTACTTCAAGGGAATGTGAATGAAGGAATGAGAATCAAATATTTCATTCCCTTTGATGGTGTTTACTAAAATGCAGGAATGGAATCAATTGGTGGGACCCACCACCAATTTGGGAATCACTTCCTCAAAAAAAGGGTAATCTCATTCCTCTCCTACAACCTCATCAATCTCATTCCCATTCCTTATTCCGTGGGCCCCACAACCTTTTCATTTATTATTTTACTACTTTAACCATTTCTCTCTCATCAATTAGTGAGACCTACAAATCTTTTTATTAATTATTTTAGAGCTTTTACTTCTTCTATCTTATTTATACTATCAATAATTTTTATTTTAATTAAAAAAATCATACTAATTTTTTATTAGCACATATGATTTTTTTATAAAATTGTAAATTTCTATTTAATGTATTAATTATTTAATTTTAATTAGCCATTGTTTATTATTCAATTTGTTAAAATAGAATATTGTTATTATAATGTATACAAATAAAATTTATCTATATTTTCCACTAATAAAAAACTATACTAATCTTTTGTTAGTTTATGTGATTTTATTATAAAATATTACAAACTTTCATTTAATTTTACTTTGTTATTATTAATTATTATCAATTAAATTGTTAAAATATAATTCATTATTATCAAATATCATAACAATTAATTTAATAATATTTTATATGAATAATTGTTTTTCTAATAAAAAACTATATTAATCTTTTTTAGTTGATGTAATTATATTTTAATTAGTTATTATTTGTTAATACCAAATAAACCGTTAAAAATATAATTCATTATTATTAAATATCATAACAATAAAATTTAACAATATTTTATATTAATAATTGTTGTTCTAATAAAAATTATATTAATCCTTTATAATTAATGTAATTTAATTAATTAATTATTATTTGTTAATATCAAATAAATTATTAAAATAAAAAATATTACTATCAAATAATATAAATTAAAAATTATTATTGGTTATTGTTATTTTAATTAAAAATTATATTCGCATACTATTTAGTTAATACATTTTTAATTGACTAGAAATATGAAAAGGGTATTATAGTAATTATCATATCTCTGATTTCTATTCCGATTTCAGACAATTTTAGTAAACAGCATCAAAAGGTTTCTGATTCCAATTCCAAATAATTTCTAATAAATAACATATCTGATTCCGATTCTTTGTCATTTCGATTCCTGATAAGTAAACGGGGTTTTATTGATTTTGGAAGTGACGTGGATAGACCGTACCGCAGCGGGAGGAACACGGCCATCAACGATTTTCGGTTACTTGCGAATTTACCTTCCAATTTCCCAAACTCCATTTTCGAGAATTGTGATGCGAATTCGAGCCAGATCAGAGAGTTTGCGACTGTGAGTCTTCTCCTCACTGTCACTTCTTTCTCCGGATCTCACAATCAATCCATAATTCCGATACCAACGCAGGTTCAATCTCCTTTCTGAGGCGTCTCTTGATTTACGCATCTCTGTTTGATGTTAGAGTCTGTAGCTCGTTTTTGCAGGGATGTTTTGAGCTCCGCGTTTGAGATCTGATCCATATTCTATTAATACCATCTTTCTTTGCTCGACCTAAAAGCATGGGGATTTTGTTTACTCGAATGTTTTCCTCACTGTTCGGCAATAAGGAAGCTCGGATCCTCGTTCTTGGACTCGATAATGCCGGGAAAACTACCATTCTCTGTAGGTTTCCCTGATATTCTCTGCTTACTCCTTCGTGTTTTTGGTTTACGTGATATTGGGATGCCATGTAATGGATTCACTTGGCATTGTGCAGATCGGCTACAGATGGGGGAGGTTGTCTCCACAATTCCAAGTTGGTATTCTTTCCAAATGTGATGTTATGGTTCTCTTGTTTTGTCTGCTCAGAGAAAGGGGGAGGGTGTGAAACTAGAATTTGATATTTTTTTTGGGGATGAGAAATAATTCGTTAATCAGAACCATGAGAATGACAATTTTAAGTTTCAATTTTCAAGTTTAGGAAGTTATATGGAATTACCGCAACAGTTGAATTAGTTTTATAAATCATTTAGTACTAATTATGCAATTGTTAGCTTGAAAACAACGGTTGCCTCCAATTCTCTTCGGAGGTTTCAATAGTTCGAATTTTTGGGTTTTTCCATACTTTTCGCGTTCTTCTTTCTATGGGCTCTCCATTCCATTCGGAGAAGGGGAAAGATTGGAAATTATAACTCGAATTTTAAAAATTCAAGCACAAGAAGCATTAATTATCAACTTTAGTTTTTCAGGATCATTTGTTCGTTCATTGCCTTTTTTCTGTCCAGATTCTTCTAGGCTTTCAGTATCAGTTCTTCTTTTAGCTAGCACTGTCAAGATGTATTAGTTCAGATGATTATACTGTCTTTTTCTTGCATAAGTGGTAGACTAATGTGGCATGATTGGGCCTTTCCCCATTATGGGGTACTTGACTTGAGAGGACATGAGAATTTTTTTTGACCGAGTTGTTTTCTGTGGAGATATCGAACTAGGTTCAGCTTAATGCTTCACTTTGGATTTCTTAGTTTATAGGTTACATGATGTTCCTATTTATTTATTTATCTTTTAATTTCTATTACTAATTTATGAGAGGGTTTATTTGTAGAGTTTTTGCATATTTGGTGGGGTGTTTTTTAGTGTTCCCAGTTGGTTCTTTAATGCTTCCCAATGCCCTGTTACAATATCTTCCATGTTTCTTAATGAAAGTTTCTTAAGTGAAGTTGATTTGAAAATAATTGTTTCTTCCATTGCTTTCCTTCAGTTACTGTTCAAATATCTTATAAACTATCTCATTTTTTTGATGCAGCTATTGGATTTAATGTTGAAACTGTGCAATATAATAACATCAAATTCCAGGTCTGGGATCTTGGTAAGCCAATCTAGGTCCTGATATCATTTAGTGAAGATATGAGATCTCATGTGGTATCATTTTCTTTATGGCTACTCTGATGAGATCACATCACACTCAAAGAAGGAGAAATAAAAATAGGGAAAGGAGCACGTAATTATTCCGCTAAATTGATAAATAGACTAAGCAGATTTGTTATGCTTTTCTTCTAGAGTTCTATCAACCAGTAATCAGGCATGAAAATAAATTTCACCTTATTTGACTTTTAATGTTGTAAACAGCTACAACATTACTCTATTTTCTTAATTTTTGTTTTAAGAAACCAATTTCCTTGAGAACAAAAATATTGTAGCCATATGACAATATGCATATTCTCATAAACTCGTTAATATCAAAGCATTTCGTGGGTGTGTGTGTGATTGCATGTGTGCTTTTTTACTCTGACGATTATCAACTTGGGTAAATATTAGCTTGATTATTTTTTCAAGTCCATCCAAGTATCTAGATTATGTCACTGATAGCTATTTGTTGTTGCTAATGCAGGAGGACAGACTAGTATCAGGTTAGTCTTTCCTTTTGTCAGTTTTTAGATATTTCCCTAGAAAGTTGAAATTCTTTGCATCTTTTAGTCTTTTCTCATGGTCGGTTTGAAGCTCTAGCTTGAATACTTTTAGAATTAATATCTGATGGTAGATAAGGGAAGTTAATAAATCTGTAGTTCTTCCTTATTAAATATTAGGAAAGGCAGATTTGAATATCATCTGTTTAACGAAAAAAAGAAAAAAAAAATCATATGTTTAACAAGGAAGAGGATTGTAGGTGGTTGCATATTGAAGTTAATGATTAGTATAACACGTGCAATCTTGGAAGATTGTATAAGTATGGTAGAAATTCATCTCAGGTTTTCATTTTTGTTTTTTTTTTTTTTTACCTTTTTTCCCCCTCTAATAGATAATAGCTTATAATCTTGTTGTTTGTTAACAAGTGTTCATGATTTATTTATGTAAATATCTTTTGAACTGCTTTGATGTATAATTTTAAATAAAAAAGGATGAATGCAGGAAAAAAAATGTAGTTCACTGGAATTGTTAAGACGCTCTCTTCCATTAAAAAAAAAATGTTAAGATACTCTTCAGATGGGATACCTAGCTCCTCTCTTATCTGTACATTTCGTTGTCAATCGAAAGATCTTTTTTCCATATAAAAAATGGTTTAGTGCAATTGTGCACCCCCTTATGAGGTAGATGCTTTTCCTTTTTTGTTTTTTCCAAAAGATTCAATTAGATGCTCTCGCCCTTGGCTCCCACCTCCAACTCCCAAATGGACGGTTCCCTCAGCTAGAGGGAGAATACTATATAACCTTTTTTTTTAAAAAAAAAGAGAGAAATTAGGAGGGTGTTTTTCTTTTCTTTTCTTCTTTTTCCTTTCAAATTGAAGACTTGTATTATTTTTTACTGATATAATAATTATGATCATATAATTTAAGAGTAGGTCCTCTATAATGCTTATCCTCCCTCTTTTTACAAGCTATTTGATCGGACACTTTCAATAATACCAAATTCTGATGTAAAAGGCATATTTGAGTTTGGACTTTGTGAGGTTCTTAGGAAATAGGATCTTATGATTTACTGTTAGCTTACTGCTTACATGATCACTGTTGGGTAGTTATCTAATTATATGTAAGCTCGTCTTATTTTAAAACTTGTTTGGAAGGCTTTATTTCTATTGGTTGTAAATGGAGATCAATATCTGGTTTTTCCTCGAATGTTTTTTTTTTCTTTAAAATTTTTTAATTTAATTTTTTTTTTAATAAAAGAAACCAACTTTCATTGAGGTAAAAAAAAAAAAAAAAAGAATCCATATGGAAACGTTCTTAATTTGAAATTCCATATTCTATTCTTTTCTTTACCCAAACTAGCTTCTGTCATAGAGTTTACTATTACAACTAGTAACGTTGAGCTATTCCAGAAAGAAATGCAAAGAAGATAGAGAACCTTGTTCATTTGAGTCTGAATCAGACTTCATCTATACGCTCCGTTTTATGTCATGTGTCAACAAGATATTATTTCTCAAGTTGACTAATTGGTGTATTTGTGACTTGATACTTCAGCCCATTTCATTTATCAATGACATTCCGTTTCTCTTCAAAAAAAAAAAAAAGATACTTCAGCCCATTTTTGTTGTACTTGTGTGTATTAACTATAATTGGTTCTCTATATGAAGTTCTTCTTTCCTGTCGTTTCTCTTTTCTCCTCTTTTTAAATGGTTCAAGCTCACTAGTTGCCTGCCTTGTGTGGTAGACCATACTGGAGATGCTATTTTCCTAATACTCAGGCTATAATCTATGTGGTTGATTCAAGTGATACTGATAGGCTGGTGGTTGCGAAAGAGGAGTTTCATGCAATACTAGAGGTACAGTATGGTTCGGTACTAGTTTCAAAGTTGGACTACAAAAATGTGGAAATTGTCAAATGCTAAGCTTGTGTACTCAAGTTTCAAAATTTGGGAATGGAAATCCTTATGATTAGTTATATAGTAAAATTATGCATTTTAGTTGTTTGTTTGTGTCACTTTCCTTTTCCTTCAGTTTCCAATGTCCTATTTCTGCATAAGAAATAAATTAGATGTCTCTGACTGTCCACATTTAACTTGGTAATAGTTTGTAAGTTTGTTTATTGGACAAGTTTCCTGTTTTCAGTAGATTTCTGTTAGCCAGTTCCAATAAAACTATTGTGTGTTTGTGCAGGAAGAAGAGTTGCGGGGTGCAGTTGCCTTAGTTTTTGCGAATAAGCAGGTTAGTGCTGTTGCCTATTATTTTCTTTTTAACATTTATACCAGAAAATAGAATCTATTAGTCTTCGAATTACGAAAAAGAACTCTGATAGTTCAAGTCCACATTTGATTGGACTTTAAAATGGGATTTAAGGATTTGTCTGTATGTGTTTTGAAGAGAACATAAAAGACATCATTTCAACTTATTTGTTTAAAAGAACTGTATGAAGAACTAATTTTTTCCTTTTTACTTGTGTGTTTATTTACATTTCATTTTACTTATTGAATACATTATAAAGTTTAATAACTGCACAATGTGATGGATGCATCATCTGCAGATAATTATTACAAACAAAACAAATACTAGAAACGGTAATATCTTATTTCTGTCAAAACATATTAGAAAACAATAAAATCTTTTTTCTGTTTTTAGCTTCCCCCCCTATAAACCTCACAACTCAAGTGAGTTTTTTGAATTTGAAAACTATTTCTGTAGCTGTTTCTCAAAACCACAACCAAGCCCCAAGACCTAGCCTTTGTGATTGTGCATTTGAGATCTTATGAAGGCAGCATTGCATAAAGGGTTTCAGACAATTATTAATGCAGTTTCTACTTTTCTATCTTTTCTGTATATTATCTTCCCATTGGTATAGGATCTTCCTGGTGCACTTGATGATGCTGCAGTCACAGAGGCTTTAGAGTTGCACAAGATTAAGAACCGCCAATGGGCTATATTTAAAGCTTCTGCTATTAAAGGAGAAGGTCTTTTTGAGGGATTGGATTGGTAAGCTCTGAAAGTTATATCTTGCTTTTGGCTTTTTTTAATGATTCGAGAAACTATAGTAATTAGACACCCCGTAGAAGTTATGAACAAAAGTATTGAAGAAGTATTTTTTTTTCTCTTAAAATTTGTTTTGATTGATGGTTGAAGGATACAAAATATTTTGATAAGAAAAAGGATACGGAATCTTTAATTTAAACTTTTAAAAGTCCAAGACTGTTGTTGAACTATTTAAGAGGTCTTTTCAATGCTGTGTCGAAGTAGGGAACTGGTCAGTGCTTATATTTTCTCCGAAATACCAAAAAAAATAAAAGAAGTAAAGAGGAAAGTAATCATTGCATTCACGGCTGGTGTGTTCTGAACTGGATGTATAATGCTCAACAATTTGAATACATTTCTTTGTTTTTCTTTTTCTTTTTTTTTGCGTGTGAAATAGTGGTCCTAATCTTGTTAATTTATTTTTGGCTACTTTAGAAAAGGGGTTCGATCTTTCAAACTATTATGAAAGGGTTATGAAACTTATACTTTTAAAAGTCCAAGACTGTTGTTGAACTATTTAAGAGGTCTTTTCAAATGCTGTGTCGAAGTAGGGAACTGGTCAGTGCTTATATTTTCTCCAAAATACCAAAAAAAATAAAAGAAGTAAAGAGGAAAGTAATCATTACATTCACGGCTGGTGTGTTCTGAACTGGATGTATAATGCTCAACAATTTGAATACATTTCTTTGTTTTTCTTTTTCTTTTTTTTGCGTGTGAAATAGTGGTCCTAATCTTGTTAATTTATTTTTGGCTACTTCAGAAAAGGGGTTCGATCTTTCAAACTACTATGACAGGGTTATGAAACTTATACTTTATATCAAGCATAATTGGCATGTCACTTGATTCCATTTCACCGACAATTTATTGTTATTGTGAACTCTTGCATTTGTCTTTCTTTTTTCTAAAACCCTTAAAAATAGTTCGATTTCAGATGATTTTGTTCTTGAAATGCCTGGAGCGGCATTGTTAATCAGGGGAAGAGATCGCTTTTATTTAGTCTAACTAGTTAACTTCTTAATGTAGGTTAAGTAACACACTCAAGTCTGGAGGTGGCTAGCTCTTACCAGCCAAGAGAAGAATATTGAAGGCAACCCAGTAGAAGAATACGGTGTTTAAGCGTCATGACTTGCAGAAGAGAACTCATTTGTCCGAGCGATTTCGCCAGTTTTAGTTGTTTTTGGTCACAATTTTTTTAAGGGAATGACTACTGGTATACATGTAAAATTGCTTTCACTAAAGATGGTGACCACTGGAGTCTTCACGGACTCTATTTTTCTTGTTTCCCATCTTTAATTGCTATGGTTTGGAGCATATTTGTTACATTATTTCTGATTCAGATATTGTACTTTCGATCACTATACCCTTTAAAGGATATTCTACTCTGAAACCTAGAATGCATTGTATGGTGCTGACCGTCTTCACCTTGTTGCTGAAGGGATGTCAGATCAGCTTTTGAAGAAGAATTTTAAGTCTTGGAACGCTCCTGTCGTGTGAATGCACGTACAAATAGTGGTCACTATTGGCCTACTACTAAGTCAAGTAAAGACAGAGAGCGGATTAAAAATTATATCAGTCAAGTAGGCTTGTTTGGGGTTTCAGAAAATTCTCTACCAATTCTTCTTTGTTTAGCAATGTCATGGAGACGTAAAAGTGCGATATCAATTTGATTAATTCAATGCTGGTTCAAGTAGGAATTAAGGAATTGAATTACAAAGGTGGTTTGACCAGGGCCTCTCTTCATTACTTCTTTCACGATGAGGGAACTTTAGTTGTCTGATATAACCTTTTTCACAGAGGGCATGGACACAATTTAGATGAATATTGTGTCCTATAGAAGAAGGAGATTGAATGCCTTATCAAGGGAGGGTTCTTAAATGAATATGTCACCAAAAGACTGGGTAGTAGAAGAAGTGATATGATGATTAGAATAACTCGAAAGATGCAAGAAGCTGGTCAAGGTCATAAATTTCATTCAAAAATAAAAAAAAAATTGACCAAAATATGTATTGAGAATGAGAGAGATTCTATATCTAGTCCAACTAATCGAATCGTTTTATTTGCAGATTTGAAACCTCAACTACATGCCTCTCTCAGAATGGTGCAATGAATGGACTGAGTAGAAATGGTAACCGCTTGCAGCTGAACAAAATTTCAATCAATCAACATAGCTTTCAAGAAAGACAAGTTTTTGCCCAGTCAAGCTGATTAGTTTTATTGGTACCACCAGCCAATTCAAAGGTTATATCACTCTCTTAGTTTTGAGGTTCAGAGTACCAACTTTTAATTGCAATTTTGGGTTCTTAACATGTCATCAAGAAACAACCTCACCCTTTCACCAACTATTGCCGTATGATATAATAGCTACATTGTTGAAACTTCATCATGTTAATAGTAATTGTGCCCAAAAAGAGTGAAAACGCTCGAGCAAATGACAACTAAAAGCTGCTCGATCACTATTGTAAGACCGAAGGGCCATAAGTAGCTACTAGAGATAGGGGACTCATTAGCCAAGCCTGGGCTGACTAATTAATAGTTGAGTTGAAGCCCCCAAGGATGAGGCATAACCAACTTAAATTCATTCCATTGAAACATCCGATACAATTCTGCATGGCTTGAAGCTCTAGATAACATGAAATTTGAACTTAGTAGTTTCCTTGAACCTAACATGTCTACTTTTGCTTGGGATCATACTAGCTAATAATGCCAAGGAATGACCTCAAGGTCATAACCTACAAGTTATCGACAAAAGAGAACTCATGTCGGCCACGATCAAATTATTAGTGATGAAGTTTAATGGCTATACGATATAGTTTTCACGAGGGAAGTTTCAGTACTCAAATGGTTTGCCAACATTGTAATAGTGCAAAAGAAGATTAAGTGAAAAAGGTATGGATGGAATTATTACTTATCTATAAAGTAGGTTCCAAAAAGAGTTCATGAGTTGGGCAAGCTATCACTCAAAATATAATCGTATCAGTGAAATTTCTCAGCCTAACATTAACCTTAACCATGATGGCCTGAACATATAAGAAATAATCAAAGTTAGACACAACTTAGCCATGGTTTTACCATAAAAGAGTTCTTCAAGTTAGGCAAACTATTAAAAGGATAGGCATTATATTGGCTTAAAAAGTCAAAGTTAAAAGTGGTTTGATACTCAATTGATCCATGATGACATCCTCTACAAGAGATATTTCTTTGTCTTATGATCTTAGATTCCTAGATGAAAACCAAGCCAAGTAGTTCTTTCTCCATACCACTATGATAGGTGGCATGATGCAAAAGGCCTACACACCTCAAAGTTGGTTCGTCTTTTAAGAATACTAGTCTGTTAACACGTGCAATGTATGTTTGTATTTTTTTTTTGTAAGAATACTAGTTTGTTAACATGTGACAAACCATGTTAGGAATTATAAATATTACATGACTTGAAAATCCTCTATCATTACCAAATTAATACTACTAATATATTACTATAACCGTGAAGATGATTTGTTTATTATTAATATATGTATTTGTATAGATATATTTATTTATGATCAAGCTCTTTCTTCATATCTTAGTTTTTATTATTATCTTTCTTGAAACATTGTACATATTTGACCTTAAGCATTATTAATATTTGAACTTAAAATGTTAGTTTATGACTTAATTAAATAGACTATTATTAAAGTTTATTCAATTAATAAAAAATTATTATAAGTTTTCGTAAAATTGGAAGTTTTTCTTGAATTAGTAGTTGACATTTAACATCCATCGATCTTTCCAAAAATTTAAGTAACTGTGATTGACATCGACGTTGATATTTTTTGTGCATTGATTGGATTGTGGCCCAAATTTCTTGCAATATATTAATTGTAGCTCAAATTTTGGGAAATAAAGTAAATAGATGAAAAACTGTGATCGGCTTTTGGAGTAAACTTAAAAAAAAAAAAAAAAAAAAAAAAACCCAACTTGGGCTCTTGAGTTAGACACCTTTATTACATGAAAATTTGACCATTTAATCTCAAATCTTTCTTGATCTTTTGATATATTTTGTGAGAAAACAAATATTGTGATAATTTTGAATGATTTGAACTTGTTTATCTACTCTTTTAGAGAGAGTTTATCTTGTGGACTTCATTGTAAAAAATTTAAGGAAATTTGTATTAAGCATTTAGAATAAAATGAAACACATGTAATTGGGTGTGAGAGTCTTCGAAAAGATCGAAGTTAGGTTGCTCTTGAACCTAAGAAACGTAACTTGTAGTTATTTCATTCTCATCCATACAAAAGGTCATGTGTAAGAGCTTAAAAACTGGCTATATGCTTGATTAAAACTGAACCACTATAATTTTTGTAGTCTGAGTTTTCTTTGTTCTTAAAACTTTTGATTTATTGCATTTGGTATTATTGTTTGGATTTATTTTCATATTGTTTATTTATTAGTCATGGTTGAGTTGAATTTATGTCATATTTGATATCTTAAATTATTTAGAAATTGTTTGCAAAAAAAATAAAATAAAATATTATTGCTTTTACATAAATTGATTAATTAAAATTTTAATTTGAAAGTGTACTTATTTATTATAATCTAAAAGAATGAGAAATGAGAACGTTATCAAACCAACTCTAAAACTTAAAAATGAAATAAAAATAATTAAAAGTTTAAGAACTAATGTCAAAATTCTAAAAGGTTTTAGGGAAAACATGTGTAAAAATTTAAAGAATTAAAAGTATAATTTTTAAAACTACTTTGCAATAAAAATCTTAAGAATTAAAAGTATAATTTTTCTAAAAAATATTACAAAAAAAGAAAAAAACAAAAACAAAAACTTGTGAAGTATAATCTCTTTTTGAAGAGGTAAGTCCACTTTTCATAATACGAACCAATCTCTTGAAGAGAAATGAGTTATTTGGCACTTCCATAGAACTAGCATATTTTTCTAATATGTTTGCAAACTACAATATTTTTCTAATAAGTTTTTTAAACAATAATATTTTTAAAAATTTGGTTGAAACTATATTTTGAGTGAAAAGGTAGATATCTAAATTAAAAAAATTGAGCCATTTAATTCCGAGGGACATCAATTTTCAAAAAATCTCCACAAAGATGATCAATTAAATGATTAGTTTAAAAACGAAAATGATAATTTTGTATATATGTATATATTTTAGAAAATTCAATTGTTTGAAAAATGGAATTCGTGACCCAAGTTTTTAATATCTTCACCTGTTTTGTTATGTTCAAATTATCTAATACATATCCTTAGGCATTAAAAATTTTATGCCATTATTTTAGGATTGATGTTTTATTACCAATTTATTCATATATCCATACTTTTAAATTATTATATTATAAATAAAAGAGAGAAAGCACGCATGATCATTTAAGTTATGTTTAGGTTGGTAAATTATAACTTTTAACAATTACATCATTATAATTTTTGTTTGAAGTGGAGCAGAAATTATTTTCATAGATGTAATAACTCCTCCATCACACCTTTAAATTAAAAATGGCAATTGTCTTCCTAATAGCCATTTTATTTTCACTCTTAACTTAATCTTTGTTGTAGTATCTGAAGGCGAACATACCTGCAAAATAAATTTGAAATTATTGATATATATGAAAAAAGTTAAAAAATCTCAAGCACAACAAATACATAAATTCTATTTGTTATTTCTTTCAAAAAATTATATTAATGCCAATTATTGATCAGGTTATATATATATATATATAGAGTTCAACAACTGCAGGGTGGCGGGAATCGAACCATCAATGTTTGAAATGGTAATATGTGTCTTATTCACTGAGCTATATGCTCAGATTAGCGATCATGTTATATTCTTAGAAATGAAAAGTAAGTCAACATGAGAGCATAGTTCAGTAGTTAAAACATTTTTACTTCTTCTAAGAGGTTGGAGATCTTGAATACCCACCATTGTATTTATGATATAATATTCTAAAAAAAGAAATAATAAATAAAAATTGATTATTAAAAAAATCTTAATTATTTTTAGAAAAAATTGCATAAACTACCCATTTTCTATAAGGGGTTGTTACAATGAGCGGATATCAATTTTTGGCTAAAATCGATGCTGAATCGATGTATCGATTTAAAAAAATAAAAAATGAATGTCAAAATCAATTTTTAAACAATCGAATCGACCGCCAACCAAAATTAATTTTTTTTTTCTTAAATCGATATGTTGGTTTTTATCAAATTGAAAATTGTATGAATGTAACAATAGTTGTGGTTTTTGCAATTTTTCCAAATTTTTATAAACATAACACAATTGAATAATTTTAGGTTTAAATCTCATTGTGATCCCTAGAGTTTTAAGTTTGTTCCATTTTGGTCTCAATTTTCAAAATGCCAATTTTGGTCCATGAACTTTCAAGTTTATTCTATTTTGGTCCTCAAACTTTCAAAAAATAACTATTTTGGTCATTGATATATTTTTTTGTCTCATAATATCTATTTAACTAACGCTCGCATCCAATTTATATGGCCTAAATACAAGTTCACAGTAACATGCTAATATATTTATCAAAGGCTATGTTATTAATTTGATAAAACAAAATAAAGGTAAAGACCAAAATAATTATTTTTGAAAAATTTAGGAACTAAAATGATATTTTGAAAGTTCAAGATAAAAATAGAACAAATTTGAAAATTCAAGAATTAAAATCAACATTTTAAAAATTTAGAGACTAGAATAAAACAATTTTTTTTTTGTTTTTGTACAACAGAATAGAACAAATTGAACGGTTTAGGGACAGATAGAATTTAAGCATGTTGTCACCGGCCGAGCATCAGGAGGGTGGCCATAGGGTTGGATCCAGGCGAGACGATGAAGGTGGAGCCGTCGAGTACACGGAAATTTTTTATTCCGATCACACTGTAATTACCGTCGACCACTTTTCCGACCAAACATCCTCCATGGTAATGCCAATACGACGTCACCGTTTTCCGACAGAAATCTCCGACGGAAGCATCATTCGACATGTTTTCCGGCAACGGAAGCCCCAGAAACTGAAGTGTCTTCTTAAACTCCAAATCCTGCGTCTTAATGTTTTCTATTGTTTGGGTTTTCAGCAAATCTGCCACTTTTCTTACTCCTCTAACACATCCCGCAAGATCATCGGGTTGCGCATAATAATTGAATCGGACAATGGGACTCTTTTTCACATCAGTGGAAGAATTCAGCTGGAGCGAGCCAACAGAAGCCGCTTTAGTGAATTTTCCGCCGATGGTGGCTAA

mRNA sequence

ATGAAATCTCGGAACGTATTGGTTCTGGTTCTTTGTTTGAATGTGGTTTTGCTTGCAGCGATTGCTGAGCCTCCGACATGTCCTGCTGATCTAGGAGGTGAATGCAGCCATTCTGGGGAATGGGAGGGGGAATTTTTCCCTGGTATTCCCAAGATTAAGTATGAGGGTCCGGCTAGCAAAAATCCACTGGCATTTAAATGGTATAATGCCGATGAGGAAATTCTTGGGAAGAAAATGAAGGACTGGATGAGATTCAGTGTTGCATTTTGGCATACGTTCCGTGGGACGGGAGGAGACCCCTTTGGTGCTGCAACTAAGTATTGGCCATGGGAAGATGGTACCAATTCATTGGCTATGGCAAAGAGGAGGATGAGAGCTAATTTCGAGTTCATAAACAAACTTGGGGTTGACTGGTGGTGCTTCCATGATAGAGATATAGCCCCAGATGGACAAACCCTGGAGGAAAGTAATGCAAACTTGGATGAGGTGATTGCCCTTGCTAAAGAGCTTCAGGGAACCAAAATTAGGCCTCTGTGGGGTACAGCACAACTGTTCATGCACCCTCGATACATGCACGGTGCCGCTACTAGCTCTGAAATCGGTGTATATGCATATGCTGCTGCTCAAGTCAAGAAAGCAATTGAGGTCACTCATCATTTGGGGGGCGAAAACTATGTGTTCTGGGGTGGTCGCGAGGGTTATCAGTCTCTACTGAACACTGATATGGGGCGAGAGCTTGATCATCTGGCCAGGTTTCTTGAAGCTGCTGTTGCCTACAAAAAGAAGATTGGATTCAATGGAACCTTGCTAATTGAACCCAAGCCCCAAGAGCCTACCAAACATCAGTATGATTGGGATGCTGCAACAACAGCTAATTTCCTGCGAAAATATGGTCTTATAGATGAATTTAAGCTTAACATTGAATGCAATCATGCCACCCTATCGGGTCACAGTTGCCACCACGAACTTGAAACCGCAAGGATCAATGGGCTTCTGGGAAATATCGATGCAAACACTGGCGATCCTCAAATTGGTTGGGATACTGATCAATTTATGACTGACATAGGAGAGGCTACTATGGTTATGCTCAGTGTTGTGAGAAATGGAGGGTTGGCACCAGGTGGATTCAATTTTGATGCAAAATTGCGAAGAGAGAGCACGGATGTTGAAGATTTGTTTATCGCTCACATTAGTGGAATGGATACCCTGGCCCGTGGACTCCGAAATGTTGCTAAGCTAATCGAGGATGGTTCTTTAACGGAGCTTGTTCGTAAGAGATACCAGAGTTTTGACACTGAAATCGGCGCACAAATAGAGGCTGGTAAGGCTGATTTTGAATATCTTGAGAAGAAGGCCATGGAATGGGGAGAGCCAAAGGTTCCTTCTGCCAAGCAGGAACTTGCAGAGATGATTTTCCATGACGTGGATAGACCGTACCGCAGCGGGAGGAACACGGCCATCAACGATTTTCGGTTACTTGCGAATTTACCTTCCAATTTCCCAAACTCCATTTTCGAGAATTGTGATGCGAATTCGAGCCAGATCAGAGAGTTTGCGACTGTGAGTCTTCTCCTCACTGTCACTTCTTTCTCCGGATCTCACAATCAATCCATAATTCCGATACCAACGCAGGTTTCCCTGATATTCTCTGCTTACTCCTTCGTGTTTTTGGTTTACGTGATATTGGGATGCCATGTAATGGATTCACTTGGCATTGTGCAGATCGGCTACAGATGGGGGAGGTTGTCTCCACAATTCCAAGTTGGTATTCTTTCCAAATGTGATGTTATGGTTCTCTTGTTTTGTCTGCTCAGAGAAAGGGGGAGGGCTATAATCTATGTGGTTGATTCAAGTGATACTGATAGGCTGGTGGTTGCGAAAGAGGAGTTTCATGCAATACTAGAGGTACAGTATGGTTCGGAAGAAGAGTTGCGGGGTGCAGTTGCCTTAGTTTTTGCGAATAAGCAGGATCTTCCTGGTGCACTTGATGATGCTGCAGTCACAGAGGCTTTAGAGTTGCACAAGATTAAGAACCGCCAATGGGCTATATTTAAAGCTTCTGCTATTAAAGGAGAAGGTCTTTTTGAGGGATTGGATTGGCGAGACGATGAAGGTGGAGCCGTCGAGTACACGGAAATTTTTTATTCCGATCACACTGTAATTACCGTCGACCACTTTTCCGACCAAACATCCTCCATGGTAATGCCAATACGACGTCACCGTTTTCCGACAGAAATCTCCGACGGAAGCATCATTCGACATGTTTTCCGGCAACGGAAGCCCCAGAAACTGAAGTGTCTTCTTAAACTCCAAATCCTGCGTCTTAATGTTTTCTATTGTTTGGGTTTTCAGCAAATCTGCCACTTTTCTTACTCCTCTAACACATCCCGCAAGATCATCGGGTTGCGCATAATAATTGAATCGGACAATGGGACTCTTTTTCACATCAGTGGAAGAATTCAGCTGGAGCGAGCCAACAGAAGCCGCTTTAGTGAATTTTCCGCCGATGGTGGCTAA

Coding sequence (CDS)

ATGAAATCTCGGAACGTATTGGTTCTGGTTCTTTGTTTGAATGTGGTTTTGCTTGCAGCGATTGCTGAGCCTCCGACATGTCCTGCTGATCTAGGAGGTGAATGCAGCCATTCTGGGGAATGGGAGGGGGAATTTTTCCCTGGTATTCCCAAGATTAAGTATGAGGGTCCGGCTAGCAAAAATCCACTGGCATTTAAATGGTATAATGCCGATGAGGAAATTCTTGGGAAGAAAATGAAGGACTGGATGAGATTCAGTGTTGCATTTTGGCATACGTTCCGTGGGACGGGAGGAGACCCCTTTGGTGCTGCAACTAAGTATTGGCCATGGGAAGATGGTACCAATTCATTGGCTATGGCAAAGAGGAGGATGAGAGCTAATTTCGAGTTCATAAACAAACTTGGGGTTGACTGGTGGTGCTTCCATGATAGAGATATAGCCCCAGATGGACAAACCCTGGAGGAAAGTAATGCAAACTTGGATGAGGTGATTGCCCTTGCTAAAGAGCTTCAGGGAACCAAAATTAGGCCTCTGTGGGGTACAGCACAACTGTTCATGCACCCTCGATACATGCACGGTGCCGCTACTAGCTCTGAAATCGGTGTATATGCATATGCTGCTGCTCAAGTCAAGAAAGCAATTGAGGTCACTCATCATTTGGGGGGCGAAAACTATGTGTTCTGGGGTGGTCGCGAGGGTTATCAGTCTCTACTGAACACTGATATGGGGCGAGAGCTTGATCATCTGGCCAGGTTTCTTGAAGCTGCTGTTGCCTACAAAAAGAAGATTGGATTCAATGGAACCTTGCTAATTGAACCCAAGCCCCAAGAGCCTACCAAACATCAGTATGATTGGGATGCTGCAACAACAGCTAATTTCCTGCGAAAATATGGTCTTATAGATGAATTTAAGCTTAACATTGAATGCAATCATGCCACCCTATCGGGTCACAGTTGCCACCACGAACTTGAAACCGCAAGGATCAATGGGCTTCTGGGAAATATCGATGCAAACACTGGCGATCCTCAAATTGGTTGGGATACTGATCAATTTATGACTGACATAGGAGAGGCTACTATGGTTATGCTCAGTGTTGTGAGAAATGGAGGGTTGGCACCAGGTGGATTCAATTTTGATGCAAAATTGCGAAGAGAGAGCACGGATGTTGAAGATTTGTTTATCGCTCACATTAGTGGAATGGATACCCTGGCCCGTGGACTCCGAAATGTTGCTAAGCTAATCGAGGATGGTTCTTTAACGGAGCTTGTTCGTAAGAGATACCAGAGTTTTGACACTGAAATCGGCGCACAAATAGAGGCTGGTAAGGCTGATTTTGAATATCTTGAGAAGAAGGCCATGGAATGGGGAGAGCCAAAGGTTCCTTCTGCCAAGCAGGAACTTGCAGAGATGATTTTCCATGACGTGGATAGACCGTACCGCAGCGGGAGGAACACGGCCATCAACGATTTTCGGTTACTTGCGAATTTACCTTCCAATTTCCCAAACTCCATTTTCGAGAATTGTGATGCGAATTCGAGCCAGATCAGAGAGTTTGCGACTGTGAGTCTTCTCCTCACTGTCACTTCTTTCTCCGGATCTCACAATCAATCCATAATTCCGATACCAACGCAGGTTTCCCTGATATTCTCTGCTTACTCCTTCGTGTTTTTGGTTTACGTGATATTGGGATGCCATGTAATGGATTCACTTGGCATTGTGCAGATCGGCTACAGATGGGGGAGGTTGTCTCCACAATTCCAAGTTGGTATTCTTTCCAAATGTGATGTTATGGTTCTCTTGTTTTGTCTGCTCAGAGAAAGGGGGAGGGCTATAATCTATGTGGTTGATTCAAGTGATACTGATAGGCTGGTGGTTGCGAAAGAGGAGTTTCATGCAATACTAGAGGTACAGTATGGTTCGGAAGAAGAGTTGCGGGGTGCAGTTGCCTTAGTTTTTGCGAATAAGCAGGATCTTCCTGGTGCACTTGATGATGCTGCAGTCACAGAGGCTTTAGAGTTGCACAAGATTAAGAACCGCCAATGGGCTATATTTAAAGCTTCTGCTATTAAAGGAGAAGGTCTTTTTGAGGGATTGGATTGGCGAGACGATGAAGGTGGAGCCGTCGAGTACACGGAAATTTTTTATTCCGATCACACTGTAATTACCGTCGACCACTTTTCCGACCAAACATCCTCCATGGTAATGCCAATACGACGTCACCGTTTTCCGACAGAAATCTCCGACGGAAGCATCATTCGACATGTTTTCCGGCAACGGAAGCCCCAGAAACTGAAGTGTCTTCTTAAACTCCAAATCCTGCGTCTTAATGTTTTCTATTGTTTGGGTTTTCAGCAAATCTGCCACTTTTCTTACTCCTCTAACACATCCCGCAAGATCATCGGGTTGCGCATAATAATTGAATCGGACAATGGGACTCTTTTTCACATCAGTGGAAGAATTCAGCTGGAGCGAGCCAACAGAAGCCGCTTTAGTGAATTTTCCGCCGATGGTGGCTAA

Protein sequence

MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASKNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMAKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWGTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNTDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLIDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATMVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLTELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIFHDVDRPYRSGRNTAINDFRLLANLPSNFPNSIFENCDANSSQIREFATVSLLLTVTSFSGSHNQSIIPIPTQVSLIFSAYSFVFLVYVILGCHVMDSLGIVQIGYRWGRLSPQFQVGILSKCDVMVLLFCLLRERGRAIIYVVDSSDTDRLVVAKEEFHAILEVQYGSEEELRGAVALVFANKQDLPGALDDAAVTEALELHKIKNRQWAIFKASAIKGEGLFEGLDWRDDEGGAVEYTEIFYSDHTVITVDHFSDQTSSMVMPIRRHRFPTEISDGSIIRHVFRQRKPQKLKCLLKLQILRLNVFYCLGFQQICHFSYSSNTSRKIIGLRIIIESDNGTLFHISGRIQLERANRSRFSEFSADGG

Homology

[Close]

BLAST of Sgr029804 vs. NCBI nr
Match: XP_022153324.1 (xylose isomerase [Momordica charantia] >XP_022153325.1 xylose isomerase [Momordica charantia])

HSP 1 Score: 937.9 bits (2423), Expect = 5.8e-269
Identity = 444/473 (93.87%), Postives = 462/473 (97.67%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCP-ADLGGECSHSGEWEGEFFPGIPKIKYEGPAS 60
           MKSRNVLVLVLCLNV+LL AIAE PTCP ADLGGECSHSGEWEGEFFPGIPKIKYEGP S
Sbjct: 1   MKSRNVLVLVLCLNVLLLGAIAESPTCPAADLGGECSHSGEWEGEFFPGIPKIKYEGPDS 60

Query: 61  KNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM 120
           K PLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM
Sbjct: 61  KKPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM 120

Query: 121 AKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLW 180
           AKRRMRANFEFINKLGV+WWCFHDRDIAPDGQTL+E+NANLD V+ALAKELQGTKI+PLW
Sbjct: 121 AKRRMRANFEFINKLGVEWWCFHDRDIAPDGQTLKETNANLDAVVALAKELQGTKIKPLW 180

Query: 181 GTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLN 240
           GTAQLF+HPRYMHGAATSSE+ VYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQSLLN
Sbjct: 181 GTAQLFVHPRYMHGAATSSEVAVYAYAAAQVKKAMEVTHYLGGENYVFWGGREGYQSLLN 240

Query: 241 TDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGL 300
           TDMGRELDHLARFLEAAVA+KKKIGFNGTLLIEPKPQEPTKHQYDWDAAT ANFLRKYGL
Sbjct: 241 TDMGRELDHLARFLEAAVAHKKKIGFNGTLLIEPKPQEPTKHQYDWDAATAANFLRKYGL 300

Query: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEAT 360
           IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDAN+GDPQ+GWDTDQF+TD+GEAT
Sbjct: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANSGDPQVGWDTDQFLTDVGEAT 360

Query: 361 MVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSL 420
           MVMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLR+V  LIEDGSL
Sbjct: 361 MVMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRSVKNLIEDGSL 420

Query: 421 TELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
            ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKA+EWGEPKVPSAKQELAEMIF
Sbjct: 421 MELVRKRYQSFDTEIGAQIEAGKADFEYLEKKALEWGEPKVPSAKQELAEMIF 473

[Close]

BLAST of Sgr029804 vs. NCBI nr
Match: XP_022965704.1 (xylose isomerase [Cucurbita maxima])

HSP 1 Score: 930.6 bits (2404), Expect = 9.3e-267
Identity = 437/472 (92.58%), Postives = 458/472 (97.03%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD+  ECSHSG+WEGEFFP I KI YEGPASK
Sbjct: 1   MKSREVLALFLCLNVFLLGAIAEPPTCPADVNNECSHSGDWEGEFFPDISKIVYEGPASK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 61  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPDG TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 121 KRRMRANFEFIKKLGVEFWCFHDRDIAPDGLTLEETNANLDAVVALAKELQGTKIKPLWG 180

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 181 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 240

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 241 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 300

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 301 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 360

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 361 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 472

[Close]

BLAST of Sgr029804 vs. NCBI nr
Match: XP_023537255.1 (xylose isomerase isoform X1 [Cucurbita pepo subsp. pepo] >XP_023537256.1 xylose isomerase isoform X2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 930.2 bits (2403), Expect = 1.2e-266
Identity = 437/472 (92.58%), Postives = 457/472 (96.82%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD   ECSHSG+WEGEFFPGI KI YEGPASK
Sbjct: 17  MKSREVLALFLCLNVFLLGAIAEPPTCPADANNECSHSGDWEGEFFPGISKIVYEGPASK 76

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 77  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 136

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPD  TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 137 KRRMRANFEFIKKLGVEFWCFHDRDIAPDALTLEETNANLDAVVALAKELQGTKIKPLWG 196

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 197 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 256

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 257 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 316

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 317 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 376

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 377 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 436

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 437 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 488

[Close]

BLAST of Sgr029804 vs. NCBI nr
Match: XP_023537257.1 (xylose isomerase isoform X3 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 930.2 bits (2403), Expect = 1.2e-266
Identity = 437/472 (92.58%), Postives = 457/472 (96.82%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD   ECSHSG+WEGEFFPGI KI YEGPASK
Sbjct: 1   MKSREVLALFLCLNVFLLGAIAEPPTCPADANNECSHSGDWEGEFFPGISKIVYEGPASK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 61  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPD  TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 121 KRRMRANFEFIKKLGVEFWCFHDRDIAPDALTLEETNANLDAVVALAKELQGTKIKPLWG 180

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 181 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 240

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 241 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 300

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 301 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 360

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 361 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 472

[Close]

BLAST of Sgr029804 vs. NCBI nr
Match: XP_022937824.1 (xylose isomerase isoform X1 [Cucurbita moschata])

HSP 1 Score: 929.9 bits (2402), Expect = 1.6e-266
Identity = 437/472 (92.58%), Postives = 457/472 (96.82%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD   ECSHSG+WEGEFFPGI KI YEGPASK
Sbjct: 17  MKSREVLALFLCLNVFLLGAIAEPPTCPADANNECSHSGDWEGEFFPGINKIVYEGPASK 76

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 77  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 136

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPD  TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 137 KRRMRANFEFIKKLGVEFWCFHDRDIAPDALTLEETNANLDAVVALAKELQGTKIKPLWG 196

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 197 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 256

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 257 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 316

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 317 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 376

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 377 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 436

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 437 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 488

[Close]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot
Match: Q9FKK7 (Xylose isomerase OS=Arabidopsis thaliana OX=3702 GN=XYLA PE=2 SV=2)

HSP 1 Score: 860.5 bits (2222), Expect = 1.5e-248
Identity = 399/473 (84.36%), Postives = 437/473 (92.39%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MK     +L+LC         A+PPTCPADLGG+CS S +W+G+FFP IPKIKYEGP+SK
Sbjct: 1   MKKVEFFMLLLCFIAASSLVSADPPTCPADLGGKCSDSDDWQGDFFPEIPKIKYEGPSSK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLA++WYNA+EEILGKKMKDW RFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS++MA
Sbjct: 61  NPLAYRWYNAEEEILGKKMKDWFRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVSMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQ-GTKIRPLW 180
           KRRMRANFEF+ KLGVDWWCFHDRDIAPDG TLEESN NLDEVI LAKELQ G+KI+PLW
Sbjct: 121 KRRMRANFEFLKKLGVDWWCFHDRDIAPDGTTLEESNKNLDEVIELAKELQKGSKIKPLW 180

Query: 181 GTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLN 240
           GTAQLF+HPRYMHG ATSSE+GVYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQ+LLN
Sbjct: 181 GTAQLFLHPRYMHGGATSSEVGVYAYAAAQVKKAMEVTHYLGGENYVFWGGREGYQTLLN 240

Query: 241 TDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGL 300
           TDMGRELDHLARF EAAVAYKKKIGF GTLLIEPKPQEPTKHQYDWDAAT ANFLRKYGL
Sbjct: 241 TDMGRELDHLARFFEAAVAYKKKIGFKGTLLIEPKPQEPTKHQYDWDAATAANFLRKYGL 300

Query: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEAT 360
           IDEFKLNIECNHATLSGH+CHHELETARINGLLGNIDANTGD Q GWDTDQF+TD+GEAT
Sbjct: 301 IDEFKLNIECNHATLSGHTCHHELETARINGLLGNIDANTGDAQTGWDTDQFLTDVGEAT 360

Query: 361 MVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSL 420
           MVM+SV++NGG+APGGFNFDAKLRRESTDVEDLFIAHISGMDT+ARGLRN  K++E+GSL
Sbjct: 361 MVMMSVIKNGGIAPGGFNFDAKLRRESTDVEDLFIAHISGMDTMARGLRNAVKILEEGSL 420

Query: 421 TELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           +ELVRKRY ++D+E+G QIE GKADFEYLEKKA E+GEPKV SAKQELAEMIF
Sbjct: 421 SELVRKRYATWDSELGKQIEEGKADFEYLEKKAKEFGEPKVSSAKQELAEMIF 473

[Close]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot
Match: Q40082 (Xylose isomerase OS=Hordeum vulgare OX=4513 GN=XYLA PE=1 SV=1)

HSP 1 Score: 807.0 bits (2083), Expect = 2.0e-232
Identity = 379/475 (79.79%), Postives = 423/475 (89.05%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSH--SGEWEGEFFPGIPKIKYEGPA 60
           MK   +LVL+L  ++ L AA+A   TCPAD+G +C+   S +WEGEFFPGI KI YEGP 
Sbjct: 1   MKGGELLVLLLASSLCLSAAVAAQETCPADIGAKCTDAASDDWEGEFFPGIDKINYEGPT 60

Query: 61  SKNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLA 120
           SK PL++KWYNA+E ILGKKMKDW RFSVAFWHTFRGTGGDPFGA TK WPWEDGTNSLA
Sbjct: 61  SKKPLSYKWYNAEEVILGKKMKDWFRFSVAFWHTFRGTGGDPFGAPTKNWPWEDGTNSLA 120

Query: 121 MAKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQG-TKIRP 180
           MAKRRM+A+FEF+ KLGV+ WCFHDRDIAPDG+TL E+NANLDE++ LAK+LQ  T I+P
Sbjct: 121 MAKRRMKAHFEFMEKLGVERWCFHDRDIAPDGKTLAETNANLDEIVELAKQLQSETNIKP 180

Query: 181 LWGTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSL 240
           LWGTAQLFMHPRYMHGAATS E+ VYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQ+L
Sbjct: 181 LWGTAQLFMHPRYMHGAATSPEVKVYAYAAAQVKKALEVTHYLGGENYVFWGGREGYQTL 240

Query: 241 LNTDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKY 300
           LNTDM REL+HLA FL+AAV +KKKIGFNGTLLIEPKPQEPTKHQYDWD ATT +FL+K+
Sbjct: 241 LNTDMKRELEHLANFLQAAVNHKKKIGFNGTLLIEPKPQEPTKHQYDWDVATTFSFLQKF 300

Query: 301 GLIDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGE 360
           GL  EFK+N+ECNHATLSGHSCHHELETARIN +LGNIDANTGDPQ+GWDTD+F+TDI E
Sbjct: 301 GLTGEFKINVECNHATLSGHSCHHELETARINDILGNIDANTGDPQVGWDTDEFLTDISE 360

Query: 361 ATMVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDG 420
           AT++M SVV+N GLAPGGFNF AKLRRESTDVEDLFIAHISGMDT+ARG RNV KLIEDG
Sbjct: 361 ATLIMSSVVKNDGLAPGGFNFYAKLRRESTDVEDLFIAHISGMDTMARGRRNVVKLIEDG 420

Query: 421 SLTELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           SL ELVRKRYQSFDTEIGA IEAGK DFE LEKKA+EWGEP VPS KQELAEM+F
Sbjct: 421 SLDELVRKRYQSFDTEIGAMIEAGKGDFETLEKKALEWGEPTVPSGKQELAEMLF 475

[Close]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot
Match: B9MPG8 (Xylose isomerase OS=Caldicellulosiruptor bescii (strain ATCC BAA-1888 / DSM 6725 / Z-1320) OX=521460 GN=xylA PE=3 SV=1)

HSP 1 Score: 526.2 bits (1354), Expect = 6.9e-148
Identity = 251/431 (58.24%), Postives = 319/431 (74.01%), Query Frame = 0


Query: 44  EFFPGIPKIKYEGPASKNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGA 103
           ++F  IP++KYEGP S NP AFK+YN DE I GK +KD +RF++A+WHTF  TG DPFG 
Sbjct: 2   KYFKDIPEVKYEGPQSDNPFAFKYYNPDEIIDGKPLKDHLRFAIAYWHTFCATGSDPFGQ 61

Query: 104 ATKYWPWEDGTNSLAMAKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEV 163
            T   PW+  +N +  AK R+ A FEF   L V ++CFHDRDIAP+G+ L+ESN NLDE+
Sbjct: 62  PTIVRPWDKFSNRMDNAKARVEAAFEFFELLDVPFFCFHDRDIAPEGENLKESNKNLDEI 121

Query: 164 IALAKE-LQGTKIRPLWGTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGG 223
           ++L KE L+ +K + LWGTA LF HPRY+HGAATS    V+AYAAAQVKKA+EVT  LGG
Sbjct: 122 VSLIKEYLKTSKTKVLWGTANLFSHPRYVHGAATSCNADVFAYAAAQVKKALEVTKELGG 181

Query: 224 ENYVFWGGREGYQSLLNTDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQ 283
           ENYVFWGGREGY++LLNTDMG ELD+LARFL  AV Y K+IGF+G  LIEPKP+EPTKHQ
Sbjct: 182 ENYVFWGGREGYETLLNTDMGLELDNLARFLHMAVEYAKEIGFDGQFLIEPKPKEPTKHQ 241

Query: 284 YDWDAATTANFLRKYGLIDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDP 343
           YD+D+A    FL+KY L   FKLNIE NHATL+GH  HHEL  ARIN +LG+IDAN GD 
Sbjct: 242 YDFDSAHVYGFLKKYDLDKYFKLNIEVNHATLAGHDFHHELRFARINNMLGSIDANMGDL 301

Query: 344 QIGWDTDQFMTDIGEATMVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDT 403
            +GWDTDQF TD+   T+ M  V++ GG   GG NFDAK+RR S ++EDL I HI+GMD 
Sbjct: 302 LLGWDTDQFPTDVRLTTLAMYEVIKAGGFDKGGLNFDAKVRRGSFELEDLVIGHIAGMDA 361

Query: 404 LARGLRNVAKLIEDGSLTELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPS 463
            A+G +   KL++DG   + + +RY+S+   IGA+I +G+A+F+ LE+ A+   + +  S
Sbjct: 362 FAKGFKIAYKLVKDGVFDKFIDERYKSYKEGIGAKIVSGEANFKMLEEYALSLDKIENKS 421

Query: 464 AKQELAEMIFH 474
            KQEL EMI +
Sbjct: 422 GKQELLEMILN 432

[Close]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot
Match: Q9KGU2 (Xylose isomerase OS=Caldanaerobacter subterraneus subsp. yonseiensis OX=111519 GN=xylA PE=3 SV=1)

HSP 1 Score: 517.7 bits (1332), Expect = 2.5e-145
Identity = 247/431 (57.31%), Postives = 317/431 (73.55%), Query Frame = 0


Query: 44  EFFPGIPKIKYEGPASKNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGA 103
           E+F  +PK++YEGP S NP AFK+YN DE I GK +K+ +RF+VA+WHTF GTG DPFGA
Sbjct: 2   EYFKNVPKVQYEGPKSNNPYAFKFYNPDEIIDGKPLKEHLRFAVAYWHTFTGTGTDPFGA 61

Query: 104 ATKYWPWEDGTNSLAMAKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEV 163
           +T   PW+  ++ + +AK R+ A FEF  KL V ++CFHDRDIAP+G  L E+N NL  +
Sbjct: 62  STMQRPWDRFSDPMDIAKARVEAAFEFFEKLDVPFFCFHDRDIAPEGDNLRETNKNLGTI 121

Query: 164 IALAKE-LQGTKIRPLWGTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGG 223
           +A+ K+ L+ +K + LWGTA LF HPRY+HGAATS    V+AYAAAQVKKA+E+T  LGG
Sbjct: 122 VAMIKDYLKTSKAKVLWGTANLFSHPRYVHGAATSCNADVFAYAAAQVKKALEITKELGG 181

Query: 224 ENYVFWGGREGYQSLLNTDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQ 283
           +NYVFWGGREGY++LLNTD   ELD+LARFL  AV Y K+IGF G LLIEPKP+EPTKHQ
Sbjct: 182 QNYVFWGGREGYETLLNTDTELELDNLARFLHMAVEYAKEIGFEGQLLIEPKPKEPTKHQ 241

Query: 284 YDWDAATTANFLRKYGLIDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDP 343
           YD+DAA    FL+KYGL   FKLNIE NHATL+GH   HEL  ARIN +LG+IDAN  D 
Sbjct: 242 YDFDAAHVYAFLKKYGLDKYFKLNIEVNHATLAGHEFQHELRYARINNILGSIDANMRDM 301

Query: 344 QIGWDTDQFMTDIGEATMVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDT 403
            +GWDTDQF TDI   T+ M  V++ GG   GG NFDAK+RR S + EDLFIAHI+GMD 
Sbjct: 302 LLGWDTDQFPTDIRMTTLAMYEVIKMGGFDKGGLNFDAKVRRASFEPEDLFIAHIAGMDA 361

Query: 404 LARGLRNVAKLIEDGSLTELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPS 463
            A+G +   +L++DG   + + +RY+S+   IGA+I +G+A+F+ LE+ A+   + +  S
Sbjct: 362 FAKGFKVAYRLVKDGVFDKFIEERYKSYKEGIGAEIVSGRANFKTLEEYALNNPKIENKS 421

Query: 464 AKQELAEMIFH 474
            KQEL E I +
Sbjct: 422 GKQELLESILN 432

[Close]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot
Match: P22842 (Xylose isomerase OS=Thermoanaerobacter pseudethanolicus (strain ATCC 33223 / 39E) OX=340099 GN=xylA PE=3 SV=1)

HSP 1 Score: 514.2 bits (1323), Expect = 2.7e-144
Identity = 245/431 (56.84%), Postives = 315/431 (73.09%), Query Frame = 0


Query: 44  EFFPGIPKIKYEGPASKNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGA 103
           E+F  +P+IKYEGP S NP AFK+YN DE I GK +K+ +RFSVA+WHTF   G DPFGA
Sbjct: 2   EYFKNVPQIKYEGPKSNNPYAFKFYNPDEIIDGKPLKEHLRFSVAYWHTFTANGTDPFGA 61

Query: 104 ATKYWPWEDGTNSLAMAKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEV 163
            T   PW+  T+ + +AK R+ A FE   KL V ++CFHDRDIAP+G+TL E+N NLD +
Sbjct: 62  PTMQRPWDHFTDPMDIAKARVEAAFELFEKLDVPFFCFHDRDIAPEGETLRETNKNLDTI 121

Query: 164 IALAKE-LQGTKIRPLWGTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGG 223
           +A+ K+ L+ +K + LWGTA LF +PR++HGAATS    V+AYAAAQVKKA+E+T  LGG
Sbjct: 122 VAMIKDYLKTSKTKVLWGTANLFSNPRFVHGAATSCNADVFAYAAAQVKKALEITKELGG 181

Query: 224 ENYVFWGGREGYQSLLNTDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQ 283
           +NYVFWGGREGY++LLNTDM  ELD+LARFL  AV Y ++IGF G  LIEPKP+EPTKHQ
Sbjct: 182 QNYVFWGGREGYETLLNTDMELELDNLARFLHMAVEYAQEIGFEGQFLIEPKPKEPTKHQ 241

Query: 284 YDWDAATTANFLRKYGLIDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDP 343
           YD+DAA+   FL+KY L   FKLNIE NHATL+GH   HEL  ARIN +LG+IDAN GD 
Sbjct: 242 YDFDAASVHAFLKKYDLDKYFKLNIEANHATLAGHDFQHELRYARINNMLGSIDANMGDM 301

Query: 344 QIGWDTDQFMTDIGEATMVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDT 403
            +GWDTDQ+ TDI   T+ M  V++ GG   GG NFDAK+RR S + EDLF+ HI+GMD 
Sbjct: 302 LLGWDTDQYPTDIRMTTLAMYEVIKMGGFNKGGLNFDAKVRRASFEPEDLFLGHIAGMDA 361

Query: 404 LARGLRNVAKLIEDGSLTELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPS 463
            A+G +   KL++DG     + +RY+S+   IGA+I +GKA+F+ LE+ A+   + +  S
Sbjct: 362 FAKGFKVAYKLVKDGVFDRFIEERYKSYREGIGAEIVSGKANFKTLEEYALNNPKIENKS 421

Query: 464 AKQELAEMIFH 474
            KQEL E I +
Sbjct: 422 GKQELLESILN 432

[Close]

BLAST of Sgr029804 vs. ExPASy TrEMBL
Match: A0A6J1DIR0 (Xylose isomerase OS=Momordica charantia OX=3673 GN=LOC111020849 PE=3 SV=1)

HSP 1 Score: 937.9 bits (2423), Expect = 2.8e-269
Identity = 444/473 (93.87%), Postives = 462/473 (97.67%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCP-ADLGGECSHSGEWEGEFFPGIPKIKYEGPAS 60
           MKSRNVLVLVLCLNV+LL AIAE PTCP ADLGGECSHSGEWEGEFFPGIPKIKYEGP S
Sbjct: 1   MKSRNVLVLVLCLNVLLLGAIAESPTCPAADLGGECSHSGEWEGEFFPGIPKIKYEGPDS 60

Query: 61  KNPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM 120
           K PLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM
Sbjct: 61  KKPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAM 120

Query: 121 AKRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLW 180
           AKRRMRANFEFINKLGV+WWCFHDRDIAPDGQTL+E+NANLD V+ALAKELQGTKI+PLW
Sbjct: 121 AKRRMRANFEFINKLGVEWWCFHDRDIAPDGQTLKETNANLDAVVALAKELQGTKIKPLW 180

Query: 181 GTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLN 240
           GTAQLF+HPRYMHGAATSSE+ VYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQSLLN
Sbjct: 181 GTAQLFVHPRYMHGAATSSEVAVYAYAAAQVKKAMEVTHYLGGENYVFWGGREGYQSLLN 240

Query: 241 TDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGL 300
           TDMGRELDHLARFLEAAVA+KKKIGFNGTLLIEPKPQEPTKHQYDWDAAT ANFLRKYGL
Sbjct: 241 TDMGRELDHLARFLEAAVAHKKKIGFNGTLLIEPKPQEPTKHQYDWDAATAANFLRKYGL 300

Query: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEAT 360
           IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDAN+GDPQ+GWDTDQF+TD+GEAT
Sbjct: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANSGDPQVGWDTDQFLTDVGEAT 360

Query: 361 MVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSL 420
           MVMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLR+V  LIEDGSL
Sbjct: 361 MVMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRSVKNLIEDGSL 420

Query: 421 TELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
            ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKA+EWGEPKVPSAKQELAEMIF
Sbjct: 421 MELVRKRYQSFDTEIGAQIEAGKADFEYLEKKALEWGEPKVPSAKQELAEMIF 473

[Close]

BLAST of Sgr029804 vs. ExPASy TrEMBL
Match: A0A6J1HRR2 (Xylose isomerase OS=Cucurbita maxima OX=3661 GN=LOC111465524 PE=3 SV=1)

HSP 1 Score: 930.6 bits (2404), Expect = 4.5e-267
Identity = 437/472 (92.58%), Postives = 458/472 (97.03%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD+  ECSHSG+WEGEFFP I KI YEGPASK
Sbjct: 1   MKSREVLALFLCLNVFLLGAIAEPPTCPADVNNECSHSGDWEGEFFPDISKIVYEGPASK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 61  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPDG TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 121 KRRMRANFEFIKKLGVEFWCFHDRDIAPDGLTLEETNANLDAVVALAKELQGTKIKPLWG 180

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 181 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 240

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 241 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 300

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 301 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 360

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 361 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 472

[Close]

BLAST of Sgr029804 vs. ExPASy TrEMBL
Match: A0A6J1FCB2 (Xylose isomerase OS=Cucurbita moschata OX=3662 GN=LOC111444098 PE=3 SV=1)

HSP 1 Score: 929.9 bits (2402), Expect = 7.7e-267
Identity = 437/472 (92.58%), Postives = 457/472 (96.82%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD   ECSHSG+WEGEFFPGI KI YEGPASK
Sbjct: 17  MKSREVLALFLCLNVFLLGAIAEPPTCPADANNECSHSGDWEGEFFPGINKIVYEGPASK 76

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 77  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 136

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPD  TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 137 KRRMRANFEFIKKLGVEFWCFHDRDIAPDALTLEETNANLDAVVALAKELQGTKIKPLWG 196

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 197 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 256

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 257 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 316

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 317 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 376

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 377 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 436

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 437 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 488

[Close]

BLAST of Sgr029804 vs. ExPASy TrEMBL
Match: A0A6J1FHW4 (Xylose isomerase OS=Cucurbita moschata OX=3662 GN=LOC111444098 PE=3 SV=1)

HSP 1 Score: 929.9 bits (2402), Expect = 7.7e-267
Identity = 437/472 (92.58%), Postives = 457/472 (96.82%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MKSR VL L LCLNV LL AIAEPPTCPAD   ECSHSG+WEGEFFPGI KI YEGPASK
Sbjct: 1   MKSREVLALFLCLNVFLLGAIAEPPTCPADANNECSHSGDWEGEFFPGINKIVYEGPASK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+EEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS+AMA
Sbjct: 61  NPLAFKWYNANEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVAMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI KLGV++WCFHDRDIAPD  TLEE+NANLD V+ALAKELQGTKI+PLWG
Sbjct: 121 KRRMRANFEFIKKLGVEFWCFHDRDIAPDALTLEETNANLDAVVALAKELQGTKIKPLWG 180

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLFMHPRYMHGAATSSE+GVYAYAAAQVKKA+EVTHHLGGENYVFWGGREGYQSLLNT
Sbjct: 181 TAQLFMHPRYMHGAATSSEVGVYAYAAAQVKKAMEVTHHLGGENYVFWGGREGYQSLLNT 240

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDH+ARFL+AA AYKKKIGFNGTLLIEPKPQEPTKHQYDWDAAT+ANFLRKYGLI
Sbjct: 241 DMGRELDHMARFLQAAAAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATSANFLRKYGLI 300

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
           D+FKLNIECNHATLSGHSCHHELETAR+NG+LGNIDANTGDPQ+GWDTDQF+TDIGEATM
Sbjct: 301 DDFKLNIECNHATLSGHSCHHELETARLNGILGNIDANTGDPQVGWDTDQFLTDIGEATM 360

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VMLSVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT
Sbjct: 361 VMLSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEM+F
Sbjct: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMLF 472

[Close]

BLAST of Sgr029804 vs. ExPASy TrEMBL
Match: A0A2P5BFG0 (Xylose isomerase OS=Parasponia andersonii OX=3476 GN=PanWU01x14_243630 PE=3 SV=1)

HSP 1 Score: 903.3 bits (2333), Expect = 7.7e-259
Identity = 426/472 (90.25%), Postives = 445/472 (94.28%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MK   +L+L LC NV    AI  PPTCPADL GEC  SGEW+GEFFPGIPKIKYEGP+SK
Sbjct: 1   MKPVEILLLFLCFNVFTFGAIGGPPTCPADLDGECGDSGEWKGEFFPGIPKIKYEGPSSK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLAFKWYNA+E ILGKKMKDW RFSVAFWHTFRGTG DPFGA TKYWPWEDGTNSLAMA
Sbjct: 61  NPLAFKWYNAEEVILGKKMKDWFRFSVAFWHTFRGTGADPFGAPTKYWPWEDGTNSLAMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQGTKIRPLWG 180
           KRRMRANFEFI+KLGVD+WCFHDRDIAPDG+TLEESNANLDEV+ALAKELQG+KI PLWG
Sbjct: 121 KRRMRANFEFIDKLGVDFWCFHDRDIAPDGKTLEESNANLDEVVALAKELQGSKIHPLWG 180

Query: 181 TAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLNT 240
           TAQLF+HPRYMHG ATSSE+ VYAYAAAQVKKAIEVTH+LGGENYVFWGGREGYQSLLNT
Sbjct: 181 TAQLFLHPRYMHGGATSSELSVYAYAAAQVKKAIEVTHYLGGENYVFWGGREGYQSLLNT 240

Query: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300
           DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI
Sbjct: 241 DMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGLI 300

Query: 301 DEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEATM 360
            EFKLNIECNHATLSGHSCHHELETAR+NGLLGNIDANTGDPQIGWDTDQF+TDIGEATM
Sbjct: 301 GEFKLNIECNHATLSGHSCHHELETARLNGLLGNIDANTGDPQIGWDTDQFLTDIGEATM 360

Query: 361 VMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSLT 420
           VM SVV+NGGLAPGGFNFDAKLRRESTDVEDLFIAHI GMDTLARGLRNVAK+IEDGSL 
Sbjct: 361 VMFSVVKNGGLAPGGFNFDAKLRRESTDVEDLFIAHIGGMDTLARGLRNVAKIIEDGSLP 420

Query: 421 ELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           ELVRKRY SFDTEIGA IEAGKADFE+LEKKA+EWGEPKVPSAKQELAEMIF
Sbjct: 421 ELVRKRYSSFDTEIGALIEAGKADFEFLEKKAIEWGEPKVPSAKQELAEMIF 472

[Close]

BLAST of Sgr029804 vs. TAIR 10
Match: AT5G57655.2 (xylose isomerase family protein )

HSP 1 Score: 860.5 bits (2222), Expect = 1.1e-249
Identity = 399/473 (84.36%), Postives = 437/473 (92.39%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MK     +L+LC         A+PPTCPADLGG+CS S +W+G+FFP IPKIKYEGP+SK
Sbjct: 1   MKKVEFFMLLLCFIAASSLVSADPPTCPADLGGKCSDSDDWQGDFFPEIPKIKYEGPSSK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLA++WYNA+EEILGKKMKDW RFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS++MA
Sbjct: 61  NPLAYRWYNAEEEILGKKMKDWFRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVSMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQ-GTKIRPLW 180
           KRRMRANFEF+ KLGVDWWCFHDRDIAPDG TLEESN NLDEVI LAKELQ G+KI+PLW
Sbjct: 121 KRRMRANFEFLKKLGVDWWCFHDRDIAPDGTTLEESNKNLDEVIELAKELQKGSKIKPLW 180

Query: 181 GTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLN 240
           GTAQLF+HPRYMHG ATSSE+GVYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQ+LLN
Sbjct: 181 GTAQLFLHPRYMHGGATSSEVGVYAYAAAQVKKAMEVTHYLGGENYVFWGGREGYQTLLN 240

Query: 241 TDMGRELDHLARFLEAAVAYKKKIGFNGTLLIEPKPQEPTKHQYDWDAATTANFLRKYGL 300
           TDMGRELDHLARF EAAVAYKKKIGF GTLLIEPKPQEPTKHQYDWDAAT ANFLRKYGL
Sbjct: 241 TDMGRELDHLARFFEAAVAYKKKIGFKGTLLIEPKPQEPTKHQYDWDAATAANFLRKYGL 300

Query: 301 IDEFKLNIECNHATLSGHSCHHELETARINGLLGNIDANTGDPQIGWDTDQFMTDIGEAT 360
           IDEFKLNIECNHATLSGH+CHHELETARINGLLGNIDANTGD Q GWDTDQF+TD+GEAT
Sbjct: 301 IDEFKLNIECNHATLSGHTCHHELETARINGLLGNIDANTGDAQTGWDTDQFLTDVGEAT 360

Query: 361 MVMLSVVRNGGLAPGGFNFDAKLRRESTDVEDLFIAHISGMDTLARGLRNVAKLIEDGSL 420
           MVM+SV++NGG+APGGFNFDAKLRRESTDVEDLFIAHISGMDT+ARGLRN  K++E+GSL
Sbjct: 361 MVMMSVIKNGGIAPGGFNFDAKLRRESTDVEDLFIAHISGMDTMARGLRNAVKILEEGSL 420

Query: 421 TELVRKRYQSFDTEIGAQIEAGKADFEYLEKKAMEWGEPKVPSAKQELAEMIF 473
           +ELVRKRY ++D+E+G QIE GKADFEYLEKKA E+GEPKV SAKQELAEMIF
Sbjct: 421 SELVRKRYATWDSELGKQIEEGKADFEYLEKKAKEFGEPKVSSAKQELAEMIF 473

[Close]

BLAST of Sgr029804 vs. TAIR 10
Match: AT5G57655.1 (xylose isomerase family protein )

HSP 1 Score: 484.6 bits (1246), Expect = 1.6e-136
Identity = 221/268 (82.46%), Postives = 242/268 (90.30%), Query Frame = 0


Query: 1   MKSRNVLVLVLCLNVVLLAAIAEPPTCPADLGGECSHSGEWEGEFFPGIPKIKYEGPASK 60
           MK     +L+LC         A+PPTCPADLGG+CS S +W+G+FFP IPKIKYEGP+SK
Sbjct: 1   MKKVEFFMLLLCFIAASSLVSADPPTCPADLGGKCSDSDDWQGDFFPEIPKIKYEGPSSK 60

Query: 61  NPLAFKWYNADEEILGKKMKDWMRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSLAMA 120
           NPLA++WYNA+EEILGKKMKDW RFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNS++MA
Sbjct: 61  NPLAYRWYNAEEEILGKKMKDWFRFSVAFWHTFRGTGGDPFGAATKYWPWEDGTNSVSMA 120

Query: 121 KRRMRANFEFINKLGVDWWCFHDRDIAPDGQTLEESNANLDEVIALAKELQ-GTKIRPLW 180
           KRRMRANFEF+ KLGVDWWCFHDRDIAPDG TLEESN NLDEVI LAKELQ G+KI+PLW
Sbjct: 121 KRRMRANFEFLKKLGVDWWCFHDRDIAPDGTTLEESNKNLDEVIELAKELQKGSKIKPLW 180

Query: 181 GTAQLFMHPRYMHGAATSSEIGVYAYAAAQVKKAIEVTHHLGGENYVFWGGREGYQSLLN 240
           GTAQLF+HPRYMHG ATSSE+GVYAYAAAQVKKA+EVTH+LGGENYVFWGGREGYQ+LLN
Sbjct: 181 GTAQLFLHPRYMHGGATSSEVGVYAYAAAQVKKAMEVTHYLGGENYVFWGGREGYQTLLN 240

Query: 241 TDMGRELDHLARFLEAAVAYKKKIGFNG 268
           TDMGRELDHLARF EAAVAYKKKIGF G
Sbjct: 241 TDMGRELDHLARFFEAAVAYKKKIGFKG 268

[Close]

BLAST of Sgr029804 vs. TAIR 10
Match: AT2G24765.1 (ADP-ribosylation factor 3 )

HSP 1 Score: 151.8 bits (382), Expect = 2.5e-36
Identity = 75/92 (81.52%), Postives = 83/92 (90.22%), Query Frame = 0


Query: 609 RAIIYVVDSSDTDRLVVAKEEFHAILEVQYGSEEELRGAVALVFANKQDLPGALDDAAVT 668
           +A+IYVVDSSDTDR+ VAKEEFHAILE     E+EL+GAV L+FANKQDLPGALDDAAVT
Sbjct: 86  QAVIYVVDSSDTDRIGVAKEEFHAILE-----EDELKGAVVLIFANKQDLPGALDDAAVT 145

Query: 669 EALELHKIKNRQWAIFKASAIKGEGLFEGLDW 701
           EALELHKIK+RQWAIFK  A+KGEGLFEGLDW
Sbjct: 146 EALELHKIKSRQWAIFKTCAVKGEGLFEGLDW 172

[Close]

BLAST of Sgr029804 vs. TAIR 10
Match: AT1G70490.1 (Ras-related small GTP-binding family protein )

HSP 1 Score: 99.8 bits (247), Expect = 1.1e-20
Identity = 48/92 (52.17%), Postives = 65/92 (70.65%), Query Frame = 0


Query: 609 RAIIYVVDSSDTDRLVVAKEEFHAILEVQYGSEEELRGAVALVFANKQDLPGALDDAAVT 668
           + +I+VVDS+D DR+V A++E H +L     +E+ELR AV LVFANKQDLP A++ A +T
Sbjct: 86  QGLIFVVDSNDRDRVVEARDELHRML-----NEDELRDAVLLVFANKQDLPNAMNAAEIT 145

Query: 669 EALELHKIKNRQWAIFKASAIKGEGLFEGLDW 701
           + L LH ++ R W I    A  GEGL+EGLDW
Sbjct: 146 DKLGLHSLRQRHWYIQSTCATSGEGLYEGLDW 172

[Close]

BLAST of Sgr029804 vs. TAIR 10
Match: AT1G23490.1 (ADP-ribosylation factor 1 )

HSP 1 Score: 99.8 bits (247), Expect = 1.1e-20
Identity = 48/92 (52.17%), Postives = 65/92 (70.65%), Query Frame = 0


Query: 609 RAIIYVVDSSDTDRLVVAKEEFHAILEVQYGSEEELRGAVALVFANKQDLPGALDDAAVT 668
           + +I+VVDS+D DR+V A++E H +L     +E+ELR AV LVFANKQDLP A++ A +T
Sbjct: 86  QGLIFVVDSNDRDRVVEARDELHRML-----NEDELRDAVLLVFANKQDLPNAMNAAEIT 145

Query: 669 EALELHKIKNRQWAIFKASAIKGEGLFEGLDW 701
           + L LH ++ R W I    A  GEGL+EGLDW
Sbjct: 146 DKLGLHSLRQRHWYIQSTCATSGEGLYEGLDW 172

The following BLAST results are available for this feature:

BLAST of Sgr029804 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022153324.1	5.8e-269	93.87	xylose isomerase [Momordica charantia] >XP_022153325.1 xylose isomerase [Momordi...	[more]
XP_022965704.1	9.3e-267	92.58	xylose isomerase [Cucurbita maxima]	[more]
XP_023537255.1	1.2e-266	92.58	xylose isomerase isoform X1 [Cucurbita pepo subsp. pepo] >XP_023537256.1 xylose ...	[more]
XP_023537257.1	1.2e-266	92.58	xylose isomerase isoform X3 [Cucurbita pepo subsp. pepo]	[more]
XP_022937824.1	1.6e-266	92.58	xylose isomerase isoform X1 [Cucurbita moschata]	[more]

BLAST of Sgr029804 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9FKK7	1.5e-248	84.36	Xylose isomerase OS=Arabidopsis thaliana OX=3702 GN=XYLA PE=2 SV=2	[more]
Q40082	2.0e-232	79.79	Xylose isomerase OS=Hordeum vulgare OX=4513 GN=XYLA PE=1 SV=1	[more]
B9MPG8	6.9e-148	58.24	Xylose isomerase OS=Caldicellulosiruptor bescii (strain ATCC BAA-1888 / DSM 6725...	[more]
Q9KGU2	2.5e-145	57.31	Xylose isomerase OS=Caldanaerobacter subterraneus subsp. yonseiensis OX=111519 G...	[more]
P22842	2.7e-144	56.84	Xylose isomerase OS=Thermoanaerobacter pseudethanolicus (strain ATCC 33223 / 39E...	[more]

BLAST of Sgr029804 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DIR0	2.8e-269	93.87	Xylose isomerase OS=Momordica charantia OX=3673 GN=LOC111020849 PE=3 SV=1	[more]
A0A6J1HRR2	4.5e-267	92.58	Xylose isomerase OS=Cucurbita maxima OX=3661 GN=LOC111465524 PE=3 SV=1	[more]
A0A6J1FCB2	7.7e-267	92.58	Xylose isomerase OS=Cucurbita moschata OX=3662 GN=LOC111444098 PE=3 SV=1	[more]
A0A6J1FHW4	7.7e-267	92.58	Xylose isomerase OS=Cucurbita moschata OX=3662 GN=LOC111444098 PE=3 SV=1	[more]
A0A2P5BFG0	7.7e-259	90.25	Xylose isomerase OS=Parasponia andersonii OX=3476 GN=PanWU01x14_243630 PE=3 SV=1	[more]

BLAST of Sgr029804 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G57655.2	1.1e-249	84.36	xylose isomerase family protein	[more]
AT5G57655.1	1.6e-136	82.46	xylose isomerase family protein	[more]
AT2G24765.1	2.5e-36	81.52	ADP-ribosylation factor 3	[more]
AT1G70490.1	1.1e-20	52.17	Ras-related small GTP-binding family protein	[more]
AT1G23490.1	1.1e-20	52.17	ADP-ribosylation factor 1	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 153..173
None	No IPR available	SMART	SM00177	arf_sub_2	coord: 524..709 e-value: 4.6E-11 score: 52.7
None	No IPR available	GENE3D	3.20.20.150		coord: 43..476 e-value: 3.7E-220 score: 733.2
None	No IPR available	PANTHER	PTHR32176:SF41	XYLOSE ISOMERASE	coord: 43..472
None	No IPR available	PANTHER	PTHR32176	XYLOSE ISOMERASE	coord: 43..472
None	No IPR available	PROSITE	PS51417	ARF	coord: 460..711 score: 10.562428
IPR001998	Xylose isomerase	PRINTS	PR00688	XYLOSISMRASE	coord: 196..215 score: 48.75 coord: 269..293 score: 60.25 coord: 220..241 score: 74.57 coord: 247..266 score: 40.94 coord: 373..384 score: 65.36 coord: 173..193 score: 46.88 coord: 311..338 score: 53.68 coord: 133..155 score: 54.48 coord: 340..351 score: 58.33
IPR001998	Xylose isomerase	PROSITE	PS51415	XYLOSE_ISOMERASE	coord: 76..476 score: 172.853638
IPR001998	Xylose isomerase	HAMAP	MF_00455	Xylose_isom_A	coord: 52..476 score: 48.345963
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 604..704 e-value: 2.6E-27 score: 97.6
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 609..700
IPR013022	Xylose isomerase-like, TIM barrel domain	PFAM	PF01261	AP_endonuc_2	coord: 131..329 e-value: 1.4E-7 score: 31.5
IPR013452	Xylose isomerase, bacterial-type	TIGRFAM	TIGR02630	TIGR02630	coord: 45..473 e-value: 4.1E-210 score: 696.1
IPR006689	Small GTPase superfamily, ARF/SAR type	PFAM	PF00025	Arf	coord: 609..700 e-value: 2.1E-24 score: 85.9
IPR036237	Xylose isomerase-like superfamily	SUPERFAMILY	51658	Xylose isomerase-like	coord: 44..475

Relationships

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


Feature Name	Unique Name	Type
Sgr029804.1	Sgr029804.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042843	D-xylose catabolic process
biological_process	GO:0005975	carbohydrate metabolic process
molecular_function	GO:0003924	GTPase activity
molecular_function	GO:0005525	GTP binding
molecular_function	GO:0046872	metal ion binding
molecular_function	GO:0009045	xylose isomerase activity